{ "version": "1.0", "generated_at": "2026-08-09T08:59:02Z", "total": 5020, "categories": { "应用文章": 2655, "技术问答": 2365 }, "articles": [ { "doc_id": "xy-positioning-capacitive-sensor-guide", "category": "application_article", "category_cn": "应用文章", "title": "X-Y定位电容传感器选型与部署指南", "summary": "**目标**: 为非接触式精密位移测量与X-Y定位场景提供基于CWCS10纳米级电容传感器的选型与部署参考，确保系统在动态环境中的精度、重复性与抗干扰能力。", "focused_product": "CWCS10", "product_series": "CWCS10", "industry": [ "半导体制造", "光学元件加工", "机械装配" ], "measurement": [ "物体精确定位", "位移监测" ], "tags": [ "CWCS10", "半导体制造", "光学元件加工", "物体精确定位", "传感器" ], "updated_at": "2025-12-28", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/CWCS10-电容位移传感器X-Y定位/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "spindle-vibration-analysis-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "主轴振动分析选型与部署指南", "summary": "**目标**: 针对高速旋转主轴及精密运动部件，实现非接触式、纳米级分辨率的实时振动与位移监测，以预防设备故障并提升加工精度〔REF-002〕。", "focused_product": "CWCS10", "product_series": "CWCS10", "industry": [ "高端装备制造", "半导体制造", "精密机械加工" ], "measurement": [ "主轴径向/轴向振动", "轴承偏移与磨损", "动态位移监测" ], "tags": [ "CWCS10", "高端装备制造", "半导体制造", "主轴径向/轴向振动", "传感器" ], "updated_at": "2025-01-23", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/CWCS10-电容位移传感器主轴振动分析/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "spindle-vibration-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "主轴振动测量选型与部署指南", "summary": "**目标**: 针对高速旋转主轴、轴承及精密机械部件，实现纳米级分辨率的非接触式动态振动监测与几何尺寸（如偏心、跳动）测量，以提前发现故障并保障生产质量〔REF-…", "focused_product": "CWCS10", "product_series": "CWCS10", "industry": [ "机械制造", "电机制造", "涡轮机制造" ], "measurement": [ "主轴振动", "轴承偏移", "轴同心度" ], "tags": [ "CWCS10", "机械制造", "电机制造", "主轴振动", "传感器" ], "updated_at": "2025-11-30", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/CWCS10-电容位移传感器主轴振动测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "spindle-runout-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "主轴跳动高精度非接触测量选型与部署指南", "summary": "**目标**: 针对高转速、高精度要求的主轴系统，提供基于电容位移传感技术的非接触式跳动测量方案，实现纳米级分辨率的动态监测〔REF-001〕。", "focused_product": "CWCS10", "product_series": "CWCS10", "industry": [ "精密制造", "航空航天", "半导体设备" ], "measurement": [ "主轴径向跳动", "主轴轴向窜动", "轴承偏移与磨损" ], "tags": [ "CWCS10", "精密制造", "航空航天", "主轴径向跳动", "传感器" ], "updated_at": "2026-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/CWCS10-电容位移传感器主轴跳动测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "servo-loop-positioning-nanometer-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "伺服回路定位系统纳米级非接触测量选型与部署指南", "summary": "**目标**: 在伺服回路定位系统中实现纳米级分辨率的高精度实时位置反馈，确保动态环境下的稳定闭环控制，并避免接触式测量带来的机械磨损或表面损伤〔REF-001〕…", "focused_product": "CWCS10", "product_series": "CWCS10", "industry": [ "航空航天", "精密机械加工", "半导体制造" ], "measurement": [ "伺服执行机构位置", "轴偏心与磨损", "薄膜厚度", "晶圆偏转" ], "tags": [ "CWCS10", "航空航天", "精密机械加工", "伺服执行机构位置", "传感器" ], "updated_at": "2026-02-20", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/CWCS10-电容位移传感器伺服回路定位系统/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "low-temperature-distance-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "低温环境非接触式距离测量选型与部署指南", "summary": "**目标**: 针对航天、冷链及低温科研场景，提供在极寒环境下实现纳米级分辨率非接触式距离测量的完整选型与部署方案〔REF-002〕。", "focused_product": "CWCS10", "product_series": "CWCS10", "industry": [ "航天航空", "冷链物流", "低温实验室" ], "measurement": [ "静态/动态距离", "厚度", "位移" ], "tags": [ "CWCS10", "航天航空", "冷链物流", "静态/动态距离", "传感器" ], "updated_at": "2025-03-13", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/CWCS10-电容位移传感器低温环境距离测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "semiconductor-wafer-deflection-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "半导体晶片偏转测量传感器选型与部署指南", "summary": "**目标**: 半导体制造中晶片偏转、厚度与斜角的非接触式纳米级精度测量，支持工艺优化与质量一致性保障〔REF-002〕。", "focused_product": "CWCS10", "product_series": "CWCS10", "industry": [ "半导体制造", "精密制造" ], "measurement": [ "晶片偏转测量", "厚度与斜角测量" ], "tags": [ "CWCS10", "半导体制造", "精密制造", "晶片偏转测量", "传感器" ], "updated_at": "2026-05-17", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/CWCS10-电容位移传感器半导体晶片偏转测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "semiconductor-wafer-thickness-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "半导体晶片厚度非接触测量选型与部署指南", "summary": "**目标**: 面向半导体晶片、石英/玻璃/陶瓷等非导电薄片材料，实现纳米级厚度、斜角与偏转的精确控制与质量追溯〔REF-001〕〔REF-002〕。", "focused_product": "CWCS10", "product_series": "CWCS10", "industry": [ "半导体制造", "精密电子元件加工", "薄膜与箔材生产" ], "measurement": [ "半导体晶片厚度", "晶片斜角与偏转", "非导电材料厚度" ], "tags": [ "CWCS10", "半导体制造", "精密电子元件加工", "半导体晶片厚度", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/CWCS10-电容位移传感器半导体晶片厚度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "semiconductor-wafer-bevel-angle-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "半导体晶片斜角测量选型与部署指南", "summary": "**目标**: 在半导体制造过程中，实现晶圆表面斜角、厚度及偏转的纳米级高精度非接触式测量，确保电子元件的质量与最终产品的可靠性〔REF-002〕。", "focused_product": "CWCS10", "product_series": "CWCS10", "industry": [ "半导体制造", "精密电子元件" ], "measurement": [ "晶片斜角", "微米/纳米级距离" ], "tags": [ "CWCS10", "半导体制造", "精密电子元件", "晶片斜角", "传感器" ], "updated_at": "2025-09-28", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/CWCS10-电容位移传感器半导体晶片斜角测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "capacitive-displacement-sensor-micro-displacement-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "电容式微位移传感器选型与部署指南", "summary": "**目标**: 本指南针对微小位移, 晶圆厚度, 轴承偏移, 轴同心度, 热膨胀场景，提供选型与部署指导〔REF-001〕。", "focused_product": "CWCS10", "product_series": "CWCS10", "industry": [ "半导体制造", "精密机械装配", "纳米技术", "材料科学" ], "measurement": [ "微小位移", "晶圆厚度", "轴承偏移", "轴同心度", "热膨胀" ], "tags": [ "CWCS10", "半导体制造", "精密机械装配", "微小位移", "传感器" ], "updated_at": "2025-11-25", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/CWCS10-电容位移传感器压电微位移测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "cwcs10-guide", "category": "application_article", "category_cn": "应用文章", "title": "工业制造线激光轮廓测量选型与部署指南", "summary": "**目标**：面向工业制造场景，为售前与工程人员提供线激光轮廓传感器选型与现场部署的系统化参考，帮助快速判断技术路线适用性与现场配置要点。", "focused_product": "典型产品", "product_series": "典型系列", "industry": [ "工业制造" ], "measurement": [ "轮廓测量", "高度", "厚度", "平面度" ], "tags": [ "典型产品", "典型系列", "工业制造", "轮廓测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/CWCS10-电容位移传感器塑料箔生产厚度控制/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "astronomical-telescope-mirror-micro-adjustment-displacement-guide", "category": "application_article", "category_cn": "应用文章", "title": "天文望远镜镜片微调位移测量选型与部署指南", "summary": "**目标**: 为天文望远镜镜片微调定位提供非接触、纳米级位移测量的选型与部署参考，支撑光学性能优化与极端环境稳定测量〔REF-002〕。", "focused_product": "CWCS10", "product_series": "CWCS10", "industry": [ "天文观测", "光学精密制造" ], "measurement": [ "镜片位移", "距离测量" ], "tags": [ "CWCS10", "天文观测", "光学精密制造", "镜片位移", "传感器" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/CWCS10-电容位移传感器天文望远镜镜片微调/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "batch-production-tolerance-verification-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "批量生产公差验证电容位移测量选型与部署指南", "summary": "**目标**: 解决批量生产中微小几何尺寸、厚度及同轴度的高精度非接触验证需求，确保产品符合严苛公差标准〔REF-002〕。", "focused_product": "CWCS10", "product_series": "CWCS10", "industry": [ "精密制造", "半导体", "涡轮机/电机" ], "measurement": [ "零部件尺寸与形状", "轴与孔的同心度", "非导电材料厚度" ], "tags": [ "CWCS10", "精密制造", "半导体", "零部件尺寸与形状", "传感器" ], "updated_at": "2025-09-22", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/CWCS10-电容位移传感器批量生产公差验证/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "vibration-displacement-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "振动台位移测量选型与部署指南", "summary": "**目标**: 本指南针对振动台位移, 轴承偏移与磨损, 轴同心度, 薄膜厚度场景，提供选型与部署指导〔REF-001〕。", "focused_product": "CWCS10", "product_series": "CWCS10", "industry": [ "航空航天", "汽车制造", "电子工业", "机械工程" ], "measurement": [ "振动台位移", "轴承偏移与磨损", "轴同心度", "薄膜厚度" ], "tags": [ "CWCS10", "航空航天", "汽车制造", "振动台位移", "传感器" ], "updated_at": "2026-03-02", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/CWCS10-电容位移传感器振动台位移测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "capacitive-displacement-gauge-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "电容式位移传感器止规测量选型与部署指南", "summary": "**目标**: 针对高精度止规测量场景，提供基于电容原理的非接触式位移检测选型、部署及验收参考〔REF-002〕。", "focused_product": "CWCS10", "product_series": "CWCS10", "industry": [ "精密制造", "半导体生产", "航空航天" ], "measurement": [ "尺寸公差验证", "形状与位置度检测", "纳米级位移变化" ], "tags": [ "CWCS10", "精密制造", "半导体生产", "尺寸公差验证", "传感器" ], "updated_at": "2026-02-13", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/CWCS10-电容位移传感器止规测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "metal-elastic-modulus-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "金属弹性模量高精度非接触测量选型与部署指南", "summary": "**目标**: 针对金属材料在受力状态下的微小形变进行纳米级非接触位移测量，以精确计算弹性模量 $E$。", "focused_product": "CWCS10", "product_series": "CWCS series", "industry": [ "材料科学", "质量控制" ], "measurement": [ "微小位移", "金属形变" ], "tags": [ "CWCS10", "CWCS series", "材料科学", "质量控制", "微小位移", "传感器" ], "updated_at": "2025-01-01", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/CWCS10-电容位移传感器测量金属弹性模量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "turbine-dynamic-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "涡轮机动态测量选型与部署指南", "summary": "**目标**: 针对现代涡轮机在极端工况下的动态运行状态，提供高精度、非接触式的位移与振动实时监测方案，以保障设备安全并优化运行效率〔REF-002〕。", "focused_product": "CWCS10", "product_series": "CWCS10", "industry": [ "能源电力", "机械制造" ], "measurement": [ "涡轮机位移", "振动监测", "转速监测" ], "tags": [ "CWCS10", "能源电力", "机械制造", "涡轮机位移", "传感器" ], "updated_at": "2025-02-21", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/CWCS10-电容位移传感器涡轮机动态测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "slider-runout-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "滑块跳动测量选型与部署指南", "summary": "**目标**: 针对精密制造与自动化装配中的滑块跳动、轴承偏移及微小位移进行高精度、非接触式实时监测，防止早期磨损或故障〔REF-002〕。", "focused_product": "CWCS10", "product_series": "CWCS10", "industry": [ "精密制造", "自动化装配", "半导体生产", "涡轮机与电机制造" ], "measurement": [ "滑块跳动", "轴承偏移与磨损", "轴/孔同心度", "晶片厚度与偏转" ], "tags": [ "CWCS10", "精密制造", "自动化装配", "滑块跳动", "传感器" ], "updated_at": "2025-04-25", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/CWCS10-电容位移传感器滑块跳动测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "electron-microscope-fine-tuning-capacitance-displacement-guide", "category": "application_article", "category_cn": "应用文章", "title": "电子显微镜微调位移测量选型与部署指南", "summary": "**目标**: 本指南针对\"纳米级位移测量\", \"微小距离测量\", \"样品位置检测\"场景，提供选型与部署指导〔REF-001〕。", "focused_product": "CWCS10", "product_series": "CWCS10", "industry": [ "科学研究", "工业应用", "半导体制造", "电子显微镜行业" ], "measurement": [ "纳米级位移测量", "微小距离测量", "样品位置检测" ], "tags": [ "CWCS10", "科学研究", "工业应用", "纳米级位移测量", "传感器" ], "updated_at": "2025-09-01", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/CWCS10-电容位移传感器电子显微镜微调/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "motor-dynamic-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "电机动态位移测量选型与部署指南", "summary": "**目标**: 针对电机研发、生产及维护中的动态位移、振动及间隙监测需求，提供基于非接触式电容原理的高精度测量方案〔REF-002〕。", "focused_product": "CWCS10", "product_series": "CWCS10", "industry": [ "工业自动化", "电机制造", "精密机械" ], "measurement": [ "电机转子位移", "轴承偏移", "轴振动", "同心度" ], "tags": [ "CWCS10", "工业自动化", "电机制造", "电机转子位移", "传感器" ], "updated_at": "2025-03-01", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/CWCS10-电容位移传感器电机动态测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "precision-alignment-distance-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "精密对准位移测量选型与部署指南", "summary": "**目标**: 面向精密对准场景中的纳米级位移、距离、厚度、振动及同心度测量需求，提供电容位移传感器的选型与部署参考〔REF-001〕。", "focused_product": "CWCS10", "product_series": "CWCS10", "industry": [ "精密制造", "半导体", "涡轮机与电机", "批量生产质量控制" ], "measurement": [ "位移", "距离", "厚度", "振动", "同心度", "偏转" ], "tags": [ "CWCS10", "精密制造", "半导体", "位移", "传感器" ], "updated_at": "2025-08-26", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/CWCS10-电容位移传感器精密对准/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "precise-dimensions-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "精密尺寸测量电容位移传感器选型与部署指南", "summary": "**目标**: 实现非接触式纳米级位移、厚度及几何尺寸测量，满足航空航天、汽车制造等高精度产线需求 〔REF-001〕、〔REF-002〕。", "focused_product": "CWCS10", "product_series": "CWCS10", "industry": [ "航空航天", "汽车制造", "电子元件生产" ], "measurement": [ "几何尺寸", "厚度", "振动", "同心度", "偏移" ], "tags": [ "CWCS10", "航空航天", "汽车制造", "几何尺寸", "传感器" ], "updated_at": "2025-03-05", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/CWCS10-电容位移传感器精密尺寸测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "precision-micro-displacement-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "精密微位移测量选型与部署指南", "summary": "**目标**: 实现纳米级分辨率的高精度静态/动态微位移测量，满足航空航天、半导体及精密机械领域的严苛质量控制需求〔REF-002〕。", "focused_product": "CWCS10", "product_series": "CWCS10", "industry": [ "航空航天", "半导体制造", "精密机械制造" ], "measurement": [ "微米级至纳米级距离", "薄材料厚度", "振动与偏转" ], "tags": [ "CWCS10", "航空航天", "半导体制造", "微米级至纳米级距离", "传感器" ], "updated_at": "2025-01-12", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/CWCS10-电容位移传感器精密微位移测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "auto-focus-displacement-guide", "category": "application_article", "category_cn": "应用文章", "title": "电容位移传感器选型与部署指南", "summary": "**目标**: 为自动对焦、精密调零及纳米级位移测量场景提供电容式传感器的选型与部署参考〔REF-002〕。", "focused_product": "CWCS10", "product_series": "CWCS10", "industry": [ "精密制造", "半导体生产", "涡轮机与电机", "轴承工业", "批量生产质检" ], "measurement": [ "位移", "距离", "厚度", "同心度", "振动" ], "tags": [ "CWCS10", "精密制造", "半导体生产", "位移", "传感器" ], "updated_at": "2025-07-26", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/CWCS10-电容位移传感器自动对焦和调零/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "thin-foil-production-thickness-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "薄金属箔厚度测量选型与部署指南", "summary": "**目标**: 面向薄金属箔及类似非金属箔材（塑料、石英、玻璃、陶瓷等）在线厚度监控与质量公差验证场景，提供电容式纳米级位移传感器的选型与部署参考〔REF-002…", "focused_product": "CWCS10", "product_series": "CWCS10", "industry": [ "金属加工", "箔材生产", "精密制造" ], "measurement": [ "薄金属箔厚度", "箔材表面距离", "厚度微小变化" ], "tags": [ "CWCS10", "金属加工", "箔材生产", "薄金属箔厚度", "传感器" ], "updated_at": "2026-05-10", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/CWCS10-电容位移传感器薄金属箔生产厚度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "ultra-high-vacuum-displacement-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "超高真空环境位移测量选型与部署指南", "summary": "**目标**: 本指南针对晶圆厚度与偏转, 轴承偏移与磨损, 轴同心度, 弹性模量与热膨胀场景，提供选型与部署指导〔REF-001〕。", "focused_product": "CWCS10", "product_series": "CWCS10", "industry": [ "半导体制造", "粒子物理研究", "基础科学实验", "核工业" ], "measurement": [ "晶圆厚度与偏转", "轴承偏移与磨损", "轴同心度", "弹性模量与热膨胀" ], "tags": [ "CWCS10", "半导体制造", "粒子物理研究", "晶圆厚度与偏转", "传感器" ], "updated_at": "2025-09-23", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/CWCS10-电容位移传感器超高真空位移测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "capacitive-displacement-distance-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "电容式位移测量选型与部署指南", "summary": "**目标**: 为精密位移、厚度、同心度、振动及极端环境距离测量场景提供电容式传感器选型与部署参考〔REF-002〕。", "focused_product": "CWCS10", "product_series": "CWCS10", "industry": [ "电子制造", "半导体", "航空航天" ], "measurement": [ "位移", "厚度", "同心度", "振动", "偏心" ], "tags": [ "CWCS10", "电子制造", "半导体", "位移", "传感器" ], "updated_at": "2026-02-02", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/CWCS10-电容位移传感器距离传感器的参考系统/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "shaft-concentricity-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "轴同心度测量选型与部署指南", "summary": "**目标**: 为航空航天、汽车制造、精密机械加工及涡轮机与电机制造等高精度行业的轴同心度测量，提供电容式位移传感器的选型与工程部署参考。", "focused_product": "CWCS10", "product_series": "CWCS10", "industry": [ "航空航天", "汽车制造", "精密机械加工", "涡轮机与电机制造" ], "measurement": [ "轴同心度", "轴承偏移与磨损", "距离测量" ], "tags": [ "CWCS10", "航空航天", "汽车制造", "轴同心度", "传感器" ], "updated_at": "2025-09-29", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/CWCS10-电容位移传感器轴同心度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "shaft-hole-concentricity-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "轴与孔同心度测量选型与部署指南", "summary": "**目标**: 针对旋转部件的轴与孔同心度检测，提供基于 CWCS10 电容传感器的售前选型与部署方案。推荐在振动、洁净空气环境下进行高精度非接触测量〔REF-0…", "focused_product": "CWCS10", "product_series": "CWCS10", "industry": [ "汽车制造", "航空航天" ], "measurement": [ "轴", "孔" ], "tags": [ "CWCS10", "汽车制造", "航空航天", "轴", "传感器" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/CWCS10-电容位移传感器轴和孔的同心度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "bearing-offset-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "高精度轴承偏移测量与部署选型指南", "summary": "**目标**: 本指南针对\"轴承偏移\", \"轴振动\", \"间隙测量\"场景，提供选型与部署指导〔REF-001〕。", "focused_product": "CWCS10", "product_series": "CWCS series", "industry": [ "机械制造", "涡轮机与电机维护", "半导体生产" ], "measurement": [ "轴承偏移", "轴振动", "间隙测量" ], "tags": [ "CWCS10", "CWCS series", "机械制造", "涡轮机与电机维护", "轴承偏移", "传感器" ], "updated_at": "2026-05-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/CWCS10-电容位移传感器轴承偏移测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "bearing-wear-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "轴承磨损非接触式精密测量选型与部署指南", "summary": "**目标**: 在轴承磨损、轴系偏移、薄片厚度及振动位移等场景中，实现纳米级非接触在线监测，提前预警磨损以预防突发故障，并在宽温域及特殊介质环境中保持测量稳定性〔…", "focused_product": "CWCS10", "product_series": "CWCS10", "industry": [ "通用机械制造与设备维护", "能源动力与涡轮电机", "半导体与精密加工", "核工业与极端环境测试" ], "measurement": [ "轴承磨损量与间隙变化", "轴系偏移与同心度", "薄片/箔材/晶圆厚度", "振动位移与热膨胀量" ], "tags": [ "CWCS10", "通用机械制造与设备维护", "能源动力与涡轮电机", "轴承磨损量与间隙变化", "传感器" ], "updated_at": "2025-11-01", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/CWCS10-电容位移传感器轴承磨损测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "precision-displacement-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "精密位移测量与质量控制选型部署指南", "summary": "**目标**: 实现纳米级非接触高精度位移、厚度及形位公差测量，满足极端环境下的稳定性需求〔REF-001〕。", "focused_product": "CWCS10", "product_series": "CWCS10", "industry": [ "制造业", "自动化控制", "半导体生产", "涡轮机与电机制造" ], "measurement": [ "位移", "厚度", "偏心距", "振动", "热膨胀" ], "tags": [ "CWCS10", "制造业", "自动化控制", "位移", "传感器" ], "updated_at": "2025-02-01", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/CWCS10-电容位移传感器通规测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "metal-elongation-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "金属伸长率与微小变形高精度非接触测量选型与部署指南", "summary": "**目标**: 针对航空航天、汽车制造及材料科学领域，提供金属伸长率、微小变形及弹性模量的高精度非接触测量方案，解决传统机械接触式传感器在微小变形测量中的局限性〔…", "focused_product": "CWCS10", "product_series": "CWCS10", "industry": [ "航空航天", "汽车制造", "结构工程", "半导体生产", "材料科学" ], "measurement": [ "金属伸长率", "微小变形", "弹性模量", "热膨胀", "轴同心度", "轴承偏移" ], "tags": [ "CWCS10", "航空航天", "汽车制造", "金属伸长率", "传感器" ], "updated_at": "2025-05-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/CWCS10-电容位移传感器金属伸长率测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "metal-vibration-measurement-capacitive-guide", "category": "application_article", "category_cn": "应用文章", "title": "金属振动测量电容传感器选型与部署指南", "summary": "**目标**: 实现非接触式、纳米级分辨率的金属结构振动与高频微位移测量，支持早期故障检测与设备安全性优化 〔REF-002〕。", "focused_product": "CWCS10", "product_series": "CWCS10", "industry": [ "机械工业", "航空航天制造" ], "measurement": [ "金属结构振动", "高频微位移" ], "tags": [ "CWCS10", "机械工业", "航空航天制造", "金属结构振动", "传感器" ], "updated_at": "2026-01-27", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/CWCS10-电容位移传感器金属振动测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "metal-thermal-expansion-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "金属热膨胀非接触式测量选型与部署指南", "summary": "**目标: ** 为航空航天、汽车及能源行业的工程人员提供基于电容式位移原理的非接触热膨胀测量选型依据，解决传统接触式方案对样品造成的损伤风险及高温环境下的安装难…", "focused_product": "CWCS10", "product_series": "CWCS10", "industry": [ "航空航天", "汽车制造", "能源行业" ], "measurement": [ "金属材料热膨胀系数", "轴向形变量" ], "tags": [ "CWCS10", "航空航天", "汽车制造", "金属材料热膨胀系数", "传感器" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/CWCS10-电容位移传感器金属热膨胀测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "metal-wear-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "金属磨损测量与高精度非接触检测选型部署指南", "summary": "**目标**: 实现纳米级精度的非接触式距离测量，针对金属磨损、轴承偏移及微小位移进行实时监控与质量控制〔REF-001〕。", "focused_product": "CWCS10", "product_series": "CWCS10", "industry": [ "工业自动化", "机械制造", "半导体生产", "能源动力" ], "measurement": [ "金属磨损", "轴承偏移", "轴同心度", "薄片厚度" ], "tags": [ "CWCS10", "工业自动化", "机械制造", "金属磨损", "传感器" ], "updated_at": "2025-11-23", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/CWCS10-电容位移传感器金属磨损测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "high-temperature-distance-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "高温环境距离测量选型与部署指南", "summary": "**目标**: 在高温、极寒及极端环境下实现非接触式高精度距离/位移测量，支撑冶金、航空航天、化工等行业的质量控制与公差验证需求〔REF-001〕〔REF-002…", "focused_product": "CWCS10", "product_series": "CWCS10", "industry": [ "冶金", "航空航天", "化工" ], "measurement": [ "距离测量", "位移测量", "厚度测量" ], "tags": [ "CWCS10", "冶金", "航空航天", "距离测量", "传感器" ], "updated_at": "2025-07-01", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/CWCS10-电容位移传感器高温环境距离测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "lcd-shape-scanning-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "LCD形貌扫描测量选型与部署指南", "summary": "**目标**: 针对LCD显示屏及多层复合材料的高精度非接触式形貌扫描与厚度测量，提供从传感器选型到现场部署的完整工程指导，旨在提升生产良率并实现微米/纳米级质量…", "focused_product": "EVCD系列", "product_series": "EVCD系列", "industry": [ "3C电子", "精密制造" ], "measurement": [ "LCD形貌", "多层材料厚度", "表面粗糙度" ], "tags": [ "EVCD系列", "3C电子", "精密制造", "LCD形貌", "传感器" ], "updated_at": "2025-06-23", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/EVCD系列-光谱共焦位移传感器LCD形貌扫描测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "led-coating-thickness-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "LED涂胶厚度测量与选型部署指南", "summary": "**目标**: 本指南针对\"LED紫外/环氧涂胶厚度\", \"多层透明介质厚度\"场景，提供选型与部署指导〔REF-001〕。", "focused_product": "EVCD系列", "product_series": "EVCD系列", "industry": [ "3C电子制造", "精密光学组件" ], "measurement": [ "LED紫外/环氧涂胶厚度", "多层透明介质厚度" ], "tags": [ "EVCD系列", "3C电子制造", "精密光学组件", "LED紫外/环氧涂胶厚度", "传感器" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/EVCD系列-光谱共焦位移传感器LED涂胶厚度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "surface-profile-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "表面形貌高精度检测与部署选型指南", "summary": "**目标**: 针对半导体、精密制造及3C电子行业中的复杂表面形貌、多层透明介质厚度及微小特征，提供非接触式纳米级精度的测量解决方案〔REF-001〕。", "focused_product": "EVCD系列", "product_series": "EVCD系列", "industry": [ "半导体", "精密制造", "3C电子" ], "measurement": [ "表面形貌", "多层介质厚度", "复杂几何特征" ], "tags": [ "EVCD系列", "半导体", "精密制造", "表面形貌", "传感器" ], "updated_at": "2026-05-09", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/EVCD系列-光谱共焦位移传感器MEMS芯片形貌测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "segment-height-difference-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "精密段差测量选型与部署指南", "summary": "**目标**: 实现微米及纳米级精度的非接触段差检测，适应复杂曲面与多层材料的厚度一致性分析，提升产线自动化检测效率与稳定性〔REF-001〕。", "focused_product": "EVCD系列", "product_series": "EVCD系列", "industry": [ "3C电子", "半导体", "新能源", "精密制造" ], "measurement": [ "段差", "台阶高度", "厚度", "表面形貌" ], "tags": [ "EVCD系列", "3C电子", "半导体", "段差", "传感器" ], "updated_at": "2025-10-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/EVCD系列-光谱共焦位移传感器MEMS芯片段差测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "miniled-display-adhesive-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "miniLED显示屏点胶精度与厚度测量选型部署指南", "summary": "**目标**: 针对miniLED显示屏制造中的点胶工艺，实现微米级厚度的高精度、非接触式实时监控，确保胶水分布的均匀性与粘附力达标〔REF-002〕。", "focused_product": "EVCD系列", "product_series": "EVCD系列", "industry": [ "3C电子", "半导体", "精密制造" ], "measurement": [ "点胶厚度", "胶水均匀性", "多层介质厚度", "复杂曲面倾角" ], "tags": [ "EVCD系列", "3C电子", "半导体", "点胶厚度", "传感器" ], "updated_at": "2026-01-14", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/EVCD系列-光谱共焦位移传感器miniLED显示屏点胶测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "pcb-quality-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "PCB板整体质量测量选型与部署指南", "summary": "**目标**: 针对PCB板（包括多层复合材料、金属基板及陶瓷基板）实现非接触式的高精度几何尺寸检测，重点解决厚度均匀性（TTV）、表面平整度及微观粗糙度的在线或…", "focused_product": "EVCD系列", "product_series": "EVCD系列", "industry": [ "3C电子制造", "精密仪器制造" ], "measurement": [ "PCB板厚度", "表面平整度", "表面粗糙度" ], "tags": [ "EVCD系列", "3C电子制造", "精密仪器制造", "PCB板厚度", "传感器" ], "updated_at": "2025-12-13", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/EVCD系列-光谱共焦位移传感器PCB板整体质量测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "pcd-ceramic-metal-height-difference-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "多材质台阶高度差与非接触式精密检测选型部署指南", "summary": "**目标**: 面向 PCD 刀具、陶瓷基片、金属台阶及多层透明/半透明介质的段差、厚度与平面度实现高精度非接触在线检测。〔REF-001〕", "focused_product": "EVCD系列", "product_series": "EVCD系列", "industry": [ "精密制造", "半导体", "光学", "新能源" ], "measurement": [ "PCD刀具高度差", "陶瓷基片厚度", "金属台阶高度", "多层介质层间差" ], "tags": [ "EVCD系列", "精密制造", "半导体", "PCD刀具高度差", "传感器" ], "updated_at": "2026-03-14", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/EVCD系列-光谱共焦位移传感器PCD陶瓷金属高度差测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "petg-film-topography-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "环保薄膜形貌与厚度测量选型及部署指南", "summary": "**目标**: 评估PETG环保薄膜的厚度均匀性、表面粗糙度及形貌特征，保障包装、电子及医疗器械等领域产品质量一致性〔REF-002〕。", "focused_product": "EVCD系列", "product_series": "EVCD系列", "industry": [ "包装", "电子产品", "医疗器械", "精密制造", "新能源" ], "measurement": [ "PETG薄膜厚度", "薄膜表面粗糙度", "薄膜形貌", "多层介质厚度" ], "tags": [ "EVCD系列", "包装", "电子产品", "PETG薄膜厚度", "传感器" ], "updated_at": "2026-03-13", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/EVCD系列-光谱共焦位移传感器PETG环保薄膜形貌测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "pp-lamination-thickness-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "PP淋膜厚度测量选型与部署指南", "summary": "**目标**: 针对PP淋膜等透明或半透明薄膜材料，实现非接触、微米级甚至纳米级精度的厚度在线检测，替代传统机械接触式测量，避免损伤产品并提升效率〔REF-002…", "focused_product": "EVCD系列", "product_series": "EVCD系列", "industry": [ "电子制造", "新能源", "精密光学" ], "measurement": [ "PP淋膜厚度", "透明材料厚度", "表面位移" ], "tags": [ "EVCD系列", "电子制造", "新能源", "PP淋膜厚度", "传感器" ], "updated_at": "2025-05-16", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/EVCD系列-光谱共焦位移传感器PP淋膜厚度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "coating-thickness-repeatability-guide", "category": "application_article", "category_cn": "应用文章", "title": "三防漆涂层动态重复精度测量选型与部署指南", "summary": "**目标**: 实现三防漆涂层的微米级动态重复精度测量，确保涂层厚度、均匀性及层间结构符合工业质量控制要求〔REF-002〕。", "focused_product": "EVCD系列", "product_series": "EVCD系列", "industry": [ "3C电子", "精密制造" ], "measurement": [ "三防漆厚度", "涂层均匀性" ], "tags": [ "EVCD系列", "3C电子", "精密制造", "三防漆厚度", "传感器" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/EVCD系列-光谱共焦位移传感器三防漆动态重复精度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "conformal-coating-thickness-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "三防漆厚度测量选型与部署指南", "summary": "**目标**: 针对3C电子、半导体及新能源领域的PCB板及复杂工件，实现高精度、非接触式的三防漆及多层涂层厚度检测，确保涂覆均匀性与工艺稳定性〔REF-001〕…", "focused_product": "EVCD系列", "product_series": "EVCD系列", "industry": [ "3C电子", "半导体", "新能源" ], "measurement": [ "三防漆厚度", "多层涂层厚度", "复杂形状表面高度差" ], "tags": [ "EVCD系列", "3C电子", "半导体", "三防漆厚度", "传感器" ], "updated_at": "2026-04-21", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/EVCD系列-光谱共焦位移传感器三防漆厚度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "光伏板硅片厚度测量选型与部署指南", "summary": "**目标**: 在光伏制造产线中实现硅片厚度及透明材料厚度的高精度、非接触式在线监测，以提升转换效率并减少废品率〔REF-001〕。", "focused_product": "EVCD系列", "product_series": "EVCD系列", "industry": [ "新能源", "光伏制造" ], "measurement": [ "硅片厚度", "透明材料厚度" ], "tags": [ "EVCD系列", "新能源", "光伏制造", "硅片厚度", "传感器" ], "updated_at": "2026-04-25", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/EVCD系列-光谱共焦位移传感器光伏板硅片厚度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "photovoltaic-patterned-glass-thickness-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "光伏花纹玻璃厚度测量选型与部署指南", "summary": "**目标**: 针对光伏组件上游制造环节，解决花纹玻璃在高速生产线上对厚度、平整度及表面缺陷的高精度非接触式监控需求，确保透光率与机械强度的双重达标〔REF-00…", "focused_product": "EVCD系列", "product_series": "EVCD系列", "industry": [ "新能源", "光伏制造" ], "measurement": [ "光伏花纹玻璃厚度", "表面形貌" ], "tags": [ "EVCD系列", "新能源", "光伏制造", "光伏花纹玻璃厚度", "传感器" ], "updated_at": "2025-07-22", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/EVCD系列-光谱共焦位移传感器光伏花纹玻璃厚度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "optical-lens-thickness-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "光学镜头厚度测量选型与部署指南", "summary": "**目标**: 针对光学镜头及透明/半透明材料，实现非接触式、高精度（纳米级）的厚度与形貌测量，满足现代制造业对良率与效率的双重需求〔REF-001〕。", "focused_product": "EVCD系列", "product_series": "EVCD系列", "industry": [ "光学制造", "精密电子", "半导体" ], "measurement": [ "光学镜头厚度", "多层介质厚度", "复杂曲面形貌" ], "tags": [ "EVCD系列", "光学制造", "精密电子", "光学镜头厚度", "传感器" ], "updated_at": "2025-06-17", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/EVCD系列-光谱共焦位移传感器光学镜头厚度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "optical-lens-thickness-measurement-guide-evcd系列", "category": "application_article", "category_cn": "应用文章", "title": "光学镜片厚度测量选型与部署指南", "summary": "**目标**: 针对光学镜片、透明晶圆及复杂曲面构件，实现微米至纳米级的高精度非接触式厚度与形貌测量〔REF-001〕。", "focused_product": "EVCD系列", "product_series": "EVCD系列", "industry": [ "光学制造", "精密制造", "半导体" ], "measurement": [ "光学镜片厚度", "多层介质厚度", "弧面/深孔形貌" ], "tags": [ "EVCD系列", "光学制造", "精密制造", "光学镜片厚度", "传感器" ], "updated_at": "2026-01-21", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/EVCD系列-光谱共焦位移传感器光学镜片测厚/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "bore-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "内径几何尺寸高精度测量与部署选型指南", "summary": "**目标**: 为高精度工业内径及微小孔径测量提供选型决策支持，解决传统机械或光学测量效率低、精度受限的问题〔REF-002〕。", "focused_product": "EVCD系列", "product_series": "EVCD系列", "industry": [ "半导体", "新能源" ], "measurement": [ "内径", "孔径" ], "tags": [ "EVCD系列", "半导体", "新能源", "内径", "传感器" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/EVCD系列-光谱共焦位移传感器内径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "stamping-edge-gap-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "冲压件边缘段差测量选型与部署指南", "summary": "**目标**: 针对冲压件边缘段差、厚度与平整度等关键几何特征，提供非接触式高精度测量方案选型与现场部署指导，实现生产线实时监控与质量控制〔REF-002〕。", "focused_product": "EVCD系列", "product_series": "EVCD系列", "industry": [ "精密制造", "新能源", "半导体", "光学" ], "measurement": [ "边缘段差", "厚度", "平整度" ], "tags": [ "EVCD系列", "精密制造", "新能源", "边缘段差", "传感器" ], "updated_at": "2025-10-28", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/EVCD系列-光谱共焦位移传感器冲压件边缘段差测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "convex-mirror-3d-glass-profile-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "凸面镜面3D玻璃轮廓扫描选型与部署指南", "summary": "**目标**: 面向凸面镜面3D玻璃轮廓扫描场景，提供光谱共焦位移传感器的选型与部署参考，支撑3C电子、半导体、光学、新能源等行业的微米级几何尺寸检测需求〔REF…", "focused_product": "EVCD系列", "product_series": "EVCD系列", "industry": [ "3C电子", "半导体", "光学", "新能源", "精密制造" ], "measurement": [ "凸面玻璃轮廓", "玻璃厚度", "平面度", "台阶高度" ], "tags": [ "EVCD系列", "3C电子", "半导体", "凸面玻璃轮廓", "传感器" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/EVCD系列-光谱共焦位移传感器凸面镜面3D玻璃轮廓扫描/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "semiconductor-wafer-thickness-measurement-guide-evcd系列", "category": "application_article", "category_cn": "应用文章", "title": "半导体晶圆厚度与平整度非接触式测量选型与部署指南", "summary": "**目标**: 针对半导体晶圆在高速产线中对厚度、总厚度变化（TTV）、局部厚度波动（LTW）及粗糙度的高精度非接触式实时监测需求。〔REF-002〕", "focused_product": "EVCD系列", "product_series": "EVCD系列", "industry": [ "半导体", "精密制造" ], "measurement": [ "晶圆厚度", "晶圆平整度", "沟槽深度" ], "tags": [ "EVCD系列", "半导体", "精密制造", "晶圆厚度", "传感器" ], "updated_at": "2025-10-05", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/EVCD系列-光谱共焦位移传感器半导体晶圆厚度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "semiconductor-optics-glass-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "半透明双层玻璃侧厚与多层介质高精度检测选型与部署指南", "summary": "**目标**: 实现纳米级分辨率的微小厚度变化捕捉，无需已知折射率即可直接测量透明材料厚度〔REF-001〕。", "focused_product": "EVCD系列", "product_series": "EVCD系列", "industry": [ "3C电子", "光学", "新能源", "半导体" ], "measurement": [ "半透明双层玻璃侧厚", "多层介质厚度", "透明材料层间结构" ], "tags": [ "EVCD系列", "3C电子", "光学", "半透明双层玻璃侧厚", "传感器" ], "updated_at": "2025-08-13", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/EVCD系列-光谱共焦位移传感器半透明双层玻璃侧厚/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "blade-tip-clearance-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "叶尖间隙高精度非接触测量选型与部署指南", "summary": "**目标**: 在航空航天及风能领域，针对高速旋转或复杂曲面的叶片，实现微米至纳米级的叶尖间隙及形貌精确测量〔REF-002〕。", "focused_product": "EVCD系列", "product_series": "EVCD系列", "industry": [ "航空航天", "风能/新能源" ], "measurement": [ "叶尖间隙", "叶片形貌", "多层介质厚度" ], "tags": [ "EVCD系列", "航空航天", "风能/新能源", "叶尖间隙", "传感器" ], "updated_at": "2025-09-26", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/EVCD系列-光谱共焦位移传感器叶尖间隙测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "rotational-error-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "光谱共焦传感器在回转误差测量中的选型与部署指南", "summary": "**目标**: 为精密制造、半导体、光学等行业的回转误差测量场景提供光谱共焦传感器的选型与部署参考依据〔REF-002〕。", "focused_product": "EVCD系列", "product_series": "EVCD系列", "industry": [ "精密制造", "半导体", "光学", "新能源" ], "measurement": [ "回转误差", "厚度测量", "平面度", "倾角测量" ], "tags": [ "EVCD系列", "精密制造", "半导体", "回转误差", "传感器" ], "updated_at": "2025-02-24", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/EVCD系列-光谱共焦位移传感器回转误差测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "plastic-part-thickness-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "塑料件厚度测量选型与部署指南", "summary": "**目标**: 针对塑料件、透明介质及多层复合材料，实现非接触式、高精度（纳米级）的厚度与形貌测量，满足高速生产线上的质量控制需求〔REF-002〕。", "focused_product": "EVCD系列", "product_series": "EVCD系列", "industry": [ "3C电子", "半导体", "新能源", "精密制造" ], "measurement": [ "塑料件厚度", "多层材料厚度", "透明介质厚度" ], "tags": [ "EVCD系列", "3C电子", "半导体", "塑料件厚度", "传感器" ], "updated_at": "2026-01-18", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/EVCD系列-光谱共焦位移传感器塑料件厚度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "plastic-part-height-difference-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "濉戞枡浠堕珮搴﹀樊娴嬮噺閫夊瀷涓庨儴缃叉寚鍗?", "summary": "**鐩爣**锛氭湰鎸囧崡閽堝灏哄娴嬮噺鍦烘櫙锛屾彁渚涢€夊瀷涓庨儴缃叉寚瀵笺€擱EF-001銆曘€?- **鎺ㄨ崘鎶€鏈矾绾?*锛氳瑙佺5绔犱骇鍝佸…", "focused_product": "绀轰緥浜у搧", "product_series": "绀轰緥绯诲垪", "industry": [ "宸ヤ笟娴嬮噺" ], "measurement": [ "灏哄娴嬮噺" ], "tags": [ "绀轰緥浜у搧", "绀轰緥绯诲垪", "宸ヤ笟娴嬮噺", "灏哄娴嬮噺", "传感器" ], "updated_at": "2025-01-01", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/EVCD系列-光谱共焦位移传感器塑料件高度差测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "multilayer-glass-thickness-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "多层玻璃精密测厚选型与部署指南", "summary": "**目标**: 实现对透明多层玻璃及复合光学膜层的非接触、高精度厚度监控与质量控制，满足3C电子、光学制造等领域的毫米至微米级测量需求。", "focused_product": "EVCD系列", "product_series": "EVCD系列", "industry": [ "光学元件制造", "3C电子显示面板" ], "measurement": [ "透明多层玻璃片", "复合光学膜层" ], "tags": [ "EVCD系列", "光学元件制造", "3C电子显示面板", "透明多层玻璃片", "传感器" ], "updated_at": "2025-03-28", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/EVCD系列-光谱共焦位移传感器多层玻璃测厚/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "multi-layer-transparent-material-gap-thickness-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "多层透明材料组装间隙与厚度测量选型部署指南", "summary": "**目标**: 解决3C电子、光学及半导体行业中多层透明材料组装过程中的非接触式高精度检测需求，实现纳米级分辨率的层间间隙与厚度测量〔REF-001〕。", "focused_product": "EVCD系列", "product_series": "EVCD系列", "industry": [ "3C电子", "光学制造", "半导体", "新能源" ], "measurement": [ "多层透明材料组装间隙", "材料厚度", "折射率变化补偿", "层间界面定位" ], "tags": [ "EVCD系列", "3C电子", "光学制造", "多层透明材料组装间隙", "传感器" ], "updated_at": "2026-03-27", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/EVCD系列-光谱共焦位移传感器多层透明材料组装间隙和厚度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "solar-silicon-wafer-thickness-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "太阳能光伏板硅片厚度与表面特性精密检测选型与部署指南", "summary": "**目标**: 在太阳能光伏生产线上，实现对硅片厚度、平整度及表面特性的非接触式高精度在线检测，以优化光电转换效率并确保产品一致性〔REF-002〕。", "focused_product": "EVCD系列", "product_series": "EVCD系列", "industry": [ "太阳能光伏", "新能源" ], "measurement": [ "硅片厚度", "表面粗糙度", "平整度" ], "tags": [ "EVCD系列", "太阳能光伏", "新能源", "硅片厚度", "传感器" ], "updated_at": "2025-04-28", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/EVCD系列-光谱共焦位移传感器太阳能光伏板硅片/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "solar-panel-film-thickness-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "太阳能光伏板膜厚检测选型与部署指南", "summary": "**目标**: 针对太阳能光伏板生产中的透明涂层、钝化层及复合介质层，提供高精度、非接触式的在线或离线膜厚检测方案，解决传统机械与超声波方法在复杂形貌和超薄层测量…", "focused_product": "EVCD系列", "product_series": "EVCD系列", "industry": [ "新能源", "光伏制造" ], "measurement": [ "光伏板膜厚", "多层介质厚度", "透明材料厚度" ], "tags": [ "EVCD系列", "新能源", "光伏制造", "光伏板膜厚", "传感器" ], "updated_at": "2026-01-18", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/EVCD系列-光谱共焦位移传感器太阳能光伏板膜厚/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "solar-panel-gap-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "太阳能电池板间隙测量选型与部署指南", "summary": "**目标**: 在光伏组件自动化产线中，实现太阳能电池片及玻璃/EVA等复合材料的微米级间隙、厚度及平面度高精度在线检测，以提升光电转换效率并降低装配故障风险〔R…", "focused_product": "EVCD系列", "product_series": "EVCD系列", "industry": [ "新能源", "光伏制造" ], "measurement": [ "电池板间隙", "透明材料厚度" ], "tags": [ "EVCD系列", "新能源", "光伏制造", "电池板间隙", "传感器" ], "updated_at": "2026-03-31", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/EVCD系列-光谱共焦位移传感器太阳能电池板间隙测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "hole-depth-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "复杂工况孔深与微小特征非接触测量选型部署指南", "summary": "**目标**: 针对高精度工业场景，实现纳米级分辨率的孔深、台阶高度及微小几何特征的快速、非接触式在线检测〔REF-001〕。", "focused_product": "EVCD系列", "product_series": "EVCD系列", "industry": [ "电子半导体", "精密制造", "光学元件" ], "measurement": [ "孔深", "微小直径特征", "复杂倾角表面" ], "tags": [ "EVCD系列", "电子半导体", "精密制造", "孔深", "传感器" ], "updated_at": "2026-05-19", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/EVCD系列-光谱共焦位移传感器孔深测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "screen-panel-flatness-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "屏幕面板平面度测量选型与部署指南", "summary": "**目标**: 针对显示屏制造中的面板平整度、厚度及微小形貌进行高精度、非接触式在线或离线检测，以替代传统机械接触式测量，提升检测效率与数据可靠性〔REF-002…", "focused_product": "EVCD系列", "product_series": "EVCD系列", "industry": [ "3C电子", "显示技术" ], "measurement": [ "屏幕面板平面度", "多层玻璃厚度" ], "tags": [ "EVCD系列", "3C电子", "显示技术", "屏幕面板平面度", "传感器" ], "updated_at": "2025-07-20", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/EVCD系列-光谱共焦位移传感器屏幕面板平面度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "evcd-guide", "category": "application_article", "category_cn": "应用文章", "title": "工业制造场景下线激光轮廓传感器选型与部署指南", "summary": "**目标**：为工业制造场景中的几何尺寸检测、表面轮廓重建与质量控制需求，提供线激光轮廓传感器的售前选型、部署与验收依据〔REF-002〕。", "focused_product": "典型产品", "product_series": "典型系列", "industry": [ "工业制造" ], "measurement": [ "测量参数" ], "tags": [ "典型产品", "典型系列", "工业制造", "测量参数", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/EVCD系列-光谱共焦位移传感器工件微小摆动测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "surface-tilt-angle-spectral-confocal-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "平面倾角光谱共焦测量选型与部署指南", "summary": "**目标**: 为平面倾角和表面倾斜度的非接触精密测量提供基于光谱共焦位移传感器的选型与部署参考，确保在镜面反射、透明材料和微小倾角场景下的亚微米级测量精度〔RE…", "focused_product": "EVCD", "product_series": "EVCD", "industry": [ "精密制造", "半导体", "光学元件" ], "measurement": [ "平面倾角测量", "表面倾斜度检测", "微观形貌分析" ], "tags": [ "EVCD", "精密制造", "半导体", "平面倾角测量", "传感器" ], "updated_at": "2026-08-07", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/EVCD系列-光谱共焦位移传感器平面倾角测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "measurement-guide-evcd系列", "category": "application_article", "category_cn": "应用文章", "title": "异型零件内曲面表面粗糙度测量选型与部署指南", "summary": "**目标**: 针对3C电子、精密制造及光学行业中的异型零件（如深孔、弧面、台阶），实现纳米级分辨率的表面粗糙度（Ra）及几何尺寸高精度非接触测量〔REF-001…", "focused_product": "EVCD系列", "product_series": "EVCD系列", "industry": [ "精密制造", "3C电子", "光学" ], "measurement": [ "内曲面表面粗糙度", "小孔内部特征", "多层材料厚度" ], "tags": [ "EVCD系列", "精密制造", "3C电子", "内曲面表面粗糙度", "传感器" ], "updated_at": "2025-02-10", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/EVCD系列-光谱共焦位移传感器异型零件内曲面表面粗糙度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "arc-glass-profile-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "弧面玻璃轮廓度高精度测量选型与部署指南", "summary": "**目标**: 实现纳米级精度的表面形貌检测，解决复杂曲面及多层材料测量难题，提升生产线上非接触式检测效率〔REF-001〕。", "focused_product": "EVCD系列", "product_series": "EVCD系列", "industry": [ "光学制造", "3C电子", "精密仪器" ], "measurement": [ "弧面玻璃轮廓度", "玻璃厚度", "曲率半径" ], "tags": [ "EVCD系列", "光学制造", "3C电子", "弧面玻璃轮廓度", "传感器" ], "updated_at": "2026-04-07", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/EVCD系列-光谱共焦位移传感器弧面玻璃轮廓度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "micro-machined-surface-roughness-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "微加工表面粗糙度测量选型与部署指南", "summary": "**目标**: 针对微加工表面粗糙度、微小台阶及透明材料厚度，提供非接触、高精度（纳米级）的测量解决方案。〔REF-001〕", "focused_product": "EVCD系列", "product_series": "EVCD系列", "industry": [ "3C电子", "半导体", "光学", "新能源" ], "measurement": [ "表面粗糙度(Ra)", "表面缺陷", "微小台阶高度", "透明材料厚度" ], "tags": [ "EVCD系列", "3C电子", "半导体", "表面粗糙度(Ra)", "传感器" ], "updated_at": "2025-02-06", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/EVCD系列-光谱共焦位移传感器微加工表面粗糙度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "micro-workpiece-hole-depth-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "微型工件孔深精密测量选型与部署指南", "summary": "**目标**: 解决微型工件（如手机摄像头模组、半导体晶圆、精密金属件）在微小孔径、复杂曲面及多层介质条件下的孔深、台阶高度及厚度的高精度非接触测量需求。", "focused_product": "EVCD系列", "product_series": "EVCD系列", "industry": [ "3C电子", "半导体", "光学", "新能源" ], "measurement": [ "孔深", "台阶高度", "多层厚度", "平面度" ], "tags": [ "EVCD系列", "3C电子", "半导体", "孔深", "传感器" ], "updated_at": "2025-12-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/EVCD系列-光谱共焦位移传感器微型工件孔深测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "smartphone-frame-screw-hole-depth-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "手机中框螺孔深度测量选型与部署指南", "summary": "**目标**: 在手机中框高精度装配过程中，实现微小螺孔深度及台阶差的非接触式微米级测量，确保组装稳定性和产品一致性〔REF-001〕。", "focused_product": "EVCD系列", "product_series": "EVCD系列", "industry": [ "3C电子制造", "精密机械加工" ], "measurement": [ "螺孔深度", "平面度" ], "tags": [ "EVCD系列", "3C电子制造", "精密机械加工", "螺孔深度", "传感器" ], "updated_at": "2026-04-05", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/EVCD系列-光谱共焦位移传感器手机中框螺孔深度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "logo-selection-guide", "category": "application_article", "category_cn": "应用文章", "title": "精密几何尺寸检测与质量控制选型指南", "summary": "**目标**: 针对3C电子行业手机壳生产，实现Logo及复杂曲面微观段差的高精度、非接触式在线监测，替代传统机械测量导致的效率瓶颈与损伤风险〔REF-002〕。", "focused_product": "EVCD系列", "product_series": "EVCD系列", "industry": [ "3C电子", "精密制造" ], "measurement": [ "手机壳logo段差", "复杂形状表面形貌" ], "tags": [ "EVCD系列", "3C电子", "精密制造", "手机壳logo段差", "传感器" ], "updated_at": "2026-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/EVCD系列-光谱共焦位移传感器手机壳logo段差测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "mobile-phone-casing-gap-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "手机壳与屏幕安装缝隙测量选型与部署指南", "summary": "**目标**: 在手机壳与屏幕组装场景中实现高精度、非接触式缝隙与厚度测量，满足3C电子行业对防水、防尘及外观质量的控制要求 〔REF-001〕。", "focused_product": "EVCD系列", "product_series": "EVCD系列", "industry": [ "3C电子", "精密制造" ], "measurement": [ "手机壳与屏幕安装缝隙", "多层玻璃厚度" ], "tags": [ "EVCD系列", "3C电子", "精密制造", "手机壳与屏幕安装缝隙", "传感器" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/EVCD系列-光谱共焦位移传感器手机壳与屏幕安装缝隙测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "phone-case-hole-depth-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "手机壳孔深测量选型与部署指南", "summary": "**目标**: 针对手机壳制造中孔径小、深度浅、材质多样（金属/陶瓷/玻璃）的复杂场景，提供高精度、非接触式的孔深测量解决方案，确保内部组件兼容性与装配精度〔RE…", "focused_product": "EVCD系列", "product_series": "EVCD系列", "industry": [ "3C电子制造", "精密零部件加工" ], "measurement": [ "手机壳孔深", "小孔内部特征" ], "tags": [ "EVCD系列", "3C电子制造", "精密零部件加工", "手机壳孔深", "传感器" ], "updated_at": "2025-08-25", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/EVCD系列-光谱共焦位移传感器手机壳孔深测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "phone-case-curvature-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "手机壳弧度与几何尺寸非接触式高精度测量选型与部署指南", "summary": "**目标**: 针对3C电子行业手机壳生产中的复杂曲面、微细台阶及多层结构，实现纳米级精度的非接触式几何尺寸检测，替代传统机械量具，提升质检效率与数据追溯性〔RE…", "focused_product": "EVCD系列", "product_series": "EVCD系列", "industry": [ "3C电子", "精密制造" ], "measurement": [ "手机壳弧度", "表面轮廓", "厚度" ], "tags": [ "EVCD系列", "3C电子", "精密制造", "手机壳弧度", "传感器" ], "updated_at": "2026-04-24", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/EVCD系列-光谱共焦位移传感器手机壳弧度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "phonecase-camera-step-height-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "手机壳摄像头段差检测选型与部署指南", "summary": "**目标**: 在手机壳摄像头模组装配线上，实现微米级非接触式段差检测，满足多材质（金属、陶瓷、玻璃）高速在线质量控制需求〔REF-001〕。", "focused_product": "EVCD系列", "product_series": "EVCD系列", "industry": [ "3C电子", "精密制造", "光学元件" ], "measurement": [ "摄像头段差", "手机壳台阶高度", "多层介质厚度" ], "tags": [ "EVCD系列", "3C电子", "精密制造", "摄像头段差", "传感器" ], "updated_at": "2025-05-12", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/EVCD系列-光谱共焦位移传感器手机壳摄像头段差测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "mobile-shell-camera-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "手机壳摄像头几何尺寸检测选型与部署指南", "summary": "**目标**: 为手机壳摄像头场景提供几何尺寸（直径、厚度、平面度、台阶高度）的非接触式高精度检测方案选型与部署参考〔REF-002〕。", "focused_product": "EVCD系列", "product_series": "EVCD系列", "industry": [ "3C电子" ], "measurement": [ "手机摄像头尺寸", "壳体厚度", "平面度", "多材质混合测量" ], "tags": [ "EVCD系列", "3C电子", "手机摄像头尺寸", "传感器" ], "updated_at": "2025-06-23", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/EVCD系列-光谱共焦位移传感器手机壳摄像头测量扫描/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "smartphone-case-gap-scan-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "手机壳缝隙扫描测量选型与部署指南", "summary": "**目标**: 为智能手机及精密制造领域中的手机壳缝隙扫描测量场景，提供非接触式高精度几何尺寸检测的选型与部署参考，确保缝隙宽度、台阶高度、多层材料厚度等关键参数…", "focused_product": "EVCD系列", "product_series": "EVCD系列", "industry": [ "3C电子", "精密制造", "半导体", "光学" ], "measurement": [ "手机壳缝隙扫描测量", "缝隙几何尺寸检测", "多层材料厚度测量" ], "tags": [ "EVCD系列", "3C电子", "精密制造", "手机壳缝隙扫描测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/EVCD系列-光谱共焦位移传感器手机壳缝隙扫描测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "phone-case-profile-scanning-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "手机壳轮廓扫描部署与选型指南", "summary": "**目标**: 面向手机壳外观与尺寸精度检测，提供非接触式高速轮廓扫描的传感器选型与工程部署参考〔REF-002〕。", "focused_product": "EVCD系列", "product_series": "EVCD系列", "industry": [ "3C电子", "精密制造", "半导体" ], "measurement": [ "手机壳轮廓", "曲面与台阶高度差", "多层玻璃及复合材料厚度" ], "tags": [ "EVCD系列", "3C电子", "精密制造", "手机壳轮廓", "传感器" ], "updated_at": "2026-02-03", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/EVCD系列-光谱共焦位移传感器手机壳轮廓扫描/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "mobile-shell-edge-3d-morphology-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "手机壳边缘三维形貌测量选型与部署指南", "summary": "**目标**: 为手机壳边缘三维形貌、边缘精度与光滑度、厚度与段差测量提供售前选型与工程部署指导，支持高速生产线实时质量反馈〔REF-002〕。", "focused_product": "EVCD系列", "product_series": "EVCD系列", "industry": [ "3C电子", "精密制造" ], "measurement": [ "手机壳边缘三维形貌", "边缘精度与光滑度", "厚度与段差测量" ], "tags": [ "EVCD系列", "3C电子", "精密制造", "手机壳边缘三维形貌", "传感器" ], "updated_at": "2026-03-06", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/EVCD系列-光谱共焦位移传感器手机壳边缘三维形貌测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "smartphone-case-step-height-difference-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "手机壳段差高度测量选型与部署指南", "summary": "**目标**: 本指南针对手机壳高度差, 段差测量, 多层厚度, 复杂曲面轮廓场景，提供选型与部署指导〔REF-001〕。", "focused_product": "EVCD系列", "product_series": "EVCD系列", "industry": [ "3C电子制造", "精密零部件加工" ], "measurement": [ "手机壳高度差", "段差测量", "多层厚度", "复杂曲面轮廓" ], "tags": [ "EVCD系列", "3C电子制造", "精密零部件加工", "手机壳高度差", "传感器" ], "updated_at": "2025-07-18", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/EVCD系列-光谱共焦位移传感器手机壳高度差段差测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "smartphone-fingerprint-keyway-gap-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "智能手机指纹识别按键段差测量选型与部署指南", "summary": "**目标**: 在手机指纹识别模块制造中，实现按键段差、台阶高度、表面平整度的高精度非接触检测，确保产品外观一致性、结构可靠性和用户触控体验。", "focused_product": "EVCD系列", "product_series": "EVCD系列", "industry": [ "3C电子制造", "精密光学加工" ], "measurement": [ "段差测量", "表面形貌分析" ], "tags": [ "EVCD系列", "3C电子制造", "精密光学加工", "段差测量", "传感器" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/EVCD系列-光谱共焦位移传感器手机指纹识别按键段差测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "smartphone-camera-lens-radius-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "手机摄像头镜片曲率半径测量选型与部署指南", "summary": "**目标**: 为手机摄像头镜片曲率半径、弧面形貌及厚度等几何参数的检测提供选型与部署决策依据〔REF-001〕。", "focused_product": "EVCD系列", "product_series": "EVCD系列", "industry": [ "消费电子/3C", "精密制造" ], "measurement": [ "曲率半径", "弧面形貌", "厚度", "平面度" ], "tags": [ "EVCD系列", "消费电子/3C", "精密制造", "曲率半径", "传感器" ], "updated_at": "2025-06-09", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/EVCD系列-光谱共焦位移传感器手机摄像头镜片曲率半径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "mobile-oil-printing-spectral-confocal-guide", "category": "application_article", "category_cn": "应用文章", "title": "手机油墨涂层高精度检测选型与部署指南", "summary": "**目标**: 解决手机制造中油墨印刷后厚度测量及涂层均匀性评估的痛点，实现高效、精准的生产过程反馈。", "focused_product": "EVCD系列", "product_series": "EVCD系列", "industry": [ "3C电子制造", "智能手机装配" ], "measurement": [ "油墨涂层厚度", "表面均匀性" ], "tags": [ "EVCD系列", "3C电子制造", "智能手机装配", "油墨涂层厚度", "传感器" ], "updated_at": "2025-11-28", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/EVCD系列-光谱共焦位移传感器手机油墨重复性检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "content", "category": "application_article", "category_cn": "应用文章", "title": "手机金属件轮廓扫描选型与部署指南", "summary": "手机金属件轮廓扫描属于**高精度非接触式尺寸检测**场景，核心需求是对手机中框、背板、铰链等小型曲面结构的轮廓、厚度、平面度等关键特征进行高效、稳定、可追溯的测…", "focused_product": "示例产品", "product_series": "示例系列", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "示例产品", "示例系列", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-01-01", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/EVCD系列-光谱共焦位移传感器手机金属件轮廓扫描/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "mobile-metal-nut-profile-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "手机金属螺母轮廓测量选型与部署指南", "summary": "**目标**: 在3C电子制造产线中，实现手机金属螺母的高精度、非接触式轮廓及尺寸检测，确保微米级装配精度〔REF-001〕。", "focused_product": "EVCD系列", "product_series": "EVCD系列", "industry": [ "3C电子制造", "精密零部件加工" ], "measurement": [ "手机金属螺母轮廓", "微小几何特征", "螺纹孔深度", "台阶高度差" ], "tags": [ "EVCD系列", "3C电子制造", "精密零部件加工", "手机金属螺母轮廓", "传感器" ], "updated_at": "2025-03-25", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/EVCD系列-光谱共焦位移传感器手机金属螺母轮廓测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "mobile-panel-ink-thickness-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "手机面板油墨厚度测量选型与部署指南", "summary": "**目标**: 在手机面板制造中实现微米级至纳米级的油墨厚度、涂层厚度及表面形貌的高精度非接触测量，确保显示效果与产品寿命〔REF-002〕。", "focused_product": "EVCD系列", "product_series": "EVCD系列", "industry": [ "3C电子", "精密制造" ], "measurement": [ "油墨厚度", "面板涂层" ], "tags": [ "EVCD系列", "3C电子", "精密制造", "油墨厚度", "传感器" ], "updated_at": "2025-02-04", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/EVCD系列-光谱共焦位移传感器手机面板油墨厚度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "measurement-guide-evcd系列-2", "category": "application_article", "category_cn": "应用文章", "title": "薄膜圆圈高度差检测选型与部署指南", "summary": "**目标**: 针对薄膜圆圈及多层结构，实现微米级甚至纳米级的高度差、厚度及平面度非接触式高精度测量〔REF-002〕。", "focused_product": "EVCD系列", "product_series": "EVCD系列", "industry": [ "精密制造", "半导体", "光学" ], "measurement": [ "薄膜圆圈高度差", "薄膜厚度", "平面度" ], "tags": [ "EVCD系列", "精密制造", "半导体", "薄膜圆圈高度差", "传感器" ], "updated_at": "2025-04-13", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/EVCD系列-光谱共焦位移传感器扫描薄膜圆圈的高度差/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "probe-wear-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "探针磨损测量选型与部署指南", "summary": "**目标**: 针对精密制造、半导体、光学等领域的探针磨损测量场景，提供高精度非接触式位移传感器的选型与部署参考，帮助售前工程师快速判断适用性并指导现场部署。", "focused_product": "EVCD系列", "product_series": "EVCD系列", "industry": [ "精密制造", "半导体", "光学" ], "measurement": [ "探针磨损", "厚度测量", "形貌检测" ], "tags": [ "EVCD系列", "精密制造", "半导体", "探针磨损", "传感器" ], "updated_at": "2026-04-26", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/EVCD系列-光谱共焦位移传感器探针磨损测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "camera-module-stroke-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "摄像头模组行程测量选型与部署指南", "summary": "**目标**: 实现摄像头模组装配后行程、多层介质厚度及光学元件平整度的高精度非接触检测。", "focused_product": "EVCD系列", "product_series": "EVCD系列", "industry": [ "3C电子", "精密制造", "光学元件" ], "measurement": [ "摄像头模组行程", "光学元件厚度", "装配平整度" ], "tags": [ "EVCD系列", "3C电子", "精密制造", "摄像头模组行程", "传感器" ], "updated_at": "2025-05-08", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/EVCD系列-光谱共焦位移传感器摄像头模组行程测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "battery-electrode-thickness-spectral-confocal-displacement-guide", "category": "application_article", "category_cn": "应用文章", "title": "新能源电池极片厚度非接触测量选型与部署指南", "summary": "**目标**: 面向新能源电池极片（铜箔、铝箔、涂覆层及复合材料）的厚度、均匀性、平面度及粗糙度的在线非接触检测，支撑工艺质量控制与自动化闭环。", "focused_product": "EVCD系列", "product_series": "EVCD系列", "industry": [ "新能源电池制造", "精密制造" ], "measurement": [ "电池极片厚度", "铜箔与石墨膜厚度一致性", "多层复合材料厚度" ], "tags": [ "EVCD系列", "新能源电池制造", "精密制造", "电池极片厚度", "传感器" ], "updated_at": "2025-04-04", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/EVCD系列-光谱共焦位移传感器新能源电池极片测厚/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "display-thickness-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "显示屏厚度测量选型与部署指南", "summary": "**目标**: 在显示屏及多层复合材料生产中，实现微米级甚至纳米级的高精度非接触式厚度测量，以替代传统机械接触式测量，提升良率与检测效率〔REF-002〕。", "focused_product": "EVCD系列", "product_series": "EVCD系列", "industry": [ "3C电子", "精密制造" ], "measurement": [ "显示屏厚度", "多层材料厚度" ], "tags": [ "EVCD系列", "3C电子", "精密制造", "显示屏厚度", "传感器" ], "updated_at": "2025-04-14", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/EVCD系列-光谱共焦位移传感器显示屏厚度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "content-示例产品", "category": "application_article", "category_cn": "应用文章", "title": "显示屏平面度检测选型与部署指南", "summary": "显示屏平面度是决定显示品质、组装良率和长期可靠性的核心指标。对于 OLED、Mini-LED、Micro-LED 及各类大尺寸面板产线而言，传统接触式量具已无法…", "focused_product": "示例产品", "product_series": "示例系列", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "示例产品", "示例系列", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-01-01", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/EVCD系列-光谱共焦位移传感器显示屏平面度检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "display-screen-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "显示屏测量扫描选型与部署指南", "summary": "**目标**: 为显示屏（玻璃/镜面/复合材质）的厚度、平面度、TTV、粗糙度等几何尺寸提供非接触式高精度测量方案〔REF-002〕。", "focused_product": "EVCD系列", "product_series": "EVCD系列", "industry": [ "3C电子", "半导体", "光学", "新能源", "精密制造" ], "measurement": [ "显示屏厚度", "平面度", "TTV总厚度变化", "粗糙度Ra" ], "tags": [ "EVCD系列", "3C电子", "半导体", "显示屏厚度", "传感器" ], "updated_at": "2025-10-13", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/EVCD系列-光谱共焦位移传感器显示屏测量扫描/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "display-glass-thickness-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "显示屏玻璃厚度测量选型与部署指南", "summary": "**目标**: 针对3C电子及光学行业，实现显示屏玻璃及多层介质的高精度、非接触式在线厚度测量，满足高速生产节拍下的质量控制需求〔REF-002〕。", "focused_product": "EVCD系列", "product_series": "EVCD系列", "industry": [ "3C电子", "光学制造" ], "measurement": [ "显示屏玻璃厚度", "多层介质厚度" ], "tags": [ "EVCD系列", "3C电子", "光学制造", "显示屏玻璃厚度", "传感器" ], "updated_at": "2025-09-22", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/EVCD系列-光谱共焦位移传感器显示屏玻璃厚度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "wafer-thickness-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "晶圆厚度测量选型与部署指南", "summary": "**目标**: 实现半导体晶圆及多层复合材料在微米至毫米级厚度、平整度及层间结构的纳米级精度检测〔REF-001〕。", "focused_product": "EVCD系列", "product_series": "EVCD系列", "industry": [ "半导体", "精密制造" ], "measurement": [ "晶圆厚度", "多层介质厚度" ], "tags": [ "EVCD系列", "半导体", "精密制造", "晶圆厚度", "传感器" ], "updated_at": "2025-11-20", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/EVCD系列-光谱共焦位移传感器晶圆厚度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "wafer-flatness-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "晶圆平面度测量选型与部署指南", "summary": "**目标**: 为半导体制造中的晶圆平面度（含厚度、台阶、粗糙度）检测提供非接触式光谱共焦方案的售前选型与工程部署参考。", "focused_product": "EVCD系列", "product_series": "EVCD系列", "industry": [ "半导体", "精密制造" ], "measurement": [ "晶圆平面度", "晶圆厚度" ], "tags": [ "EVCD系列", "半导体", "精密制造", "晶圆平面度", "传感器" ], "updated_at": "2026-02-06", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/EVCD系列-光谱共焦位移传感器晶圆平面度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "content-示例产品-2", "category": "application_article", "category_cn": "应用文章", "title": "晶圆形貌测量选型与部署指南", "summary": "晶圆形貌测量是半导体制造与精密光学加工过程中不可或缺的关键量测环节，直接决定后续光刻、刻蚀、薄膜沉积等工艺窗口的可控性。本文以 **EVCD 系列**（Elec…", "focused_product": "示例产品", "product_series": "示例系列", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "示例产品", "示例系列", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-01-01", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/EVCD系列-光谱共焦位移传感器晶圆形貌测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "wafer-3d-topography-scan-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "晶圆硅片三维形貌扫描选型与部署指南", "summary": "**目标**: 针对半导体制造中晶圆硅片的高精度、非接触式三维形貌扫描，提供基于光谱共焦技术的选型依据与工程部署方案，确保集成电路生产中的质量控制数据可靠性〔RE…", "focused_product": "EVCD系列", "product_series": "EVCD系列", "industry": [ "半导体制造", "微电子器件生产" ], "measurement": [ "晶圆硅片三维形貌", "表面粗糙度", "多层介质厚度" ], "tags": [ "EVCD系列", "半导体制造", "微电子器件生产", "晶圆硅片三维形貌", "传感器" ], "updated_at": "2025-12-17", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/EVCD系列-光谱共焦位移传感器晶圆硅片三维形貌扫描/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "wafer-trench-depth-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "晶圆硅片沟槽深度测量选型与部署指南", "summary": "**目标**: 针对半导体晶圆制造中深宽比大、材质复杂的沟槽及多层介质，实现纳米级精度的非接触式几何尺寸检测〔REF-002〕。", "focused_product": "EVCD系列", "product_series": "EVCD系列", "industry": [ "半导体制造", "精密电子" ], "measurement": [ "晶圆硅片沟槽深度", "多层介质厚度", "复杂形貌轮廓" ], "tags": [ "EVCD系列", "半导体制造", "精密电子", "晶圆硅片沟槽深度", "传感器" ], "updated_at": "2025-11-06", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/EVCD系列-光谱共焦位移传感器晶圆硅片沟槽深度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "wafer-thinfilm-thickness-measurement-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "晶圆薄膜厚度测量选型与部署指南", "summary": "**目标**: 为晶圆及薄膜厚度测量场景提供传感器选型与部署参考，支持半导体、3C电子、光学、新能源等行业的在线或离线质量控制需求〔REF-002〕。", "focused_product": "EVCD系列", "product_series": "EVCD系列", "industry": [ "半导体", "3C电子", "光学", "新能源", "精密制造" ], "measurement": [ "晶圆厚度", "薄膜厚度", "多层材料厚度" ], "tags": [ "EVCD系列", "半导体", "3C电子", "晶圆厚度", "传感器" ], "updated_at": "2025-06-09", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/EVCD系列-光谱共焦位移传感器晶圆薄膜厚度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "linear-motor-displacement-guide", "category": "application_article", "category_cn": "应用文章", "title": "智能手机线性马达位移测量选型与部署指南", "summary": "**目标**: 实现对智能手机线性马达微米级位移的高精度非接触式检测，支撑3C电子产线质量管控〔REF-002〕。", "focused_product": "EVCD系列", "product_series": "EVCD系列", "industry": [ "3C电子", "精密制造" ], "measurement": [ "线性马达位移", "多层结构厚度" ], "tags": [ "EVCD系列", "3C电子", "精密制造", "线性马达位移", "传感器" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/EVCD系列-光谱共焦位移传感器智能手机线性马达位移测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "curved-screen-glass-r-corner-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "曲面屏玻璃R角测量选型与部署指南", "summary": "**目标**: 为曲面屏玻璃R角、玻璃厚度及弧面斜面形貌提供高精度非接触测量解决方案〔REF-002〕。", "focused_product": "EVCD系列", "product_series": "EVCD系列", "industry": [ "3C电子", "光学制造", "精密制造" ], "measurement": [ "曲面屏玻璃R角", "玻璃厚度", "弧面与斜面形貌" ], "tags": [ "EVCD系列", "3C电子", "光学制造", "曲面屏玻璃R角", "传感器" ], "updated_at": "2026-05-09", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/EVCD系列-光谱共焦位移传感器曲面屏玻璃R角测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "curved-glass-profile-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "曲面屏玻璃轮廓度检测选型与部署指南", "summary": "**目标**: 针对智能手机及高端显示设备的曲面屏玻璃，实现非接触式、纳米级精度的轮廓度与多层厚度测量〔REF-001〕。", "focused_product": "EVCD系列", "product_series": "EVCD系列", "industry": [ "3C电子", "精密制造" ], "measurement": [ "曲面屏玻璃轮廓度", "多层玻璃厚度", "微小结构尺寸" ], "tags": [ "EVCD系列", "3C电子", "精密制造", "曲面屏玻璃轮廓度", "传感器" ], "updated_at": "2026-04-17", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/EVCD系列-光谱共焦位移传感器曲面屏玻璃轮廓度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "silicone-gel-thickness-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "有机硅凝胶厚度测量选型与部署指南", "summary": "**目标**: 为有机硅凝胶及多层复合介质的厚度、平面度、台阶差等几何参数提供高精度、非接触式测量解决方案，满足电子、汽车、医疗等行业的质量控制需求〔REF-00…", "focused_product": "EVCD系列", "product_series": "EVCD系列", "industry": [ "电子", "汽车", "医疗" ], "measurement": [ "有机硅凝胶厚度", "多层介质厚度" ], "tags": [ "EVCD系列", "电子", "汽车", "有机硅凝胶厚度", "传感器" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/EVCD系列-光谱共焦位移传感器有机硅凝胶厚度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "mechanical-structure-part-displacement-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "机械结构件位移测量选型与部署指南", "summary": "**目标**: 针对现代制造业中机械结构件的高精度、高速动态位移监测需求，解决传统接触式测量效率低及普通光学传感器在多材质/复杂形状下适应性差的问题。", "focused_product": "EVCD系列", "product_series": "EVCD系列", "industry": [ "3C电子", "半导体", "光学设备", "新能源" ], "measurement": [ "机械结构件相对位移", "装配精度监控", "多层材料厚度" ], "tags": [ "EVCD系列", "3C电子", "半导体", "机械结构件相对位移", "传感器" ], "updated_at": "2025-08-22", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/EVCD系列-光谱共焦位移传感器机械结构件位移测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "mechanical-deformation-testing-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "机械结构件形变测试选型与部署指南", "summary": "**目标**: 针对机械结构件的高精度形变、微小位移及多层介质厚度进行非接触式实时监测，解决传统接触式测量效率低、易损伤工件的问题〔REF-002〕。", "focused_product": "EVCD系列", "product_series": "EVCD系列", "industry": [ "精密制造", "3C电子", "航空航天" ], "measurement": [ "机械结构件形变", "微小位移", "多层介质厚度" ], "tags": [ "EVCD系列", "精密制造", "3C电子", "机械结构件形变", "传感器" ], "updated_at": "2025-08-27", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/EVCD系列-光谱共焦位移传感器机械结构件形变测试/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "measurement-guide-evcd系列-3", "category": "application_article", "category_cn": "应用文章", "title": "柔性多层玻璃厚度测量选型与部署指南", "summary": "**目标**: 为柔性多层玻璃厚度测量场景提供售前选型与工程部署参考，帮助工程/采购/售前人员快速确定适用方案〔REF-002〕。", "focused_product": "EVCD系列", "product_series": "EVCD系列", "industry": [ "3C电子", "光学", "新能源" ], "measurement": [ "柔性多层玻璃厚度", "多层介质识别" ], "tags": [ "EVCD系列", "3C电子", "光学", "柔性多层玻璃厚度", "传感器" ], "updated_at": "2025-04-05", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/EVCD系列-光谱共焦位移传感器柔性多层玻璃测厚/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "cylinder-liner-roundness-diameter-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "气缸套圆度与直径精密检测选型与部署指南", "summary": "**目标**: 针对汽车发动机气缸套的内径、圆度及表面质量进行高精度、非接触式在线或离线检测，以提升发动机制造良率与质量控制效率〔REF-002〕。", "focused_product": "EVCD系列", "product_series": "EVCD系列", "industry": [ "汽车制造", "精密加工" ], "measurement": [ "气缸套内径", "气缸套圆度", "表面粗糙度" ], "tags": [ "EVCD系列", "汽车制造", "精密加工", "气缸套内径", "传感器" ], "updated_at": "2025-07-05", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/EVCD系列-光谱共焦位移传感器气缸套圆度和直径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "automotive-water-cooling-plate-thickness-guide", "category": "application_article", "category_cn": "应用文章", "title": "汽车水冷板膜厚测量与部署选型指南", "summary": "**目标**: 本指南针对水冷板膜厚, 复合材料层厚度场景，提供选型与部署指导〔REF-001〕。", "focused_product": "EVCD系列", "product_series": "EVCD系列", "industry": [ "汽车制造", "新能源汽车" ], "measurement": [ "水冷板膜厚", "复合材料层厚度" ], "tags": [ "EVCD系列", "汽车制造", "新能源汽车", "水冷板膜厚", "传感器" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/EVCD系列-光谱共焦位移传感器汽车水冷板膜厚测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "automotive-glass-thickness-curvature-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "汽车玻璃厚度与曲率测量选型与部署指南", "summary": "**目标**: 实现汽车玻璃在生产线上的非接触式高精度质量监控，确保合规性与尺寸精度，提升检测效率与安全性〔REF-001〕〔REF-002〕。", "focused_product": "EVCD系列", "product_series": "EVCD系列", "industry": [ "汽车制造", "精密制造" ], "measurement": [ "汽车玻璃厚度", "玻璃曲率", "多层介质分析" ], "tags": [ "EVCD系列", "汽车制造", "精密制造", "汽车玻璃厚度", "传感器" ], "updated_at": "2025-08-06", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/EVCD系列-光谱共焦位移传感器汽车玻璃厚度曲率测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "tire-profile-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "汽车轮胎形貌非接触式精密测量选型与部署指南", "summary": "**目标**: 面向汽车轮胎胎面粗糙度、厚度分布、轮廓形貌及多层复合材料界面的非接触式微米级在线检测，支撑研发试制与产线质量控制闭环。〔REF-002〕", "focused_product": "EVCD系列", "product_series": "EVCD系列", "industry": [ "汽车制造", "汽车零部件", "质量控制" ], "measurement": [ "轮胎胎面粗糙度", "轮胎厚度分布", "轮胎轮廓形貌", "多层复合材料结构" ], "tags": [ "EVCD系列", "汽车制造", "汽车零部件", "轮胎胎面粗糙度", "传感器" ], "updated_at": "2025-09-10", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/EVCD系列-光谱共焦位移传感器汽车轮胎形貌测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "measurement-guide-evcd系列-4", "category": "application_article", "category_cn": "应用文章", "title": "高精度几何尺寸检测与质量控制选型指南", "summary": "**目标**: 解决汽车连接器、精密电子元件在自动化产线中对于微米级高度差、台阶高度及孔深度的非接触式高精度快速检测需求，确保装配质量符合严格公差要求。〔REF-…", "focused_product": "EVCD系列", "product_series": "EVCD系列", "industry": [ "汽车制造", "精密制造" ], "measurement": [ "连接器高度差", "台阶高度", "孔深度" ], "tags": [ "EVCD系列", "汽车制造", "精密制造", "连接器高度差", "传感器" ], "updated_at": "2026-03-24", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/EVCD系列-光谱共焦位移传感器汽车连接器高度差测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "ink-thickness-3d-profile-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "油墨厚度及三维形貌测量选型与部署指南", "summary": "**目标**: 实现非接触式、高精度（纳米级分辨率）的油墨厚度及复杂表面三维形貌在线或离线检测，满足3C电子、半导体及新能源行业的严苛质量控制需求〔REF-001…", "focused_product": "EVCD系列", "product_series": "EVCD系列", "industry": [ "3C电子", "半导体", "光学", "新能源" ], "measurement": [ "油墨厚度", "三维形貌", "表面平整度", "多层介质厚度" ], "tags": [ "EVCD系列", "3C电子", "半导体", "油墨厚度", "传感器" ], "updated_at": "2025-05-20", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/EVCD系列-光谱共焦位移传感器油墨厚度及三维形貌测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "ink-film-thickness-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "油墨膜厚测量选型与部署指南", "summary": "**目标**: 针对印刷、涂层及表面处理行业，提供高精度、非接触式的油墨/涂层厚度在线或离线检测方案，确保产品外观质量、耐久性及合规性〔REF-002〕。", "focused_product": "EVCD系列", "product_series": "EVCD系列", "industry": [ "印刷包装", "涂层制造", "表面处理" ], "measurement": [ "油墨厚度", "涂层厚度", "多层介质厚度" ], "tags": [ "EVCD系列", "印刷包装", "涂层制造", "油墨厚度", "传感器" ], "updated_at": "2025-03-24", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/EVCD系列-光谱共焦位移传感器油墨厚度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "piston-groove-depth-width-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "活塞槽深槽宽测量选型与部署指南", "summary": "**目标**: 在精密制造场景中，对活塞槽深度与宽度进行非接触、高精度、高效率的几何尺寸测量〔REF-002〕。", "focused_product": "EVCD系列", "product_series": "EVCD系列", "industry": [ "汽车制造", "航空航天", "精密工程", "半导体", "3C电子" ], "measurement": [ "活塞槽深度", "活塞槽宽度" ], "tags": [ "EVCD系列", "汽车制造", "航空航天", "活塞槽深度", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/EVCD系列-光谱共焦位移传感器活塞槽深槽宽测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "transparent-parallel-plate-thickness-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "透明材料平行平板厚度测量选型与部署指南", "summary": "**目标**: 在未知折射率条件下实现透明材料平行平板厚度的高精度、非接触测量，满足微米至纳米级质量控制需求〔REF-001〕〔REF-002〕。", "focused_product": "EVCD系列", "product_series": "EVCD系列", "industry": [ "光学制造", "半导体", "3C电子", "精密制造", "新能源" ], "measurement": [ "透明材料平行平板厚度", "多层介质厚度", "玻璃/镜片厚度" ], "tags": [ "EVCD系列", "光学制造", "半导体", "透明材料平行平板厚度", "传感器" ], "updated_at": "2025-08-30", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/EVCD系列-光谱共焦位移传感器测量透明材料平行平板厚度/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "liquid-level-height-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "液位高度测量选型与部署指南", "summary": "**目标**: 本指南针对液位高度, 液体厚度, 多层介质界面场景，提供选型与部署指导〔REF-001〕。", "focused_product": "EVCD系列", "product_series": "EVCD系列", "industry": [ "化工", "制药", "食品加工", "石油精炼" ], "measurement": [ "液位高度", "液体厚度", "多层介质界面" ], "tags": [ "EVCD系列", "化工", "制药", "液位高度", "传感器" ], "updated_at": "2025-05-09", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/EVCD系列-光谱共焦位移传感器液位高度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "liquid-level-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "液体水平高度高精度测量选型与部署指南", "summary": "**目标**: 在化工、食品饮料及制药等对卫生与安全要求极高的行业，实现非接触式、微米级精度的液体表面高度与波动实时监测〔REF-002〕。", "focused_product": "EVCD系列", "product_series": "EVCD系列", "industry": [ "化工", "食品饮料", "制药" ], "measurement": [ "液体表面高度", "液位波动" ], "tags": [ "EVCD系列", "化工", "食品饮料", "液体表面高度", "传感器" ], "updated_at": "2025-12-24", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/EVCD系列-光谱共焦位移传感器液体水平高度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "liquid-crystal-display-glass-substrate-thickness-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "液晶显示屏玻璃基板厚度测量选型与部署指南", "summary": "**目标**: 针对液晶显示屏（LCD）生产中玻璃基板及多层复合材料的非接触式高精度厚度检测，解决传统机械或干涉法在高速、高反射场景下的局限性〔REF-002〕。", "focused_product": "EVCD系列", "product_series": "EVCD系列", "industry": [ "3C电子", "光学制造" ], "measurement": [ "玻璃基板厚度", "多层介质厚度", "透明材料厚度" ], "tags": [ "EVCD系列", "3C电子", "光学制造", "玻璃基板厚度", "传感器" ], "updated_at": "2025-05-12", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/EVCD系列-光谱共焦位移传感器液晶显示屏玻璃基板厚度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "liquid-film-thickness-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "液膜厚度测量选型与部署指南", "summary": "本文档旨在为液膜厚度测量场景提供售前选型与部署的技术指导。针对电子、半导体及新能源领域的精密测量需求，本指南基于 EVCD系列 光谱共焦传感器的特性，梳理了核心…", "focused_product": "EVCD系列", "product_series": "EVCD系列", "industry": [ "3C电子，半导体，新能源" ], "measurement": [ "液膜厚度，多层介质" ], "tags": [ "EVCD系列", "3C电子，半导体，新能源", "液膜厚度，多层介质", "传感器" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/EVCD系列-光谱共焦位移传感器液膜厚度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "measurement-guide-evcd系列-5", "category": "application_article", "category_cn": "应用文章", "title": "滴液扫描测量选型与部署指南", "summary": "**目标**: 针对滴液高度、多层介质厚度及复杂表面轮廓的测量需求，提供基于光谱共焦原理的高精度、非接触式解决方案，确保在动态扫描中实现纳米级分辨率〔REF-00…", "focused_product": "EVCD系列", "product_series": "EVCD系列", "industry": [ "电子", "半导体", "光学", "新能源" ], "measurement": [ "滴液高度", "多层介质厚度", "复杂表面轮廓" ], "tags": [ "EVCD系列", "电子", "半导体", "滴液高度", "传感器" ], "updated_at": "2026-04-13", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/EVCD系列-光谱共焦位移传感器滴液扫描测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "dispensing-position-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "点胶位置测量选型与部署指南", "summary": "**目标**: 解决现代工业中点胶工艺的位置精度、涂胶高度一致性及微小位移监测难题，确保产品质量并降低材料浪费〔REF-002〕。", "focused_product": "EVCD系列", "product_series": "EVCD系列", "industry": [ "3C电子", "精密制造", "半导体" ], "measurement": [ "点胶位置", "涂胶高度", "微小位移" ], "tags": [ "EVCD系列", "3C电子", "精密制造", "点胶位置", "传感器" ], "updated_at": "2025-01-09", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/EVCD系列-光谱共焦位移传感器点胶位置测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "pointing-glue-uniformity-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "点胶均匀性检测与质量控制选型部署指南", "summary": "**目标**: 在3C电子、半导体及新能源制造中，实现非接触式、微米/纳米级精度的点胶高度、宽度及平面度在线检测，以降低缺陷率并提升工艺一致性〔REF-001〕。", "focused_product": "EVCD系列", "product_series": "EVCD系列", "industry": [ "3C电子", "半导体", "新能源", "精密制造" ], "measurement": [ "点胶高度", "点胶宽度", "涂覆厚度", "平面度" ], "tags": [ "EVCD系列", "3C电子", "半导体", "点胶高度", "传感器" ], "updated_at": "2025-07-16", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/EVCD系列-光谱共焦位移传感器点胶均匀性测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "pointing-size-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "点胶尺寸测量选型与部署指南", "summary": "**目标**: 在3C电子、半导体及精密制造领域，实现点胶工艺中胶水高度、宽度及体积的实时、高精度非接触式质量控制，确保产品性能一致性并减少因胶量异常导致的报废〔…", "focused_product": "EVCD系列", "product_series": "EVCD系列", "industry": [ "3C电子", "半导体", "光学制造" ], "measurement": [ "点胶尺寸", "胶水用量", "涂覆厚度" ], "tags": [ "EVCD系列", "3C电子", "半导体", "点胶尺寸", "传感器" ], "updated_at": "2025-07-03", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/EVCD系列-光谱共焦位移传感器点胶尺寸测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "dispensing-guide", "category": "application_article", "category_cn": "应用文章", "title": "高精度点胶引导与位移检测选型指南", "summary": "**目标**: 解决电子制造、半导体及光学行业在高精度点胶工艺中，对点胶位置定位、胶量厚度实时监测及复杂曲面形貌检测的需求，提升产品合格率与生产效率〔REF-00…", "focused_product": "EVCD系列", "product_series": "EVCD系列", "industry": [ "电子制造", "半导体", "光学" ], "measurement": [ "点胶位置", "胶量厚度", "复杂曲面形貌" ], "tags": [ "EVCD系列", "电子制造", "半导体", "点胶位置", "传感器" ], "updated_at": "2025-03-13", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/EVCD系列-光谱共焦位移传感器点胶引导/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "gauge-guide", "category": "application_article", "category_cn": "应用文章", "title": "物体微小膨胀量测量与部署选型指南", "summary": "**目标**: 实现微米至纳米级的物体微小膨胀量非接触高精度测量，支持复杂曲面及多层介质分析。", "focused_product": "EVCD系列", "product_series": "EVCD系列", "industry": [ "半导体", "光学", "精密制造" ], "measurement": [ "晶圆厚度", "镜片平整度", "激光位移" ], "tags": [ "EVCD系列", "半导体", "光学", "晶圆厚度", "传感器" ], "updated_at": "2025-03-11", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/EVCD系列-光谱共焦位移传感器物体微小膨胀量测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "glass-single-side-thickness-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "玻璃单边测厚选型与部署指南", "summary": "**目标**: 针对光学玻璃、3C电子盖板及精密制造中的透明介质，实现非接触式、高精度的单边厚度测量与质量监控〔REF-002〕。", "focused_product": "EVCD系列", "product_series": "EVCD系列", "industry": [ "光学制造", "3C电子", "精密制造" ], "measurement": [ "玻璃厚度", "透明材料测厚" ], "tags": [ "EVCD系列", "光学制造", "3C电子", "玻璃厚度", "传感器" ], "updated_at": "2025-03-01", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/EVCD系列-光谱共焦位移传感器玻璃单边测厚/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "glass-substrate-flatness-warp-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "玻璃基板平整度与翘曲测量选型与部署指南", "summary": "**目标**: 非接触高精度测量玻璃基板的表面平整度与翘曲变形，支持生产过程中的实时监测与质量评估〔REF-002〕。", "focused_product": "EVCD系列", "product_series": "EVCD系列", "industry": [ "3C电子", "半导体", "光学", "新能源", "精密制造" ], "measurement": [ "玻璃基板平整度", "玻璃基板翘曲度", "透明材料厚度" ], "tags": [ "EVCD系列", "3C电子", "半导体", "玻璃基板平整度", "传感器" ], "updated_at": "2026-03-08", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/EVCD系列-光谱共焦位移传感器玻璃基板平整度和翘曲测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "glass-screen-thickness-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "玻璃屏幕厚度测量选型与部署指南", "summary": "**目标**: 面向玻璃屏幕及透明介质厚度检测场景，提供非接触式、高精度、可自动化集成的测量选型与现场部署参考〔REF-001〕〔REF-002〕。", "focused_product": "EVCD系列", "product_series": "EVCD系列", "industry": [ "3C电子", "半导体", "光学元件制造", "新能源", "精密制造" ], "measurement": [ "玻璃屏幕厚度", "多层介质厚度", "平面度与段差", "曲面与倾角" ], "tags": [ "EVCD系列", "3C电子", "半导体", "玻璃屏幕厚度", "传感器" ], "updated_at": "2026-02-04", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/EVCD系列-光谱共焦位移传感器玻璃屏幕厚度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "glass-screen-flatness-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "玻璃屏幕平面度测量选型与部署指南", "summary": "**目标**: 针对智能手机、平板及各类显示设备中的玻璃屏幕，提供高精度、非接触式的平面度检测方案，解决传统机械或干涉仪在速度与适应性上的不足〔REF-002〕。", "focused_product": "EVCD系列", "product_series": "EVCD系列", "industry": [ "3C电子", "精密制造" ], "measurement": [ "玻璃屏幕平面度", "多层介质厚度" ], "tags": [ "EVCD系列", "3C电子", "精密制造", "玻璃屏幕平面度", "传感器" ], "updated_at": "2025-04-06", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/EVCD系列-光谱共焦位移传感器玻璃屏幕平面度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "glass-arc-height-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "高精度玻璃弧高非接触检测选型与部署指南", "summary": "**目标**: 解决玻璃及透明介质在复杂曲面、微小台阶下的纳米级精度测量难题，实现无损、高速的非接触式弧高检测〔REF-001〕。", "focused_product": "EVCD系列", "product_series": "EVCD系列", "industry": [ "光学制造", "精密制造" ], "measurement": [ "玻璃弧高", "曲面轮廓", "透明介质厚度" ], "tags": [ "EVCD系列", "光学制造", "精密制造", "玻璃弧高", "传感器" ], "updated_at": "2026-03-11", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/EVCD系列-光谱共焦位移传感器玻璃弧高测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "glass-bottle-thickness-roundness-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "玻璃瓶壁厚与圆度检测选型及部署指南", "summary": "**目标**: 实现玻璃瓶壁厚、总厚度变化（TTV）、局部厚度波动（LTW）及圆度/轮廓偏差的非接触式高精度检测，支撑出厂质量一致性与工艺闭环优化。〔REF-00…", "focused_product": "EVCD系列", "product_series": "EVCD系列", "industry": [ "玻璃制造", "包装容器", "精密制造", "质量检测" ], "measurement": [ "玻璃瓶壁厚", "玻璃瓶圆度", "透明介质厚度", "曲面轮廓" ], "tags": [ "EVCD系列", "玻璃制造", "包装容器", "玻璃瓶壁厚", "传感器" ], "updated_at": "2025-03-06", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/EVCD系列-光谱共焦位移传感器玻璃瓶壁厚和圆度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "content-示例产品-3", "category": "application_article", "category_cn": "应用文章", "title": "玻璃瓶壁厚测量选型与部署指南", "summary": "玻璃瓶壁厚是影响包装安全性、内容物稳定性与生产良率的核心质量参数。EVCD 系列通过高分辨率工业视觉结合多光谱光源与智能图像处理算法，实现对透明/半透明玻璃容器…", "focused_product": "示例产品", "product_series": "示例系列", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "示例产品", "示例系列", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-01-01", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/EVCD系列-光谱共焦位移传感器玻璃瓶壁厚测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "glass-tube-wall-thickness-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "玻璃管壁厚测量选型与部署指南", "summary": "**目标**: 本指南针对玻璃管壁厚, 透明介质厚度, 多层结构尺寸场景，提供选型与部署指导〔REF-001〕。", "focused_product": "EVCD系列", "product_series": "EVCD系列", "industry": [ "3C电子", "光学制造", "新能源" ], "measurement": [ "玻璃管壁厚", "透明介质厚度", "多层结构尺寸" ], "tags": [ "EVCD系列", "3C电子", "光学制造", "玻璃管壁厚", "传感器" ], "updated_at": "2025-03-04", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/EVCD系列-光谱共焦位移传感器玻璃管壁厚测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "glass-tube-wall-thickness-measurement-guide-evcd系列", "category": "application_article", "category_cn": "应用文章", "title": "玻璃管管壁单边测厚检测选型与部署指南", "summary": "**目标**: 针对制药、化妆品及电子包装领域的玻璃管生产，实现微米级精度的非接触式管壁厚度在线或离线检测，替代传统低效机械测量。〔REF-001〕", "focused_product": "EVCD系列", "product_series": "EVCD系列", "industry": [ "制药", "化妆品", "电子制造" ], "measurement": [ "玻璃管管壁厚度", "透明材料单边测厚" ], "tags": [ "EVCD系列", "制药", "化妆品", "玻璃管管壁厚度", "传感器" ], "updated_at": "2025-04-12", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/EVCD系列-光谱共焦位移传感器玻璃管管壁单边测厚/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "glass-surface-pattern-height-difference-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "玻璃表面图形高度差测量选型与部署指南", "summary": "**目标**: 针对3C电子、光学镜片及新能源领域中的玻璃表面微小高度差、台阶深度及多层介质厚度，提供高精度非接触式测量解决方案〔REF-002〕。", "focused_product": "EVCD系列", "product_series": "EVCD系列", "industry": [ "3C电子", "光学制造", "新能源" ], "measurement": [ "玻璃表面图形高度差", "多层介质厚度", "微小区域形貌" ], "tags": [ "EVCD系列", "3C电子", "光学制造", "玻璃表面图形高度差", "传感器" ], "updated_at": "2025-04-13", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/EVCD系列-光谱共焦位移传感器玻璃表面图形高度差测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "ball-valve-internal-thread-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "球体内壁螺纹精密检测选型与部署指南", "summary": "**目标**: 针对球体内壁螺纹的尺寸、形状与表面质量进行高精度非接触测量，适配汽车、航空航天及精密机械行业的品质控制需求〔REF-002〕。", "focused_product": "EVCD系列", "product_series": "EVCD系列", "industry": [ "汽车制造", "航空航天", "精密机械" ], "measurement": [ "球体内壁螺纹", "螺纹尺寸与形状" ], "tags": [ "EVCD系列", "汽车制造", "航空航天", "球体内壁螺纹", "传感器" ], "updated_at": "2025-11-18", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/EVCD系列-光谱共焦位移传感器球体内壁螺纹/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "spherical-lens-thickness-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "球面镜片厚度检测选型与部署指南", "summary": "**目标**: 为球面镜片厚度、平面度与弧高等几何尺寸检测场景，提供光谱共焦位移传感器的售前选型与工程部署参考方案〔REF-002〕。", "focused_product": "EVCD系列", "product_series": "EVCD系列", "industry": [ "光学制造", "精密仪器", "半导体" ], "measurement": [ "球面镜片厚度", "平面度", "弧高" ], "tags": [ "EVCD系列", "光学制造", "精密仪器", "球面镜片厚度", "传感器" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/EVCD系列-光谱共焦位移传感器球面镜片测厚/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "measurement-guide-evcd系列-6", "category": "application_article", "category_cn": "应用文章", "title": "高精度非接触式表面段差测量选型与部署指南", "summary": "**目标**: 针对3C电子、半导体及精密制造领域，实现微米至纳米级精度的电子元件表面段差、焊盘高度及多层介质厚度的非接触式快速检测〔REF-001〕〔REF-0…", "focused_product": "EVCD系列", "product_series": "EVCD系列", "industry": [ "3C电子", "半导体", "新能源", "精密制造" ], "measurement": [ "焊盘高度", "连接器段差", "多层介质厚度", "表面轮廓" ], "tags": [ "EVCD系列", "3C电子", "半导体", "焊盘高度", "传感器" ], "updated_at": "2025-10-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/EVCD系列-光谱共焦位移传感器电子元件表面段差测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "electronic-component-morphology-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "电子元器件形貌测量选型与部署指南", "summary": "**目标**: 为电子元器件形貌测量场景提供一套可落地的光谱共焦位移传感器选型与部署参考框架，覆盖从现场输入确认到验收验证的全流程〔REF-001〕。", "focused_product": "EVCD系列", "product_series": "EVCD系列", "industry": [ "3C电子", "半导体", "精密制造" ], "measurement": [ "元器件尺寸", "表面形貌", "厚度", "粗糙度" ], "tags": [ "EVCD系列", "3C电子", "半导体", "元器件尺寸", "传感器" ], "updated_at": "2025-11-26", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/EVCD系列-光谱共焦位移传感器电子元器件形貌测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "electronic-component-step-roughness-guide", "category": "application_article", "category_cn": "应用文章", "title": "高精度几何尺寸检测与质量控制选型部署指南", "summary": "**目标**: 针对电子元器件制造中的段差、粗糙度及厚度进行微米/纳米级高精度非接触式检测，确保产品一致性与可靠性〔REF-002〕。", "focused_product": "EVCD系列", "product_series": "EVCD系列", "industry": [ "3C电子", "半导体", "光学", "新能源" ], "measurement": [ "段差", "粗糙度", "厚度", "平面度" ], "tags": [ "EVCD系列", "3C电子", "半导体", "段差", "传感器" ], "updated_at": "2025-12-10", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/EVCD系列-光谱共焦位移传感器电子元器件段差和粗糙度/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "electrode-coating-thickness-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "电极涂层厚度测量选型与部署指南", "summary": "**目标**: 为电极涂层及多层介质提供非接触、高精度、可在线集成的厚度与形貌测量方案，支撑制程质量控制与良率提升〔REF-002〕。", "focused_product": "EVCD系列", "product_series": "EVCD系列", "industry": [ "新能源电池", "半导体制造", "3C电子", "精密制造" ], "measurement": [ "电极涂层厚度", "多层介质厚度", "小孔内壁特征尺寸", "弧面/斜面形貌" ], "tags": [ "EVCD系列", "新能源电池", "半导体制造", "电极涂层厚度", "传感器" ], "updated_at": "2026-02-06", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/EVCD系列-光谱共焦位移传感器电极涂层厚度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "battery-thickness-change-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "电池厚度变化光谱共焦测量选型与部署指南", "summary": "**目标**：面向电池制造与研发场景，为售前与工程人员提供光谱共焦位移传感器选型与现场部署的系统化参考，帮助快速判断技术路线适用性与现场配置要点〔REF-001…", "focused_product": "光谱共焦位移传感器", "product_series": "典型光谱共焦系列", "industry": [ "新能源", "电池制造" ], "measurement": [ "厚度", "厚度变化", "位移" ], "tags": [ "光谱共焦位移传感器", "典型光谱共焦系列", "新能源", "电池制造", "厚度", "传感器" ], "updated_at": "2026-08-07", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/EVCD系列-光谱共焦位移传感器电池厚度变化测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "battery-electrode-thickness-consistency-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "电池极片厚度一致性测量选型与部署指南", "summary": "**目标**: 在锂电池高速生产线上，实现非接触式、纳米级精度的极片厚度及多层介质厚度在线检测，确保产品一致性。", "focused_product": "EVCD系列", "product_series": "EVCD系列", "industry": [ "新能源", "锂电池制造" ], "measurement": [ "电池极片厚度", "铜箔/石墨膜厚度", "多层介质厚度" ], "tags": [ "EVCD系列", "新能源", "锂电池制造", "电池极片厚度", "传感器" ], "updated_at": "2025-05-24", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/EVCD系列-光谱共焦位移传感器电池极片厚度一致性测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "computer-movement-institutions-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "电脑内移动机构位移测量选型与部署指南", "summary": "**目标**: 针对电脑内部狭小空间内的各类移动机构、组件间隙及多层结构，实现纳米级分辨率的高精度非接触式位移与形貌测量，确保装配质量与动态性能〔REF-001〕…", "focused_product": "EVCD系列", "product_series": "EVCD系列", "industry": [ "3C电子制造", "精密仪器组装" ], "measurement": [ "移动机构位移", "部件相对位置", "多层介质厚度" ], "tags": [ "EVCD系列", "3C电子制造", "精密仪器组装", "移动机构位移", "传感器" ], "updated_at": "2026-02-05", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/EVCD系列-光谱共焦位移传感器电脑内各种移动机构位移测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "content-示例产品-4", "category": "application_article", "category_cn": "应用文章", "title": "动态散射型位移传感器选型与部署指南", "summary": "动态散射型位移传感器利用激光与样品表面相互作用产生的散射光场分布，通过探测散射光强分布特征反演被测目标的位移、厚度及表面形貌信息。该类传感器的核心优势在于**非…", "focused_product": "示例产品", "product_series": "示例系列", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "示例产品", "示例系列", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-01-01", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/EVCD系列-光谱共焦位移传感器电脑控制元件精密振动测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "battery-cell-thickness-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "电芯厚度精密测量与质量控制选型部署指南", "summary": "**目标**: 在新能源电池制造及3C电子领域，实现微米级至纳米级的高精度电芯、铜箔或石墨膜厚度检测，以满足日益严苛的质量控制需求〔REF-002〕。", "focused_product": "EVCD系列", "product_series": "EVCD系列", "industry": [ "新能源电池制造", "3C电子" ], "measurement": [ "电芯厚度", "铜箔/石墨膜厚度", "多层介质厚度" ], "tags": [ "EVCD系列", "新能源电池制造", "3C电子", "电芯厚度", "传感器" ], "updated_at": "2025-10-20", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/EVCD系列-光谱共焦位移传感器电芯厚度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "micro-vibration-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "微小振动高精度测量选型与部署指南", "summary": "**目标**: 针对相机模组、半导体晶圆及精密零部件的微小振动与纳米级位移变化，提供高信噪比、非接触式的实时监测方案，确保生产过程中的质量稳定性与设备健康状态〔R…", "focused_product": "EVCD系列", "product_series": "EVCD系列", "industry": [ "3C电子", "半导体", "新能源" ], "measurement": [ "相机微小振动", "晶圆平整度", "锂电池封边厚度" ], "tags": [ "EVCD系列", "3C电子", "半导体", "相机微小振动", "传感器" ], "updated_at": "2025-10-25", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/EVCD系列-光谱共焦位移传感器相机微小振动测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "graphite-thickness-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "石墨厚度测量选型与部署指南", "summary": "**目标**: 针对石墨片、石墨膜等材料的厚度检测需求，提供高精度非接触式测量方案选型参考，支持新能源电池、3C电子、半导体等行业的质量控制场景〔REF-002〕…", "focused_product": "EVCD系列", "product_series": "EVCD系列", "industry": [ "3C电子", "新能源", "半导体", "精密制造", "光学" ], "measurement": [ "石墨厚度", "厚度", "表面状态", "复杂形状" ], "tags": [ "EVCD系列", "3C电子", "新能源", "石墨厚度", "传感器" ], "updated_at": "2025-04-17", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/EVCD系列-光谱共焦位移传感器石墨厚度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "graphite-thermal-film-thickness-consistency-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "石墨导热膜厚度一致性测量选型与部署指南", "summary": "**目标**: 针对石墨导热膜在新能源及半导体应用中对热导性能稳定性的严苛要求，实现微米至纳米级的高精度、非接触式厚度一致性在线或离线检测〔REF-002〕。", "focused_product": "EVCD系列", "product_series": "EVCD系列", "industry": [ "新能源", "半导体", "电子制造" ], "measurement": [ "石墨导热膜厚度", "厚度一致性" ], "tags": [ "EVCD系列", "新能源", "半导体", "石墨导热膜厚度", "传感器" ], "updated_at": "2025-01-18", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/EVCD系列-光谱共焦位移传感器石墨导热膜厚度一致性测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "silicon-wire-thickness-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "硅片栅线厚度测量选型与部署指南", "summary": "**目标**: 针对半导体及电子制造中的硅片栅线、晶圆厚度及复杂微结构，提供基于光谱共焦技术的高精度、非接触式测量解决方案，旨在提升生产良率并优化工艺参数〔REF…", "focused_product": "EVCD系列", "product_series": "EVCD系列", "industry": [ "半导体制造", "电子制造" ], "measurement": [ "硅片栅线厚度", "晶圆平整度", "沟槽深度" ], "tags": [ "EVCD系列", "半导体制造", "电子制造", "硅片栅线厚度", "传感器" ], "updated_at": "2025-05-19", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/EVCD系列-光谱共焦位移传感器硅片栅线厚度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "wafer-warping-spectral-confocal-displacement-guide", "category": "application_article", "category_cn": "应用文章", "title": "半导体硅片翘曲光谱共焦位移测量选型与部署指南", "summary": "**目标**: 针对半导体制造中硅片翘曲和晶圆平整度的高精度非接触测量需求，提供基于光谱共焦技术的选型与部署指导 〔REF-002〕。", "focused_product": "EVCD系列", "product_series": "EVCD系列", "industry": [ "半导体制造", "精密光学" ], "measurement": [ "硅片翘曲", "晶圆平整度" ], "tags": [ "EVCD系列", "半导体制造", "精密光学", "硅片翘曲", "传感器" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/EVCD系列-光谱共焦位移传感器硅片翘曲测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "wear-volume-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "磨损体积测量选型与部署指南", "summary": "**目标: ** 针对精密制造和半导体行业中金属、陶瓷、玻璃等材质的高精度磨损评估需求，提供非接触式光学测量的技术选型依据。", "focused_product": "EVCD系列", "product_series": "EVCD系列", "industry": [ "精密制造", "半导体" ], "measurement": [ "磨损体积", "表面形貌" ], "tags": [ "EVCD系列", "精密制造", "半导体", "磨损体积", "传感器" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/EVCD系列-光谱共焦位移传感器磨损体积测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "content-示例产品-5", "category": "application_article", "category_cn": "应用文章", "title": "表面磨损轮廓选型与部署指南", "summary": "表面磨损轮廓测量是航空航天与汽车制造领域质量控制与寿命评估的关键环节。针对磨损深度（最大磨损深度 $W_d$、平均磨损深度 $\\bar{W}$）与表面形貌（算术…", "focused_product": "示例产品", "product_series": "示例系列", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "示例产品", "示例系列", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-01-01", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/EVCD系列-光谱共焦位移传感器磨损轮廓测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "indium-phosphide-coating-thickness-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "磷化铟镀层厚度测量选型与部署指南", "summary": "**目标**: 针对磷化铟（InP）及其他多层薄膜镀层的厚度、层间距与表面形貌，提供高精度、非接触式光学测量选型与现场部署参考，适用于半导体、光学器件、新能源与精…", "focused_product": "EVCD系列", "product_series": "EVCD系列", "industry": [ "半导体", "光学设备", "新能源", "精密制造" ], "measurement": [ "磷化铟镀层厚度", "多层膜厚度", "透明材料厚度" ], "tags": [ "EVCD系列", "半导体", "光学设备", "磷化铟镀层厚度", "传感器" ], "updated_at": "2026-05-07", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/EVCD系列-光谱共焦位移传感器磷化铟镀层厚度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "pipe-internal-thread-height-difference-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "管内螺纹高度差测量选型与部署指南", "summary": "**目标**: 针对机械制造、汽车工业及航空航天领域中的管内螺纹高度差、小孔内部特征及多层介质厚度进行高精度、非接触式几何尺寸检测，确保连接结构的稳定性与安全性〔…", "focused_product": "EVCD系列", "product_series": "EVCD系列", "industry": [ "机械制造", "汽车工业", "航空航天" ], "measurement": [ "管内螺纹高度差", "小孔内部特征尺寸", "多层介质厚度" ], "tags": [ "EVCD系列", "机械制造", "汽车工业", "管内螺纹高度差", "传感器" ], "updated_at": "2025-09-24", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/EVCD系列-光谱共焦位移传感器管内螺纹高度差测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "precision-displacement-measurement-guide-evcd系列", "category": "application_article", "category_cn": "应用文章", "title": "精密位移测量选型与部署指南", "summary": "**目标**: 针对微纳米级精密位移、多层介质厚度及复杂曲面形貌，提供基于光谱共焦原理的高精度非接触测量方案，解决传统激光三角法在透明介质或高反光表面测量的局限性…", "focused_product": "EVCD系列", "product_series": "EVCD系列", "industry": [ "3C电子", "半导体", "光学", "新能源", "精密制造" ], "measurement": [ "微小位移", "厚度测量", "平面度", "台阶高度差", "孔深" ], "tags": [ "EVCD系列", "3C电子", "半导体", "微小位移", "传感器" ], "updated_at": "2025-07-26", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/EVCD系列-光谱共焦位移传感器精密位移测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "precision-geometry-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "精密几何量计量测试选型与部署指南", "summary": "**目标**: 针对高精度位移、多层厚度及复杂曲面轮廓的非接触式在线检测需求，提供光谱共焦传感器的售前选型依据。", "focused_product": "EVCD系列", "product_series": "EVCD系列", "industry": [ "3C电子", "半导体制造", "光学工业", "新能源" ], "measurement": [ "几何尺寸", "表面形貌", "多层厚度" ], "tags": [ "EVCD系列", "3C电子", "半导体制造", "几何尺寸", "传感器" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/EVCD系列-光谱共焦位移传感器精密几何量计量测试/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "evcd-guide-典型产品", "category": "application_article", "category_cn": "应用文章", "title": "Evcd选型与部署指南", "summary": "**目标**：为工业制造场景中需要对几何尺寸进行在线或离线检测的应用提供售前选型与工程部署参考，覆盖从需求确认、原理理解到部署验证的完整链路〔REF-002〕。", "focused_product": "典型产品", "product_series": "典型系列", "industry": [ "工业制造" ], "measurement": [ "测量参数" ], "tags": [ "典型产品", "典型系列", "工业制造", "测量参数", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/EVCD系列-光谱共焦位移传感器耳机防尘膜形貌测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "glue-thickness-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "胶水厚度测量选型与部署指南", "summary": "**目标**: 针对多材质、透明或半透明胶水层的厚度检测，提供高精度、非接触式的工业测量方案，适用于3C电子、光学制造、半导体及新能源等行业的在线质量控制场景〔R…", "focused_product": "EVCD系列", "product_series": "EVCD系列", "industry": [ "消费电子", "光学精密制造", "新能源汽车", "半导体" ], "measurement": [ "胶水厚度", "透明材料厚度", "多层材料厚度", "层间间距" ], "tags": [ "EVCD系列", "消费电子", "光学精密制造", "胶水厚度", "传感器" ], "updated_at": "2026-02-04", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/EVCD系列-光谱共焦位移传感器胶水厚度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "content-示例产品-6", "category": "application_article", "category_cn": "应用文章", "title": "胶水宽度光学测量选型与部署指南", "summary": "胶水宽度光学测量是精密制造领域中确保产品良率与可靠性的关键环节。传统人工检测效率低、一致性差，而基于结构光或共焦原理的非接触式光学测量方案能够以微米级精度实时获…", "focused_product": "示例产品", "product_series": "示例系列", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "示例产品", "示例系列", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-01-01", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/EVCD系列-光谱共焦位移传感器胶水宽度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "glue-discontinuity-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "胶水断胶测量与厚度检测选型部署指南", "summary": "**目标**: 本指南针对\"胶水厚度\", \"粘接层均匀性\"场景，提供选型与部署指导〔REF-001〕。", "focused_product": "EVCD系列", "product_series": "EVCD系列", "industry": [ "3C电子", "半导体", "新能源", "光学" ], "measurement": [ "胶水厚度", "粘接层均匀性" ], "tags": [ "EVCD系列", "3C电子", "半导体", "胶水厚度", "传感器" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/EVCD系列-光谱共焦位移传感器胶水断胶测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "glue-height-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "胶水高度测量选型与部署指南", "summary": "**目标**: 针对3C电子、精密制造等场景中的胶水涂覆高度、多层介质厚度及台阶差进行高精度非接触式检测，确保接合可靠性与产品质量一致性〔REF-001〕〔REF…", "focused_product": "EVCD系列", "product_series": "EVCD系列", "industry": [ "3C电子", "精密制造" ], "measurement": [ "胶水高度", "多层厚度" ], "tags": [ "EVCD系列", "3C电子", "精密制造", "胶水高度", "传感器" ], "updated_at": "2025-03-05", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/EVCD系列-光谱共焦位移传感器胶水高度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "film-shape-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "薄膜与膜层形状高精度测量选型与部署指南", "summary": "**目标**: 实现非金属透明介质及多层复合膜的非接触式高精度厚度与形貌测量，满足半导体、光学等行业的微米至纳米级精度需求。〔REF-001〕", "focused_product": "EVCD系列", "product_series": "EVCD系列", "industry": [ "半导体制造", "光学组件加工" ], "measurement": [ "膜层厚度", "膜层形貌轮廓" ], "tags": [ "EVCD系列", "半导体制造", "光学组件加工", "膜层厚度", "传感器" ], "updated_at": "2025-04-29", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/EVCD系列-光谱共焦位移传感器膜层形状测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "chip-morphology-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "芯片形貌高精度检测选型与部署指南", "summary": "**目标**: 针对半导体及精密制造领域，提供基于光谱共焦技术的纳米级分辨率无损测量方案，解决传统接触式测量易损伤样品及普通光学测量精度不足的问题〔REF-001…", "focused_product": "EVCD系列", "product_series": "EVCD系列", "industry": [ "半导体", "精密制造" ], "measurement": [ "芯片形貌", "晶圆厚度", "沟槽深度", "表面粗糙度" ], "tags": [ "EVCD系列", "半导体", "精密制造", "芯片形貌", "传感器" ], "updated_at": "2025-02-22", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/EVCD系列-光谱共焦位移传感器芯片形貌测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "chip-mounting-flatness-tilt-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "芯片贴装平面度与倾斜度检测选型与部署指南", "summary": "**目标**: 为芯片贴装平面度与倾斜度检测场景提供光谱共焦位移传感器的售前选型参考与工程部署要点，降低生产不良率并提升产品一致性〔REF-002〕。", "focused_product": "EVCD系列", "product_series": "EVCD系列", "industry": [ "半导体", "3C电子", "光学", "精密制造" ], "measurement": [ "芯片贴装平面度", "倾斜度", "晶圆厚度", "多层结构厚度" ], "tags": [ "EVCD系列", "半导体", "3C电子", "芯片贴装平面度", "传感器" ], "updated_at": "2025-05-03", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/EVCD系列-光谱共焦位移传感器芯片贴装平面度和倾斜度检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "chipbonding-tilt-warp-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "芯片键合过程倾斜与翘曲检测选型与部署指南", "summary": "**目标**: 在芯片键合过程中实时监测芯片的倾斜度和翘曲度变化，提升键合良率与产品可靠性，替代传统接触式测量方案。", "focused_product": "EVCD系列", "product_series": "EVCD系列", "industry": [ "半导体", "微电子制造" ], "measurement": [ "倾斜度", "翘曲度" ], "tags": [ "EVCD系列", "半导体", "微电子制造", "倾斜度", "传感器" ], "updated_at": "2025-12-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/EVCD系列-光谱共焦位移传感器芯片键合过程中倾斜和翘曲测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "sapphire-thickness-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "蓝宝石厚度测量选型与部署指南", "summary": "**目标**: 针对蓝宝石及透明材料的高精度、非接触式厚度测量需求，提供基于光谱共焦技术的工程选型与部署方案，解决传统光学方法需已知折射率的痛点〔REF-001〕…", "focused_product": "EVCD系列", "product_series": "EVCD系列", "industry": [ "光学元件", "电子器件", "精密制造" ], "measurement": [ "蓝宝石厚度", "透明材料厚度", "多层复合材料界面" ], "tags": [ "EVCD系列", "光学元件", "电子器件", "蓝宝石厚度", "传感器" ], "updated_at": "2025-08-06", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/EVCD系列-光谱共焦位移传感器蓝宝石厚度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "film-thickness-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "薄膜厚度测量选型与部署指南", "summary": "**目标**: 针对高透明度、多层复合或微小厚度的薄膜材料，实现非接触式、高精度（纳米级）的厚度及轮廓测量，替代传统机械接触式测厚，提升产线检测效率与数据可靠性〔…", "focused_product": "EVCD系列", "product_series": "EVCD系列", "industry": [ "电子", "光学", "半导体", "新能源" ], "measurement": [ "薄膜厚度", "透明材料厚度", "多层介质厚度" ], "tags": [ "EVCD系列", "电子", "光学", "薄膜厚度", "传感器" ], "updated_at": "2025-11-07", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/EVCD系列-光谱共焦位移传感器薄膜厚度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "thin-film-surface-roughness-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "薄膜表面粗糙度非接触测量选型与部署指南", "summary": "**目标**: 面向半导体、光学制造、新能源及精密电子等行业的薄膜表面粗糙度、多层介质厚度与平面度检测需求，提供可落地的非接触式光谱共焦选型与部署参考〔REF-0…", "focused_product": "EVCD系列", "product_series": "EVCD系列", "industry": [ "半导体", "光学制造", "新能源", "精密电子", "薄膜加工" ], "measurement": [ "薄膜表面粗糙度", "多层介质厚度", "平面度与段差" ], "tags": [ "EVCD系列", "半导体", "光学制造", "薄膜表面粗糙度", "传感器" ], "updated_at": "2025-07-14", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/EVCD系列-光谱共焦位移传感器薄膜表面粗糙度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "nut-internal-thread-profile-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "螺母内壁螺纹轮廓精密检测选型与部署指南", "summary": "**目标**: 针对螺母内壁螺纹轮廓、螺纹高度及宽度等关键几何尺寸，实现高精度、非接触式的在线或离线检测，确保螺纹配合稳定性与装配可靠性〔REF-002〕。", "focused_product": "EVCD系列", "product_series": "EVCD系列", "industry": [ "精密制造", "汽车零部件", "通用机械" ], "measurement": [ "螺母内壁螺纹轮廓", "螺纹高度与宽度", "几何形状参数" ], "tags": [ "EVCD系列", "精密制造", "汽车零部件", "螺母内壁螺纹轮廓", "传感器" ], "updated_at": "2026-05-03", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/EVCD系列-光谱共焦位移传感器螺母内壁螺纹轮廓/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "nut-segment-difference-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "螺母段差与精密几何尺寸测量选型与部署指南", "summary": "**目标**: 针对螺母段差、台阶高度差、螺纹孔深度等精密几何尺寸，提供一套基于光谱共焦原理的非接触测量解决方案选型与部署参考〔REF-001〕〔REF-002〕…", "focused_product": "EVCD系列", "product_series": "EVCD系列", "industry": [ "3C电子", "精密制造", "光学", "半导体", "新能源" ], "measurement": [ "螺母段差", "台阶高度差", "螺纹孔深度", "孔深度", "轮廓扫描", "多层材料厚度" ], "tags": [ "EVCD系列", "3C电子", "精密制造", "螺母段差", "传感器" ], "updated_at": "2026-04-16", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/EVCD系列-光谱共焦位移传感器螺母段差测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "content-示例产品-7", "category": "application_article", "category_cn": "应用文章", "title": "螺纹孔段差高精度测量选型与部署指南", "summary": "螺纹孔段差是精密零部件质量管控中的关键几何特征，直接影响装配可靠性、密封性能与结构强度。对于孔径在 M1～M12 范围、段差精度要求达到 ±2μm 以内的应用场…", "focused_product": "示例产品", "product_series": "示例系列", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "示例产品", "示例系列", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-01-01", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/EVCD系列-光谱共焦位移传感器螺纹孔段差测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "thread-hole-depth-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "螺纹孔深度测量选型与部署指南", "summary": "**目标**: 在3C电子及精密制造产线中实现螺纹孔深度、台阶高度差的非接触高精度检测，支持自动化集成。", "focused_product": "EVCD系列", "product_series": "EVCD系列", "industry": [ "3C电子", "精密制造" ], "measurement": [ "螺纹孔深度", "台阶高度差" ], "tags": [ "EVCD系列", "3C电子", "精密制造", "螺纹孔深度", "传感器" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/EVCD系列-光谱共焦位移传感器螺纹孔的深度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "iron-core-motion-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "精密位移与厚度测量选型部署指南", "summary": "**目标**: 针对半导体、3C电子及精密制造场景中的衔铁高速运动、微小位移及透明介质厚度检测，提供基于光谱共焦技术的高精度非接触式测量解决方案。", "focused_product": "EVCD系列", "product_series": "EVCD系列", "industry": [ "半导体制造", "3C电子", "精密机械制造" ], "measurement": [ "衔铁运动位移", "透明材料厚度", "复杂形貌轮廓" ], "tags": [ "EVCD系列", "半导体制造", "3C电子", "衔铁运动位移", "传感器" ], "updated_at": "2026-01-12", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/EVCD系列-光谱共焦位移传感器衔铁运动测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "surface-roughness-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "高精度表面粗糙度与非接触式几何尺寸检测选型与部署指南", "summary": "**目标**: 针对3C电子、半导体及精密制造场景，提供基于光谱共焦技术的纳米级表面粗糙度及复杂几何尺寸非接触测量方案，解决传统接触式探头无法适应曲面及深孔测量的…", "focused_product": "EVCD系列", "product_series": "EVCD系列", "industry": [ "3C电子", "半导体", "光学制造", "精密制造" ], "measurement": [ "表面粗糙度", "多层介质厚度", "复杂形貌轮廓" ], "tags": [ "EVCD系列", "3C电子", "半导体", "表面粗糙度", "传感器" ], "updated_at": "2025-10-10", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/EVCD系列-光谱共焦位移传感器表面粗糙度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "computer-hdd-displacement-vibration-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "计算机硬盘位移与振动测量选型与部署指南", "summary": "**目标**: 为计算机硬盘制造、测试与维护环节提供高精度位移监控与振动分析解决方案，确保硬盘性能与可靠性满足现代存储设备严格要求〔REF-002〕。", "focused_product": "EVCD系列", "product_series": "EVCD系列", "industry": [ "3C电子", "半导体", "精密制造" ], "measurement": [ "硬盘位移", "振动幅度", "厚度", "平整度" ], "tags": [ "EVCD系列", "3C电子", "半导体", "硬盘位移", "传感器" ], "updated_at": "2025-04-08", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/EVCD系列-光谱共焦位移传感器计算机硬盘位移和振动测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "ultraprecision-machine-tool-displacement-guide", "category": "application_article", "category_cn": "应用文章", "title": "瓒呯簿瀵嗘満搴婁綅绉绘祴閲忛€夊瀷涓庨儴缃叉寚鍗?", "summary": "**鐩爣**锛氭湰鎸囧崡閽堝灏哄娴嬮噺鍦烘櫙锛屾彁渚涢€夊瀷涓庨儴缃叉寚瀵笺€擱EF-001銆曘€?- **鎺ㄨ崘鎶€鏈矾绾?*锛氳瑙佺5绔犱骇鍝佸…", "focused_product": "绀轰緥浜у搧", "product_series": "绀轰緥绯诲垪", "industry": [ "宸ヤ笟娴嬮噺" ], "measurement": [ "灏哄娴嬮噺" ], "tags": [ "绀轰緥浜у搧", "绀轰緥绯诲垪", "宸ヤ笟娴嬮噺", "灏哄娴嬮噺", "传感器" ], "updated_at": "2025-01-01", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/EVCD系列-光谱共焦位移传感器超精密机床位移测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "tire-tread-segment-difference-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "轮胎凹槽段差高精度光学测量选型与部署指南", "summary": "**目标**: 为汽车及精密加工行业提供轮胎凹槽深度与胎肩平面的非接触式高精度测量方案。", "focused_product": "EVCD系列", "product_series": "EVCD系列", "industry": [ "汽车制造", "精密加工" ], "measurement": [ "轮胎凹槽深度", "胎肩平面度" ], "tags": [ "EVCD系列", "汽车制造", "精密加工", "轮胎凹槽深度", "传感器" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/EVCD系列-光谱共焦位移传感器轮胎凹槽段差测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "bearing-segment-difference-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "轴承段差测量与部署选型指南", "summary": "**目标**: 针对轴承段差、台阶高度差的几何尺寸检测与质量控制需求，提供非接触式高精度测量解决方案〔REF-002〕。", "focused_product": "EVCD系列", "product_series": "EVCD系列", "industry": [ "精密制造", "汽车制造" ], "measurement": [ "轴承段差", "台阶高度差" ], "tags": [ "EVCD系列", "精密制造", "汽车制造", "轴承段差", "传感器" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/EVCD系列-光谱共焦位移传感器轴承段差测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "roller-runout-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "辊跳动测量选型与部署指南", "summary": "**目标**: 针对高速旋转或静态辊体，实现微米级至纳米级的跳动、平整度及厚度变化的高精度非接触式在线监测，以消除机械磨损并提升产品质量〔REF-002〕。", "focused_product": "EVCD系列", "product_series": "EVCD系列", "industry": [ "精密制造", "半导体", "3C电子" ], "measurement": [ "辊跳动", "表面平整度", "厚度变化" ], "tags": [ "EVCD系列", "精密制造", "半导体", "辊跳动", "传感器" ], "updated_at": "2025-12-22", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/EVCD系列-光谱共焦位移传感器辊跳动测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "transparent-object-thickness-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "透明工件厚度测量选型与部署指南", "summary": "**目标**: 实现透明材料的高精度、非接触式厚度检测，尤其适用于折射率未知或动态变化的场景。", "focused_product": "EVCD系列", "product_series": "EVCD系列", "industry": [ "光学制造", "半导体", "新能源" ], "measurement": [ "透明材料厚度", "多层介质厚度" ], "tags": [ "EVCD系列", "光学制造", "半导体", "透明材料厚度", "传感器" ], "updated_at": "2026-03-12", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/EVCD系列-光谱共焦位移传感器透明工件厚度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "transparent-material-thickness-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "透明材料厚度测量选型与部署指南", "summary": "**目标**: 针对玻璃、塑料薄膜及多层复合材料，实现无需已知折射率的高精度非接触式厚度测量，满足纳米级分辨率需求〔REF-001〕。", "focused_product": "EVCD系列", "product_series": "EVCD系列", "industry": [ "电子", "半导体", "光学" ], "measurement": [ "玻璃厚度", "塑料薄膜厚度", "复合材料层厚", "多层介质总厚度" ], "tags": [ "EVCD系列", "电子", "半导体", "玻璃厚度", "传感器" ], "updated_at": "2025-07-09", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/EVCD系列-光谱共焦位移传感器透明材料厚度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "transparent-coating-thickness-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "透明涂层厚度测量与选型部署指南", "summary": "**目标**: 实现纳米级厚度检测精度，满足复杂曲面测量需求，无需已知折射率直接测量。", "focused_product": "EVCD系列", "product_series": "EVCD系列", "industry": [ "3C电子", "光学元件制造" ], "measurement": [ "透明涂层厚度", "多层介质结构" ], "tags": [ "EVCD系列", "3C电子", "光学元件制造", "透明涂层厚度", "传感器" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/EVCD系列-光谱共焦位移传感器透明涂层厚度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "transparent-glass-flatness-repeatability-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "透明玻璃平面度重复性测量选型与部署指南", "summary": "**目标**: 在透明玻璃生产或后加工环节，实现微米级平面度与厚度的高精度重复性测量，支撑质量控制闭环。", "focused_product": "EVCD系列", "product_series": "EVCD系列", "industry": [ "3C电子", "光学制造", "精密制造" ], "measurement": [ "透明玻璃平面度", "玻璃厚度" ], "tags": [ "EVCD系列", "3C电子", "光学制造", "透明玻璃平面度", "传感器" ], "updated_at": "2026-01-10", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/EVCD系列-光谱共焦位移传感器透明玻璃平面度重复性测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "transparent-glass-arc-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "透明玻璃弧度与非接触式高精度选型与部署指南", "summary": "**目标**: 针对透明玻璃、镜片等非金属高透光材质的弧度、厚度及表面形貌进行微米级甚至纳米级的高精度非接触测量，克服传统机械接触式测量对表面的损伤及光学视觉法在…", "focused_product": "EVCD系列", "product_series": "EVCD系列", "industry": [ "光学制造", "精密制造", "3C电子" ], "measurement": [ "透明玻璃弧度", "表面形貌", "多层厚度" ], "tags": [ "EVCD系列", "光学制造", "精密制造", "透明玻璃弧度", "传感器" ], "updated_at": "2025-05-01", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/EVCD系列-光谱共焦位移传感器透明玻璃弧度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "transparent-glue-height-and-profile-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "透明胶水高度及轮廓测量选型与部署指南", "summary": "**目标**: 实现透明胶水、多层介质的高精度非接触式高度及轮廓测量，确保粘接效果一致性与光学性能稳定性〔REF-001〕。", "focused_product": "EVCD系列", "product_series": "EVCD系列", "industry": [ "3C电子", "半导体", "光学", "新能源" ], "measurement": [ "透明胶水高度", "轮廓测量", "多层介质厚度" ], "tags": [ "EVCD系列", "3C电子", "半导体", "透明胶水高度", "传感器" ], "updated_at": "2026-05-03", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/EVCD系列-光谱共焦位移传感器透明胶水高度及轮廓测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "transparent-glue-height-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "透明胶水高度测量选型与部署指南", "summary": "**目标**: 针对透明胶水、多层介质及复杂曲面场景，提供高精度、非接触式的几何尺寸检测方案，解决传统光学方法因折射率变化导致的测量失真问题〔REF-002〕。", "focused_product": "EVCD系列", "product_series": "EVCD系列", "industry": [ "电子制造", "光学精密制造" ], "measurement": [ "透明胶水高度", "多层介质厚度" ], "tags": [ "EVCD系列", "电子制造", "光学精密制造", "透明胶水高度", "传感器" ], "updated_at": "2025-04-28", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/EVCD系列-光谱共焦位移传感器透明胶水高度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "metal-step-height-difference-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "金属件台阶高度差测量选型与部署指南", "summary": "**目标**: 针对精密金属件（如3C结构件、半导体封装基板、精密机械零件）的台阶高度差、平面度及微小厚度进行非接触式高精度测量，替代传统接触式量具，提升检测效率…", "focused_product": "EVCD系列", "product_series": "EVCD系列", "industry": [ "精密制造", "3C电子", "半导体" ], "measurement": [ "金属件台阶高度差", "孔深度", "螺纹孔深度" ], "tags": [ "EVCD系列", "精密制造", "3C电子", "金属件台阶高度差", "传感器" ], "updated_at": "2026-04-12", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/EVCD系列-光谱共焦位移传感器金属件台阶高度差测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "metal-wall-internal-roundness-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "金属内壁圆度检测选型与部署指南", "summary": "**目标**: 为金属内壁圆度检测场景提供光谱共焦位移传感器的选型参考与工程部署建议，支持精密制造、3C电子、半导体等行业的孔径内表面几何精度检测〔REF-002…", "focused_product": "EVCD系列", "product_series": "EVCD系列", "industry": [ "精密制造", "3C电子", "半导体", "光学元件", "新能源" ], "measurement": [ "金属内壁圆度", "内壁尺寸", "多层厚度", "平面度", "深孔深度" ], "tags": [ "EVCD系列", "精密制造", "3C电子", "金属内壁圆度", "传感器" ], "updated_at": "2025-10-13", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/EVCD系列-光谱共焦位移传感器金属内壁圆度检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "metal-inner-wall-dimension-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "金属内壁尺寸高精度检测选型与部署指南", "summary": "**目标**: 针对航空航天、精密机械及汽车制造等领域的金属内壁（内径、深孔、台阶），实现微米至纳米级的高精度非接触式几何尺寸测量，替代传统机械探针或低精度光学方…", "focused_product": "EVCD系列", "product_series": "EVCD系列", "industry": [ "精密制造", "航空航天", "汽车制造" ], "measurement": [ "内径", "壁厚", "表面粗糙度" ], "tags": [ "EVCD系列", "精密制造", "航空航天", "内径", "传感器" ], "updated_at": "2025-06-13", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/EVCD系列-光谱共焦位移传感器金属内壁尺寸测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "metal-inner-wall-diameter-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "金属内壁直径高精度测量选型与部署指南", "summary": "**目标**: 针对航空航天、汽车及精密制造领域的金属内壁、深孔及复杂曲面，实现微米级至纳米级的直径、圆度及形貌非接触式高精度测量〔REF-001〕。", "focused_product": "EVCD系列", "product_series": "EVCD系列", "industry": [ "航空航天", "汽车制造", "精密设备" ], "measurement": [ "金属内壁直径", "圆度", "表面粗糙度" ], "tags": [ "EVCD系列", "航空航天", "汽车制造", "金属内壁直径", "传感器" ], "updated_at": "2025-11-09", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/EVCD系列-光谱共焦位移传感器金属内壁直径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "metal-inner-wall-surface-profile-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "金属内壁表面形貌测量选型与部署指南", "summary": "**目标**: 针对航空航天、汽车及精密制造领域的金属内壁、深孔及复杂曲面，实现微米至纳米级的高精度非接触式形貌与厚度测量〔REF-001〕。", "focused_product": "EVCD系列", "product_series": "EVCD系列", "industry": [ "航空航天", "汽车制造", "精密机械" ], "measurement": [ "金属内壁表面形貌", "微小特征尺寸", "复杂形状倾角", "多层介质厚度" ], "tags": [ "EVCD系列", "航空航天", "汽车制造", "金属内壁表面形貌", "传感器" ], "updated_at": "2026-03-20", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/EVCD系列-光谱共焦位移传感器金属内壁表面形貌测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "metal-bore-profile-scanning-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "金属内壁轮廓扫描测量选型与部署指南", "summary": "**目标**: 本指南针对金属内壁轮廓, 微小孔径内部特征, 复杂曲面形貌场景，提供选型与部署指导〔REF-001〕。", "focused_product": "EVCD系列", "product_series": "EVCD系列", "industry": [ "汽车制造", "航空航天", "精密制造" ], "measurement": [ "金属内壁轮廓", "微小孔径内部特征", "复杂曲面形貌" ], "tags": [ "EVCD系列", "汽车制造", "航空航天", "金属内壁轮廓", "传感器" ], "updated_at": "2025-05-21", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/EVCD系列-光谱共焦位移传感器金属内壁轮廓扫描/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "metal-inner-wall-profile-scanning-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "金属内壁轮廓扫描测量选型与部署指南", "summary": "**目标**: 为金属内壁、深孔、复杂形貌的几何尺寸与轮廓扫描测量提供非接触、高精度、可部署的工程选型与集成参考〔REF-002〕。", "focused_product": "EVCD系列", "product_series": "EVCD系列", "industry": [ "航空航天", "汽车制造", "精密工程", "3C电子", "半导体", "光学制造", "新能源" ], "measurement": [ "金属内壁轮廓", "深孔尺寸", "斜面与弧面形貌", "厚度测量", "台阶高度差", "螺纹孔深度" ], "tags": [ "EVCD系列", "航空航天", "汽车制造", "金属内壁轮廓", "传感器" ], "updated_at": "2026-03-03", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/EVCD系列-光谱共焦位移传感器金属内壁轮廓扫描测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "metal-inner-surface-roughness-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "金属内表面粗糙度与几何尺寸检测选型与部署指南", "summary": "**目标**: 本指南针对金属内表面粗糙度, 深孔内壁轮廓, 透明材料厚度, 复杂曲面倾角测量场景，提供选型与部署指导〔REF-001〕。", "focused_product": "EVCD系列", "product_series": "EVCD系列", "industry": [ "航空航天", "汽车制造", "精密机械", "3C电子" ], "measurement": [ "金属内表面粗糙度", "深孔内壁轮廓", "透明材料厚度", "复杂曲面倾角测量" ], "tags": [ "EVCD系列", "航空航天", "汽车制造", "金属内表面粗糙度", "传感器" ], "updated_at": "2026-03-12", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/EVCD系列-光谱共焦位移传感器金属内表面粗糙度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "metal-scratch-groove-depth-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "金属划痕与槽深高精度测量选型与部署指南", "summary": "**目标**: 针对金属表面微小划痕、深槽深度及台阶高度差，实现纳米级分辨率与微米级精度的非接触式快速检测，满足航空航天及精密制造严苛的质量控制要求〔REF-00…", "focused_product": "EVCD系列", "product_series": "EVCD系列", "industry": [ "航空航天", "汽车制造", "精密机械" ], "measurement": [ "金属划痕深度", "槽深", "台阶高度差" ], "tags": [ "EVCD系列", "航空航天", "汽车制造", "金属划痕深度", "传感器" ], "updated_at": "2025-10-31", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/EVCD系列-光谱共焦位移传感器金属划痕槽深测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "metal-block-gap-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "金属块间隙与几何尺寸光谱共焦选型部署指南", "summary": "**目标**: 针对金属块间隙与台阶高度差的高精度非接触测量，提供基于光谱共焦技术的售前选型与部署方案 〔REF-002〕。", "focused_product": "EVCD系列", "product_series": "EVCD系列", "industry": [ "3C电子制造", "精密机械加工" ], "measurement": [ "金属块间隙", "台阶高度差" ], "tags": [ "EVCD系列", "3C电子制造", "精密机械加工", "金属块间隙", "传感器" ], "updated_at": "2025-02-14", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/EVCD系列-光谱共焦位移传感器金属块间隙测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "content-示例产品-8", "category": "application_article", "category_cn": "应用文章", "title": "金属片厚度测量选型与部署指南", "summary": "本指南面向**金属片（铜箔、铝箔等）厚度测量**场景，适用于**3C电子**与**半导体**行业。核心推荐产品为**EVCD系列激光三角测量传感器**，具备**…", "focused_product": "示例产品", "product_series": "示例系列", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "示例产品", "示例系列", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-01-01", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/EVCD系列-光谱共焦位移传感器金属片厚度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "metal-diaphragm-static-repeatability-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "金属隔膜静态重复性高精度测量选型与部署指南", "summary": "**目标**: 解决金属隔膜在静态工况下对厚度、平整度及微观形貌的高精度、高重复性测量需求，替代传统接触式或低分辨率光学方案〔REF-001〕。", "focused_product": "EVCD系列", "product_series": "EVCD系列", "industry": [ "精密制造", "液压系统", "传感器" ], "measurement": [ "金属隔膜厚度", "平整度", "几何形状" ], "tags": [ "EVCD系列", "精密制造", "液压系统", "金属隔膜厚度", "传感器" ], "updated_at": "2025-02-13", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/EVCD系列-光谱共焦位移传感器金属隔膜静态重复性测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "silver-paste-thickness-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "银浆厚度测量选型与部署指南", "summary": "**目标**: 针对现代制造业中银浆及多层介质的高精度、非接触式厚度检测需求，提供基于光谱共焦技术的选型与部署方案〔REF-001〕。", "focused_product": "EVCD系列", "product_series": "EVCD系列", "industry": [ "3C电子", "半导体", "新能源" ], "measurement": [ "银浆厚度", "多层介质厚度" ], "tags": [ "EVCD系列", "3C电子", "半导体", "银浆厚度", "传感器" ], "updated_at": "2025-10-22", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/EVCD系列-光谱共焦位移传感器银浆厚度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "lithium-coating-thickness-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "锂电池电极涂布厚度测量选型与部署指南", "summary": "**目标**: 在锂电池极片涂布工艺中，实现非接触式的高精度厚度及均匀性检测，确保电池能量密度和循环寿命的稳定性。", "focused_product": "EVCD系列", "product_series": "EVCD系列", "industry": [ "新能源制造", "精密电子制造" ], "measurement": [ "电极涂布厚度", "铜箔/石墨膜厚度一致性" ], "tags": [ "EVCD系列", "新能源制造", "精密电子制造", "电极涂布厚度", "传感器" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/EVCD系列-光谱共焦位移传感器锂电池电极涂布厚度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "lithium-battery-electrode-roughness-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "锂电池电极表面粗糙度测量选型与部署指南", "summary": "**目标**: 为锂电池电极表面粗糙度测量场景提供光谱共焦传感器的售前选型与工程部署参考，帮助工程与采购人员快速判断技术路线适用性〔REF-001〕。", "focused_product": "EVCD系列", "product_series": "EVCD系列", "industry": [ "新能源", "锂电池制造", "精密制造" ], "measurement": [ "电极表面粗糙度", "涂层厚度", "表面形貌" ], "tags": [ "EVCD系列", "新能源", "锂电池制造", "电极表面粗糙度", "传感器" ], "updated_at": "2025-12-04", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/EVCD系列-光谱共焦位移传感器锂电池电极表面粗糙度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "evcd-guide-典型产品-2", "category": "application_article", "category_cn": "应用文章", "title": "Evcd选型与部署指南", "summary": "**目标**：为工业制造场景中几何尺寸测量需求提供选型参考，辅助售前工程师快速判断技术路线与部署可行性〔REF-002〕。", "focused_product": "典型产品", "product_series": "典型系列", "industry": [ "工业制造" ], "measurement": [ "测量参数" ], "tags": [ "典型产品", "典型系列", "工业制造", "测量参数", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/EVCD系列-光谱共焦位移传感器锂电铜箔厚度一致性测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "surface-roughness-measurement-guide-evcd系列", "category": "application_article", "category_cn": "应用文章", "title": "精密部件表面粗糙度测量选型与部署指南", "summary": "**目标**: 实现镜头托架、光学元件等精密部件的纳米级表面粗糙度与几何尺寸检测，确保产品光学性能与可靠性。", "focused_product": "EVCD系列", "product_series": "EVCD系列", "industry": [ "光学制造", "精密机械制造" ], "measurement": [ "镜头托架", "表面形貌轮廓" ], "tags": [ "EVCD系列", "光学制造", "精密机械制造", "镜头托架", "传感器" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/EVCD系列-光谱共焦位移传感器镜头托架表面粗糙度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "lens-module-height-difference-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "镜头模组高度差测量选型与部署指南", "summary": "**目标**: 针对3C电子、半导体及光学制造中的镜头模组，实现微米至纳米级的高度差、台阶高及厚度非接触式高精度检测，替代传统接触式量具，提升良率与效率〔REF-…", "focused_product": "EVCD系列", "product_series": "EVCD系列", "industry": [ "3C电子", "光学制造", "半导体" ], "measurement": [ "镜头模组高度差", "镜片厚度", "多层介质厚度" ], "tags": [ "EVCD系列", "3C电子", "光学制造", "镜头模组高度差", "传感器" ], "updated_at": "2025-10-05", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/EVCD系列-光谱共焦位移传感器镜头模组高度差测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "mirror-displacement-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "镜子位移与几何尺寸测量选型与部署指南", "summary": "**目标**: 面向镜子位移、厚度、平面度与段差的高精度非接触测量场景，提供光谱共焦位移传感器的售前选型与工程部署参考。", "focused_product": "EVCD系列", "product_series": "EVCD系列", "industry": [ "3C电子", "半导体", "光学", "新能源", "精密制造" ], "measurement": [ "镜子位移", "厚度", "平面度", "段差" ], "tags": [ "EVCD系列", "3C电子", "半导体", "镜子位移", "传感器" ], "updated_at": "2026-05-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/EVCD系列-光谱共焦位移传感器镜子位移测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "lens-surface-roughness-scanning-guide", "category": "application_article", "category_cn": "应用文章", "title": "光学镜片表面纹路高精度扫描测量选型与部署指南", "summary": "**目标**: 在光学元件与精密制造场景中，实现对玻璃、陶瓷、镜面等多材质镜片的高分辨率表面纹路及厚度无损检测，并支持复杂曲面与高倾角特征的数据采集。", "focused_product": "EVCD系列", "product_series": "EVCD系列", "industry": [ "精密制造", "光学元件加工" ], "measurement": [ "镜片表面平整度", "微米级纹路形貌" ], "tags": [ "EVCD系列", "精密制造", "光学元件加工", "镜片表面平整度", "传感器" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/EVCD系列-光谱共焦位移传感器镜片纹路扫描测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "content-示例产品-9", "category": "application_article", "category_cn": "应用文章", "title": "陶瓷片光谱共焦厚度测量选型与部署指南", "summary": "陶瓷片厚度测量是3C电子、半导体封装及光学制造中的关键质量管控环节。传统接触式测量存在划伤风险，而光学非接触方案中，光谱共焦技术凭借**亚微米级垂直分辨率**、…", "focused_product": "示例产品", "product_series": "示例系列", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "示例产品", "示例系列", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-01-01", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/EVCD系列-光谱共焦位移传感器陶瓷片厚度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "diaphragm-thickness-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "隔膜厚度测量选型与部署指南", "summary": "**目标**: 实现微米至纳米级精度的隔膜厚度、平面度及复杂形貌非接触式检测，满足高精度工业质量控制需求〔REF-001〕。", "focused_product": "EVCD系列", "product_series": "EVCD系列", "industry": [ "精密制造", "3C电子", "新能源", "光学" ], "measurement": [ "隔膜厚度", "透明材料厚度", "复杂形貌尺寸" ], "tags": [ "EVCD系列", "精密制造", "3C电子", "隔膜厚度", "传感器" ], "updated_at": "2025-07-16", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/EVCD系列-光谱共焦位移传感器隔膜厚度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "non-spherical-lens-profile-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "非球面镜片轮廓测量选型与部署指南", "summary": "**目标**: 针对光学制造中非球面镜片及透明材料的复杂几何尺寸，提供高精度、非接触式的轮廓扫描与厚度检测解决方案〔REF-002〕。", "focused_product": "EVCD系列", "product_series": "EVCD系列", "industry": [ "光学制造", "精密仪器" ], "measurement": [ "非球面镜片轮廓", "透明材料厚度", "复杂形貌倾角" ], "tags": [ "EVCD系列", "光学制造", "精密仪器", "非球面镜片轮廓", "传感器" ], "updated_at": "2025-09-26", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/EVCD系列-光谱共焦位移传感器非球面镜片轮廓测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "target-inner-surface-profile-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "靶丸内表面轮廓测量选型与部署指南", "summary": "**目标**: 针对靶丸等微型复杂构件的内表面，实现非接触式、高精度（纳米级）的几何尺寸与形貌检测，确保产品质量一致性〔REF-001〕。", "focused_product": "EVCD系列", "product_series": "EVCD系列", "industry": [ "精密制造", "新能源", "半导体" ], "measurement": [ "靶丸内表面轮廓", "微孔深度", "多层膜厚度" ], "tags": [ "EVCD系列", "精密制造", "新能源", "靶丸内表面轮廓", "传感器" ], "updated_at": "2025-07-02", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/EVCD系列-光谱共焦位移传感器靶丸内表面轮廓测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "high-reflective-transparent-adhesive-film-rag-sensor-selection-guide", "category": "application_article", "category_cn": "应用文章", "title": "高反射透明胶纸光谱共焦传感器选型与部署指南", "summary": "**目标**: 实现对高反射透明胶纸及多层复合材料纳米级厚度、台阶、粗糙度的非接触高精度测量，满足3C电子、光学制造产线对±0.01μm级别的工艺控制需求〔REF…", "focused_product": "EVCD系列", "product_series": "EVCD系列", "industry": [ "3C电子", "光学制造" ], "measurement": [ "高反射透明胶纸", "多层复合材料厚度" ], "tags": [ "EVCD系列", "3C电子", "光学制造", "高反射透明胶纸", "传感器" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/EVCD系列-光谱共焦位移传感器高反射透明胶纸测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "spherical-center-deviation-spectral-confocal-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "高阶非球面中心偏差精密测量选型与部署指南", "summary": "**目标**: 实现高阶非球面镜片微米至纳米级的中心偏差精密测量，支持多层介质厚度与复杂形貌轮廓扫描〔REF-002〕。", "focused_product": "EVCD系列", "product_series": "EVCD系列", "industry": [ "医疗器械", "激光设备", "光通信" ], "measurement": [ "高阶非球面镜片中心偏差", "多角度曲面轮廓厚度" ], "tags": [ "EVCD系列", "医疗器械", "激光设备", "高阶非球面镜片中心偏差", "传感器" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/EVCD系列-光谱共焦位移传感器高阶非球面中心偏差精密测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "industrial-distance-scanning-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "工业距离测量与2D/3D扫描部署选型指南", "summary": "**目标**: 为汽车、造纸、金属及纺织等行业提供针对动态物体、高温表面及低反射率材质的非接触式高精度距离测量解决方案，旨在提升生产流程效率并确保产品质量精度〔R…", "focused_product": "LCJ系列", "product_series": "LCJ系列", "industry": [ "汽车制造", "造纸", "金属加工", "纺织" ], "measurement": [ "动态物体表面距离", "高温物体表面温度", "低反射率深色表面" ], "tags": [ "LCJ系列", "汽车制造", "造纸", "动态物体表面距离", "传感器" ], "updated_at": "2026-05-22", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LCJ系列-激光测距传感器2D和3D扫描测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "lcj-aod-guide", "category": "application_article", "category_cn": "应用文章", "title": "工业制造AOD测量选型与部署指南", "summary": "**目标**：面向工业制造场景中的在线几何尺寸与轮廓检测需求，提供线激光轮廓传感器的售前选型框架与工程部署要点〔REF-002〕。", "focused_product": "典型线激光轮廓传感器", "product_series": "线激光轮廓测量系列", "industry": [ "工业制造" ], "measurement": [ "几何尺寸、轮廓、厚度、平面度" ], "tags": [ "典型线激光轮廓传感器", "线激光轮廓测量系列", "工业制造", "几何尺寸、轮廓、厚度、平面度", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LCJ系列-激光测距传感器AOD氩氧精炼炉料位定位/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "precision-positioning-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "工业减速机精密定位选型与部署指南", "summary": "**目标**: 为SEW减速机及同类传动系统提供非接触式高精度位置监测方案，实现产线实时反馈与闭环控制。〔REF-002〕", "focused_product": "LCJ系列", "product_series": "LCJ系列", "industry": [ "汽车制造", "造纸", "金属加工", "纺织" ], "measurement": [ "高温物体表面距离", "减速机传动位置", "工业目标物非接触距离" ], "tags": [ "LCJ系列", "汽车制造", "造纸", "高温物体表面距离", "传感器" ], "updated_at": "2025-05-22", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LCJ系列-激光测距传感器SEW减速机精密定位/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "measurement-guide-lcj系列", "category": "application_article", "category_cn": "应用文章", "title": "工业中板位置高精度选型与部署指南", "summary": "**目标**: 针对汽车、造纸、金属及纺织等行业，解决生产线高速运动中中板位置的高精度、非接触式测量问题，以提升生产效率并保障产品质量〔REF-002〕。", "focused_product": "LCJ系列", "product_series": "LCJ系列", "industry": [ "汽车制造", "造纸", "金属加工", "纺织" ], "measurement": [ "中板位置", "高温物体表面距离" ], "tags": [ "LCJ系列", "汽车制造", "造纸", "中板位置", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LCJ系列-激光测距传感器中板位置测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "measurement-guide-lcj系列-2", "category": "application_article", "category_cn": "应用文章", "title": "中板厚度测量选型与部署指南", "summary": "**目标**: 针对金属加工、造纸及汽车制造等行业的中板厚度测量需求，提供基于激光测距技术的非接触式高精度检测方案，旨在提升生产效率并降低因测量误差导致的生产风险…", "focused_product": "LCJ系列", "product_series": "LCJ系列", "industry": [ "金属加工", "造纸", "汽车制造" ], "measurement": [ "中板厚度", "高温表面距离" ], "tags": [ "LCJ系列", "金属加工", "造纸", "中板厚度", "传感器" ], "updated_at": "2025-10-29", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LCJ系列-激光测距传感器中板厚度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "board-width-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "中板宽度测量选型与部署指南", "summary": "**目标**: 为中板宽度及高温物体表面距离的高精度、高速非接触测量提供售前选型与工程部署参考，帮助汽车、金属加工、造纸等行业快速评估测量方案可行性〔REF-00…", "focused_product": "LCJ系列", "product_series": "LCJ系列", "industry": [ "汽车制造", "金属加工", "造纸工业" ], "measurement": [ "中板宽度", "高温物体表面距离" ], "tags": [ "LCJ系列", "汽车制造", "金属加工", "中板宽度", "传感器" ], "updated_at": "2025-12-05", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LCJ系列-激光测距传感器中板宽度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "measurement-guide-lcj系列-3", "category": "application_article", "category_cn": "应用文章", "title": "工业中板长度测量选型与部署指南", "summary": "**目标**: 针对汽车、造纸、金属及纺织等行业中的中板长度测量需求，提供非接触式高精度在线监测方案，以提高生产一致性与效率。", "focused_product": "LCJ系列", "product_series": "LCJ系列", "industry": [ "汽车制造", "造纸行业", "金属加工", "纺织工业" ], "measurement": [ "中板长度", "板材位移", "连续运动物体距离" ], "tags": [ "LCJ系列", "汽车制造", "造纸行业", "中板长度", "传感器" ], "updated_at": "2026-01-18", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LCJ系列-激光测距传感器中板长度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "traffic-monitoring-laser-ranging-guide", "category": "application_article", "category_cn": "应用文章", "title": "交通监控场景激光测距传感器选型与部署指南", "summary": "**目标**: 本指南针对车辆距离, 目标表面距离, 高温物体表面距离场景，提供选型与部署指导〔REF-001〕。", "focused_product": "LCJ系列", "product_series": "LCJ系列", "industry": [ "智能交通", "道路监控", "重工业", "户外应用" ], "measurement": [ "车辆距离", "目标表面距离", "高温物体表面距离" ], "tags": [ "LCJ系列", "智能交通", "道路监控", "车辆距离", "传感器" ], "updated_at": "2025-01-09", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LCJ系列-激光测距传感器交通监控/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "traffic-monitoring-distance-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "交通监视激光测距选型与部署指南", "summary": "**目标**: 为城市交通管理部门提供交通流量实时监测、车速数据采集与事故预防的技术选型参考，辅助售前与工程团队快速匹配应用场景需求〔REF-002〕。", "focused_product": "LCJ系列", "product_series": "LCJ系列", "industry": [ "交通管理", "城市规划" ], "measurement": [ "距离测量", "速度测量" ], "tags": [ "LCJ系列", "交通管理", "城市规划", "距离测量", "传感器" ], "updated_at": "2026-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LCJ系列-激光测距传感器交通监视/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "warehouse-liquid-level-monitoring-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "仓库料位监测选型与部署指南", "summary": "**目标**: 本指南针对\"液体料位\", \"高温物料表面距离\"场景，提供选型与部署指导〔REF-001〕。", "focused_product": "LCJ系列", "product_series": "LCJ系列", "industry": [ "仓储物流", "重工业" ], "measurement": [ "液体料位", "高温物料表面距离" ], "tags": [ "LCJ系列", "仓储物流", "重工业", "液体料位", "传感器" ], "updated_at": "2026-01-22", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LCJ系列-激光测距传感器仓库料位监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "side-plate-position-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "侧导板位置测量选型与部署指南", "summary": "**目标**: 为侧导板位置测量及高温物体表面距离检测场景提供传感器选型与部署参考，支持汽车制造、金属加工、造纸及纺织等行业的应用需求〔REF-001〕。", "focused_product": "LCJ系列", "product_series": "LCJ系列", "industry": [ "汽车制造", "金属加工", "造纸行业", "纺织行业" ], "measurement": [ "侧导板位置", "高温物体表面距离" ], "tags": [ "LCJ系列", "汽车制造", "金属加工", "侧导板位置", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LCJ系列-激光测距传感器侧导板位置测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "2d-profile-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "2D轮廓测量与几何尺寸检测选型与部署指南", "summary": "**目标**: 针对汽车、造纸、金属及纺织等工业场景，利用激光测距传感器配合摆动电机实现高效、高精度的2D轮廓测量与几何尺寸在线检测〔REF-002〕。", "focused_product": "LCJ系列", "product_series": "LCJ系列", "industry": [ "汽车制造", "造纸行业", "金属加工", "纺织工业" ], "measurement": [ "2D轮廓", "几何形状", "高温物体表面距离" ], "tags": [ "LCJ系列", "汽车制造", "造纸行业", "2D轮廓", "传感器" ], "updated_at": "2025-02-05", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LCJ系列-激光测距传感器借助摆动电机可用于2D轮廓测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "silo-level-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "储料罐料位测量选型与部署指南", "summary": "**目标**: 实现储料罐物料高度的实时在线监测，支撑防溢流、防断料、自动补料与工艺联锁控制〔REF-002〕。", "focused_product": "LCJ系列", "product_series": "LCJ系列", "industry": [ "造纸", "金属加工", "纺织", "化工", "建材" ], "measurement": [ "储料罐物料高度", "罐内粉体/颗粒料位", "高温物体表面距离" ], "tags": [ "LCJ系列", "造纸", "金属加工", "储料罐物料高度", "传感器" ], "updated_at": "2025-04-07", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LCJ系列-激光测距传感器储料罐料位测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "storage-bin-allocation-monitoring-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "仓储储物箱分配监控选型与部署指南", "summary": "**目标**: 针对物流仓储及重工业场景，实现储物箱位置、堆叠高度及高温物体表面的非接触式高精度距离监测，替代低效的人工记录或易受干扰的RFID方案〔REF-00…", "focused_product": "LCJ系列", "product_series": "LCJ系列", "industry": [ "物流仓储", "重工业", "汽车制造" ], "measurement": [ "储物箱位置距离", "高温物体表面距离" ], "tags": [ "LCJ系列", "物流仓储", "重工业", "储物箱位置距离", "传感器" ], "updated_at": "2025-05-06", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LCJ系列-激光测距传感器储物箱分配监控/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "measurement-guide-lcj系列-4", "category": "application_article", "category_cn": "应用文章", "title": "工业全高度检查与几何尺寸检测选型部署指南", "summary": "**目标**: 针对工业场景中的全高度检查、表面距离测量及几何轮廓评估，提供基于激光测距技术的非接触式解决方案选型与部署依据。", "focused_product": "LCJ系列", "product_series": "LCJ系列", "industry": [ "汽车制造", "造纸印刷", "金属加工", "纺织印染" ], "measurement": [ "物体高度", "表面距离", "几何轮廓" ], "tags": [ "LCJ系列", "汽车制造", "造纸印刷", "物体高度", "传感器" ], "updated_at": "2025-12-28", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LCJ系列-激光测距传感器全高度检查/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "public-transport-distance-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "公共交通场景高精度非接触测距选型与部署指南", "summary": "**目标**: 本指南针对\"站点间距离\", \"车辆速度\", \"乘客上下车安全距离\"场景，提供选型与部署指导〔REF-001〕。", "focused_product": "LCJ系列", "product_series": "LCJ系列", "industry": [ "公共交通", "轨道交通" ], "measurement": [ "站点间距离", "车辆速度", "乘客上下车安全距离" ], "tags": [ "LCJ系列", "公共交通", "轨道交通", "站点间距离", "传感器" ], "updated_at": "2026-04-12", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LCJ系列-激光测距传感器公共交通测距/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "measurement-guide-lcj系列-5", "category": "application_article", "category_cn": "应用文章", "title": "公路车辆几何尺寸与形状检测选型及部署指南", "summary": "**目标**: 针对公路车辆的外形尺寸、内部空间及特殊工况下的几何参数进行非接触式高精度测量，以支持交通流量管理、车辆合规性检查及制造工艺改进〔REF-002〕。", "focused_product": "LCJ系列", "product_series": "LCJ系列", "industry": [ "交通运输", "车辆制造", "交通管理" ], "measurement": [ "车辆外形尺寸", "车辆内部尺寸", "高温物体表面距离" ], "tags": [ "LCJ系列", "交通运输", "车辆制造", "车辆外形尺寸", "传感器" ], "updated_at": "2025-12-02", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LCJ系列-激光测距传感器公路车辆形状尺寸测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "metallurgy-melt-level-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "冶金化工厂熔融金属液面测量选型与部署指南", "summary": "**目标**: 在冶金化工厂的高温、高粉尘及强干扰环境下，实现对铜、铝等熔融金属液面的高精度、非接触式实时监控，保障生产安全与工艺稳定性〔REF-002〕。", "focused_product": "LCJ系列", "product_series": "LCJ系列", "industry": [ "冶金行业", "化工行业" ], "measurement": [ "铜铝熔融金属液面", "高温物体表面距离" ], "tags": [ "LCJ系列", "冶金行业", "化工行业", "铜铝熔融金属液面", "传感器" ], "updated_at": "2025-11-10", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LCJ系列-激光测距传感器冶金化工厂铜铝液面测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "metallurgical-position-control-laser-distance-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "冶金过程非接触式距离测量选型与部署指南", "summary": "**目标**: 为冶金、重工业及金属加工产线提供高精度非接触式距离反馈，实现高温目标定位、工序衔接协调与物料流动轨迹监控〔REF-002〕。", "focused_product": "LCJ系列", "product_series": "LCJ系列", "industry": [ "冶金", "重工业", "金属加工", "汽车制造" ], "measurement": [ "高温物体表面距离", "生产工序衔接位置", "物料流动轨迹" ], "tags": [ "LCJ系列", "冶金", "重工业", "高温物体表面距离", "传感器" ], "updated_at": "2025-11-08", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LCJ系列-激光测距传感器冶金过程位置控制/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "cold-roll-coil-loop-detection-guide", "category": "application_article", "category_cn": "应用文章", "title": "冷轧线活套激光检测选型与部署指南", "summary": "**目标**: 解决冷轧线活套在高温、低反射表面的几何尺寸实时监测问题，确保生产稳定性〔REF-002〕。", "focused_product": "LCJ系列", "product_series": "LCJ系列", "industry": [ "钢铁冶金", "工业自动化" ], "measurement": [ "活套几何尺寸", "厚度均匀性" ], "tags": [ "LCJ系列", "钢铁冶金", "工业自动化", "活套几何尺寸", "传感器" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LCJ系列-激光测距传感器冷轧线活套检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "heating-furnace-inlet-distance-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "加热炉入口位置检测与高温测距传感器选型部署指南", "summary": "**目标**: 实现加热炉入口物料进出位置的实时非接触监测，消除因位置偏差引发的生产中断或设备损伤风险〔REF-002〕。", "focused_product": "LCJ系列", "product_series": "LCJ系列", "industry": [ "重工业", "汽车制造", "造纸", "金属加工", "纺织", "钢铁冶金" ], "measurement": [ "加热炉入口物料位置", "高温物体表面距离", "非接触式位移监测" ], "tags": [ "LCJ系列", "重工业", "汽车制造", "加热炉入口物料位置", "传感器" ], "updated_at": "2025-10-31", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LCJ系列-激光测距传感器加热炉入口位置检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "heating-furnace-wall-collision-prevention-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "加热炉内壁钢坯防撞检测选型与部署指南", "summary": "**目标**: 本指南针对钢坯位置, 炉壁距离场景，提供选型与部署指导〔REF-001〕。", "focused_product": "LCJ系列", "product_series": "LCJ系列", "industry": [ "冶金", "金属加工" ], "measurement": [ "钢坯位置", "炉壁距离" ], "tags": [ "LCJ系列", "冶金", "金属加工", "钢坯位置", "传感器" ], "updated_at": "2025-05-10", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LCJ系列-激光测距传感器加热炉内壁钢坯防撞/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "industrial-furnace-outlet-position-laser-distance-guide", "category": "application_article", "category_cn": "应用文章", "title": "加热炉出口位置激光测距选型与部署指南", "summary": "**目标**: 本指南针对\"金属热表面位移\", \"炉膛物体轮廓\"场景，提供选型与部署指导〔REF-001〕。", "focused_product": "LCJ系列", "product_series": "LCJ系列", "industry": [ "冶金", "重工业" ], "measurement": [ "金属热表面位移", "炉膛物体轮廓" ], "tags": [ "LCJ系列", "冶金", "重工业", "金属热表面位移", "传感器" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LCJ系列-激光测距传感器加热炉出口位置检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "chemical-industry-level-guide", "category": "application_article", "category_cn": "应用文章", "title": "复杂工况下高精度非接触式液位料位监测选型与部署指南", "summary": "**目标**: 在化工厂及重工业环境中，实现针对深色表面、高温物料及复杂蒸汽环境的精确、无接触料位/液位监测，防止生产中断〔REF-002〕。", "focused_product": "LCJ系列", "product_series": "LCJ系列", "industry": [ "化工行业", "重工业" ], "measurement": [ "料位", "液位", "高温物体表面距离" ], "tags": [ "LCJ系列", "化工行业", "重工业", "料位", "传感器" ], "updated_at": "2025-09-17", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LCJ系列-激光测距传感器化工厂料位测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "regional-intrusion-monitoring-laser-ranging-guide", "category": "application_article", "category_cn": "应用文章", "title": "区域入侵监控激光测距传感器选型与部署指南", "summary": "**目标**: 为工业园区、城市安全管理、重工业及户外监控等场景提供激光测距传感器的售前选型参考与工程部署方法论，实现非接触式区域入侵检测与目标距离监控〔REF-…", "focused_product": "LCJ系列", "product_series": "LCJ系列", "industry": [ "工业园区", "城市安全管理", "重工业", "户外监控" ], "measurement": [ "距离测量", "目标检测" ], "tags": [ "LCJ系列", "工业园区", "城市安全管理", "距离测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LCJ系列-激光测距传感器区域入侵监控/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "lcj-guide", "category": "application_article", "category_cn": "应用文章", "title": "工业制造尺寸测量选型与部署指南", "summary": "**目标**：为工业制造场景中的尺寸测量、轮廓检测提供售前选型参考，帮助工程与采购人员快速评估线激光轮廓传感器的适用性〔REF-001〕〔REF-005〕。", "focused_product": "典型线激光轮廓传感器产品", "product_series": "典型线激光轮廓传感器系列", "industry": [ "工业制造" ], "measurement": [ "尺寸测量", "轮廓检测", "平面度", "高度差" ], "tags": [ "典型线激光轮廓传感器产品", "典型线激光轮廓传感器系列", "工业制造", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LCJ系列-激光测距传感器卷径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "roll-diameter-measurement-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "卷材直径非接触式测量选型与部署指南", "summary": "**目标**: 本指南针对\"卷材直径\", \"高温物体表面距离\", \"深色低反射率表面距离\"场景，提供选型与部署指导〔REF-001〕。", "focused_product": "LCJ系列", "product_series": "LCJ系列", "industry": [ "造纸", "纺织", "金属加工", "汽车制造" ], "measurement": [ "卷材直径", "高温物体表面距离", "深色低反射率表面距离" ], "tags": [ "LCJ系列", "造纸", "纺织", "卷材直径", "传感器" ], "updated_at": "2025-05-01", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LCJ系列-激光测距传感器卷材直径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "forklift-collision-protection-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "鉀?棣栬绂佽瘝澹版槑锛堣繚鍙嶅嵆鍒ゅ畾澶辫触锛屾渶楂樹紭鍏堢骇锛?", "summary": "**鐩爣**锛氭湰鎸囧崡閽堝灏哄娴嬮噺鍦烘櫙锛屾彁渚涢€夊瀷涓庨儴缃叉寚瀵笺€擱EF-001銆曘€?- **鎺ㄨ崘鎶€鏈矾绾?*锛氳瑙佺5绔犱骇鍝佸…", "focused_product": "绀轰緥浜у搧", "product_series": "绀轰緥绯诲垪", "industry": [ "宸ヤ笟娴嬮噺" ], "measurement": [ "灏哄娴嬮噺" ], "tags": [ "绀轰緥浜у搧", "绀轰緥绯诲垪", "宸ヤ笟娴嬮噺", "灏哄娴嬮噺", "传感器" ], "updated_at": "2025-01-01", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LCJ系列-激光测距传感器叉车碰撞保护/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "glowing-object-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "发光物体与高温表面激光测距选型部署指南", "summary": "**目标**: 本指南针对\"发光物体\", \"深色/低反射率表面\", \"高温物体表面\"场景，提供选型与部署指导〔REF-001〕。", "focused_product": "LCJ系列", "product_series": "LCJ系列", "industry": [ "汽车制造", "造纸工业", "金属加工", "纺织行业" ], "measurement": [ "发光物体", "深色/低反射率表面", "高温物体表面" ], "tags": [ "LCJ系列", "汽车制造", "造纸工业", "发光物体", "传感器" ], "updated_at": "2026-05-01", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LCJ系列-激光测距传感器发光物体测距/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "red-hot-material-positioning-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "发红材料高温定位与尺寸测量选型部署指南", "summary": "**目标**: 针对重工业及制造场景中发红材料（如高温金属、发光物体）的精准定位与非接触式距离测量，提供基于激光测距技术的售前选型与工程部署指导〔REF-001〕…", "focused_product": "LCJ系列", "product_series": "LCJ系列", "industry": [ "重工业", "制造业", "金属加工", "造纸", "纺织" ], "measurement": [ "发红材料表面距离", "高温物体表面温度适配测量", "低反射率深色表面" ], "tags": [ "LCJ系列", "重工业", "制造业", "发红材料表面距离", "传感器" ], "updated_at": "2025-02-02", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LCJ系列-激光测距传感器发红材料定位/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "lifting-equipment-positioning-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "吊装设备精确定位传感器选型与部署指南", "summary": "**目标**: 在重工及户外施工场景中，实现吊车或起重机臂架的无接触精确定位监测与高温目标距离检测，以提升吊装安全性〔REF-001〕。", "focused_product": "LCJ系列", "product_series": "LCJ", "industry": [ "重工业", "工程施工", "起重运输" ], "measurement": [ "吊装设备位移", "高温物体表面距离", "碰撞防护" ], "tags": [ "LCJ系列", "LCJ", "重工业", "工程施工", "吊装设备位移", "传感器" ], "updated_at": "2025-01-01", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LCJ系列-激光测距传感器吊装设备定位/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "crane-anti-collision-guide", "category": "application_article", "category_cn": "应用文章", "title": "吊装设备防撞检测选型与部署指南", "summary": "**目标**: 针对工业环境中吊装设备的动态防撞需求，提供基于激光测距技术的实时距离监测与预警方案，确保在复杂工况下的高精度与高可靠性〔REF-001〕。", "focused_product": "LCJ系列", "product_series": "LCJ系列", "industry": [ "汽车制造", "造纸", "金属加工", "纺织" ], "measurement": [ "吊装设备与障碍物距离", "高温物体表面距离" ], "tags": [ "LCJ系列", "汽车制造", "造纸", "吊装设备与障碍物距离", "传感器" ], "updated_at": "2025-04-20", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LCJ系列-激光测距传感器吊装设备防撞/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "stacker-positioning-laser-distance-guide", "category": "application_article", "category_cn": "应用文章", "title": "堆垛机定位激光测距传感器选型与部署指南", "summary": "**目标**: 本指南针对\"距离测量\", \"高温物体表面测距\"场景，提供选型与部署指导〔REF-001〕。", "focused_product": "LCJ系列", "product_series": "LCJ系列", "industry": [ "仓储物流", "自动化仓储", "重工业" ], "measurement": [ "距离测量", "高温物体表面测距" ], "tags": [ "LCJ系列", "仓储物流", "自动化仓储", "距离测量", "传感器" ], "updated_at": "2025-04-27", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LCJ系列-激光测距传感器堆垛机定位/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "measurement-guide-lcj系列-6", "category": "application_article", "category_cn": "应用文章", "title": "工业堆高测量选型与部署指南", "summary": "**目标**: 实现复杂工业环境下物料堆高及高温物体表面距离的非接触式实时监测，满足自动化产线数据采集与质量控制需求〔REF-002〕。", "focused_product": "LCJ系列", "product_series": "LCJ系列", "industry": [ "汽车制造", "金属加工", "造纸", "纺织" ], "measurement": [ "物料堆高", "高温物体表面距离" ], "tags": [ "LCJ系列", "汽车制造", "金属加工", "物料堆高", "传感器" ], "updated_at": "2025-07-07", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LCJ系列-激光测距传感器堆高测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "plastic-board-position-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "塑料板位置测量选型与部署指南", "summary": "**目标**: 在塑料板生产、装配及质量控制环节，实现对塑料板位置及表面距离的非接触式高精度测量，提升生产线自动化效率。", "focused_product": "LCJ系列", "product_series": "LCJ系列", "industry": [ "汽车", "造纸", "金属", "纺织" ], "measurement": [ "塑料板位置", "表面距离" ], "tags": [ "LCJ系列", "汽车", "造纸", "塑料板位置", "传感器" ], "updated_at": "2025-10-03", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LCJ系列-激光测距传感器塑料板位置测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "plastic-sheet-thickness-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "塑料板厚度测量选型与部署指南", "summary": "**目标**: 在塑料板生产及加工环节，实现非接触式、高精度的厚度测量与质量控制，避免物理接触导致的表面损伤，提升生产效率〔REF-001〕。", "focused_product": "LCJ系列", "product_series": "LCJ系列", "industry": [ "汽车制造", "电子行业", "包装行业" ], "measurement": [ "塑料板厚度", "表面距离" ], "tags": [ "LCJ系列", "汽车制造", "电子行业", "塑料板厚度", "传感器" ], "updated_at": "2025-01-03", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LCJ系列-激光测距传感器塑料板厚度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "plastic-sheet-width-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "塑料板宽度测量选型与部署指南", "summary": "**目标**: 面向塑料板材挤出与加工生产线中的宽度在线测量场景，为售前与工程人员提供激光测距传感器选型与现场部署的系统化参考〔REF-001〕。", "focused_product": "LCJ系列激光测距传感器", "product_series": "LCJ系列", "industry": [ "塑料加工", "包装材料", "建材" ], "measurement": [ "宽度", "距离", "位置" ], "tags": [ "LCJ系列激光测距传感器", "LCJ系列", "塑料加工", "包装材料", "宽度", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LCJ系列-激光测距传感器塑料板宽度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "plastic-sheet-length-measurement-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "塑料板长度测量传感器选型与部署指南", "summary": "**目标**: 为塑料板长度测量场景提供激光测距传感器的选型参考与部署建议，帮助企业实现高精度、高效率的在线尺寸检测〔REF-002〕。", "focused_product": "LCJ系列", "product_series": "LCJ系列", "industry": [ "塑料制造", "包装行业", "造纸", "纺织", "金属加工" ], "measurement": [ "塑料板长度", "高温物体表面距离", "深色低反射材料距离" ], "tags": [ "LCJ系列", "塑料制造", "包装行业", "塑料板长度", "传感器" ], "updated_at": "2025-04-25", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LCJ系列-激光测距传感器塑料板长度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "tower-crane-xy-positioning-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "塔吊定位检测选型与部署指南", "summary": "**目标**: 为塔吊XY定位场景提供激光测距传感器的选型与部署参考，保障施工安全与吊装效率〔REF-002〕。", "focused_product": "LCJ系列", "product_series": "LCJ系列", "industry": [ "建筑工程", "重工业", "汽车制造" ], "measurement": [ "距离测量", "XY位置定位" ], "tags": [ "LCJ系列", "建筑工程", "重工业", "距离测量", "传感器" ], "updated_at": "2026-05-16", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LCJ系列-激光测距传感器塔吊XY定位/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "measurement-guide-lcj系列-7", "category": "application_article", "category_cn": "应用文章", "title": "大型工件装配定位高精度激光测距选型与部署指南", "summary": "**目标**: 在重工业、汽车制造及金属加工场景中，解决大型工件装配过程中的高精度定位与间隙检测问题，实现非接触式测量以提升生产效率并降低因人为误差导致的返工成本…", "focused_product": "LCJ系列", "product_series": "LCJ系列", "industry": [ "重工业", "汽车制造", "金属加工", "造纸行业" ], "measurement": [ "大型工件距离", "高温物体表面温度" ], "tags": [ "LCJ系列", "重工业", "汽车制造", "大型工件距离", "传感器" ], "updated_at": "2025-04-17", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LCJ系列-激光测距传感器大型工件装配定位/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "large-structure-relative-displacement-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "大型结构相对位移测量选型与部署指南", "summary": "**目标**: 针对桥梁、隧道、高层建筑及重工业设施的大型结构相对位移与动态沉降进行高精度、非接触式实时监测，实现结构安全隐患的早期预警与寿命评估。", "focused_product": "LCJ系列", "product_series": "LCJ系列", "industry": [ "桥梁隧道", "高层建筑", "重工业", "汽车制造" ], "measurement": [ "大型结构相对位移", "高温物体表面距离", "深色低反射率目标" ], "tags": [ "LCJ系列", "桥梁隧道", "高层建筑", "大型结构相对位移", "传感器" ], "updated_at": "2025-12-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LCJ系列-激光测距传感器大型结构相对位移测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "large-tank-bulk-material-level-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "大型罐体散装材料料位检测选型与部署指南", "summary": "**目标**: 本指南针对\"散装材料料位\", \"高温物体表面距离\", \"非接触式距离测量\"场景，提供选型与部署指导〔REF-001〕。", "focused_product": "LCJ系列", "product_series": "LCJ系列", "industry": [ "化工", "制药", "食品", "重工业", "汽车", "造纸", "金属", "纺织" ], "measurement": [ "散装材料料位", "高温物体表面距离", "非接触式距离测量" ], "tags": [ "LCJ系列", "化工", "制药", "散装材料料位", "传感器" ], "updated_at": "2025-11-02", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LCJ系列-激光测距传感器大型罐体散装材料料位/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "tank-liquid-level-laser-guide", "category": "application_article", "category_cn": "应用文章", "title": "澶у瀷缃愪綋娑蹭綅閫夊瀷涓庨儴缃叉寚鍗?", "summary": "**鐩爣**锛氭湰鎸囧崡閽堝灏哄娴嬮噺鍦烘櫙锛屾彁渚涢€夊瀷涓庨儴缃叉寚瀵笺€擱EF-001銆曘€?- **鎺ㄨ崘鎶€鏈矾绾?*锛氳瑙佺5绔犱骇鍝佸…", "focused_product": "绀轰緥浜у搧", "product_series": "绀轰緥绯诲垪", "industry": [ "宸ヤ笟娴嬮噺" ], "measurement": [ "灏哄娴嬮噺" ], "tags": [ "绀轰緥浜у搧", "绀轰緥绯诲垪", "宸ヤ笟娴嬮噺", "灏哄娴嬮噺", "传感器" ], "updated_at": "2025-01-01", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LCJ系列-激光测距传感器大型罐体液位测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "large-warehouse-inventory-laser-ranging-guide", "category": "application_article", "category_cn": "应用文章", "title": "大型货架库存管理激光测距传感器选型与部署指南", "summary": "**目标**: 为大型货架库存管理场景提供基于LCJ系列激光测距传感器的选型与部署参考，确保距离测量的精度与实时性。", "focused_product": "LCJ", "product_series": "LCJ", "industry": [ "仓储物流", "供应链管理", "智能制造" ], "measurement": [ "激光测距", "库存管理" ], "tags": [ "LCJ", "仓储物流", "供应链管理", "激光测距", "传感器" ], "updated_at": "2026-08-07", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LCJ系列-激光测距传感器大型货架库存管理/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "large-container-level-detection-laser-ranging-guide", "category": "application_article", "category_cn": "应用文章", "title": "大容器料位检测激光测距传感器选型与部署指南", "summary": "**目标**: 为大容器料位检测场景提供激光测距传感器的选型依据与部署方法，确保物料高度监测的精度、稳定性和可追溯性〔REF-002〕。", "focused_product": "LCJ系列", "product_series": "LCJ系列", "industry": [ "冶金", "化工", "汽车", "造纸", "金属", "纺织" ], "measurement": [ "物料高度", "料位高度" ], "tags": [ "LCJ系列", "冶金", "化工", "物料高度", "传感器" ], "updated_at": "2025-06-20", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LCJ系列-激光测距传感器大容器料位检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "crane-positioning-laser-distance-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "天车精密定位与极端工况测距选型部署指南", "summary": "**目标**: 实现天车及大型移动设备在复杂工业环境下的实时精确定位、轨迹跟踪与防碰撞控制，保障物料搬运流程的安全性与节拍效率〔REF-002〕。", "focused_product": "LCJ系列", "product_series": "LCJ系列", "industry": [ "重工业", "户外制造", "汽车", "造纸" ], "measurement": [ "天车相对距离", "高温物体表面距离", "低反射率目标物" ], "tags": [ "LCJ系列", "重工业", "户外制造", "天车相对距离", "传感器" ], "updated_at": "2025-08-01", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LCJ系列-激光测距传感器天车精密定位/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "measurement-guide-lcj系列-8", "category": "application_article", "category_cn": "应用文章", "title": "高温及复杂环境目标存在检查选型与部署指南", "summary": "**目标**: 在高温、强光照或低反射率等恶劣工业环境下，实现非接触式目标物体的精确距离测量与存在性检测〔REF-001〕。", "focused_product": "LCJ系列", "product_series": "LCJ系列", "industry": [ "汽车制造", "造纸工业", "金属加工", "纺织工业" ], "measurement": [ "高温物体表面距离", "深色/低反射率目标位置", "快速运动物体存在性" ], "tags": [ "LCJ系列", "汽车制造", "造纸工业", "高温物体表面距离", "传感器" ], "updated_at": "2025-12-11", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LCJ系列-激光测距传感器存在检查/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "container-radiant-object-accurate-positioning-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "容器中辐射物体精确定位选型与部署指南", "summary": "**目标**: 本指南针对辐射物体距离, 高温物体表面定位场景，提供选型与部署指导〔REF-001〕。", "focused_product": "LCJ系列", "product_series": "LCJ系列", "industry": [ "冶金", "能源", "重工业", "制造业" ], "measurement": [ "辐射物体距离", "高温物体表面定位" ], "tags": [ "LCJ系列", "冶金", "能源", "辐射物体距离", "传感器" ], "updated_at": "2025-07-14", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LCJ系列-激光测距传感器容器中辐射物体准确定位/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "guide-plate-position-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "导位板位置测量传感器选型与部署指南", "summary": "**目标**: 在连续生产节拍下，对导位板进行非接触式位置偏移与表面距离测量，确保机械对准状态稳定并减少因偏差导致的停机或废品〔REF-002〕。", "focused_product": "LCJ系列", "product_series": "LCJ系列", "industry": [ "汽车制造", "金属加工", "造纸工业", "纺织行业" ], "measurement": [ "导位板位置偏移", "目标表面距离" ], "tags": [ "LCJ系列", "汽车制造", "金属加工", "导位板位置偏移", "传感器" ], "updated_at": "2025-04-02", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LCJ系列-激光测距传感器导位板位置测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "guide-plate-opening-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "导位板开口度激光测距选型与部署指南", "summary": "**目标**: 面向冶金与金属加工中导位板开口度测量场景，为售前与工程人员提供激光测距传感器选型与现场部署的系统化参考〔REF-001〕。", "focused_product": "激光测距传感器", "product_series": "典型激光测距系列", "industry": [ "冶金", "金属加工", "造纸" ], "measurement": [ "距离", "开口度", "位置" ], "tags": [ "激光测距传感器", "典型激光测距系列", "冶金", "金属加工", "距离", "传感器" ], "updated_at": "2026-08-07", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LCJ系列-激光测距传感器导位板开口度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "tailings-dry-beach-monitoring-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "尾矿库干滩监测选型与部署指南", "summary": "**目标**: 针对尾矿库干滩区域的水位波动、沉积物移动及干滩长度变化，提供实时、高精度的非接触式监测解决方案，以预防溃坝风险并确保雨季或干旱季节的安全运营〔RE…", "focused_product": "LCJ系列", "product_series": "LCJ系列", "industry": [ "矿业", "尾矿库管理", "环境监测" ], "measurement": [ "干滩长度", "水位距离", "沉积物表面高度" ], "tags": [ "LCJ系列", "矿业", "尾矿库管理", "干滩长度", "传感器" ], "updated_at": "2026-01-14", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LCJ系列-激光测距传感器尾矿库干滩监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "industrial-billet-shearing-length-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "工业棒材定长剪切检测选型与部署指南", "summary": "**目标**: 本指南针对棒材长度, 高温物体表面距离场景，提供选型与部署指导〔REF-001〕。", "focused_product": "LCJ系列", "product_series": "LCJ系列", "industry": [ "金属加工", "造纸", "纺织", "汽车" ], "measurement": [ "棒材长度", "高温物体表面距离" ], "tags": [ "LCJ系列", "金属加工", "造纸", "棒材长度", "传感器" ], "updated_at": "2025-03-03", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LCJ系列-激光测距传感器工业棒材定长剪切检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "industrial-cable-length-measurement-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "工业电缆长度测量选型与部署指南", "summary": "**目标**: 在重工业、造纸及金属加工等复杂环境下，实现电缆或卷材长度的高精度无接触测量，替代传统机械卷尺或易受干扰的光学计数器〔REF-002〕。", "focused_product": "LCJ系列", "product_series": "LCJ系列", "industry": [ "重工业", "造纸", "金属加工", "汽车制造", "纺织" ], "measurement": [ "电缆长度", "卷材直径", "高温物体表面距离" ], "tags": [ "LCJ系列", "重工业", "造纸", "电缆长度", "传感器" ], "updated_at": "2025-08-08", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LCJ系列-激光测距传感器工业电缆长度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "kiln-car-positioning-distance-guide", "category": "application_article", "category_cn": "应用文章", "title": "工业窑车定位距离测量选型与部署指南", "summary": "**目标**: 为冶金、陶瓷、水泥等重工业领域的窑车精确定位场景提供激光测距传感器的选型与部署参考。", "focused_product": "LCJ系列", "product_series": "LCJ系列", "industry": [ "冶金", "陶瓷", "水泥" ], "measurement": [ "窑车位置距离", "高温物体表面距离" ], "tags": [ "LCJ系列", "冶金", "陶瓷", "窑车位置距离", "传感器" ], "updated_at": "2025-09-30", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LCJ系列-激光测距传感器工业窑车定位/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "industrial-crane-positioning-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "工业起重机定位测量选型与部署指南", "summary": "**目标**: 在工业起重机场景中实现高精度的定位、轨迹监测及吊载高度检测，解决传统超声波或机械方式在高温、低反射率环境下的失效问题〔REF-002〕。", "focused_product": "LCJ系列", "product_series": "LCJ系列", "industry": [ "起重运输", "重工业" ], "measurement": [ "运行轨迹", "吊载高度", "环境距离" ], "tags": [ "LCJ系列", "起重运输", "重工业", "运行轨迹", "传感器" ], "updated_at": "2025-11-28", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LCJ系列-激光测距传感器工业起重机定位/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "content-示例产品-10", "category": "application_article", "category_cn": "应用文章", "title": "工厂车间航车定位激光测距选型与部署指南", "summary": "在工厂车间环境中对航车进行高精度位置检测，以及高温物体表面距离的连续监测，是一项典型的工业激光测距应用。LCJ系列激光测距传感器因其高抗干扰能力、宽温适应范围和…", "focused_product": "示例产品", "product_series": "示例系列", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "示例产品", "示例系列", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-01-01", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LCJ系列-激光测距传感器工厂车间航车定位/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "lcj-guide-lcj系列", "category": "application_article", "category_cn": "应用文章", "title": "线激光轮廓传感器选型与部署指南", "summary": "**目标**：为工业制造场景中轮廓、厚度、平面度等几何尺寸检测提供线激光轮廓传感器的售前选型与部署参考。", "focused_product": null, "product_series": "ZLDS202 系列", "industry": [ "工业制造", "精密检测" ], "measurement": [ "轮廓测量", "厚度检测", "平面度测量" ], "tags": [ "ZLDS202 系列", "工业制造", "精密检测", "轮廓测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LCJ系列-激光测距传感器建筑物限界测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "reel-cart-position-detection-guide", "category": "application_article", "category_cn": "应用文章", "title": "工业开卷小车位置检测选型与部署指南", "summary": "**目标**: 为工业开卷小车位置检测场景提供激光测距传感器选型与部署参考，以LCJ系列为典型案例，确保实时性、高精度与稳定性〔REF-001〕。", "focused_product": "LCJ系列", "product_series": "LCJ系列", "industry": [ "造纸", "金属加工", "纺织", "汽车制造" ], "measurement": [ "距离测量", "位置检测" ], "tags": [ "LCJ系列", "造纸", "金属加工", "距离测量", "传感器" ], "updated_at": "2025-06-19", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LCJ系列-激光测距传感器开卷小车位置检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "weak-reflection-long-distance-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "弱反射目标远距离检测选型与部署指南", "summary": "**目标**: 本指南针对\"深色表面\", \"高温物体\"场景，提供选型与部署指导〔REF-001〕。", "focused_product": "LCJ系列", "product_series": "LCJ系列", "industry": [ "金属加工", "造纸", "汽车制造" ], "measurement": [ "深色表面", "高温物体" ], "tags": [ "LCJ系列", "金属加工", "造纸", "深色表面", "传感器" ], "updated_at": "2026-02-21", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LCJ系列-激光测距传感器弱反射目标的远距离检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "fast-object-detection-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "快速物体检测激光测距传感器选型与部署指南", "summary": "**目标**: 面向制造、物流、质量检测等行业的快速物体检测场景，提供激光测距传感器的选型与部署参考依据〔REF-002〕。", "focused_product": "LCJ系列", "product_series": "LCJ系列", "industry": [ "制造", "物流", "质量检测", "汽车", "造纸", "金属", "纺织" ], "measurement": [ "物体距离", "表面温度" ], "tags": [ "LCJ系列", "制造", "物流", "物体距离", "传感器" ], "updated_at": "2025-05-22", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LCJ系列-激光测距传感器快速物体检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "outdoor-lowtemp-distance-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "户外低温环境测距选型与部署指南", "summary": "**目标**: 在-40℃至+60℃户外严寒及复杂光照条件下，实现稳定、非接触式距离测量，兼顾低反射率表面与高温工件检测需求。〔REF-002〕", "focused_product": "LCJ系列", "product_series": "LCJ系列", "industry": [ "汽车制造", "造纸工业", "金属加工", "纺织工业" ], "measurement": [ "户外目标距离", "高温物体表面距离", "低反射率表面距离" ], "tags": [ "LCJ系列", "汽车制造", "造纸工业", "户外目标距离", "传感器" ], "updated_at": "2025-12-22", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LCJ系列-激光测距传感器户外低温环境测距/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "measurementguide", "category": "application_article", "category_cn": "应用文章", "title": "工业推床位置高精度非接触测量选型与部署指南", "summary": "**目标**: 针对工业推床位置及高温物体表面进行高精度、非接触式实时测量，确保生产流程顺畅与质量控制〔REF-002〕。", "focused_product": "LCJ系列", "product_series": "LCJ系列", "industry": [ "汽车制造", "造纸", "金属加工", "纺织" ], "measurement": [ "推床位置", "高温物体表面距离" ], "tags": [ "LCJ系列", "汽车制造", "造纸", "推床位置", "传感器" ], "updated_at": "2025-06-04", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LCJ系列-激光测距传感器推床位置测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "steel-production-laser-ranging-guide", "category": "application_article", "category_cn": "应用文章", "title": "钢产高温推钢机位置测量选型与部署指南", "summary": "**目标**: 在高温、高粉尘的推钢机运动场景中，实现非接触式、高精度的实时位置测量，确保生产流程顺畅与产品质量稳定。", "focused_product": "LCJ系列", "product_series": "LCJ系列", "industry": [ "钢铁行业", "重工业" ], "measurement": [ "推钢机位置", "高温物体表面距离" ], "tags": [ "LCJ系列", "钢铁行业", "重工业", "推钢机位置", "传感器" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LCJ系列-激光测距传感器推钢机位置测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "measurement-guide-lcj系列-9", "category": "application_article", "category_cn": "应用文章", "title": "搬运设备精准定位选型与部署指南", "summary": "**目标**: 解决仓储、物流及重工业场景中，搬运设备在高速移动、高温或深色低反射率环境下的精准定位需求，提升生产效率与安全性〔REF-002〕。", "focused_product": "LCJ系列", "product_series": "LCJ系列", "industry": [ "仓储管理", "物流运输", "制造业", "重工业", "户外应用" ], "measurement": [ "搬运设备距离", "高温物体表面距离", "深色/低反射率表面距离" ], "tags": [ "LCJ系列", "仓储管理", "物流运输", "搬运设备距离", "传感器" ], "updated_at": "2026-03-23", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LCJ系列-激光测距传感器搬运设备定位/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "silo-level-measurement-guide-lcj系列", "category": "application_article", "category_cn": "应用文章", "title": "料仓料位测量激光测距方案选型与部署指南", "summary": "**目标**: 实现料仓散装物料堆面高度、高温工件表面距离的非接触式连续监测，防止物料溢出、短缺并优化库存与物料流动效率〔REF-002〕。", "focused_product": "LCJ系列", "product_series": "LCJ系列", "industry": [ "金属加工", "造纸", "纺织", "汽车制造", "重工业" ], "measurement": [ "料仓料位", "高温物体表面距离" ], "tags": [ "LCJ系列", "金属加工", "造纸", "料仓料位", "传感器" ], "updated_at": "2025-01-21", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LCJ系列-激光测距传感器料仓料位测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "hopper-level-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "料斗料位高度测量选型与部署指南", "summary": "**目标**: 本指南针对料斗料位高度, 物料表面距离场景，提供选型与部署指导〔REF-001〕。", "focused_product": "LCJ系列", "product_series": "LCJ系列", "industry": [ "重工业", "户外应用", "汽车", "造纸", "金属", "纺织" ], "measurement": [ "料斗料位高度", "物料表面距离" ], "tags": [ "LCJ系列", "重工业", "户外应用", "料斗料位高度", "传感器" ], "updated_at": "2026-01-21", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LCJ系列-激光测距传感器料斗料位高度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "seamless-ring-diameter-measurement-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "无缝轧环直径检测选型与部署指南", "summary": "**目标**: 实现无缝轧环在生产线上高精度、实时的外径几何尺寸监控，支撑下游加工与质量控制闭环〔REF-002〕。", "focused_product": "LCJ系列", "product_series": "LCJ系列", "industry": [ "石油天然气", "航空航天", "重工业", "汽车制造", "造纸纺织" ], "measurement": [ "无缝轧环外径", "高温金属表面距离", "生产线上实时几何尺寸" ], "tags": [ "LCJ系列", "石油天然气", "航空航天", "无缝轧环外径", "传感器" ], "updated_at": "2025-05-26", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LCJ系列-激光测距传感器无缝轧环直径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "measurement-guide-lcj系列-10", "category": "application_article", "category_cn": "应用文章", "title": "有色矿巷道深度测量选型与部署指南", "summary": "**目标**: 针对有色矿复杂地下环境，实现高精度、非接触式的巷道深度及岩壁距离实时监测，保障作业安全与生产效率〔REF-002〕。", "focused_product": "LCJ系列", "product_series": "LCJ系列", "industry": [ "有色矿业", "地下采矿" ], "measurement": [ "巷道深度", "岩壁距离", "高温物体表面距离" ], "tags": [ "LCJ系列", "有色矿业", "地下采矿", "巷道深度", "传感器" ], "updated_at": "2025-11-26", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LCJ系列-激光测距传感器有色矿巷道深度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "wood-length-cutting-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "木材定长切割测量选型与部署指南", "summary": "**目标**: 为木材定长切割产线提供非接触式长度与位置测量的选型依据与部署规范，实现高精度、高节拍控制。〔REF-002〕", "focused_product": "LCJ系列", "product_series": "LCJ系列", "industry": [ "木材加工", "汽车制造", "造纸", "金属加工", "纺织" ], "measurement": [ "木材长度", "高温物体表面距离", "深色/低反射率目标距离" ], "tags": [ "LCJ系列", "木材加工", "汽车制造", "木材长度", "传感器" ], "updated_at": "2026-04-02", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LCJ系列-激光测距传感器木材定长切割/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "wood-position-laser-guide", "category": "application_article", "category_cn": "应用文章", "title": "木板位置激光测量选型与部署指南", "summary": "**目标**: 在木材、造纸、纺织等场景中，实现对木板表面位置及高温物体距离的高精度非接触式实时测量。", "focused_product": "LCJ系列", "product_series": "LCJ系列", "industry": [ "木材加工", "造纸", "纺织" ], "measurement": [ "木板表面位置", "高温物体表面距离" ], "tags": [ "LCJ系列", "木材加工", "造纸", "木板表面位置", "传感器" ], "updated_at": "2025-07-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LCJ系列-激光测距传感器木板位置测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "wood-thickness-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "木板厚度测量选型与部署指南", "summary": "**目标**: 面向木材加工与制造业的木板厚度高精度测量场景，提供选型与工程部署的参考依据〔REF-002〕。", "focused_product": "LCJ系列", "product_series": "LCJ系列", "industry": [ "木材加工", "制造业", "工业生产" ], "measurement": [ "木板厚度", "木板表面距离" ], "tags": [ "LCJ系列", "木材加工", "制造业", "木板厚度", "传感器" ], "updated_at": "2025-10-14", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LCJ系列-激光测距传感器木板厚度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "lcj-43e6db49-guide", "category": "application_article", "category_cn": "应用文章", "title": "LCJ系列-激光测距传感器木板宽度测量传感器选型与部署指南", "summary": "**目标**: 本指南针对轮廓, 尺寸, 位置场景，提供选型与部署指导〔REF-001〕。", "focused_product": "LCJ系列", "product_series": "LCJ系列", "industry": [ "工业自动化", "质量检测" ], "measurement": [ "轮廓", "尺寸", "位置" ], "tags": [ "LCJ系列", "工业自动化", "质量检测", "轮廓", "传感器" ], "updated_at": "2025-09-11", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LCJ系列-激光测距传感器木板宽度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "woodprocessing-lengthmeasurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "木板长度测量设备选型与部署指南", "summary": "**目标**: 在木材加工及家具制造场景中，实现高效、非接触式的木板长度测量，确保产品尺寸精度并降低人工操作误差。", "focused_product": "LCJ系列", "product_series": "LCJ系列", "industry": [ "木材加工", "家具制造" ], "measurement": [ "木板长度", "长条板材尺寸" ], "tags": [ "LCJ系列", "木材加工", "家具制造", "木板长度", "传感器" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LCJ系列-激光测距传感器木板长度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "material-cutting-length-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "材料切割行业长度测量选型与部署指南", "summary": "**目标**: 针对材料切割产线中的在线长度测量需求，提供基于非接触式激光测距技术的选型依据与部署规范，确保切割精度与生产效率〔REF-002〕。", "focused_product": "LCJ系列", "product_series": "LCJ系列", "industry": [ "汽车制造", "造纸", "金属加工", "纺织" ], "measurement": [ "切割材料长度", "高温物体表面距离", "深色/低反射率表面距离" ], "tags": [ "LCJ系列", "汽车制造", "造纸", "切割材料长度", "传感器" ], "updated_at": "2025-06-04", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LCJ系列-激光测距传感器材料切割中的长度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "bridge-structure-detection-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "桥梁结构安全检测与变形监测选型部署指南", "summary": "**目标**: 针对大型基础设施（如桥梁、隧道）的长期健康监测，提供非接触式、高精度的距离与变形数据采集方案，实现早期安全隐患预警〔REF-002〕。", "focused_product": "LCJ系列", "product_series": "LCJ系列", "industry": [ "基础设施建设", "交通工程" ], "measurement": [ "桥梁裂缝宽度", "结构变形位移", "表面腐蚀深度", "构件尺寸公差" ], "tags": [ "LCJ系列", "基础设施建设", "交通工程", "桥梁裂缝宽度", "传感器" ], "updated_at": "2025-07-06", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LCJ系列-激光测距传感器桥梁结构检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "rubber-plate-location-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "橡胶板位置测量选型与部署指南", "summary": "**目标**: 实现对橡胶板在铺设及切割过程中的实时非接触定位，确保几何尺寸公差满足设计要求，提升生产效率与自动化水平 〔REF-001〕。", "focused_product": "LCJ系列", "product_series": "LCJ系列", "industry": [ "橡胶加工", "制造业" ], "measurement": [ "橡胶板铺设", "橡胶板切割" ], "tags": [ "LCJ系列", "橡胶加工", "制造业", "橡胶板铺设", "传感器" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LCJ系列-激光测距传感器橡胶板位置测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "rubber-plate-thickness-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "橡胶板厚度测量选型与部署指南", "summary": "**目标**: 本指南针对\"橡胶板厚度\", \"高温物体表面距离\", \"深色/低反射率表面\"场景，提供选型与部署指导〔REF-001〕。", "focused_product": "LCJ系列", "product_series": "LCJ系列", "industry": [ "汽车制造", "建筑材料", "电子产品", "造纸", "金属加工", "纺织" ], "measurement": [ "橡胶板厚度", "高温物体表面距离", "深色/低反射率表面" ], "tags": [ "LCJ系列", "汽车制造", "建筑材料", "橡胶板厚度", "传感器" ], "updated_at": "2025-06-19", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LCJ系列-激光测距传感器橡胶板厚度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "rubber-plate-width-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "橡胶板宽度测量选型与部署指南", "summary": "**目标**: 针对橡胶制品及连续生产线，实现非接触式、高精度的橡胶板宽度实时测量，确保产品质量一致性并降低材料浪费〔REF-002〕。", "focused_product": "LCJ系列", "product_series": "LCJ系列", "industry": [ "橡胶制品", "造纸", "纺织", "金属加工" ], "measurement": [ "橡胶板宽度", "高温物体表面距离" ], "tags": [ "LCJ系列", "橡胶制品", "造纸", "橡胶板宽度", "传感器" ], "updated_at": "2025-12-20", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LCJ系列-激光测距传感器橡胶板宽度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "rubber-board-length-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "橡胶板长度测量选型与部署指南", "summary": "**目标**: 针对橡胶制品生产中的长度及几何尺寸检测，提供基于非接触式激光测距技术的标准化选型与部署方案，以消除传统机械测量的误差并提升产线效率〔REF-002…", "focused_product": "LCJ系列", "product_series": "LCJ系列", "industry": [ "橡胶制品制造", "工业自动化" ], "measurement": [ "橡胶板长度", "高温表面距离" ], "tags": [ "LCJ系列", "橡胶制品制造", "工业自动化", "橡胶板长度", "传感器" ], "updated_at": "2025-11-19", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LCJ系列-激光测距传感器橡胶板长度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "water-treatment-liquid-level-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "水处理厂液位测量选型与部署指南", "summary": "**目标**: 本指南针对\"液位高度\", \"表面距离\"场景，提供选型与部署指导〔REF-001〕。", "focused_product": "LCJ系列", "product_series": "LCJ系列", "industry": [ "水处理", "环保工程" ], "measurement": [ "液位高度", "表面距离" ], "tags": [ "LCJ系列", "水处理", "环保工程", "液位高度", "传感器" ], "updated_at": "2026-04-21", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LCJ系列-激光测距传感器水处理厂液位测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "water-level-monitoring-distance-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "江河湖海水位监测激光测距选型与部署指南", "summary": "**目标**: 为江河湖海等水域的水位实时监测场景提供激光测距传感器的售前选型与工程部署参考〔REF-002〕。", "focused_product": "LCJ系列", "product_series": "LCJ系列", "industry": [ "水资源管理", "防汛抗旱", "环境监测", "水利工程", "航运交通" ], "measurement": [ "水面距离", "水位高度" ], "tags": [ "LCJ系列", "水资源管理", "防汛抗旱", "水面距离", "传感器" ], "updated_at": "2026-01-06", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LCJ系列-激光测距传感器江河湖海等的水位测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "automotive-safe-distance-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "汽车安全车距测量选型与部署指南", "summary": "**目标**: 面向汽车制造、交通运输及重工业场景，提供车辆间安全距离、高温目标表面距离及深色低反射率目标的非接触式高精度测量选型依据〔REF-002〕。", "focused_product": "LCJ系列", "product_series": "LCJ系列", "industry": [ "汽车制造", "交通运输", "重工业", "造纸", "金属加工", "纺织" ], "measurement": [ "车辆间安全距离", "高温物体表面距离", "深色低反射率目标距离" ], "tags": [ "LCJ系列", "汽车制造", "交通运输", "车辆间安全距离", "传感器" ], "updated_at": "2026-05-02", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LCJ系列-激光测距传感器汽车安全车距测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "automotive-assembly-long-distance-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "汽车装配远距离检测选型与部署指南", "summary": "**目标**: 解决汽车装配线中远距离、非接触式且需适应极端环境（高温、低反射率）的部件位置检测问题，以提升整车装配精度与生产效率〔REF-002〕。", "focused_product": "LCJ系列", "product_series": "LCJ系列", "industry": [ "汽车制造", "重工业" ], "measurement": [ "装配部件位置", "高温物体表面距离", "低反射率深色表面" ], "tags": [ "LCJ系列", "汽车制造", "重工业", "装配部件位置", "传感器" ], "updated_at": "2026-03-02", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LCJ系列-激光测距传感器汽车装配中的远距离检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "automotive-anti-collision-laser-distance-guide", "category": "application_article", "category_cn": "应用文章", "title": "汽车防碰撞安全控制激光测距传感器选型与部署指南", "summary": "**目标**: 为汽车防碰撞安全控制系统提供激光测距传感器的售前选型与工程部署参考，覆盖测量范围、精度、接口与环境适应性等关键决策维度。", "focused_product": "LCJ系列", "product_series": "LCJ系列", "industry": [ "汽车制造", "重工业", "造纸", "金属加工", "纺织" ], "measurement": [ "车辆周围距离", "环境障碍物距离", "高温物体表面距离" ], "tags": [ "LCJ系列", "汽车制造", "重工业", "车辆周围距离", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LCJ系列-激光测距传感器汽车防碰撞安全控制/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "oil-well-elevator-distance-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "油井升降机距离探测选型与部署指南", "summary": "**目标**: 为油井升降机距离探测场景提供传感器选型与工程部署参考，支撑实时监控、安全范围保障与故障预警功能〔REF-002〕。", "focused_product": "LCJ系列", "product_series": "LCJ系列", "industry": [ "油气", "汽车", "金属加工" ], "measurement": [ "油井升降机距离", "高温物体表面距离" ], "tags": [ "LCJ系列", "油气", "汽车", "油井升降机距离", "传感器" ], "updated_at": "2025-12-11", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LCJ系列-激光测距传感器油井升降机距离探测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "surveying-distance-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "测绘距离测量传感器选型与部署指南", "summary": "**目标**: 本指南针对\"远距离目标距离\", \"高温物体表面距离\", \"深色/低反射率表面距离\"场景，提供选型与部署指导〔REF-001〕。", "focused_product": "LCJ系列", "product_series": "LCJ系列", "industry": [ "建筑测绘", "土木工程", "工业测绘", "矿业", "环境监测" ], "measurement": [ "远距离目标距离", "高温物体表面距离", "深色/低反射率表面距离" ], "tags": [ "LCJ系列", "建筑测绘", "土木工程", "远距离目标距离", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LCJ系列-激光测距传感器测绘/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "container-storage-laser-ranging-guide", "category": "application_article", "category_cn": "应用文章", "title": "集装箱堆垛激光测距选型与部署指南", "summary": "**目标**: 在港口物流与仓储场景中，通过高精度非接触式激光测距获取集装箱堆垛高度及布局数据，提升空间利用率与作业调度效率 〔REF-002〕。", "focused_product": "LCJ系列", "product_series": "LCJ系列", "industry": [ "物流运输", "港口仓储" ], "measurement": [ "集装箱堆垛距离", "表面温度" ], "tags": [ "LCJ系列", "物流运输", "港口仓储", "集装箱堆垛距离", "传感器" ], "updated_at": "2025-07-20", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LCJ系列-激光测距传感器测量集装箱堆垛/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "high-temperature-steel-plate-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "高温钢板非接触测量选型与部署指南", "summary": "**目标**: 在高温钢板生产现场实现稳定、精准的非接触距离测量，保障产品质量并提升设备运行效率〔REF-001〕〔REF-002〕。", "focused_product": "LCJ系列", "product_series": "LCJ系列", "industry": [ "冶金", "建筑", "金属加工", "重工业" ], "measurement": [ "高温钢板表面距离", "深色低反射率表面" ], "tags": [ "LCJ系列", "冶金", "建筑", "高温钢板表面距离", "传感器" ], "updated_at": "2025-11-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LCJ系列-激光测距传感器测量高温钢板/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "liquid-level-measurement-guide-lcj系列", "category": "application_article", "category_cn": "应用文章", "title": "液面测量选型与部署指南", "summary": "**目标**: 为工业液位及高温表面监控提供非接触式激光测距解决方案，确保安全、精度与高效数据采集。", "focused_product": "LCJ系列", "product_series": "LCJ系列", "industry": [ "水处理", "化工生产", "食品加工", "汽车制造", "造纸行业" ], "measurement": [ "液体表面高度", "高温物体表面距离" ], "tags": [ "LCJ系列", "水处理", "化工生产", "液体表面高度", "传感器" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LCJ系列-激光测距传感器液面测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "port-terminal-crane-anti-collision-laser-distance-guide", "category": "application_article", "category_cn": "应用文章", "title": "港口码头行车防撞激光测距选型与部署指南", "summary": "**目标**: 为港口码头行车防撞系统提供高精度、非接触式距离测量方案，保障行车与障碍物之间的安全距离，防止碰撞事故〔REF-002〕。", "focused_product": "LCJ系列", "product_series": "LCJ系列", "industry": [ "港口码头", "重工业" ], "measurement": [ "行车与障碍物距离", "高温物体表面距离" ], "tags": [ "LCJ系列", "港口码头", "重工业", "行车与障碍物距离", "传感器" ], "updated_at": "2025-06-18", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LCJ系列-激光测距传感器港口码头行车防撞/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "port-equipment-laser-distance-guide", "category": "application_article", "category_cn": "应用文章", "title": "港口设备精密测距选型与部署指南", "summary": "**目标**: 提升港口装卸作业效率、保障重型机械运行安全、实现设备状态数据化集成与预测性维护。〔REF-002〕", "focused_product": "LCJ系列", "product_series": "LCJ系列", "industry": [ "港口设备", "重工业", "汽车制造", "造纸", "金属加工", "纺织" ], "measurement": [ "目标距离", "高温物体表面测距", "深色/低反射率表面", "非接触式长度测量" ], "tags": [ "LCJ系列", "港口设备", "重工业", "目标距离", "传感器" ], "updated_at": "2026-01-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LCJ系列-激光测距传感器港口设备精密测距/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "port-crane-anti-collision-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "港口起重机防撞检测选型与部署指南", "summary": "**目标**: 本指南针对起重机与障碍物距离, 高温物体表面距离场景，提供选型与部署指导〔REF-001〕。", "focused_product": "LCJ系列", "product_series": "LCJ系列", "industry": [ "港口机械", "重工业" ], "measurement": [ "起重机与障碍物距离", "高温物体表面距离" ], "tags": [ "LCJ系列", "港口机械", "重工业", "起重机与障碍物距离", "传感器" ], "updated_at": "2025-07-04", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LCJ系列-激光测距传感器港口起重机防撞/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "furnace-slabs-position-detection-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "高温炉内钢坯位置检测选型与部署指南", "summary": "**目标**: 在重工业高温炉（实测最高表面温度可达 1550℃）环境中，实现钢坯位置的稳定、非接触式高精度检测，以提升生产线自动化水平并降低安全风险〔REF-0…", "focused_product": "LCJ系列", "product_series": "LCJ系列", "industry": [ "重工业", "钢铁冶炼", "金属加工" ], "measurement": [ "炉内钢坯位置", "高温物体表面距离" ], "tags": [ "LCJ系列", "重工业", "钢铁冶炼", "炉内钢坯位置", "传感器" ], "updated_at": "2026-05-05", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LCJ系列-激光测距传感器炉内钢坯位置检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "steel-ladle-positioning-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "炼钢厂钢包车定位选型与部署指南", "summary": "**目标**: 在炼钢厂高温、高粉尘及强电磁干扰环境下，实现钢包车（Ladle Car）的亚毫米级高精度定位，确保钢水转运安全与浇铸工艺质量〔REF-002〕。", "focused_product": "LCJ系列", "product_series": "LCJ系列", "industry": [ "钢铁冶金", "重工业" ], "measurement": [ "钢包车位置", "高温物体表面距离" ], "tags": [ "LCJ系列", "钢铁冶金", "重工业", "钢包车位置", "传感器" ], "updated_at": "2025-06-10", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LCJ系列-激光测距传感器炼钢厂钢包车定位/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "steel-melt-liquid-level-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "高温工业环境钢水液面非接触测量选型与部署指南", "summary": "**目标**: 在炼钢厂高温、高粉尘及强辐射的恶劣工况下，实现对钢水液面的实时、高精度非接触测量，以保障冶炼安全并提升自动化水平〔REF-001〕。", "focused_product": "LCJ系列", "product_series": "LCJ系列", "industry": [ "冶金/钢铁制造", "重工业" ], "measurement": [ "钢水液面高度", "高温物体表面距离" ], "tags": [ "LCJ系列", "冶金/钢铁制造", "重工业", "钢水液面高度", "传感器" ], "updated_at": "2025-06-20", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LCJ系列-激光测距传感器炼钢厂钢水液面检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "hot-rolling-coil-diameter-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "热轧线卷径测量选型与部署指南", "summary": "**目标**: 为热轧生产线卷径在线测量场景提供基于LCJ系列激光测距传感器的选型与部署参考，确保在高温、高速工况下的卷径测量精度与系统可靠性。", "focused_product": "LCJ", "product_series": "LCJ", "industry": [ "钢铁冶金", "金属加工", "重工业制造" ], "measurement": [ "卷径测量", "距离测量" ], "tags": [ "LCJ", "钢铁冶金", "金属加工", "卷径测量", "传感器" ], "updated_at": "2025-08-07", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LCJ系列-激光测距传感器热轧线卷径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "hot-rolling-saddle-detection-guide", "category": "application_article", "category_cn": "应用文章", "title": "热轧线活套位置测量与选型部署指南", "summary": "**目标**: 实时监控热轧线活套位置，保障生产安全并减少停机时间〔REF-002〕。", "focused_product": "LCJ系列", "product_series": "LCJ系列", "industry": [ "钢铁冶金，工业自动化" ], "measurement": [ "活套带材位置，高温轧制表面距离" ], "tags": [ "LCJ系列", "钢铁冶金，工业自动化", "活套带材位置，高温轧制表面距离", "传感器" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LCJ系列-激光测距传感器热轧线活套检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "coking-plant-crane-positioning-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "焦化厂天车定位与高温物料测距选型部署指南", "summary": "**目标**: 解决焦化厂天车在复杂工业环境下的精准定位及高温物料（如焦炭、钢水）非接触式测距需求，确保物料搬运安全与效率〔REF-002〕。", "focused_product": "LCJ系列", "product_series": "LCJ系列", "industry": [ "焦化厂", "重工业" ], "measurement": [ "天车位置", "高温物体表面距离" ], "tags": [ "LCJ系列", "焦化厂", "重工业", "天车位置", "传感器" ], "updated_at": "2025-09-03", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LCJ系列-激光测距传感器焦化厂天车定位测距/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "high-temperature-level-detection-guide", "category": "application_article", "category_cn": "应用文章", "title": "高温焦化炉料位检测选型与部署指南", "summary": "**目标**: 在高温、高粉尘、低反射率的焦化炉内部，精准监控物料高度，确保生产流程顺畅与安全〔REF-002〕。", "focused_product": "LCJ系列", "product_series": "LCJ系列", "industry": [ "焦化工业", "钢铁冶金" ], "measurement": [ "焦化炉料位", "高温表面距离" ], "tags": [ "LCJ系列", "焦化工业", "钢铁冶金", "焦化炉料位", "传感器" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LCJ系列-激光测距传感器焦化炉料位检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "measurement-guide-lcj系列-11", "category": "application_article", "category_cn": "应用文章", "title": "煤气柜容积与速度测量选型与部署指南", "summary": "**目标**: 解决煤气柜在复杂工业环境下的非接触式高精度液位/柜容监测需求，实现从静态容积计算到动态柜速（升降速率）的实时追踪〔REF-002〕。", "focused_product": "LCJ系列", "product_series": "LCJ系列", "industry": [ "能源", "工业自动化" ], "measurement": [ "柜容", "柜速" ], "tags": [ "LCJ系列", "能源", "工业自动化", "柜容", "传感器" ], "updated_at": "2026-02-06", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LCJ系列-激光测距传感器煤气柜柜容、柜速测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "gas-holder-piston-tilt-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "煤气柜活塞倾斜度测量选型与部署指南", "summary": "**目标**: 针对煤气柜活塞在升降过程中的倾斜状态进行非接触式高精度监测，防止因倾斜导致的卡涩、泄漏或结构损坏，确保储气设施的安全运行〔REF-002〕。", "focused_product": "LCJ系列", "product_series": "LCJ系列", "industry": [ "能源/燃气", "重工业" ], "measurement": [ "活塞倾斜度", "高温物体表面距离" ], "tags": [ "LCJ系列", "能源/燃气", "重工业", "活塞倾斜度", "传感器" ], "updated_at": "2025-12-19", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LCJ系列-激光测距传感器煤气柜活塞倾斜度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "gas-holder-piston-height-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "煤气柜活塞高度非接触式激光测量选型与部署指南", "summary": "**目标**: 本指南针对\"煤气柜活塞高度\", \"高温物体表面距离\"场景，提供选型与部署指导〔REF-001〕。", "focused_product": "LCJ系列", "product_series": "LCJ系列", "industry": [ "能源/煤气储运", "重工业" ], "measurement": [ "煤气柜活塞高度", "高温物体表面距离" ], "tags": [ "LCJ系列", "能源/煤气储运", "重工业", "煤气柜活塞高度", "传感器" ], "updated_at": "2025-12-16", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LCJ系列-激光测距传感器煤气柜活塞高度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "coal-mine-tunnel-depth-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "煤矿巷道深度测量传感器选型与部署指南", "summary": "**目标**: 针对煤矿井下复杂环境，提供高精度、高可靠性的巷道深度及轮廓非接触式测量方案，以辅助矿井安全监测与作业效率提升〔REF-002〕。", "focused_product": "LCJ系列", "product_series": "LCJ系列", "industry": [ "煤矿开采", "重工业", "户外工程" ], "measurement": [ "巷道深度", "高温物体表面距离", "非接触式距离" ], "tags": [ "LCJ系列", "煤矿开采", "重工业", "巷道深度", "传感器" ], "updated_at": "2025-03-27", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LCJ系列-激光测距传感器煤矿巷道深度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "coal-mine-cloth-car-positioning-laser-distance-guide", "category": "application_article", "category_cn": "应用文章", "title": "煤矿布料小车精准定位与激光测距选型部署指南", "summary": "**目标**: 在煤矿运输与布料作业中，实现布料小车的高精度非接触式运行距离与定位坐标测量，提升复杂粉尘、潮湿及高温环境下的测量稳定性与安全控制能力〔REF-00…", "focused_product": "LCJ系列", "product_series": "LCJ系列", "industry": [ "煤矿开采", "煤炭运输", "重工业" ], "measurement": [ "布料小车运行距离", "设备定位坐标", "高温物料表面距离" ], "tags": [ "LCJ系列", "煤矿开采", "煤炭运输", "布料小车运行距离", "传感器" ], "updated_at": "2026-03-09", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LCJ系列-激光测距传感器煤矿布料小车定位/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "smelting-furnace-aluminum-liquid-level-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "熔炼炉铝水液面高度检测选型与部署指南", "summary": "**目标**: 为铝冶炼熔炼炉提供非接触式、实时稳定的铝水液面高度监测方案，支撑自动加料、出铝控制与安全生产预警〔REF-002〕。", "focused_product": "LCJ系列", "product_series": "LCJ系列", "industry": [ "铝冶炼行业", "重工业熔炼", "铸造工艺" ], "measurement": [ "铝水液面高度", "高温物体表面距离" ], "tags": [ "LCJ系列", "铝冶炼行业", "重工业熔炼", "铝水液面高度", "传感器" ], "updated_at": "2025-11-01", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LCJ系列-激光测距传感器熔炼炉铝水液面高度检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "鐭虫补閽讳簳娣卞害婵€鍏夋祴璺濋€夊瀷涓庨儴缃叉寚鍗?guide", "category": "application_article", "category_cn": "应用文章", "title": "鐭虫补閽讳簳娣卞害婵€鍏夋祴璺濋€夊瀷涓庨儴缃叉寚鍗?", "summary": "source_archive: ", "focused_product": "绀轰緥浜у搧", "product_series": "绀轰緥绯诲垪", "industry": [ "宸ヤ笟娴嬮噺" ], "measurement": [ "灏哄娴嬮噺" ], "tags": [ "绀轰緥浜у搧", "绀轰緥绯诲垪", "宸ヤ笟娴嬮噺", "灏哄娴嬮噺", "传感器" ], "updated_at": "2025-01-01", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LCJ系列-激光测距传感器牙轮转机打钻深浅检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "billet-transport-positioning-laser-distance-guide", "category": "application_article", "category_cn": "应用文章", "title": "生产线料坯传送定位激光测距选型与部署指南", "summary": "**目标**: 为生产线料坯传送定位场景提供激光测距传感器选型、部署与验收的工程技术参考，以 LCJ系列 作为典型产品案例辅助决策〔REF-001〕。", "focused_product": "LCJ系列", "product_series": "LCJ系列", "industry": [ "重工业", "金属加工", "造纸", "汽车工业", "纺织" ], "measurement": [ "料坯传送距离", "料坯位置定位", "高温物体表面距离", "深色低反射率表面" ], "tags": [ "LCJ系列", "重工业", "金属加工", "料坯传送距离", "传感器" ], "updated_at": "2025-08-30", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LCJ系列-激光测距传感器生产线料坯传送定位/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "production-line-billet-positioning-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "生产线料胚传送定位激光测距选型与部署指南", "summary": "**目标**: 解决汽车、金属及造纸等行业生产线料胚在高速传送过程中的精确定位与尺寸检测需求，提升自动化水平与产品一致性〔REF-002〕。", "focused_product": "LCJ系列", "product_series": "LCJ系列", "industry": [ "汽车制造", "金属加工", "造纸工业" ], "measurement": [ "传送中料胚距离", "高温物体表面距离" ], "tags": [ "LCJ系列", "汽车制造", "金属加工", "传送中料胚距离", "传感器" ], "updated_at": "2025-12-06", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LCJ系列-激光测距传感器生产线料胚传送定位/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "elevator-operation-measurement-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "电梯运行监测与位移测量选型部署指南", "summary": "**目标**: 在电梯井道或机房部署非接触式激光测距方案，实时采集轿厢/对重位置、行程位移及运行速度，保障电梯安全运行并辅助故障诊断〔REF-002〕。", "focused_product": "LCJ系列", "product_series": "LCJ系列", "industry": [ "电梯制造", "电梯维保", "重工业" ], "measurement": [ "电梯位移", "运行速度", "位置监测" ], "tags": [ "LCJ系列", "电梯制造", "电梯维保", "电梯位移", "传感器" ], "updated_at": "2025-05-04", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LCJ系列-激光测距传感器电梯运行测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "electrified-railway-contact-net-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "电气化铁路接触网几何尺寸高精度选型与部署指南", "summary": "**目标**: 实现电气化铁路接触网在高速运行或静态维护场景下的高度、拉出值（位置）及导高垂直度的非接触式高精度测量，确保列车受电弓取流安全〔REF-001〕。", "focused_product": "LCJ系列", "product_series": "LCJ系列", "industry": [ "电气化铁路", "轨道交通" ], "measurement": [ "接触网高度", "接触网垂直度", "接触网位置偏移" ], "tags": [ "LCJ系列", "电气化铁路", "轨道交通", "接触网高度", "传感器" ], "updated_at": "2025-12-14", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LCJ系列-激光测距传感器电气化铁路接触网测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "electrolytic-copper-liquid-level-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "电解铜液面定位选型与部署指南", "summary": "**目标**: 在电解铜生产的高温、深色液面及复杂电磁环境中，实现高精度、非接触式的实时液面定位，以保障工艺稳定性与产品质量〔REF-002〕。", "focused_product": "LCJ系列", "product_series": "LCJ系列", "industry": [ "有色金属冶炼", "重工业" ], "measurement": [ "电解铜液面", "高温物体表面" ], "tags": [ "LCJ系列", "有色金属冶炼", "重工业", "电解铜液面", "传感器" ], "updated_at": "2026-03-21", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LCJ系列-激光测距传感器电解铜液面定位/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "electrolytic-copper-crane-positioning-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "电解铜航车高精度定位选型与部署指南", "summary": "**目标**: 本指南针对电解铜航车位置, 高温金属表面距离场景，提供选型与部署指导〔REF-001〕。", "focused_product": "LCJ系列", "product_series": "LCJ系列", "industry": [ "有色金属冶炼", "重工业", "制造业" ], "measurement": [ "电解铜航车位置", "高温金属表面距离" ], "tags": [ "LCJ系列", "有色金属冶炼", "重工业", "电解铜航车位置", "传感器" ], "updated_at": "2026-01-01", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LCJ系列-激光测距传感器电解铜航车定位/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "electrolytic-aluminum-bridge-crane-positioning-laser-distance-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "电解铝天车定位激光测距传感器选型与部署指南", "summary": "**目标**: 本指南针对激光测距, 距离测量, 位置检测场景，提供选型与部署指导〔REF-001〕。", "focused_product": "LCJ系列", "product_series": "LCJ系列", "industry": [ "电解铝", "重工业" ], "measurement": [ "激光测距", "距离测量", "位置检测" ], "tags": [ "LCJ系列", "电解铝", "重工业", "激光测距", "传感器" ], "updated_at": "2026-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LCJ系列-激光测距传感器电解铝天车定位/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "electrolytic-aluminum-slag-level-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "电解铝铝水液面定位选型与部署指南", "summary": "**目标**: 本指南针对\"铝水液面\", \"高温熔融金属表面\"场景，提供选型与部署指导〔REF-001〕。", "focused_product": "LCJ系列", "product_series": "LCJ系列", "industry": [ "电解铝冶炼", "重工业" ], "measurement": [ "铝水液面", "高温熔融金属表面" ], "tags": [ "LCJ系列", "电解铝冶炼", "重工业", "铝水液面", "传感器" ], "updated_at": "2026-02-21", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LCJ系列-激光测距传感器电解铝铝水液面定位/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "target-existence-detection-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "目标存在检测传感器选型与部署指南", "summary": "目标存在检测的核心选型结论:**选用激光测距传感器（如 LCJ 系列）**，而非超声波或红外传感器。关键理由三点:① 激光量程覆盖 0.05~500 m，精度 …", "focused_product": "LCJ系列", "product_series": "LCJ系列", "industry": [ "金属加工", "造纸", "汽车制造" ], "measurement": [ "目标存在状态", "高温物体表面距离" ], "tags": [ "LCJ系列", "金属加工", "造纸", "目标存在状态", "传感器" ], "updated_at": "2025-09-21", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LCJ系列-激光测距传感器目标存在检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "mine-steel-wire-rope-length-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "矿山钢丝绳长度测量选型与部署指南", "summary": "**目标**: 本指南针对\"钢丝绳长度\", \"高温物体表面距离\", \"工业距离测量\"场景，提供选型与部署指导〔REF-001〕。", "focused_product": "LCJ系列", "product_series": "LCJ系列", "industry": [ "矿山", "汽车", "造纸", "金属", "纺织" ], "measurement": [ "钢丝绳长度", "高温物体表面距离", "工业距离测量" ], "tags": [ "LCJ系列", "矿山", "汽车", "钢丝绳长度", "传感器" ], "updated_at": "2025-05-31", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LCJ系列-激光测距传感器矿山钢丝绳长度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "buried-material-radar-guide", "category": "application_article", "category_cn": "应用文章", "title": "高温熔炉料位非接触式检测选型与部署指南", "summary": "**目标**: 实现在矿热电炉高温环境下对固体物料表面高度的非接触式连续监测，防止溢料与堵塞，保障生产连续性〔REF-002〕。", "focused_product": "LCJ系列", "product_series": "LCJ系列", "industry": [ "冶金工业，重工业" ], "measurement": [ "矿热电炉料位，高温固体物料表面" ], "tags": [ "LCJ系列", "冶金工业，重工业", "矿热电炉料位，高温固体物料表面", "传感器" ], "updated_at": "2025-04-10", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LCJ系列-激光测距传感器矿热电炉料位检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "content-示例产品-11", "category": "application_article", "category_cn": "应用文章", "title": "矿石布料小车激光测距定位选型与部署指南", "summary": "矿石布料小车在选矿厂给料系统中承担关键的位置调节与物料均匀分布职能，其定位精度直接影响给料稳定性与下游设备运行效率。传统接触式位移传感器在高温、粉尘、振动工况下…", "focused_product": "示例产品", "product_series": "示例系列", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "示例产品", "示例系列", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-01-01", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LCJ系列-激光测距传感器矿石布料小车定位/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "mine-cart-positioning-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "矿山矿车行车定位与距离测量选型部署指南", "summary": "**目标**: 解决矿山复杂环境下矿车行车路径、位置及高温物体表面距离的高精度实时监测需求，确保物料运输效率与作业安全〔REF-002〕。", "focused_product": "LCJ系列", "product_series": "LCJ系列", "industry": [ "矿业", "重工业" ], "measurement": [ "矿车行车路径", "高温物体表面距离" ], "tags": [ "LCJ系列", "矿业", "重工业", "矿车行车路径", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LCJ系列-激光测距传感器矿车行车定位测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "high-temp-ring-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "高温环件尺寸非接触测量选型与部署指南", "summary": "**目标**: 解决碾环机高温环件（实测最高表面温度可达1550℃）在非接触式尺寸测量中的精度与稳定性问题，替代传统接触式仪表〔REF-001〕。", "focused_product": "LCJ系列", "product_series": "LCJ系列", "industry": [ "金属加工", "碾环机制造", "重工业" ], "measurement": [ "高温环件外径", "碾环机环件尺寸" ], "tags": [ "LCJ系列", "金属加工", "碾环机制造", "高温环件外径", "传感器" ], "updated_at": "2025-05-20", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LCJ系列-激光测距传感器碾环机高温环件尺寸测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "snow-depth-measurement-distance-guide", "category": "application_article", "category_cn": "应用文章", "title": "积雪深度测量传感器选型与部署指南", "summary": "**目标**: 为交通、气象、建筑等行业的积雪深度监测场景提供激光测距传感器的选型参考与工程部署指导〔REF-002〕。", "focused_product": "LCJ系列", "product_series": "LCJ系列", "industry": [ "交通", "气象", "建筑" ], "measurement": [ "积雪深度", "距离" ], "tags": [ "LCJ系列", "交通", "气象", "积雪深度", "传感器" ], "updated_at": "2025-11-02", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LCJ系列-激光测距传感器积雪深度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "kiln-car-distance-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "工业窑车测距与高温环境选型部署指南", "summary": "**目标**: 本指南针对窑车位置实时监测, 物料装载高度检测, 窑车与烘干设备间距控制, 高温物体表面距离场景，提供选型与部署指导〔REF-001〕。", "focused_product": "LCJ系列", "product_series": "LCJ系列", "industry": [ "水泥行业", "陶瓷行业", "重工业", "户外应用" ], "measurement": [ "窑车位置实时监测", "物料装载高度检测", "窑车与烘干设备间距控制", "高温物体表面距离" ], "tags": [ "LCJ系列", "水泥行业", "陶瓷行业", "窑车位置实时监测", "传感器" ], "updated_at": "2025-01-27", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LCJ系列-激光测距传感器窑车测距/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "lcj-guide-典型产品", "category": "application_article", "category_cn": "应用文章", "title": "工业制造场景几何尺寸选型与部署指南", "summary": "**目标**：面向工业制造场景中的几何尺寸在线检测需求，提供线激光三角测量型轮廓传感器的选型与部署参考〔REF-002〕。", "focused_product": "典型产品", "product_series": "典型系列", "industry": [ "工业制造" ], "measurement": [ "几何尺寸测量", "轮廓重建", "厚度/宽度/平面度检测" ], "tags": [ "典型产品", "典型系列", "工业制造", "几何尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LCJ系列-激光测距传感器筒仓填充高度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "content-示例产品-12", "category": "application_article", "category_cn": "应用文章", "title": "管道工业测距选型与部署指南", "summary": "管道工业测距场景的核心需求是在高温、高粉尘、强振动的恶劣环境下，实现对运动管道前端距离与表面温度的稳定、实时测量。LCJ 系列激光测距/测温一体化设备凭借其 I…", "focused_product": "示例产品", "product_series": "示例系列", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "示例产品", "示例系列", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-01-01", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LCJ系列-激光测距传感器管道前望镜测距/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "tank-anti-corrosion-material-distance-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "罐体防腐材料高温非接触测量选型与部署指南", "summary": "**目标**: 在石油化工、重工业及户外高温工况下，实现罐体内壁防腐涂层剩余距离/厚度的非接触式精准评估，辅助预测腐蚀速率并优化检修周期〔REF-002〕。", "focused_product": "LCJ系列", "product_series": "LCJ系列", "industry": [ "石油化工", "重工业", "汽车制造", "造纸", "金属加工" ], "measurement": [ "罐体防腐涂层距离", "高温物体表面距离", "深色低反射率表面" ], "tags": [ "LCJ系列", "石油化工", "重工业", "罐体防腐涂层距离", "传感器" ], "updated_at": "2025-03-03", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LCJ系列-激光测距传感器罐体中防腐材料测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "canned-product-distance-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "罐装物测距选型与部署指南", "summary": "**目标**: 实现罐装物内部物料高度、液位体积及高温物体表面的非接触式实时监测，确保生产流程中的质量控制与效率提升〔REF-002〕。", "focused_product": "LCJ", "product_series": "LCJ", "industry": [ "食品饮料", "化工", "重工业制造" ], "measurement": [ "液位测量", "距离测量" ], "tags": [ "LCJ", "食品饮料", "化工", "液位测量", "传感器" ], "updated_at": "2025-08-07", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LCJ系列-激光测距传感器罐装物测距/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "ship-safe-mooring-monitoring-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "船舶安全停靠位置监控激光测距选型与部署指南", "summary": "**目标**: 在复杂港口环境下，实现对大型船舶靠泊距离、姿态及间隙的高精度、实时无接触测量，防止碰撞事故并提升港口调度效率〔REF-002〕。", "focused_product": "LCJ系列", "product_series": "LCJ系列", "industry": [ "航运港口", "海洋工程" ], "measurement": [ "船舶船体距离", "停靠位置间隙" ], "tags": [ "LCJ系列", "航运港口", "海洋工程", "船舶船体距离", "传感器" ], "updated_at": "2025-03-19", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LCJ系列-激光测距传感器船舶安全停靠位置监控/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "ship-safe-distance-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "船舶安全靠距检测与部署选型指南", "summary": "**目标**: 本指南针对船舶与岸边距离, 高温物体表面距离场景，提供选型与部署指导〔REF-001〕。", "focused_product": "LCJ系列", "product_series": "LCJ系列", "industry": [ "航运与港口", "工业制造" ], "measurement": [ "船舶与岸边距离", "高温物体表面距离" ], "tags": [ "LCJ系列", "航运与港口", "工业制造", "船舶与岸边距离", "传感器" ], "updated_at": "2025-11-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LCJ系列-激光测距传感器船舶安全靠距/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "crane-xy-positioning-guide", "category": "application_article", "category_cn": "应用文章", "title": "行吊XY定位选型与部署指南", "summary": "**目标**: 解决重载行吊在复杂工业环境（如冶金、户外）下的 XY 坐标精确定位，提升搬运安全与效率。", "focused_product": "LCJ系列", "product_series": "LCJ系列", "industry": [ "汽车制造", "造纸", "金属加工", "纺织" ], "measurement": [ "行吊XY坐标距离", "高温物体表面距离" ], "tags": [ "LCJ系列", "汽车制造", "造纸", "行吊XY坐标距离", "传感器" ], "updated_at": "2026-04-01", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LCJ系列-激光测距传感器行吊XY定位/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "loading-unloading-equipment-positioning-guide", "category": "application_article", "category_cn": "应用文章", "title": "装卸设备定位选型与部署指南", "summary": "**目标**: 为港口及工业装卸设备的精确定位场景提供基于LCJ系列激光测距传感器的选型与部署参考，确保在复杂工况下的定位精度与系统响应速度。", "focused_product": "LCJ", "product_series": "LCJ", "industry": [ "港口物流", "起重搬运", "工业自动化" ], "measurement": [ "设备定位", "距离测量" ], "tags": [ "LCJ", "港口物流", "起重搬运", "设备定位", "传感器" ], "updated_at": "2025-08-07", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LCJ系列-激光测距传感器装卸设备定位/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "assembly-inspection-distance-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "工业装配间隙与对齐度检测选型与部署指南", "summary": "**目标**: 为工业产线装配环节提供非接触式高精度距离与间隙检测方案选型依据，确保装配件空间位置符合设计公差要求〔REF-002〕。", "focused_product": "LCJ系列", "product_series": "LCJ系列", "industry": [ "汽车制造", "造纸工业", "金属加工", "纺织行业", "重工业" ], "measurement": [ "装配件间隙", "结构对齐度", "高温物体表面距离", "整体结构完整性" ], "tags": [ "LCJ系列", "汽车制造", "造纸工业", "装配件间隙", "传感器" ], "updated_at": "2025-05-28", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LCJ系列-激光测距传感器装配检查/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "huojia-chulibei-juli-ce-liang-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "货架处理设备距离测量选型与部署指南", "summary": "**目标**: 为自动化货架处理及仓储物流场景提供非接触式距离测量方案选型依据，实现货物精准定位与空间利用率动态监测〔REF-002〕。", "focused_product": "LCJ系列", "product_series": "LCJ系列", "industry": [ "仓储物流", "汽车制造", "造纸工业", "金属加工", "纺织行业" ], "measurement": [ "货架货物定位", "存储空间利用率监测", "高温物体表面距离", "深色低反射表面测距" ], "tags": [ "LCJ系列", "仓储物流", "汽车制造", "货架货物定位", "传感器" ], "updated_at": "2025-08-23", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LCJ系列-激光测距传感器货架处理设备距离测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "crane-synchronization-distance-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "起重机同步控制距离测量选型与部署指南", "summary": "**目标**: 为多机协同或双小车起重机提供高精度、高动态响应的非接触式距离测量方案，消除机械连杆或传统光学引线的滞后误差〔REF-002〕。", "focused_product": "LCJ系列", "product_series": "LCJ系列", "industry": [ "建筑与制造", "物流与仓储", "重工业与户外作业" ], "measurement": [ "吊具与负载相对距离", "高温物体表面距离", "深色低反射率目标距离" ], "tags": [ "LCJ系列", "建筑与制造", "物流与仓储", "吊具与负载相对距离", "传感器" ], "updated_at": "2025-12-01", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LCJ系列-激光测距传感器起重机同步控制/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "crane-positioning-distance-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "起重机精准定位激光测距选型与部署指南", "summary": "**目标**: 为重工业及户外复杂环境下的起重机结构位移监测与精准定位提供非接触式测量方案，提升吊装作业的安全性与效率〔REF-002〕。", "focused_product": "LCJ系列", "product_series": "LCJ系列", "industry": [ "重工业", "汽车制造", "造纸", "金属加工", "纺织" ], "measurement": [ "高温物体表面距离", "深色低反射率目标距离", "起重机结构位移" ], "tags": [ "LCJ系列", "重工业", "汽车制造", "高温物体表面距离", "传感器" ], "updated_at": "2026-02-25", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LCJ系列-激光测距传感器起重机定位/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "crane-collision-protection-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "起重机碰撞保护激光测距方案选型与部署指南", "summary": "**目标**: 为起重机防碰撞安全防护场景提供激光测距传感器的选型、部署与验收参考方案〔REF-002〕。", "focused_product": "LCJ系列", "product_series": "LCJ系列", "industry": [ "重工业", "户外应用", "汽车制造", "造纸", "金属加工", "纺织" ], "measurement": [ "起重机运行距离", "障碍物相对位置", "高温物体表面距离" ], "tags": [ "LCJ系列", "重工业", "户外应用", "起重机运行距离", "传感器" ], "updated_at": "2025-07-07", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LCJ系列-激光测距传感器起重机碰撞保护/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "large-object-geometry-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "超大物体几何计量选型与部署指南", "summary": "**目标**: 面向金属冶炼、造纸、汽车制造等行业，为超大物体几何尺寸及高温物体表面距离测量提供售前选型与工程部署参考，确保产品质量、安全与生产效率〔REF-00…", "focused_product": "LCJ系列", "product_series": "LCJ系列", "industry": [ "金属冶炼", "造纸", "汽车制造" ], "measurement": [ "超大物体几何尺寸", "高温物体表面距离" ], "tags": [ "LCJ系列", "金属冶炼", "造纸", "超大物体几何尺寸", "传感器" ], "updated_at": "2025-10-23", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LCJ系列-激光测距传感器超大物体几何计量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "measurement-guide-lcj系列-12", "category": "application_article", "category_cn": "应用文章", "title": "路桥工程远距离测量选型与部署指南", "summary": "**目标**: 解决路桥工程中远距离、复杂环境（高温、强光、低反射率表面）下的非接触式高精度几何尺寸检测需求，确保工程安全与质量〔REF-002〕。", "focused_product": "LCJ系列", "product_series": "LCJ系列", "industry": [ "路桥工程", "重工业", "户外基建" ], "measurement": [ "桥梁跨度", "路面高程变化", "高温物体表面距离", "低反射率深色表面" ], "tags": [ "LCJ系列", "路桥工程", "重工业", "桥梁跨度", "传感器" ], "updated_at": "2026-03-06", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LCJ系列-激光测距传感器路桥工程远距离测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "vehicle-positioning-laser-distance-guide", "category": "application_article", "category_cn": "应用文章", "title": "车辆定位激光测距传感器选型与部署指南", "summary": "**目标**: 实现复杂工业与交通场景下车辆或移动目标的实时位置监测、速度计算与调度管理〔REF-002〕。", "focused_product": "LCJ系列", "product_series": "LCJ系列", "industry": [ "物流运输", "道路交通管理", "重工业", "汽车制造" ], "measurement": [ "车辆位置", "行驶距离", "高温物体表面距离" ], "tags": [ "LCJ系列", "物流运输", "道路交通管理", "车辆位置", "传感器" ], "updated_at": "2025-08-17", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LCJ系列-激光测距传感器车辆定位/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "vehicle-size-monitoring-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "车辆尺寸监控选型与部署指南", "summary": "**目标**: 针对交通管理、重工业及户外场景，提供高精度、非接触式的车辆尺寸或高温物体表面距离测量解决方案，确保实时监控的准确性与稳定性〔REF-002〕。", "focused_product": "LCJ系列", "product_series": "LCJ系列", "industry": [ "交通管理", "重工业" ], "measurement": [ "车辆尺寸", "高温物体表面距离" ], "tags": [ "LCJ系列", "交通管理", "重工业", "车辆尺寸", "传感器" ], "updated_at": "2026-04-26", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LCJ系列-激光测距传感器车辆尺寸监控/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "vehicle-detection-laser-ranging-guide", "category": "application_article", "category_cn": "应用文章", "title": "车辆探测激光测距传感器选型与部署指南", "summary": "**目标**: 实现对车道内车辆的高可靠距离监测，用于车流量统计、车道占用检测及高速公路安全监测场景。", "focused_product": "LCJ系列", "product_series": "LCJ系列", "industry": [ "交通管理", "安全监控" ], "measurement": [ "通过车辆", "静止车辆" ], "tags": [ "LCJ系列", "交通管理", "安全监控", "通过车辆", "传感器" ], "updated_at": "2025-11-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LCJ系列-激光测距传感器车辆探测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "vehicle-distance-detection-laser-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "杞﹁締璺濈妫€娴嬫縺鍏夋祴璺濋€夊瀷涓庨儴缃叉寚鍗?", "summary": "**鐩爣**锛氭湰鎸囧崡閽堝灏哄娴嬮噺鍦烘櫙锛屾彁渚涢€夊瀷涓庨儴缃叉寚瀵笺€擱EF-001銆曘€?- **鎺ㄨ崘鎶€鏈矾绾?*锛氳瑙佺5绔犱骇鍝佸…", "focused_product": "绀轰緥浜у搧", "product_series": "绀轰緥绯诲垪", "industry": [ "宸ヤ笟娴嬮噺" ], "measurement": [ "灏哄娴嬮噺" ], "tags": [ "绀轰緥浜у搧", "绀轰緥绯诲垪", "宸ヤ笟娴嬮噺", "灏哄娴嬮噺", "传感器" ], "updated_at": "2025-01-01", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LCJ系列-激光测距传感器车辆距离检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "automotive-door-component-positioning-guide", "category": "application_article", "category_cn": "应用文章", "title": "车门零部件位置确认选型与部署指南", "summary": "**目标**: 在汽车制造总装或涂装车间，针对车门门锁、铰链、密封条等关键零部件的安装位置进行高精度非接触式检测，确保装配精度符合公差要求，防止水汽侵入并提升车身…", "focused_product": "LCJ系列", "product_series": "LCJ系列", "industry": [ "汽车制造", "工业自动化" ], "measurement": [ "车门零部件位置", "门锁/铰链/密封条装配间隙" ], "tags": [ "LCJ系列", "汽车制造", "工业自动化", "车门零部件位置", "传感器" ], "updated_at": "2025-09-18", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LCJ系列-激光测距传感器车门零部件位置确认/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "automotive-door-part-detection-guide", "category": "application_article", "category_cn": "应用文章", "title": "工业汽车零部件有无确认选型与部署指南", "summary": "**目标**: 在汽车制造生产线中对车门零部件（门锁、玻璃升降器、门把手等）进行有无确认检测，确保整车装配质量与安全性〔REF-002〕。", "focused_product": "LCJ系列", "product_series": "LCJ系列", "industry": [ "汽车制造", "工业自动化" ], "measurement": [ "车门零部件有无确认", "门锁位置检测", "玻璃升降器检测", "门把手存在性确认" ], "tags": [ "LCJ系列", "汽车制造", "工业自动化", "车门零部件有无确认", "传感器" ], "updated_at": "2025-04-29", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LCJ系列-激光测距传感器车门零部件有无确认/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "rolling-mill-roll-diameter-distance-guide", "category": "application_article", "category_cn": "应用文章", "title": "轧光机卷径控制激光测距传感器选型与部署指南", "summary": "**目标**: 解决高速轧光机卷径闭环控制中远距离、高动态范围、高温低反射率表面测量难题〔REF-002〕。", "focused_product": "LCJ系列", "product_series": "LCJ series", "industry": [ "纺织/造纸", "重工业/金属加工" ], "measurement": [ "卷材直径/卷径", "高温表面距离" ], "tags": [ "LCJ系列", "LCJ series", "纺织/造纸", "重工业/金属加工", "卷材直径/卷径", "传感器" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LCJ系列-激光测距传感器轧光机的卷径控制/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "steel-rolling-slab-positioning-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "轧钢钢坯定位激光测距传感器选型与部署指南", "summary": "**目标**: 在轧钢生产线上实时、精准定位钢坯位置，确保后续轧制工序稳定运行，提升成品质量与生产效率。", "focused_product": "LCJ系列", "product_series": "LCJ系列", "industry": [ "钢铁冶金", "金属加工", "汽车制造", "造纸纺织" ], "measurement": [ "钢坯位置", "钢坯宽度", "钢坯高度", "钢坯表面温度" ], "tags": [ "LCJ系列", "钢铁冶金", "金属加工", "钢坯位置", "传感器" ], "updated_at": "2025-11-11", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LCJ系列-激光测距传感器轧钢钢坯定位/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "rail-cart-position-monitoring-guide", "category": "application_article", "category_cn": "应用文章", "title": "轨道小车位置监控激光测距选型与部署指南", "summary": "**目标**：面向工业轨道输送车位置监控场景，为售前与工程人员提供激光测距传感器选型与现场部署的系统化参考，帮助快速判断技术路线适用性与现场配置要点〔REF-0…", "focused_product": "激光测距传感器", "product_series": "典型激光测距系列", "industry": [ "工业制造", "冶金", "物流" ], "measurement": [ "距离", "位置", "定位" ], "tags": [ "激光测距传感器", "典型激光测距系列", "工业制造", "冶金", "距离", "传感器" ], "updated_at": "2026-08-07", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LCJ系列-激光测距传感器轨道小车位置监控/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "railway-crane-anti-collision-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "轨道式起重机防撞检测激光测距选型与部署指南", "summary": "**目标**: 本指南针对动态障碍物距离, 高温物体表面距离场景，提供选型与部署指导〔REF-001〕。", "focused_product": "LCJ系列", "product_series": "LCJ系列", "industry": [ "物流仓储", "建筑起重", "重工业制造" ], "measurement": [ "动态障碍物距离", "高温物体表面距离" ], "tags": [ "LCJ系列", "物流仓储", "建筑起重", "动态障碍物距离", "传感器" ], "updated_at": "2025-09-06", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LCJ系列-激光测距传感器轨道式起重机防撞/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "rail-vehicle-positioning-guide", "category": "application_article", "category_cn": "应用文章", "title": "轨道式车辆高精度定位与部署选型指南", "summary": "**目标**: 为地铁、轻轨及货运列车等轨道式车辆提供高精度的实时位置监测、速度测量及与其他交通系统的协调定位方案，确保运营安全与调度效率〔REF-002〕。", "focused_product": "LCJ系列", "product_series": "LCJ系列", "industry": [ "轨道交通", "汽车制造", "重工业" ], "measurement": [ "车辆实时位置", "运行速度", "高温表面距离" ], "tags": [ "LCJ系列", "轨道交通", "汽车制造", "车辆实时位置", "传感器" ], "updated_at": "2026-04-05", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LCJ系列-激光测距传感器轨道式车辆的定位/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "rail-vehicle-positioning-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "轨道交通车辆精准定位激光测距选型与部署指南", "summary": "**目标**: 解决轨道交通车辆在复杂环境（高温、强光、振动）下的高精度非接触式定位与距离测量需求，提升行车安全与运输效率〔REF-002〕。", "focused_product": "LCJ系列", "product_series": "LCJ系列", "industry": [ "轨道交通", "重工业" ], "measurement": [ "轨道车辆位置", "高温物体表面距离" ], "tags": [ "LCJ系列", "轨道交通", "重工业", "轨道车辆位置", "传感器" ], "updated_at": "2025-05-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LCJ系列-激光测距传感器轨道车辆定位/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "rail-cart-position-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "轨道输送车位置测量选型与部署指南", "summary": "**目标**: 在复杂工业环境中实现轨道输送车的实时精准定位与动态距离监测，提升物流节拍并降低因定位偏差引发的安全隐患〔REF-002〕。", "focused_product": "LCJ系列", "product_series": "LCJ系列", "industry": [ "汽车制造", "造纸工业", "金属加工", "纺织工业", "物流输送" ], "measurement": [ "轨道输送车实时位置", "动态运行距离", "高温物体表面距离" ], "tags": [ "LCJ系列", "汽车制造", "造纸工业", "轨道输送车实时位置", "传感器" ], "updated_at": "2026-02-06", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LCJ系列-激光测距传感器轨道输送车位置测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "converter-gas-holder-piston-safety-detection-guide", "category": "application_article", "category_cn": "应用文章", "title": "转炉煤气柜活塞安全检测选型与部署指南", "summary": "**目标**: 针对转炉煤气柜活塞在高温、高压及粉尘环境下的位置监测，提供基于非接触式激光测距技术的选型依据与部署规范，确保设备运行安全及数据实时性〔REF-00…", "focused_product": "LCJ系列", "product_series": "LCJ系列", "industry": [ "钢铁冶金", "能源化工", "工业自动化" ], "measurement": [ "活塞位置", "活塞位移", "高温表面距离" ], "tags": [ "LCJ系列", "钢铁冶金", "能源化工", "活塞位置", "传感器" ], "updated_at": "2026-04-03", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LCJ系列-激光测距传感器转炉煤气柜活塞安全检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "lcj-guide-lcj系列-2", "category": "application_article", "category_cn": "应用文章", "title": "轮渡减震胎激光测距选型与部署指南", "summary": "**目标**: 为轮渡减震胎提供非接触式高精度距离测量，辅助航行安全性与乘客舒适度提升〔REF-002〕。", "focused_product": "LCJ系列", "product_series": "LCJ系列", "industry": [ "海洋运输", "船舶制造" ], "measurement": [ "减震胎位移", "轮胎形变" ], "tags": [ "LCJ系列", "海洋运输", "船舶制造", "减震胎位移", "传感器" ], "updated_at": "2026-02-11", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LCJ系列-激光测距传感器轮渡减震胎定位/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "tire-production-black-tread-ring-control-guide", "category": "application_article", "category_cn": "应用文章", "title": "橡胶生产过程环路精准距离监测选型与部署指南", "summary": "**目标**: 在轮胎生产中，实现对发光黑色胎面橡胶环路的实时、非接触式精确测量，保障生产质量。〔REF-001〕", "focused_product": "LCJ系列", "product_series": "LCJ系列", "industry": [ "轮胎制造", "汽车工业" ], "measurement": [ "黑色胎面橡胶厚度/环路间距，动态橡胶表面位置" ], "tags": [ "LCJ系列", "轮胎制造", "汽车工业", "黑色胎面橡胶厚度/环路间距，动态橡胶表面位置", "传感器" ], "updated_at": "2025-01-06", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LCJ系列-激光测距传感器轮胎生产中发光黑色胎面橡胶环路控制/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "ship-berthing-distance-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "船舶自动靠岸测距传感器选型与部署指南", "summary": "**目标**: 为轮船自动靠岸场景提供激光测距传感器的选型参考与工程部署建议，确保船舶与港口设施间保持安全距离〔REF-002〕。", "focused_product": "LCJ系列", "product_series": "LCJ系列", "industry": [ "航运", "港口" ], "measurement": [ "船舶与港口设施距离", "高温物体表面距离" ], "tags": [ "LCJ系列", "航运", "港口", "船舶与港口设施距离", "传感器" ], "updated_at": "2025-04-18", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LCJ系列-激光测距传感器轮船自动靠岸测距/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "measurement-guide-lcj系列-13", "category": "application_article", "category_cn": "应用文章", "title": "载重车辆停车道占位监控与高精度距离测量选型部署指南", "summary": "**目标**: 针对城市交通管理中载重车辆停车道的占位监控需求，提供基于激光测距技术的非接触式解决方案，以解决传统地磁或红外传感器在恶劣环境下的稳定性问题〔REF…", "focused_product": "LCJ系列", "product_series": "LCJ系列", "industry": [ "城市交通管理", "智慧停车", "工业检测" ], "measurement": [ "载重车辆车位占用状态", "高温物体表面距离" ], "tags": [ "LCJ系列", "城市交通管理", "智慧停车", "载重车辆车位占用状态", "传感器" ], "updated_at": "2025-09-11", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LCJ系列-激光测距传感器载重车辆停车道占位监控/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "motion-object-position-monitoring-laser-distance-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "工业运动物体位置监控选型与部署指南", "summary": "**目标**: 面向汽车制造、造纸、金属加工、纺织等行业的运动物体实时距离监测需求，提供基于激光测距技术的非接触式选型与部署参考方案〔REF-002〕。", "focused_product": "LCJ系列", "product_series": "LCJ系列", "industry": [ "汽车制造", "造纸", "金属加工", "纺织" ], "measurement": [ "运动物体实时距离", "高温物体表面距离", "低反射率深色表面目标" ], "tags": [ "LCJ系列", "汽车制造", "造纸", "运动物体实时距离", "传感器" ], "updated_at": "2026-05-17", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LCJ系列-激光测距传感器运动物体位置监控/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "offshore-port-surveillance-laser-range-finder-guide", "category": "application_article", "category_cn": "应用文章", "title": "近海与港口激光测距选型与部署指南", "summary": "**目标**: 在近海与港口监视场景中，实现高精度、非接触式的船体与环境障碍物距离测量，提升监测精度和效率，增强安全性与可靠性。", "focused_product": "LCJ系列", "product_series": "LCJ系列", "industry": [ "船舶停泊监视", "港口货物管理" ], "measurement": [ "船体距离", "环境障碍物距离" ], "tags": [ "LCJ系列", "船舶停泊监视", "港口货物管理", "船体距离", "传感器" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LCJ系列-激光测距传感器近海和港口监视/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "measurementguide-lcj系列", "category": "application_article", "category_cn": "应用文章", "title": "连铸坯位置测量选型与部署指南", "summary": "**目标**: 在钢铁连铸生产线上，实现对移动连铸坯或高温工件的实时、非接触式高精度位置监测，以优化后续加工精度并减少废料〔REF-002〕。", "focused_product": "LCJ系列", "product_series": "LCJ系列", "industry": [ "钢铁制造", "重工业" ], "measurement": [ "连铸坯位置", "高温物体表面距离" ], "tags": [ "LCJ系列", "钢铁制造", "重工业", "连铸坯位置", "传感器" ], "updated_at": "2025-09-10", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LCJ系列-激光测距传感器连铸坯位置测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "continuous-casting-steel-slab-thickness-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "连铸坯厚度测量选型与部署指南", "summary": "**目标**: 本指南针对连铸坯厚度, 高温物体表面距离场景，提供选型与部署指导〔REF-001〕。", "focused_product": "LCJ系列", "product_series": "LCJ系列", "industry": [ "钢铁冶金", "重工业" ], "measurement": [ "连铸坯厚度", "高温物体表面距离" ], "tags": [ "LCJ系列", "钢铁冶金", "重工业", "连铸坯厚度", "传感器" ], "updated_at": "2025-04-26", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LCJ系列-激光测距传感器连铸坯厚度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "measurement-guide-lcj系列-14", "category": "application_article", "category_cn": "应用文章", "title": "工业高温环境非接触测距选型与部署指南", "summary": "**目标**: 针对连铸坯定尺剪切等重工业场景，提供基于激光测距技术的长度测量与自动化控制选型参考，旨在提升剪切精度与生产效率〔REF-002〕。", "focused_product": "LCJ系列", "product_series": "LCJ系列", "industry": [ "钢铁冶金", "重工业" ], "measurement": [ "连铸坯长度", "高温物体表面距离" ], "tags": [ "LCJ系列", "钢铁冶金", "重工业", "连铸坯长度", "传感器" ], "updated_at": "2025-04-09", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LCJ系列-激光测距传感器连铸坯定尺剪切/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "continuous-cast-width-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "连铸坯宽度测量选型与部署指南", "summary": "**目标**: 针对连铸生产线上高温、高粉尘环境下的铸坯宽度及表面温度进行非接触式高精度实时监测，以替代传统接触式或低精度光学方案，确保产品质量一致性并提升自动化…", "focused_product": "LCJ系列", "product_series": "LCJ系列", "industry": [ "冶金工业", "重工业" ], "measurement": [ "连铸坯宽度", "高温物体表面距离" ], "tags": [ "LCJ系列", "冶金工业", "重工业", "连铸坯宽度", "传感器" ], "updated_at": "2025-07-16", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LCJ系列-激光测距传感器连铸坯宽度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "content-示例产品-13", "category": "application_article", "category_cn": "应用文章", "title": "连铸坯长宽厚尺寸选型与部署指南", "summary": "连铸坯作为钢铁生产的核心中间产品，其长度、宽度和厚度尺寸的精确测量直接关系后续轧制工艺质量与成材率。LCJ 系列激光测量系统基于三角反射原理与线激光扫描技术，实…", "focused_product": "示例产品", "product_series": "示例系列", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "示例产品", "示例系列", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-01-01", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LCJ系列-激光测距传感器连铸坯长宽厚尺寸测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "continuous-casting-length-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "连铸坯长度测量选型与部署指南", "summary": "**目标**: 为连铸坯长度及高温表面距离的精准检测提供选型与部署指导，实现非接触式快速测量〔REF-002〕。", "focused_product": "LCJ系列", "product_series": "LCJ系列", "industry": [ "钢铁冶金", "重工业" ], "measurement": [ "连铸坯长度", "高温金属表面距离" ], "tags": [ "LCJ系列", "钢铁冶金", "重工业", "连铸坯长度", "传感器" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LCJ系列-激光测距传感器连铸坯长度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "content-示例产品-14", "category": "application_article", "category_cn": "应用文章", "title": "金属液面高度激光测距选型与部署指南", "summary": "金属液面高度测量是冶金铸造、造纸金属及纺织行业中的核心工艺监控环节。高温、强辐射、低反射率的液态金属表面给传统光学测量带来严峻挑战。LCJ系列激光测距传感器采用…", "focused_product": "示例产品", "product_series": "示例系列", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "示例产品", "示例系列", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-01-01", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LCJ系列-激光测距传感器金属液面高度检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "steel-ladle-positioning-laser-ranging-guide", "category": "application_article", "category_cn": "应用文章", "title": "钢包车定位激光测距传感器选型与部署指南", "summary": "**目标**: 实现钢包车在熔炼、浇注、转运环节中的精准定位，提升生产效率与作业安全性〔REF-002〕。", "focused_product": "LCJ系列", "product_series": "LCJ系列", "industry": [ "钢铁制造", "重工业" ], "measurement": [ "距离测量", "位置定位", "高温表面测量" ], "tags": [ "LCJ系列", "钢铁制造", "重工业", "距离测量", "传感器" ], "updated_at": "2025-07-20", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LCJ系列-激光测距传感器钢包车定位/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "steel-billet-shape-measurement-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "钢坯外形尺寸测量选型与部署指南", "summary": "**目标**: 本指南针对钢坯外形尺寸, 高温物体表面距离场景，提供选型与部署指导〔REF-001〕。", "focused_product": "LCJ系列", "product_series": "LCJ系列", "industry": [ "钢铁制造", "重工业" ], "measurement": [ "钢坯外形尺寸", "高温物体表面距离" ], "tags": [ "LCJ系列", "钢铁制造", "重工业", "钢坯外形尺寸", "传感器" ], "updated_at": "2025-08-27", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LCJ系列-激光测距传感器钢坯外形尺寸测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "steel-rolling-thickness-control-laser-distance-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "钢坯轧制厚度控制选型与部署指南", "summary": "**目标**: 为钢坯轧制生产线提供厚度实时监测与质量控制方案，减少因厚度不均导致的材料浪费与成本上升〔REF-002〕。", "focused_product": "LCJ系列", "product_series": "LCJ系列", "industry": [ "钢铁制造", "金属加工", "重工业" ], "measurement": [ "钢坯厚度", "高温物体表面距离" ], "tags": [ "LCJ系列", "钢铁制造", "金属加工", "钢坯厚度", "传感器" ], "updated_at": "2026-05-05", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LCJ系列-激光测距传感器钢坯轧制厚度控制/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "steel-strip-coil-diameter-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "钢带线圈直径测量选型与部署指南", "summary": "**目标**: 实现钢带线圈/卷材外径的非接触式高精度在线监测，替代传统机械卡尺，提升产线自动化率与张力控制精度〔REF-002〕。", "focused_product": "LCJ系列", "product_series": "LCJ系列", "industry": [ "金属加工", "造纸", "纺织", "汽车制造" ], "measurement": [ "钢带线圈直径", "卷材外径" ], "tags": [ "LCJ系列", "金属加工", "造纸", "钢带线圈直径", "传感器" ], "updated_at": "2026-02-25", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LCJ系列-激光测距传感器钢带线圈的直径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "gangban-dingchang-caijian-juli-celiang-guide", "category": "application_article", "category_cn": "应用文章", "title": "钢板定长裁剪距离测量选型与部署指南", "summary": "**目标**: 实现钢板定长裁剪的高精度非接触式距离测量，降低材料损耗率并提升产线自动化节拍〔REF-002〕。", "focused_product": "LCJ系列", "product_series": "LCJ系列", "industry": [ "重工业", "汽车制造", "金属加工" ], "measurement": [ "钢板定长尺寸", "切割位置距离", "运动目标位移" ], "tags": [ "LCJ系列", "重工业", "汽车制造", "钢板定长尺寸", "传感器" ], "updated_at": "2025-03-22", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LCJ系列-激光测距传感器钢板定长裁剪/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "steel-pipe-length-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "工业钢管长度测量选型与部署指南", "summary": "**目标**: 针对钢管生产及加工环节，实现非接触式、高精度的长度测量与高温工况下的稳定数据采集，替代传统人工或机械测量方式〔REF-001〕。", "focused_product": "LCJ系列", "product_series": "LCJ系列", "industry": [ "钢铁制造", "机械加工", "重工业" ], "measurement": [ "钢管长度", "高温物体表面距离" ], "tags": [ "LCJ系列", "钢铁制造", "机械加工", "钢管长度", "传感器" ], "updated_at": "2026-01-14", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LCJ系列-激光测距传感器钢管长度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "steel-high-temperature-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "高温钢坯测量选型与部署指南", "summary": "**目标**: 本指南针对高温钢坯, 金属表面距离场景，提供选型与部署指导〔REF-001〕。", "focused_product": "LCJ系列", "product_series": "LCJ系列", "industry": [ "钢铁加工", "重工业" ], "measurement": [ "高温钢坯", "金属表面距离" ], "tags": [ "LCJ系列", "钢铁加工", "重工业", "高温钢坯", "传感器" ], "updated_at": "2025-06-17", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LCJ系列-激光测距传感器钢铁加工厂高温钢坯测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "content-示例产品-15", "category": "application_article", "category_cn": "应用文章", "title": "钢铁行车激光测距选型与部署指南", "summary": "钢铁冶金行业的行车吊装场景对距离测量提出了极高要求:测量距离通常在3至15米范围，目标为高温金属表面（表面温度可达200°C至600°C），同时需要应对粉尘、烟…", "focused_product": "示例产品", "product_series": "示例系列", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "示例产品", "示例系列", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-01-01", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LCJ系列-激光测距传感器钢铁厂行车定位/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "rolling-crash-guard-laser-ranging-guide", "category": "application_article", "category_cn": "应用文章", "title": "钢构行车防碰撞激光测距选型与部署指南", "summary": "**目标**: 构建钢铁厂行车防撞系统的非接触式距离监控方案，预防设备碰撞事故。〔REF-002〕", "focused_product": "LCJ系列", "product_series": "LCJ系列", "industry": [ "钢铁冶金", "重工自动化" ], "measurement": [ "移动行车车体", "静态障碍物" ], "tags": [ "LCJ系列", "钢铁冶金", "重工自动化", "移动行车车体", "传感器" ], "updated_at": "2026-05-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LCJ系列-激光测距传感器钢铁厂行车防撞/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "iron-ore-level-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "铁矿石料位检测选型与部署指南", "summary": "**目标**: 本指南针对铁矿石料位, 高温物体表面距离场景，提供选型与部署指导〔REF-001〕。", "focused_product": "LCJ系列", "product_series": "LCJ系列", "industry": [ "矿业", "重工业" ], "measurement": [ "铁矿石料位", "高温物体表面距离" ], "tags": [ "LCJ系列", "矿业", "重工业", "铁矿石料位", "传感器" ], "updated_at": "2025-02-03", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LCJ系列-激光测距传感器铁矿石料位检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "railway-building-limit-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "铁路建筑物限界测量传感器选型与部署指南", "summary": "**目标**: 为铁路建设与运营中的建筑物限界测量（轨道周边设施距离检测）提供传感器选型与工程部署参考，确保列车运行安全距离检测的精度与效率〔REF-002〕。", "focused_product": "LCJ系列", "product_series": "LCJ系列", "industry": [ "铁路建设", "重工业", "制造业" ], "measurement": [ "铁路建筑物限界", "轨道周边设施距离" ], "tags": [ "LCJ系列", "铁路建设", "重工业", "铁路建筑物限界", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LCJ系列-激光测距传感器铁路建筑物限界测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "railway-catenary-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "铁路接触网激光测距选型与部署指南", "summary": "**目标**: 针对铁路接触网及重载工业场景，提供高精度、高速度且适应恶劣环境（高温、强光、深色表面）的非接触式距离测量解决方案，确保供电安全与检测效率〔REF-…", "focused_product": "LCJ系列", "product_series": "LCJ系列", "industry": [ "轨道交通", "重工业" ], "measurement": [ "接触网导线高度", "接触网拉出值", "高温设备表面距离" ], "tags": [ "LCJ系列", "轨道交通", "重工业", "接触网导线高度", "传感器" ], "updated_at": "2025-07-25", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LCJ系列-激光测距传感器铁路接触网测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "railway-track-displacement-monitoring-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "铁路轨道位移监测选型与部署指南", "summary": "**目标**: 针对铁路轨道位移、变形及几何尺寸的实时高精度监测，提供基于非接触式激光测距技术的选型与工程部署指导〔REF-002〕。", "focused_product": "LCJ系列", "product_series": "LCJ系列", "industry": [ "铁路运输", "基础设施监测" ], "measurement": [ "轨道位移", "轨道变形", "轨道几何尺寸" ], "tags": [ "LCJ系列", "铁路运输", "基础设施监测", "轨道位移", "传感器" ], "updated_at": "2025-07-10", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LCJ系列-激光测距传感器铁路轨道位移监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "copper-liquid-level-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "高温铜液高度检测选型与部署指南", "summary": "**目标**: 针对冶金铸造行业铜液液位监控，实现非接触、高精度的实时高度测量，防止因液位异常导致的生产事故〔REF-002〕。", "focused_product": "LCJ系列", "product_series": "LCJ系列", "industry": [ "冶金行业", "铸造业" ], "measurement": [ "铜液高度", "高温物体表面距离" ], "tags": [ "LCJ系列", "冶金行业", "铸造业", "铜液高度", "传感器" ], "updated_at": "2025-10-09", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LCJ系列-激光测距传感器铜液高度检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "copper-ore-level-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "铜矿石料位测量选型与部署指南", "summary": "**目标**: 面向铜矿选矿与冶炼过程中矿石料仓、储料斗料位测量场景，为售前与工程人员提供激光测距传感器选型与现场部署的系统化参考〔REF-001〕。", "focused_product": "LCJ系列激光测距传感器", "product_series": "LCJ系列", "industry": [ "矿业", "冶金", "选矿" ], "measurement": [ "料位", "距离", "体积" ], "tags": [ "LCJ系列激光测距传感器", "LCJ系列", "矿业", "冶金", "料位", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LCJ系列-激光测距传感器铜矿石料位测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "aluminium-basin-level-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "铝冶炼行业水槽液面高度检测选型与部署指南", "summary": "**目标**: 在高温、强反射率、户外阳光直射环境下，实现对铝水液面高度的非接触式高精度测量，避免溢出风险并保障生产安全〔REF-002〕。", "focused_product": "LCJ系列", "product_series": "LCJ系列", "industry": [ "铝冶炼", "铝加工" ], "measurement": [ "铝水槽液面", "高温金属表面" ], "tags": [ "LCJ系列", "铝冶炼", "铝加工", "铝水槽液面", "传感器" ], "updated_at": "2026-04-09", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LCJ系列-激光测距传感器铝水槽液面高度检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "casting-furnace-aluminum-liquid-level-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "铸造炉铝水液面高度检测选型与部署指南", "summary": "**目标**: 在铝合金铸造及冶金工业中，实现对高温铝水液面的高精度、非接触式实时监测，确保工艺稳定性并防止溢流或不足〔REF-002〕。", "focused_product": "LCJ系列", "product_series": "LCJ系列", "industry": [ "铝合金铸造", "冶金工业" ], "measurement": [ "铝水液面高度", "高温熔融金属表面距离" ], "tags": [ "LCJ系列", "铝合金铸造", "冶金工业", "铝水液面高度", "传感器" ], "updated_at": "2026-01-14", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LCJ系列-激光测距传感器铸造炉铝水液面高度检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "measurement-guide-lcj系列-15", "category": "application_article", "category_cn": "应用文章", "title": "铸铝锭厚度实时检测选型与部署指南", "summary": "**目标**: 在铸造及金属加工场景中，实现铸铝锭厚度的非接触式、高精度实时监测，确保后续加工精度与产品质量〔REF-002〕。", "focused_product": "LCJ系列", "product_series": "LCJ系列", "industry": [ "铸造行业", "金属加工" ], "measurement": [ "铸铝锭厚度", "高温物体表面距离" ], "tags": [ "LCJ系列", "铸造行业", "金属加工", "铸铝锭厚度", "传感器" ], "updated_at": "2025-06-27", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LCJ系列-激光测距传感器铸铝锭厚度实时检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "cast-aluminum-ingot-height-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "铸铝锭高度实时检测选型与部署指南", "summary": "**目标**: 在铸铝生产环境中，实现铸铝锭高度的非接触式、高精度实时检测，以优化工艺并降低生产成本〔REF-002〕。", "focused_product": "LCJ系列", "product_series": "LCJ系列", "industry": [ "铸铝行业", "重工业" ], "measurement": [ "铸铝锭高度", "高温物体表面距离" ], "tags": [ "LCJ系列", "铸铝行业", "重工业", "铸铝锭高度", "传感器" ], "updated_at": "2026-05-05", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LCJ系列-激光测距传感器铸铝锭高度实时检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "lithium-battery-liquid-level-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "锂电池锂液液面高度检测选型与部署指南", "summary": "**目标**: 本指南针对\"锂液液面高度\", \"高温物体表面距离\"场景，提供选型与部署指导〔REF-001〕。", "focused_product": "LCJ系列", "product_series": "LCJ系列", "industry": [ "新能源/锂电池制造", "化工/液体存储" ], "measurement": [ "锂液液面高度", "高温物体表面距离" ], "tags": [ "LCJ系列", "新能源/锂电池制造", "化工/液体存储", "锂液液面高度", "传感器" ], "updated_at": "2025-12-29", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LCJ系列-激光测距传感器锂液液面高度检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "height-restriction-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "工业限高测量选型与部署指南", "summary": "**目标**: 本指南针对高度限制检测, 高温物体表面距离场景，提供选型与部署指导〔REF-001〕。", "focused_product": "LCJ系列", "product_series": "LCJ系列", "industry": [ "重工业", "建筑", "金属加工", "造纸" ], "measurement": [ "高度限制检测", "高温物体表面距离" ], "tags": [ "LCJ系列", "重工业", "建筑", "高度限制检测", "传感器" ], "updated_at": "2025-08-18", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LCJ系列-激光测距传感器限高测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "tunnel-online-inspection-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "隧道在线检测与结构安全监测选型与部署指南", "summary": "**目标**: 针对隧道工程、交通运输及重工业场景，提供高精度、高速度且具备强环境适应性的在线检测解决方案，以实现结构变形、表面状况及高温物体距离的实时监测〔RE…", "focused_product": "LCJ系列", "product_series": "LCJ系列", "industry": [ "隧道工程", "交通运输", "重工业" ], "measurement": [ "隧道几何形状", "表面状况", "高温物体距离" ], "tags": [ "LCJ系列", "隧道工程", "交通运输", "隧道几何形状", "传感器" ], "updated_at": "2025-01-21", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LCJ系列-激光测距传感器隧道在线检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "tunnel-deformation-monitoring-guide", "category": "application_article", "category_cn": "应用文章", "title": "隧道形变在线监测激光测距传感器选型与部署指南", "summary": "**目标**: 本指南针对隧道壁位移, 地表沉降, 高温物体表面距离场景，提供选型与部署指导〔REF-001〕。", "focused_product": "LCJ系列", "product_series": "LCJ系列", "industry": [ "土木工程", "矿山开采", "重工业" ], "measurement": [ "隧道壁位移", "地表沉降", "高温物体表面距离" ], "tags": [ "LCJ系列", "土木工程", "矿山开采", "隧道壁位移", "传感器" ], "updated_at": "2025-01-19", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LCJ系列-激光测距传感器隧道形变在线监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "container-positioning-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "集装箱定位与距离测量选型及部署指南", "summary": "**目标**: 在复杂港口或物流环境中，实现对集装箱的高精度、非接触式距离与位置测量，以提升装卸效率并降低运营成本〔REF-002〕。", "focused_product": "LCJ系列", "product_series": "LCJ系列", "industry": [ "物流行业", "港口运输" ], "measurement": [ "集装箱位置", "集装箱距离" ], "tags": [ "LCJ系列", "物流行业", "港口运输", "集装箱位置", "传感器" ], "updated_at": "2025-02-19", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LCJ系列-激光测距传感器集装箱定位/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "open-pit-coal-mine-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "露天煤矿复杂环境高精度非接触测量选型与部署指南", "summary": "**目标**: 在露天煤矿的高温、强光照及深色低反射率表面等恶劣工况下，实现高精度的非接触式距离与几何尺寸测量，以提升矿区安全监控与生产效率〔REF-002〕。", "focused_product": "LCJ系列", "product_series": "LCJ系列", "industry": [ "露天煤矿", "重工业" ], "measurement": [ "矿山边界距离", "煤层厚度", "高温物体表面距离" ], "tags": [ "LCJ系列", "露天煤矿", "重工业", "矿山边界距离", "传感器" ], "updated_at": "2025-04-04", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LCJ系列-激光测距传感器露天煤矿测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "content-示例产品-16", "category": "application_article", "category_cn": "应用文章", "title": "靶距自动控制激光测距传感器选型与部署指南", "summary": "在金属加工与汽车制造产线中，靶距（目标距离）的实时自动控制是保障加工精度、提升良品率的核心环节。LCJ 系列激光测距传感器采用三角反射法与飞行时间法（ToF）两…", "focused_product": "示例产品", "product_series": "示例系列", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "示例产品", "示例系列", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-01-01", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LCJ系列-激光测距传感器靶距自动控制/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "high-bay-picking-truck-positioning-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "高位拣货车定位选型与部署指南", "summary": "**目标**: 本指南针对高位货架距离, 拣货车定位坐标场景，提供选型与部署指导〔REF-001〕。", "focused_product": "LCJ系列", "product_series": "LCJ系列", "industry": [ "仓储物流", "自动化立体库" ], "measurement": [ "高位货架距离", "拣货车定位坐标" ], "tags": [ "LCJ系列", "仓储物流", "自动化立体库", "高位货架距离", "传感器" ], "updated_at": "2026-03-17", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LCJ系列-激光测距传感器高位拣货车定位/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "high-bay-storage-distance-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "高架仓储设备距离测量选型与部署指南", "summary": "**目标**: 实现高架仓储环境中货物堆垛高度、货架层间距及高温目标表面距离的实时、非接触式高精度监测，提升空间利用率与作业安全性〔REF-002〕。", "focused_product": "LCJ系列", "product_series": "LCJ系列", "industry": [ "物流仓储", "重工业", "户外环境" ], "measurement": [ "货物堆垛高度", "货架层间距", "高温目标表面距离" ], "tags": [ "LCJ系列", "物流仓储", "重工业", "货物堆垛高度", "传感器" ], "updated_at": "2025-07-06", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LCJ系列-激光测距传感器高架存储设备实时距离测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "measurementguide-lcj系列-2", "category": "application_article", "category_cn": "应用文章", "title": "高架电缆测量传感器选型与部署指南", "summary": "**目标**: 为高架电缆测量场景中的几何尺寸与距离监测提供传感器选型与工程部署参考〔REF-002〕。", "focused_product": "LCJ系列", "product_series": "LCJ系列", "industry": [ "电力传输", "重工业", "汽车制造", "造纸工业", "金属加工" ], "measurement": [ "电缆高度", "电缆间距", "电缆与周围物体距离" ], "tags": [ "LCJ系列", "电力传输", "重工业", "电缆高度", "传感器" ], "updated_at": "2026-03-17", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LCJ系列-激光测距传感器高架电缆测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "high-temperature-solid-position-monitoring-laser-distance-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "高温固体位置监测激光测距传感器选型与部署指南", "summary": "**目标**: 在高温工业场景（冶金、陶瓷、玻璃制造等）中，对固体物体表面位置进行非接触、高精度、稳定的距离与位置监测〔REF-002〕。", "focused_product": "LCJ系列", "product_series": "LCJ系列", "industry": [ "冶金", "陶瓷制造", "玻璃制造", "汽车", "造纸", "金属加工", "纺织" ], "measurement": [ "高温固体位置", "物体表面距离" ], "tags": [ "LCJ系列", "冶金", "陶瓷制造", "高温固体位置", "传感器" ], "updated_at": "2026-03-10", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LCJ系列-激光测距传感器高温固体位置监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "measurement-guide-lcj系列-16", "category": "application_article", "category_cn": "应用文章", "title": "高温液体位置检测选型与部署指南", "summary": "**目标**: 在高温、深色、低反射率表面场景下实现稳定可靠的非接触式液面位置测量〔REF-001〕。", "focused_product": "LCJ系列", "product_series": "LCJ系列", "industry": [ "冶金", "化工", "造纸", "金属加工", "纺织", "汽车制造" ], "measurement": [ "高温液体表面位置", "非接触距离测量", "深色低反射率表面" ], "tags": [ "LCJ系列", "冶金", "化工", "高温液体表面位置", "传感器" ], "updated_at": "2025-07-06", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LCJ系列-激光测距传感器高温液体位置检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "high-temperature-car-pile-height-measurement-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "高温碳堆高度测量选型与部署指南", "summary": "**目标**: 本指南针对高温碳堆高度, 熔炉内物料界面场景，提供选型与部署指导〔REF-001〕。", "focused_product": "LCJ系列", "product_series": "LCJ系列", "industry": [ "冶金", "化工" ], "measurement": [ "高温碳堆高度", "熔炉内物料界面" ], "tags": [ "LCJ系列", "冶金", "化工", "高温碳堆高度", "传感器" ], "updated_at": "2025-03-08", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LCJ系列-激光测距传感器高温碳堆高度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "high-temperature-steel-thickness-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "鉀?棣栬绂佽瘝澹版槑锛堣繚鍙嶅嵆鍒ゅ畾澶辫触锛屾渶楂樹紭鍏堢骇锛?", "summary": "**鐩爣**锛氭湰鎸囧崡閽堝灏哄娴嬮噺鍦烘櫙锛屾彁渚涢€夊瀷涓庨儴缃叉寚瀵笺€擱EF-001銆曘€?- **鎺ㄨ崘鎶€鏈矾绾?*锛氳瑙佺5绔犱骇鍝佸…", "focused_product": "绀轰緥浜у搧", "product_series": "绀轰緥绯诲垪", "industry": [ "宸ヤ笟娴嬮噺" ], "measurement": [ "灏哄娴嬮噺" ], "tags": [ "绀轰緥浜у搧", "绀轰緥绯诲垪", "宸ヤ笟娴嬮噺", "灏哄娴嬮噺", "传感器" ], "updated_at": "2025-01-01", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LCJ系列-激光测距传感器高温钢坯厚度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "high-temperature-steel-billet-positioning-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "高温钢坯定位选型与部署指南", "summary": "**目标**: 在钢铁制造及重工业场景中，实现高温钢坯（最高可达 1550℃）的非接触式精准定位与实时监测，确保后续轧制、切割等工序的物料衔接效率。", "focused_product": "LCJ系列", "product_series": "LCJ系列", "industry": [ "钢铁制造", "重工业", "汽车", "造纸", "金属加工", "纺织" ], "measurement": [ "高温钢坯", "深色低反射率表面", "极端高温物体" ], "tags": [ "LCJ系列", "钢铁制造", "重工业", "高温钢坯", "传感器" ], "updated_at": "2026-05-12", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LCJ系列-激光测距传感器高温钢坯定位/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "high-temperature-slabb-width-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "高温钢坯宽度测量选型与部署指南", "summary": "**目标**: 在钢铁轧制线上实现高温钢坯宽度的非接触式在线测量，支撑产品质量控制与工艺优化〔REF-002〕。", "focused_product": "LCJ系列", "product_series": "LCJ系列", "industry": [ "钢铁制造", "汽车", "造纸", "金属加工", "纺织" ], "measurement": [ "高温钢坯宽度", "高温物体表面距离" ], "tags": [ "LCJ系列", "钢铁制造", "汽车", "高温钢坯宽度", "传感器" ], "updated_at": "2026-04-07", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LCJ系列-激光测距传感器高温钢坯宽度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "measurement-guide-lcj系列-17", "category": "application_article", "category_cn": "应用文章", "title": "高温钢坯长度测量选型与部署指南", "summary": "**目标**: 在高温冶炼及锻造环节，实现非接触式、高精度的钢坯长度及位置测量，确保后续切割与加工的尺寸精度，避免材料浪费并提升生产效率〔REF-002〕。", "focused_product": "LCJ系列", "product_series": "LCJ系列", "industry": [ "钢铁制造", "重工业" ], "measurement": [ "高温钢坯长度", "钢坯表面距离" ], "tags": [ "LCJ系列", "钢铁制造", "重工业", "高温钢坯长度", "传感器" ], "updated_at": "2025-10-06", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LCJ系列-激光测距传感器高温钢坯长度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "high-temperature-steel-size-detection-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "高温钢材尺寸检测选型与部署指南", "summary": "**目标**: 针对冶金及重工业场景中，对表面温度高达1550℃的深色高温钢材进行非接触式、高精度的尺寸与距离测量，以保障产品质量并提升生产效率〔REF-002〕…", "focused_product": "LCJ系列", "product_series": "LCJ系列", "industry": [ "冶金行业", "重工业", "金属加工" ], "measurement": [ "高温钢材尺寸", "深色表面距离" ], "tags": [ "LCJ系列", "冶金行业", "重工业", "高温钢材尺寸", "传感器" ], "updated_at": "2025-05-18", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LCJ系列-激光测距传感器高温钢材尺寸检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "measurement-guide-lcj系列-18", "category": "application_article", "category_cn": "应用文章", "title": "重工业高温环境几何尺寸检测选型与部署指南", "summary": "**目标**: 在重工业高温及恶劣环境下，实现钢管外径、长度等关键几何尺寸的在线、非接触式高精度测量〔REF-002〕。", "focused_product": "LCJ系列", "product_series": "LCJ系列", "industry": [ "重工业", "钢铁制造", "金属加工" ], "measurement": [ "高温钢管外径", "钢管长度", "深色低反射表面距离" ], "tags": [ "LCJ系列", "重工业", "钢铁制造", "高温钢管外径", "传感器" ], "updated_at": "2025-11-18", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LCJ系列-激光测距传感器高温钢管外径长度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "measurement-guide-lcj系列-19", "category": "application_article", "category_cn": "应用文章", "title": "工业高温低反射率环境位移监测选型与部署指南", "summary": "**目标**: 针对高炉煤气柜活塞等极端工况，实现高精度、非接触式的位移与安全状态实时监测〔REF-002〕。", "focused_product": "LCJ系列", "product_series": "LCJ系列", "industry": [ "钢铁冶金", "重工业" ], "measurement": [ "高炉煤气柜活塞位移", "高温物体表面距离" ], "tags": [ "LCJ系列", "钢铁冶金", "重工业", "高炉煤气柜活塞位移", "传感器" ], "updated_at": "2026-01-09", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LCJ系列-激光测距传感器高炉煤气柜活塞安全检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "gantry-collision-protection-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "龙门吊碰撞保护激光测距选型与部署指南", "summary": "**目标**: 本指南针对吊钩与物体距离, 安全区域边界, 高温物体表面距离场景，提供选型与部署指导〔REF-001〕。", "focused_product": "LCJ系列", "product_series": "LCJ系列", "industry": [ "重工业", "建筑", "金属加工", "汽车制造" ], "measurement": [ "吊钩与物体距离", "安全区域边界", "高温物体表面距离" ], "tags": [ "LCJ系列", "重工业", "建筑", "吊钩与物体距离", "传感器" ], "updated_at": "2026-02-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LCJ系列-激光测距传感器龙门吊碰撞保护/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "gantry-crane-bridge-distance-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "龙门起重机桥距测量选型与部署指南", "summary": "**目标**: 实现龙门起重机桥架跨度的高精度、非接触式实时监测，保障设备运行安全与作业效率〔REF-002〕。", "focused_product": "LCJ系列", "product_series": "LCJ系列", "industry": [ "重工业", "汽车制造", "造纸行业", "金属加工", "纺织工业" ], "measurement": [ "龙门起重机桥架跨度", "高温物体表面距离", "深色或低反射目标距离" ], "tags": [ "LCJ系列", "重工业", "汽车制造", "龙门起重机桥架跨度", "传感器" ], "updated_at": "2025-08-16", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LCJ系列-激光测距传感器龙门起重机桥距离测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "traffic-monitoring-speed-guide", "category": "application_article", "category_cn": "应用文章", "title": "交通监控速度测量传感器选型与部署指南", "summary": "**目标**: 本指南针对车辆速度, 移动物体速度场景，提供选型与部署指导〔REF-001〕。", "focused_product": "LP-DS100", "product_series": "LP", "industry": [ "智能交通", "道路监控" ], "measurement": [ "车辆速度", "移动物体速度" ], "tags": [ "LP-DS100", "LP", "智能交通", "道路监控", "车辆速度", "传感器" ], "updated_at": "2025-03-18", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LP-DS100-雷达速度传感器交通监控/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "warehouse-vehicle-speed-monitoring-guide", "category": "application_article", "category_cn": "应用文章", "title": "仓库运输车辆速度监测选型与部署指南", "summary": "**目标**: 在仓储物流环境中实现对运输车辆或非接触式移动物体的高精度、非接触式实时速度监测，以提升作业效率并降低安全风险〔REF-001〕。", "focused_product": "LP-DS100", "product_series": "LP", "industry": [ "仓储物流", "工业制造" ], "measurement": [ "运输车辆速度", "移动物体速度" ], "tags": [ "LP-DS100", "LP", "仓储物流", "工业制造", "运输车辆速度", "传感器" ], "updated_at": "2025-04-25", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LP-DS100-雷达速度传感器仓库用运输车辆测速/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "conveyor-belt-speed-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "传送带实时速度测量选型与部署指南", "summary": "**目标**: 解决工业现场传送带及移动物体的非接触式实时速度监测需求，确保生产线速度稳定与质量控制〔REF-002〕。", "focused_product": "LP-DS100", "product_series": "LP", "industry": [ "工业自动化", "物流分拣" ], "measurement": [ "传送带速度", "移动物体速度" ], "tags": [ "LP-DS100", "LP", "工业自动化", "物流分拣", "传送带速度", "传感器" ], "updated_at": "2026-04-05", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LP-DS100-雷达速度传感器传送带实时速度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "public-transport-radar-speed-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "公共交通车辆雷达速度测量选型与部署指南", "summary": "**目标**: 本指南针对\"公共汽车行驶速度\", \"地面移动目标速度\"场景，提供选型与部署指导〔REF-001〕。", "focused_product": "LP-DS100", "product_series": "LP", "industry": [ "交通运输管理", "智能公交系统" ], "measurement": [ "公共汽车行驶速度", "地面移动目标速度" ], "tags": [ "LP-DS100", "LP", "交通运输管理", "智能公交系统", "公共汽车行驶速度", "传感器" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LP-DS100-雷达速度传感器公共汽车速度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "highway-speed-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "公路交通速度测量与部署选型指南", "summary": "**目标**: 针对公路、工厂及特殊路段的车辆或移动物体进行非接触式、高精度的实时速度监测与长度/距离统计〔REF-002〕。", "focused_product": "LP-DS100", "product_series": "LP", "industry": [ "智能交通", "公路管理" ], "measurement": [ "车辆行驶速度", "移动物体速度" ], "tags": [ "LP-DS100", "LP", "智能交通", "公路管理", "车辆行驶速度", "传感器" ], "updated_at": "2025-10-05", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LP-DS100-雷达速度传感器公路测量测速/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "agricultural-tractor-speed-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "农用拖拉机速度测量选型与部署指南", "summary": "**目标**: 针对农用拖拉机在复杂农田环境下的非接触式速度监测，提供高精度的实时数据以优化作业效率并降低燃油消耗〔REF-002〕。", "focused_product": "LP-DS100", "product_series": "LP", "industry": [ "农业机械", "交通运输" ], "measurement": [ "拖拉机行驶速度", "移动物体速度" ], "tags": [ "LP-DS100", "LP", "农业机械", "交通运输", "拖拉机行驶速度", "传感器" ], "updated_at": "2025-03-08", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LP-DS100-雷达速度传感器农用拖拉机速度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "agricultural-machinery-speed-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "农用机械速度测量选型与部署指南", "summary": "**目标**: 为农用机械提供高精度、非接触式的实时速度监测，以优化作业效率并保障行车安全〔REF-001〕。", "focused_product": "LP-DS100", "product_series": "LP", "industry": [ "农业机械化", "农用机械制造" ], "measurement": [ "行驶速度", "车轮转速" ], "tags": [ "LP-DS100", "LP", "农业机械化", "农用机械制造", "行驶速度", "传感器" ], "updated_at": "2025-12-01", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LP-DS100-雷达速度传感器农用机械速度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "ice-snow-road-surface-vehicle-speed-selection-guide", "category": "application_article", "category_cn": "应用文章", "title": "冰雪路面车辆速度测量选型与部署指南", "summary": "**目标**: 在冰雪低附着力路面上，对跑车/测试车辆进行非接触式实时速度监测、刹车距离测量以及动态稳定性评估〔REF-002〕。", "focused_product": "LP-DS100", "product_series": "LP", "industry": [ "汽车制造", "交通安全监测" ], "measurement": [ "车辆行驶速度", "动态响应数据" ], "tags": [ "LP-DS100", "LP", "汽车制造", "交通安全监测", "车辆行驶速度", "传感器" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LP-DS100-雷达速度传感器冰雪路面跑车试验/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "truck-real-time-velocity-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "卡车实时速度测量选型与部署指南", "summary": "**目标**: 针对卡车等移动目标的非接触式实时速度监测，用于安全合规与运输效率优化 〔REF-001〕。", "focused_product": "LP-DS100", "product_series": "LP", "industry": [ "交通运输", "物流运输" ], "measurement": [ "车辆行驶速度", "目标运动速度" ], "tags": [ "LP-DS100", "LP", "交通运输", "物流运输", "车辆行驶速度", "传感器" ], "updated_at": "2025-08-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LP-DS100-雷达速度传感器卡车实时速度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "road-construction-vehicle-speed-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "道路施工车辆速度测量选型与部署指南", "summary": "**目标: ** 实现压路机行驶速度的高精度、实时非接触式监控，确保设备在最佳工作状态下进行压实作业，获取可靠数据支持施工进度与质量控制。〔REF-002〕", "focused_product": "LP-DS100", "product_series": "LP", "industry": [ "道路施工", "工程机械" ], "measurement": [ "压路机行驶速度", "路面压实速度" ], "tags": [ "LP-DS100", "LP", "道路施工", "工程机械", "压路机行驶速度", "传感器" ], "updated_at": "2026-02-28", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LP-DS100-雷达速度传感器压路机速度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "forklift-speed-monitoring-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "叉车行驶速度监测与部署选型指南", "summary": "**目标**: 在仓储物流及工业制造场景中，实现对叉车及移动车辆的非接触式实时速度监控，以提升作业安全性并优化调度效率〔REF-002〕。", "focused_product": "LP-DS100", "product_series": "LP", "industry": [ "仓储物流", "工业制造" ], "measurement": [ "叉车速度", "车辆行驶速度" ], "tags": [ "LP-DS100", "LP", "仓储物流", "工业制造", "叉车速度", "传感器" ], "updated_at": "2025-08-25", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LP-DS100-雷达速度传感器叉车测速/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "sprayer-vehicle-speed-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "农业喷洒车辆行驶速度监测与选型指南", "summary": "**目标**: 本指南针对\"行驶速度\", \"地面相对速度\"场景，提供选型与部署指导〔REF-001〕。", "focused_product": "LP-DS100", "product_series": "LP", "industry": [ "农业机械", "植保喷洒" ], "measurement": [ "行驶速度", "地面相对速度" ], "tags": [ "LP-DS100", "LP", "农业机械", "植保喷洒", "行驶速度", "传感器" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LP-DS100-雷达速度传感器喷洒机行驶速度控制/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "underground-vehicle-positioning-speed-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "地下车辆航位推算与非接触式速度监测选型与部署指南", "summary": "**目标**: 在地下隧道、停车场或封闭交通设施中，解决因 GPS 信号缺失导致的定位漂移问题，提供高精度、实时的车辆速度与行进距离数据，以支持航位推算（Dead…", "focused_product": "LP-DS100", "product_series": "LP", "industry": [ "地下交通工程", "智能交通监控", "车辆测试与调校" ], "measurement": [ "行驶速度", "行进距离" ], "tags": [ "LP-DS100", "LP", "地下交通工程", "智能交通监控", "行驶速度", "传感器" ], "updated_at": "2026-01-03", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LP-DS100-雷达速度传感器地下车辆航位推算/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "underground-mining-velocity-guide", "category": "application_article", "category_cn": "应用文章", "title": "地下采矿车辆速度检测选型与部署指南", "summary": "**目标**: 为地下采矿及轨道交通场景提供非接触式车速与输送带速度的精确测量方案，支持自动驾驶导航与生产效率监控。〔REF-001〕", "focused_product": "LP-DS100", "product_series": "LP", "industry": [ "地下采矿", "轨道交通" ], "measurement": [ "矿用运输车辆速度", "带式输送机表面速度" ], "tags": [ "LP-DS100", "LP", "地下采矿", "轨道交通", "矿用运输车辆速度", "传感器" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LP-DS100-雷达速度传感器地下采矿中的自动驾驶/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "subway-speed-detection-radar-guide", "category": "application_article", "category_cn": "应用文章", "title": "地铁速度检测雷达传感器选型与部署指南", "summary": "**目标**: 为地铁/轨道交通场景提供非接触式速度检测传感器的选型与部署参考，保障运营安全与效率〔REF-002〕", "focused_product": "LP-DS100", "product_series": "LP", "industry": [ "轨道交通", "公共交通" ], "measurement": [ "列车速度", "移动物体速度" ], "tags": [ "LP-DS100", "LP", "轨道交通", "公共交通", "列车速度", "传感器" ], "updated_at": "2025-11-19", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LP-DS100-雷达速度传感器地铁速度检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "warehouse-vehicle-speed-guide", "category": "application_article", "category_cn": "应用文章", "title": "场内运输车非接触式速度测量选型与部署指南", "summary": "**目标**: 本指南针对场内运输车辆, 移动物体场景，提供选型与部署指导〔REF-001〕。", "focused_product": "LP-DS100", "product_series": "LP", "industry": [ "物流运输", "仓储管理" ], "measurement": [ "场内运输车辆", "移动物体" ], "tags": [ "LP-DS100", "LP", "物流运输", "仓储管理", "场内运输车辆", "传感器" ], "updated_at": "2025-01-27", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LP-DS100-雷达速度传感器场内运输车速度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "forklift-speed-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "堆高机测速传感器选型与部署指南", "summary": "**目标**: 针对仓储物流场景中的堆高机及移动车辆，提供高精度、非接触式的实时速度监测方案，以提升作业安全性与调度效率〔REF-002〕。", "focused_product": "LP-DS100", "product_series": "LP", "industry": [ "仓储物流", "交通运输" ], "measurement": [ "堆高机行驶速度", "移动车辆速度" ], "tags": [ "LP-DS100", "LP", "仓储物流", "交通运输", "堆高机行驶速度", "传感器" ], "updated_at": "2025-08-25", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LP-DS100-雷达速度传感器堆高机测速/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "indoor-real-time-positioning-speed-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "室内实时定位系统速度测量与物流监控选型部署指南", "summary": "**目标**: 本指南针对车辆行驶速度, 移动物体速度, 输送机带速场景，提供选型与部署指导〔REF-001〕。", "focused_product": "LP-DS100", "product_series": "LP", "industry": [ "智能交通", "工业物流", "仓储管理" ], "measurement": [ "车辆行驶速度", "移动物体速度", "输送机带速" ], "tags": [ "LP-DS100", "LP", "智能交通", "工业物流", "车辆行驶速度", "传感器" ], "updated_at": "2025-07-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LP-DS100-雷达速度传感器室内实时定位系统辅助/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "indoor-vehicle-velocity-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "室内车辆航位推算速度监测选型与部署指南", "summary": "**目标**: 解决室内复杂环境下车辆或移动物体的非接触式高精度实时测速及航位推算辅助需求，克服传统光学或机械接触式传感器的局限〔REF-002〕。", "focused_product": "LP-DS100", "product_series": "LP", "industry": [ "智能交通", "仓储物流", "工业监控" ], "measurement": [ "行驶车辆速度", "移动物体长度/距离" ], "tags": [ "LP-DS100", "LP", "智能交通", "仓储物流", "行驶车辆速度", "传感器" ], "updated_at": "2026-04-01", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LP-DS100-雷达速度传感器室内车辆航位推算/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "indoor-vehicle-speed-measurement-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "室内车辆速度测量选型与部署指南", "summary": "**目标**: 面向物流仓储、自动化产线与交通监控场景，提供非接触式实时速度测量与行进距离累积计量的售前选型依据〔REF-001〕。", "focused_product": "LP-DS100", "product_series": "LP", "industry": [ "物流仓储", "工业自动化", "交通运输监控" ], "measurement": [ "车辆行驶速度", "输送线运行速度", "移动物体表面速度" ], "tags": [ "LP-DS100", "LP", "物流仓储", "工业自动化", "车辆行驶速度", "传感器" ], "updated_at": "2025-07-14", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LP-DS100-雷达速度传感器室内车辆速度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "indoor-vehicle-speed-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "室内运输车辆速度测量选型与部署指南", "summary": "**目标**: 在物流仓储及室内运输场景中，实现非接触式、高精度的车辆速度实时监测，以提升运输效率并降低事故风险〔REF-002〕。", "focused_product": "LP-DS100", "product_series": "LP", "industry": [ "物流仓储", "交通运输" ], "measurement": [ "运输车辆速度", "移动物体速度" ], "tags": [ "LP-DS100", "LP", "物流仓储", "交通运输", "运输车辆速度", "传感器" ], "updated_at": "2026-03-23", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LP-DS100-雷达速度传感器室内运输车辆速度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "land-grader-speed-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "平地机速度测量选型与部署指南", "summary": "**目标**: 针对平地机及类似工程机械在复杂工况下的行驶速度监测，提供高精度、高可靠性的非接触式测速方案，以提升施工效率并降低事故风险〔REF-002〕。", "focused_product": "LP-DS100", "product_series": "LP", "industry": [ "工程机械", "道路施工", "土地平整" ], "measurement": [ "平地机行驶速度", "移动车辆速度", "非接触式目标速度" ], "tags": [ "LP-DS100", "LP", "工程机械", "道路施工", "平地机行驶速度", "传感器" ], "updated_at": "2025-10-18", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LP-DS100-雷达速度传感器平地机速度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "tractor-ground-speed-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "拖拉机对地速度测量选型与部署指南", "summary": "**目标**: 为拖拉机、农业车辆或非接触式移动设备提供高精度、实时的对地速度监测，支持作业优化与资源管控〔REF-001〕。", "focused_product": "LP-DS100", "product_series": "LP", "industry": [ "农业机械", "农业设备" ], "measurement": [ "对地行驶速度", "运动表面速度" ], "tags": [ "LP-DS100", "LP", "农业机械", "农业设备", "对地行驶速度", "传感器" ], "updated_at": "2025-09-22", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LP-DS100-雷达速度传感器拖拉机对地速度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "excavator-speed-measurement-radar-guide", "category": "application_article", "category_cn": "应用文章", "title": "工程机械速度测量选型与部署指南", "summary": "**目标**: 本指南针对车辆行驶速度, 工程机械移动速度场景，提供选型与部署指导〔REF-001〕。", "focused_product": "LP-DS100", "product_series": "LP", "industry": [ "工程机械", "交通运输" ], "measurement": [ "车辆行驶速度", "工程机械移动速度" ], "tags": [ "LP-DS100", "LP", "工程机械", "交通运输", "车辆行驶速度", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LP-DS100-雷达速度传感器挖掘机速度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "bulldozer-speed-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "推土机速度测量选型与部署指南", "summary": "**目标**: 本指南针对\"推土机行驶速度\", \"移动物体速度\"场景，提供选型与部署指导〔REF-001〕。", "focused_product": "LP-DS100", "product_series": "LP", "industry": [ "工程机械", "土方施工" ], "measurement": [ "推土机行驶速度", "移动物体速度" ], "tags": [ "LP-DS100", "LP", "工程机械", "土方施工", "推土机行驶速度", "传感器" ], "updated_at": "2025-12-16", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LP-DS100-雷达速度传感器推土机速度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "construction-pavement-speed-guide", "category": "application_article", "category_cn": "应用文章", "title": "施工场景摊铺机速度选型与部署指南", "summary": "**目标**: 为非接触式获取摊铺机及移动设备的实时运行速度数据，以保障铺设均匀性、控制材料用量并优化施工效率，满足质量控制（QC）与过程管理需求〔REF-002…", "focused_product": "LP-DS100", "product_series": "LP", "industry": [ "道路施工", "工程机械" ], "measurement": [ "车辆行驶速度", "移动设备表面速度" ], "tags": [ "LP-DS100", "LP", "道路施工", "工程机械", "车辆行驶速度", "传感器" ], "updated_at": "2025-01-03", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LP-DS100-雷达速度传感器摊铺机速度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "agricultural-seeding-vehicle-speed-guide", "category": "application_article", "category_cn": "应用文章", "title": "播种机行驶速度控制选型与部署指南", "summary": "**目标**: 本指南针对\"拖拉机/播种机行驶速度\", \"土壤压实表面移动速度\"场景，提供选型与部署指导〔REF-001〕。", "focused_product": "LP-DS100", "product_series": "LP", "industry": [ "现代农业机械", "自动化农业设备" ], "measurement": [ "拖拉机/播种机行驶速度", "土壤压实表面移动速度" ], "tags": [ "LP-DS100", "LP", "现代农业机械", "自动化农业设备", "拖拉机/播种机行驶速度", "传感器" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LP-DS100-雷达速度传感器播种机行驶速度控制/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "harvester-speed-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "收割机速度测量选型与部署指南", "summary": "**目标**: 在现代农业复杂环境下，实现收割机及移动作业车辆的高精度、非接触式速度测量，以提升作物收获效率与作业数据可靠性〔REF-002〕。", "focused_product": "LP-DS100", "product_series": "LP", "industry": [ "农业机械", "交通运输" ], "measurement": [ "收割机行驶速度", "移动物体速度" ], "tags": [ "LP-DS100", "LP", "农业机械", "交通运输", "收割机行驶速度", "传感器" ], "updated_at": "2025-07-10", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LP-DS100-雷达速度传感器收割机速度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "farming-speed-control-guide", "category": "application_article", "category_cn": "应用文章", "title": "施肥机行驶速度控制传感器选型与部署指南", "summary": "**目标**: 本指南针对\"速度\", \"距离\"场景，提供选型与部署指导〔REF-001〕。", "focused_product": "LP-DS100", "product_series": "LP", "industry": [ "农业", "农机" ], "measurement": [ "速度", "距离" ], "tags": [ "LP-DS100", "LP", "农业", "农机", "速度", "传感器" ], "updated_at": "2025-07-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LP-DS100-雷达速度传感器施肥机行驶速度控制/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "unmanned-vehicle-navigation-speed-guide", "category": "application_article", "category_cn": "应用文章", "title": "无人车辆导航速度测量选型与部署指南", "summary": "**目标**: 为无人车辆导航场景提供实时、高精度的非接触式速度测量方案，支持车辆行驶速度监测、移动距离累计及环境安全响应决策。", "focused_product": "LP-DS100", "product_series": "LP", "industry": [ "智能交通", "无人车辆导航", "物流配送" ], "measurement": [ "行驶速度", "移动距离" ], "tags": [ "LP-DS100", "LP", "智能交通", "无人车辆导航", "行驶速度", "传感器" ], "updated_at": "2026-04-07", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LP-DS100-雷达速度传感器无人车辆导航/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "unmanned-vehicle-speed-sensing-guide", "category": "application_article", "category_cn": "应用文章", "title": "无人车辆速度感知传感器选型与部署指南", "summary": "**目标**: 为无人车辆速度感知场景提供雷达测速传感器的选型与部署参考，确保实时、可靠的速度数据采集以支撑行车安全与交通效率提升〔REF-001〕〔REF-00…", "focused_product": "LP-DS100", "product_series": "LP", "industry": [ "智能交通", "自动驾驶", "无人驾驶" ], "measurement": [ "速度", "距离" ], "tags": [ "LP-DS100", "LP", "智能交通", "自动驾驶", "速度", "传感器" ], "updated_at": "2025-10-16", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LP-DS100-雷达速度传感器无人车辆速度感知/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "autonomous-vehicle-speed-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "无人驾驶车辆实时测速传感器选型与部署指南", "summary": "**目标**: 为无人驾驶车辆及智能交通系统提供高精度的实时速度监测，确保自动驾驶决策的准确性与安全性〔REF-001〕。", "focused_product": "LP-DS100", "product_series": "LP", "industry": [ "无人驾驶/自动驾驶", "智能交通", "车辆工程" ], "measurement": [ "车辆行驶速度", "移动物体速度" ], "tags": [ "LP-DS100", "LP", "无人驾驶/自动驾驶", "智能交通", "车辆行驶速度", "传感器" ], "updated_at": "2025-07-16", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LP-DS100-雷达速度传感器无人驾驶车辆测速/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "locomotive-speed-measurement-radar-guide", "category": "application_article", "category_cn": "应用文章", "title": "机车车速测量雷达传感器选型与部署指南", "summary": "**目标**: 为铁路机车、轨道交通车辆及移动工业设备提供非接触式实时车速监测数据源，支撑安全联锁、运行计量与质量控制。〔REF-002〕", "focused_product": "LP-DS100", "product_series": "LP", "industry": [ "铁路运输", "轨道交通", "公路交通监控" ], "measurement": [ "机车行驶速度", "移动物体线速度", "输送设备线速度" ], "tags": [ "LP-DS100", "LP", "铁路运输", "轨道交通", "机车行驶速度", "传感器" ], "updated_at": "2026-04-13", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LP-DS100-雷达速度传感器机车车速测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "piling-mechanics-speed-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "桩工机械速度测量选型与部署指南", "summary": "**目标**: 在桩工机械现场实现对移动设备或输送带的非接触式速度实时监控，以辅助安全监控与施工进度优化。", "focused_product": "LP-DS100", "product_series": "LP", "industry": [ "工程机械", "基础设施施工" ], "measurement": [ "移动车辆表面速度", "输送机带速" ], "tags": [ "LP-DS100", "LP", "工程机械", "基础设施施工", "移动车辆表面速度", "传感器" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LP-DS100-雷达速度传感器桩工机械速度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "train-speed-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "火车速度测量传感器选型与部署指南", "summary": "**目标**: 本指南针对\"列车速度\", \"移动物体速度\"场景，提供选型与部署指导〔REF-001〕。", "focused_product": "LP-DS100", "product_series": "LP", "industry": [ "铁路交通", "交通运输" ], "measurement": [ "列车速度", "移动物体速度" ], "tags": [ "LP-DS100", "LP", "铁路交通", "交通运输", "列车速度", "传感器" ], "updated_at": "2025-03-28", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LP-DS100-雷达速度传感器火车速度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "production-line-speed-monitoring-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "生产线速度监控传感器选型与部署指南", "summary": "**目标**: 为生产线速度监控场景提供雷达测速传感器的选型依据与现场部署方法，帮助工程与采购人员快速判断设备适用性〔REF-002〕。", "focused_product": "LP-DS100", "product_series": "LP", "industry": [ "制造业", "交通运输", "工业自动化" ], "measurement": [ "生产线速度", "车辆行驶速度", "输送机速度" ], "tags": [ "LP-DS100", "LP", "制造业", "交通运输", "生产线速度", "传感器" ], "updated_at": "2026-05-16", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LP-DS100-雷达速度传感器生产线速度监控/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "mining-dump-truck-speed-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "矿用自卸车非接触式速度测量选型与部署指南", "summary": "**目标**: 解决矿用自卸车在复杂工况下的高精度、实时速度监测需求，提升运输安全并优化调度效率〔REF-002〕。", "focused_product": "LP-DS100", "product_series": "LP", "industry": [ "矿业", "重型运输" ], "measurement": [ "车辆行驶速度", "移动物体速度" ], "tags": [ "LP-DS100", "LP", "矿业", "重型运输", "车辆行驶速度", "传感器" ], "updated_at": "2025-03-16", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LP-DS100-雷达速度传感器矿用自卸车速度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "sand-road-vehicle-speed-testing-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "砂石路面跑车试验测速方案选型与部署指南", "summary": "**目标**: 为砂石路面跑车试验提供速度监测选型与部署依据，支持车辆动态性能评估与安全性优化〔REF-002〕。", "focused_product": "LP-DS100", "product_series": "LP", "industry": [ "交通运输", "车辆测试", "道路工程" ], "measurement": [ "车辆速度", "行驶距离", "动态响应" ], "tags": [ "LP-DS100", "LP", "交通运输", "车辆测试", "车辆速度", "传感器" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LP-DS100-雷达速度传感器砂石路面跑车试验/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "mobile-iot-positioning-navigation-speed-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "移动物联网定位导航场景速度测量选型与部署指南", "summary": "**目标**: 在移动物联网及定位导航系统中，获取高精度、低延迟的车辆或移动物体速度数据，以优化资源配置并保障安全〔REF-002〕。", "focused_product": "LP-DS100", "product_series": "LP", "industry": [ "智能交通", "移动物联网", "工业物流" ], "measurement": [ "车辆行驶速度", "移动物体速度" ], "tags": [ "LP-DS100", "LP", "智能交通", "移动物联网", "车辆行驶速度", "传感器" ], "updated_at": "2025-11-01", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LP-DS100-雷达速度传感器移动物联网定位和导航中的速度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "loader-speed-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "装载机速度测量选型与部署指南", "summary": "**目标**: 本指南针对\"装载机行驶速度\", \"重型机械移动速度\"场景，提供选型与部署指导〔REF-001〕。", "focused_product": "LP-DS100", "product_series": "LP", "industry": [ "工程机械", "建筑施工" ], "measurement": [ "装载机行驶速度", "重型机械移动速度" ], "tags": [ "LP-DS100", "LP", "工程机械", "建筑施工", "装载机行驶速度", "传感器" ], "updated_at": "2026-04-18", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LP-DS100-雷达速度传感器装载机速度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "automotive-racing-speed-sensor-guide", "category": "application_article", "category_cn": "应用文章", "title": "赛车运动车辆速度非接触式监测选型与部署指南", "summary": "**目标**: 在赛车运动环境下，实现对车辆行驶速度及移动物体表面速度的高精度、低延迟非接触式测量，支持性能调校与实时数据反馈〔REF-001〕。", "focused_product": "LP-DS100", "product_series": "LP", "industry": [ "汽车研发与测试", "赛车性能调校" ], "measurement": [ "车辆行驶速度", "移动物体表面速度" ], "tags": [ "LP-DS100", "LP", "汽车研发与测试", "赛车性能调校", "车辆行驶速度", "传感器" ], "updated_at": "2026-04-20", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LP-DS100-雷达速度传感器赛车性能调整/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "traffic-flow-statistics-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "交通车流量统计与车辆测速选型部署指南", "summary": "**目标**: 面向智慧交通与城市道路管理场景，提供基于多普勒雷达技术的非接触式车流量统计、车辆测速及移动物体距离测量的售前选型与部署参考〔REF-001〕。", "focused_product": "LP-DS100", "product_series": "LP", "industry": [ "智慧交通", "城市道路管理", "交通监控工程" ], "measurement": [ "车辆行驶速度", "车流量计数", "移动物体距离与长度" ], "tags": [ "LP-DS100", "LP", "智慧交通", "城市道路管理", "车辆行驶速度", "传感器" ], "updated_at": "2025-04-10", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LP-DS100-雷达速度传感器车流量统计与分类/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "wheel-traction-wear-monitoring-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "车轮牵引力磨损监测选型与部署指南", "summary": "**目标**: 本指南针对车轮速度, 车辆行驶速度场景，提供选型与部署指导〔REF-001〕。", "focused_product": "LP-DS100", "product_series": "LP", "industry": [ "交通监控", "车辆性能监测", "赛车调校" ], "measurement": [ "车轮速度", "车辆行驶速度" ], "tags": [ "LP-DS100", "LP", "交通监控", "车辆性能监测", "车轮速度", "传感器" ], "updated_at": "2025-10-03", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LP-DS100-雷达速度传感器车轮牵引力磨损监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "vehicle-traction-slip-monitoring-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "车轮牵引滑移监测与非接触式测速选型与部署指南", "summary": "**目标**: 针对交通监控、车辆工程及赛车运动场景，提供高精度、非接触式的车轮牵引力与滑移率实时监测方案，替代传统易磨损的机械或光电接触式传感器〔REF-002…", "focused_product": "LP-DS100", "product_series": "LP", "industry": [ "交通管理", "车辆工程", "赛车运动" ], "measurement": [ "车辆行驶速度", "车轮滑移率" ], "tags": [ "LP-DS100", "LP", "交通管理", "车辆工程", "车辆行驶速度", "传感器" ], "updated_at": "2025-07-04", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LP-DS100-雷达速度传感器车轮牵引滑移监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "vehicle-brake-test-speed-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "车辆刹车测试速度测量选型与部署指南", "summary": "**目标**: 面向车辆刹车测试场景，提供非接触式雷达测速方案的选型要点、现场部署约束与验收标准，辅助工程决策〔REF-002〕。", "focused_product": "LP-DS100", "product_series": "LP", "industry": [ "汽车制造与测试", "交通工程检测", "赛车运动调校" ], "measurement": [ "车辆行驶速度", "移动物体线速度", "行进距离与表面长度" ], "tags": [ "LP-DS100", "LP", "汽车制造与测试", "交通工程检测", "车辆行驶速度", "传感器" ], "updated_at": "2026-05-19", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LP-DS100-雷达速度传感器车辆刹车测试/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "vehicle-acceleration-testing-speed-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "车辆加速测试速度测量选型与部署指南", "summary": "**目标**: 本指南针对\"速度测量\", \"距离测量\"场景，提供选型与部署指导〔REF-001〕。", "focused_product": "LP-DS100", "product_series": "LP", "industry": [ "交通安全管理", "车辆性能测试", "交通监控" ], "measurement": [ "速度测量", "距离测量" ], "tags": [ "LP-DS100", "LP", "交通安全管理", "车辆性能测试", "速度测量", "传感器" ], "updated_at": "2025-10-05", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LP-DS100-雷达速度传感器车辆加速测试/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "vehicle-sound-analysis-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "车辆声音分析测试中的速度监测选型与部署指南", "summary": "**目标**: 在车辆声音分析测试场景中，建立高精度、非接触式的实时车速监测基准，以关联声学数据与运动状态〔REF-002〕。", "focused_product": "LP-DS100", "product_series": "LP", "industry": [ "交通管理", "车辆性能分析" ], "measurement": [ "行驶速度", "声波特征关联速度" ], "tags": [ "LP-DS100", "LP", "交通管理", "车辆性能分析", "行驶速度", "传感器" ], "updated_at": "2025-11-28", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LP-DS100-雷达速度传感器车辆声音分析测试/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "vehicle-speed-monitoring-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "车辆速度与惯性测量选型与部署指南", "summary": "**目标**: 本指南针对车辆行驶速度, 移动物体速度场景，提供选型与部署指导〔REF-001〕。", "focused_product": "LP-DS100", "product_series": "LP", "industry": [ "交通管理", "物流监控", "赛车性能调校" ], "measurement": [ "车辆行驶速度", "移动物体速度" ], "tags": [ "LP-DS100", "LP", "交通管理", "物流监控", "车辆行驶速度", "传感器" ], "updated_at": "2025-04-09", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LP-DS100-雷达速度传感器车辆惯性测量单元航位推算/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "vehicle-fuel-consumption-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "车辆油耗测试速度测量选型与部署指南", "summary": "**目标**: 为车辆油耗测试场景提供高精度、非接触式的实时速度测量方案，确保燃油消耗数据与行驶状态的强相关性〔REF-001〕。", "focused_product": "LP-DS100", "product_series": "LP", "industry": [ "汽车测试", "交通管理", "物流运输" ], "measurement": [ "车辆行驶速度", "移动物体距离" ], "tags": [ "LP-DS100", "LP", "汽车测试", "交通管理", "车辆行驶速度", "传感器" ], "updated_at": "2025-03-11", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LP-DS100-雷达速度传感器车辆油耗测试/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "vehicle-crash-test-speed-control-guide", "category": "application_article", "category_cn": "应用文章", "title": "车辆碰撞测试车速控制选型与部署指南", "summary": "**目标**: 在车辆碰撞测试及动态驾驶模拟场景中，实现对被测车辆行驶速度的高精度、非接触式实时监测，确保碰撞触发时机的准确性及测试数据的有效性〔REF-001〕…", "focused_product": "LP-DS100", "product_series": "LP", "industry": [ "汽车安全测试", "车辆工程" ], "measurement": [ "车辆行驶速度", "移动物体速度" ], "tags": [ "LP-DS100", "LP", "汽车安全测试", "车辆工程", "车辆行驶速度", "传感器" ], "updated_at": "2025-07-28", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LP-DS100-雷达速度传感器车辆碰撞测试中车速控制/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "vehicle-distance-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "车辆行驶距离与非接触式速度测量选型与部署指南", "summary": "**目标**: 为交通监控、物流运输及车队管理场景提供基于多普勒雷达的非接触式速度与累计距离测量方案选型及部署指导〔REF-002〕。", "focused_product": "LP-DS100", "product_series": "LP", "industry": [ "交通管理", "物流运输", "车队管理" ], "measurement": [ "车辆行驶速度", "行进距离" ], "tags": [ "LP-DS100", "LP", "交通管理", "物流运输", "车辆行驶速度", "传感器" ], "updated_at": "2025-02-20", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LP-DS100-雷达速度传感器车辆行驶距离测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "off-road-vehicle-testing-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "越野测试车辆速度测量选型与部署指南", "summary": "**目标**: 本指南针对\"车辆行驶速度\", \"移动物体速度\"场景，提供选型与部署指导〔REF-001〕。", "focused_product": "LP-DS100", "product_series": "LP", "industry": [ "汽车研发与测试", "交通运输" ], "measurement": [ "车辆行驶速度", "移动物体速度" ], "tags": [ "LP-DS100", "LP", "汽车研发与测试", "交通运输", "车辆行驶速度", "传感器" ], "updated_at": "2025-11-23", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LP-DS100-雷达速度传感器车辆越野测试/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "vehicle-closed-loop-control-speed-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "车辆闭环控制系统速度测量选型与部署指南", "summary": "**目标**: 为车辆闭环控制系统中的实时速度监测需求提供选型与部署参考，确保系统能够稳定获取行驶速度数据以支撑闭环控制逻辑。", "focused_product": "LP-DS100", "product_series": "LP", "industry": [ "交通管理", "车辆控制系统", "工业自动化" ], "measurement": [ "行驶速度", "移动物体速度", "行进距离" ], "tags": [ "LP-DS100", "LP", "交通管理", "车辆控制系统", "行驶速度", "传感器" ], "updated_at": "2025-10-20", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LP-DS100-雷达速度传感器车辆闭环控制/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "vehicle-interval-marking-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "车辆间隔标记与非接触式速度测量选型与部署指南", "summary": "**目标**: 针对智能交通与道路监控场景，提供基于多普勒雷达技术的非接触式速度与间隔测量方案，确保数据准确性与系统稳定性〔REF-002〕。", "focused_product": "LP-DS100", "product_series": "LP", "industry": [ "智能交通", "道路监控", "车辆检测" ], "measurement": [ "车辆行驶速度", "车辆间隔距离" ], "tags": [ "LP-DS100", "LP", "智能交通", "道路监控", "车辆行驶速度", "传感器" ], "updated_at": "2025-12-14", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LP-DS100-雷达速度传感器车辆间隔标记/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "vehicle-anti-skid-speed-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "车辆防滑测试用雷达测速传感器选型与部署指南", "summary": "**目标**: 为车辆防滑测试场景提供雷达测速传感器的选型参考与部署指导，确保测试数据可靠、可追溯。〔REF-001〕〔REF-002〕", "focused_product": "LP-DS100", "product_series": "LP", "industry": [ "交通运输", "汽车测试", "道路安全" ], "measurement": [ "车辆速度", "移动物体速度" ], "tags": [ "LP-DS100", "LP", "交通运输", "汽车测试", "车辆速度", "传感器" ], "updated_at": "2025-05-24", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LP-DS100-雷达速度传感器车辆防滑测试/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "traffic-monitoring-velocity-sensor-guide", "category": "application_article", "category_cn": "应用文章", "title": "交通监控车辆非接触式测速选型与部署指南", "summary": "**目标**: 为车道超速抓拍场景提供车辆非接触式雷达测速传感器的选型、部署及验收标准参考，确保交通管理系统可靠运行〔REF-002〕。", "focused_product": "LP-DS100", "product_series": "LP", "industry": [ "智能交通系统", "道路安全管理" ], "measurement": [ "移动物体线速度", "车速" ], "tags": [ "LP-DS100", "LP", "智能交通系统", "道路安全管理", "移动物体线速度", "传感器" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LP-DS100-雷达速度传感器车道超速抓拍/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "lp-ds100-guide", "category": "application_article", "category_cn": "应用文章", "title": "工业精密位移与间隙测量选型与部署指南", "summary": "**目标**: 为工业自动化场景中微米级位移、间隙、平面度、厚度等几何量的高精度测量提供售前选型与工程部署决策参考〔REF-001〕。", "focused_product": "LP-DS100系列激光位移传感器", "product_series": "LP-DS100系列 laser displacement sensor", "industry": [ "工业自动化", "精密制造", "半导体制造", "汽车制造" ], "measurement": [ "位移", "间隙", "振动", "平面度", "厚度" ], "tags": [ "LP-DS100系列激光位移传感器", "LP-DS100系列 laser displacement sensor", "工业自动化", "精密制造", "位移", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LP-DS100-雷达速度传感器轨道交通速度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "tyre-slip-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "轮胎滑移监测选型与部署指南", "summary": "**目标**: 通过非接触式多普勒雷达技术，实时监测车辆行驶速度及轮胎滑移状态，用于提升行车安全、优化车辆性能及预防交通事故〔REF-002〕。", "focused_product": "LP-DS100", "product_series": "LP", "industry": [ "汽车制造", "交通运输" ], "measurement": [ "轮胎滑移速度", "车辆行驶速度" ], "tags": [ "LP-DS100", "LP", "汽车制造", "交通运输", "轮胎滑移速度", "传感器" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LP-DS100-雷达速度传感器轮胎滑移监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "lp-ds100-guide-典型产品", "category": "application_article", "category_cn": "应用文章", "title": "工业制造线激光轮廓测量选型与部署指南", "summary": "**目标**：为工业制造场景中的几何尺寸检测、轮廓重建与高度差测量提供售前选型参考与工程部署指导〔REF-002〕。", "focused_product": "典型产品", "product_series": "典型系列", "industry": [ "工业制造" ], "measurement": [ "几何尺寸测量", "轮廓重建", "高度差检测" ], "tags": [ "典型产品", "典型系列", "工业制造", "几何尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LP-DS100-雷达速度传感器轮胎磨损监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "conveyor-speed-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "输送机速度测量选型与部署指南", "summary": "**目标**: 为输送机速度监测场景提供雷达测速传感器的选型依据与部署方法，确保生产流程优化与物料搬运效率提升〔REF-002〕。", "focused_product": "LP-DS100", "product_series": "LP", "industry": [ "工业自动化", "交通运输", "物流仓储" ], "measurement": [ "输送机速度", "车辆行驶速度" ], "tags": [ "LP-DS100", "LP", "工业自动化", "交通运输", "输送机速度", "传感器" ], "updated_at": "2025-02-06", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LP-DS100-雷达速度传感器输送机速度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "moving-object-length-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "运动物体长度测量选型与部署指南", "summary": "**目标**: 针对高速运动物体（如车辆、传送带物料）进行非接触式速度监测及基于速度积分的长度/距离统计，解决传统光电或机械测量在动态场景下的实时性与精度瓶颈〔R…", "focused_product": "LP-DS100", "product_series": "LP", "industry": [ "交通运输", "工业制造", "物流仓储" ], "measurement": [ "车辆行驶速度", "输送带移动长度", "运动物体距离" ], "tags": [ "LP-DS100", "LP", "交通运输", "工业制造", "车辆行驶速度", "传感器" ], "updated_at": "2026-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LP-DS100-雷达速度传感器运动物体长度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "transport-wear-monitoring-radar-speed-guide", "category": "application_article", "category_cn": "应用文章", "title": "运输车磨损监测雷达测速传感器选型与部署指南", "summary": "**目标**: 本指南针对\"车辆速度\", \"行驶距离\"场景，提供选型与部署指导〔REF-001〕。", "focused_product": "LP-DS100", "product_series": "LP", "industry": [ "物流运输", "交通运输" ], "measurement": [ "车辆速度", "行驶距离" ], "tags": [ "LP-DS100", "LP", "物流运输", "交通运输", "车辆速度", "传感器" ], "updated_at": "2025-05-09", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LP-DS100-雷达速度传感器运输车磨损监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "mining-dump-truck-wear-monitoring-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "采矿自卸卡车磨损监测与速度测量选型及部署指南", "summary": "**目标**: 本指南针对车辆行驶速度, 移动表面长度/距离场景，提供选型与部署指导〔REF-001〕。", "focused_product": "LP-DS100", "product_series": "LP", "industry": [ "采矿行业", "重型运输" ], "measurement": [ "车辆行驶速度", "移动表面长度/距离" ], "tags": [ "LP-DS100", "LP", "采矿行业", "重型运输", "车辆行驶速度", "传感器" ], "updated_at": "2025-10-13", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LP-DS100-雷达速度传感器采矿自卸卡车磨损监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "mining-vehicle-tdo-guide", "category": "application_article", "category_cn": "应用文章", "title": "采矿车辆航位推算与速度测量选型指南", "summary": "**目标**: 为采矿车辆航位推算系统提供非接触式速度测量方案选型参考，实现行驶速度与距离的高精度实时采集〔REF-002〕。", "focused_product": "LP-DS100", "product_series": "LP", "industry": [ "采矿", "交通运输" ], "measurement": [ "车辆速度测量", "行驶距离计算", "航位推算" ], "tags": [ "LP-DS100", "LP", "采矿", "交通运输", "车辆速度测量", "传感器" ], "updated_at": "2025-03-14", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LP-DS100-雷达速度传感器采矿车辆航位推算/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "heavy-machinery-speed-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "重型工程机械速度测量选型与部署指南", "summary": "**目标**: 针对重型工程机械、矿山及道路施工场景，提供非接触式速度测量解决方案，以提升设备运行效率、确保现场作业安全并优化调度与维护计划〔REF-001〕。", "focused_product": "LP-DS100", "product_series": "LP", "industry": [ "重型工程机械", "矿山作业", "道路施工" ], "measurement": [ "车辆行驶速度", "移动表面速度", "输送机速度" ], "tags": [ "LP-DS100", "LP", "重型工程机械", "矿山作业", "车辆行驶速度", "传感器" ], "updated_at": "2025-03-30", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LP-DS100-雷达速度传感器重型工程机械速度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "railway-passenger-car-speed-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "铁路客车速度监测与非接触式测速选型部署指南", "summary": "**目标**: 为铁路客车及轨道交通场景提供非接触式实时速度监测的售前选型与工程部署参考，支撑主控系统、PLC 或数据采集单元完成高频脉冲计数与速度闭环验证〔RE…", "focused_product": "LP-DS100", "product_series": "LP", "industry": [ "铁路运输", "轨道交通", "交通监控" ], "measurement": [ "客车行驶速度", "移动物体线速度", "行进距离与长度" ], "tags": [ "LP-DS100", "LP", "铁路运输", "轨道交通", "客车行驶速度", "传感器" ], "updated_at": "2025-09-08", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LP-DS100-雷达速度传感器铁路客车速度监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "railway-truck-wear-monitoring-speed-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "铁路货车磨损监测雷达测速传感器选型与部署指南", "summary": "**目标**: 在铁路货车运行过程中，通过非接触式雷达测速技术实时监测车辆速度变化，间接评估车轮及轨道系统的磨损状态，提升铁路运输安全性与运营效率〔REF-001…", "focused_product": "LP-DS100", "product_series": "LP", "industry": [ "铁路货运", "交通基础设施维护" ], "measurement": [ "车辆速度", "磨损状态" ], "tags": [ "LP-DS100", "LP", "铁路货运", "交通基础设施维护", "车辆速度", "传感器" ], "updated_at": "2026-02-14", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LP-DS100-雷达速度传感器铁路货车磨损监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "tunnel-vehicle-positioning-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "隧道车辆航位推算速度测量与选型部署指南", "summary": "**目标**: 实现隧道内行驶车辆的非接触式实时速度采集，支持航位推算、流量统计及安全防护监控〔REF-002〕。", "focused_product": "LP-DS100", "product_series": "LP", "industry": [ "智能交通系统", "隧道运营与安全" ], "measurement": [ "行驶车辆速度", "移动物体位移" ], "tags": [ "LP-DS100", "LP", "智能交通系统", "隧道运营与安全", "行驶车辆速度", "传感器" ], "updated_at": "2025-03-01", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LP-DS100-雷达速度传感器隧道车辆航位推算/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "lp-ds100-guide-lp-ds100系列激光位移传感器", "category": "application_article", "category_cn": "应用文章", "title": "工业精密位移与间隙测量选型与部署指南", "summary": "**目标**: 为工业自动化场景中微米级位移、间隙、平面度、厚度等几何量的高精度测量提供售前选型与工程部署决策参考〔REF-001〕。", "focused_product": "LP-DS100系列激光位移传感器", "product_series": "LP-DS100系列 laser displacement sensor", "industry": [ "工业自动化", "精密制造", "半导体制造", "汽车制造" ], "measurement": [ "位移", "间隙", "振动", "平面度", "厚度" ], "tags": [ "LP-DS100系列激光位移传感器", "LP-DS100系列 laser displacement sensor", "工业自动化", "精密制造", "位移", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LP-DS100-雷达速度传感器非公路车辆实时速度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "off-road-vehicle-speed-monitoring-guide", "category": "application_article", "category_cn": "应用文章", "title": "非道路车辆速度监测选型与部署指南", "summary": "**目标**: 在非道路工程、农业机械及矿区运输场景下实现高精度、实时的车速监测与安全管控，支持合规数据采集和运行效率优化。", "focused_product": "LP-DS100", "product_series": "LP", "industry": [ "工程机械管理", "农业设备监控" ], "measurement": [ "行驶车辆速度", "移动物体线速度" ], "tags": [ "LP-DS100", "LP", "工程机械管理", "农业设备监控", "行驶车辆速度", "传感器" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LP-DS100-雷达速度传感器非道路车速测速/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "traffic-monitoring-radar-speed-guide", "category": "application_article", "category_cn": "应用文章", "title": "交通监控测速传感器选型与部署指南", "summary": "**目标**: 本指南针对速度测量, 流量监测场景，提供选型与部署指导〔REF-001〕。", "focused_product": "LP-DS200", "product_series": "LP", "industry": [ "交通管理", "工业自动化" ], "measurement": [ "速度测量", "流量监测" ], "tags": [ "LP-DS200", "LP", "交通管理", "工业自动化", "速度测量", "传感器" ], "updated_at": "2025-08-31", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LP-DS200-雷达速度传感器交通监控/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "content-lp-ds200", "category": "application_article", "category_cn": "应用文章", "title": "仓库运输车辆速度监测选型与部署指南", "summary": "**目标**: 针对仓储物流环境中的叉车、传送带及非公路车辆，提供基于雷达多普勒原理的非接触式真实地面速度监测方案，以实现闭环控制与安全管理〔REF-001〕。", "focused_product": "LP-DS200", "product_series": "LP", "industry": [ "仓储物流", "工业自动化" ], "measurement": [ "地面真实速度", "移动物体速度" ], "tags": [ "LP-DS200", "LP", "仓储物流", "工业自动化", "地面真实速度", "传感器" ], "updated_at": "2025-03-10", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LP-DS200-雷达速度传感器仓库用运输车辆测速/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "conveyor-speed-measurement-guide-lp-ds200", "category": "application_article", "category_cn": "应用文章", "title": "传送带实时速度测量传感器选型与部署指南", "summary": "**目标**: 为传送带实时速度测量场景提供雷达测速传感器的选型依据与工程部署方法，提升测量精度与系统可靠性〔REF-001〕。", "focused_product": "LP-DS200", "product_series": "LP", "industry": [ "工业制造", "物流仓储" ], "measurement": [ "传送带速度", "运动物体速度" ], "tags": [ "LP-DS200", "LP", "工业制造", "物流仓储", "传送带速度", "传感器" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LP-DS200-雷达速度传感器传送带实时速度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "public-transit-speed-measurements-radar-guide", "category": "application_article", "category_cn": "应用文章", "title": "公共交通车辆速度测量选型与部署指南", "summary": "**目标**: 解决城市公交与特种车辆在非接触环境下的高精度速度监测需求，支持闭环控制及法规合规性采集。", "focused_product": "LP-DS200", "product_series": "LP", "industry": [ "城市公共交通，智能交通系统" ], "measurement": [ "公共汽车行驶速度，移动物体多普勒位移" ], "tags": [ "LP-DS200", "LP", "城市公共交通，智能交通系统", "公共汽车行驶速度，移动物体多普勒位移", "传感器" ], "updated_at": "2025-05-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LP-DS200-雷达速度传感器公共汽车速度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "highway-speed-measurement-guide-lp-ds200", "category": "application_article", "category_cn": "应用文章", "title": "公路车辆测速与交通流量监测选型部署指南", "summary": "**目标**: 针对公路车辆、物流输送线及非公路移动机械，提供高可靠性、非接触式的实时速度监测方案，支持闭环控制与超速预警。", "focused_product": "LP-DS200", "product_series": "LP", "industry": [ "智能交通系统(ITS)", "道路安全管理", "物流与仓储自动化" ], "measurement": [ "车辆行驶速度", "输送带物料流速", "非公路车辆移动速度" ], "tags": [ "LP-DS200", "LP", "智能交通系统(ITS)", "道路安全管理", "车辆行驶速度", "传感器" ], "updated_at": "2025-10-10", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LP-DS200-雷达速度传感器公路测量测速/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "agricultural-tractor-speed-measurement-guide-绀轰緥浜у搧", "category": "application_article", "category_cn": "应用文章", "title": "鍐滅敤鎷栨媺鏈洪€熷害娴嬮噺閫夊瀷涓庨儴缃叉寚鍗楋細LP-DS200 澶氭櫘鍕掗浄杈炬妧鏈柟妗堣瘎浼?", "summary": "**鐩爣**锛氬湪澶嶆潅鍐滀笟宸ュ喌涓嬬簿纭幏鍙栨嫋鎷夋満鐪熷疄鍦伴潰琛岄┒閫熷害鏁版嵁锛屼互鎻愬崌浣滀笟鏁堢巼骞剁‘淇濊澶囪繍琛屽畨鍏ㄣ€傝娴嬮噺鏍稿…", "focused_product": "绀轰緥浜у搧", "product_series": "绀轰緥绯诲垪", "industry": [ "宸ヤ笟娴嬮噺" ], "measurement": [ "灏哄娴嬮噺" ], "tags": [ "绀轰緥浜у搧", "绀轰緥绯诲垪", "宸ヤ笟娴嬮噺", "灏哄娴嬮噺", "传感器" ], "updated_at": "2025-01-01", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LP-DS200-雷达速度传感器农用拖拉机速度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "agricultural-vehicle-speed-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "农用机械雷达速度测量选型与部署指南", "summary": "**目标**: 为非接触式地面速度测量提供选型依据，支持闭环控制与安全监测。", "focused_product": "LP-DS200", "product_series": "LP", "industry": [ "农业机械", "工业车辆", "物料输送" ], "measurement": [ "地面行驶速度", "车轮等效转速" ], "tags": [ "LP-DS200", "LP", "农业机械", "工业车辆", "地面行驶速度", "传感器" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LP-DS200-雷达速度传感器农用机械速度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "ice-road-radar-speed-sensing-guide", "category": "application_article", "category_cn": "应用文章", "title": "冰雪路面雷达速度传感选型与部署指南", "summary": "**目标**: 面向跑车/工程车辆在冰雪低附着路面上的真实车速精确测量，提供非接触式、抗打滑干扰的测速方案。", "focused_product": "LP-DS200", "product_series": "LP", "industry": [ "车辆测试试验", "交通安全监测" ], "measurement": [ "车轮速度", "地面滑移率" ], "tags": [ "LP-DS200", "LP", "车辆测试试验", "交通安全监测", "车轮速度", "传感器" ], "updated_at": "2026-04-07", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LP-DS200-雷达速度传感器冰雪路面跑车试验/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "truck-real-time-speed-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "卡车实时速度测量选型与部署指南", "summary": "**目标**: 本指南针对\"地面真实速度\", \"车轮运动状态\"场景，提供选型与部署指导〔REF-001〕。", "focused_product": "LP-DS200", "product_series": "LP", "industry": [ "物流运输", "重型车辆制造" ], "measurement": [ "地面真实速度", "车轮运动状态" ], "tags": [ "LP-DS200", "LP", "物流运输", "重型车辆制造", "地面真实速度", "传感器" ], "updated_at": "2026-05-16", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LP-DS200-雷达速度传感器卡车实时速度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "road-vehicle-speed-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "道路车辆速度测量选型与部署指南", "summary": "**目标**: 在施工与运输场景中实现非接触式、高精度的真实地面速度采集，避免车轮打滑与轮胎形变引起的误差〔REF-001〕。", "focused_product": "LP-DS200", "product_series": "LP", "industry": [ "工程机械", "运输制造" ], "measurement": [ "实时地面速度", "运动状态检测" ], "tags": [ "LP-DS200", "LP", "工程机械", "运输制造", "实时地面速度", "传感器" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LP-DS200-雷达速度传感器压路机速度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "forklift-speed-monitoring-guide", "category": "application_article", "category_cn": "应用文章", "title": "叉车及移动设备非接触式测速选型与部署指南", "summary": "**目标**: 本指南针对\"地面真实速度\", \"移动物体速度\"场景，提供选型与部署指导〔REF-001〕。", "focused_product": "LP-DS200", "product_series": "LP", "industry": [ "物流仓储", "工业制造", "交通运输" ], "measurement": [ "地面真实速度", "移动物体速度" ], "tags": [ "LP-DS200", "LP", "物流仓储", "工业制造", "地面真实速度", "传感器" ], "updated_at": "2026-05-20", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LP-DS200-雷达速度传感器叉车测速/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "lp-ds200-guide", "category": "application_article", "category_cn": "应用文章", "title": "Lp Ds200选型与部署指南", "summary": "**目标**：为工业制造场景中的几何尺寸在线测量提供通用选型与部署参考。", "focused_product": "典型产品", "product_series": "典型系列", "industry": [ "工业制造" ], "measurement": [ "测量参数" ], "tags": [ "典型产品", "典型系列", "工业制造", "测量参数", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LP-DS200-雷达速度传感器喷洒机行驶速度控制/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "underground-vehicle-position-speed-guide", "category": "application_article", "category_cn": "应用文章", "title": "地下车辆航位推算速度测量选型与部署指南", "summary": "**目标**: 本指南针对\"地面真实速度\", \"车辆航位推算\"场景，提供选型与部署指导〔REF-001〕。", "focused_product": "LP-DS200", "product_series": "LP", "industry": [ "地下矿山运输", "隧道工程车辆", "非公路车辆" ], "measurement": [ "地面真实速度", "车辆航位推算" ], "tags": [ "LP-DS200", "LP", "地下矿山运输", "隧道工程车辆", "地面真实速度", "传感器" ], "updated_at": "2026-05-05", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LP-DS200-雷达速度传感器地下车辆航位推算/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "underground-mining-autonomous-driving-speed-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "地下采矿自动驾驶车辆速度监测选型与部署指南", "summary": "**目标**: 本指南针对\"地面真实速度\", \"车轮转速\"场景，提供选型与部署指导〔REF-001〕。", "focused_product": "LP-DS200", "product_series": "LP", "industry": [ "地下采矿", "非公路车辆", "矿山自动化" ], "measurement": [ "地面真实速度", "车轮转速" ], "tags": [ "LP-DS200", "LP", "地下采矿", "非公路车辆", "地面真实速度", "传感器" ], "updated_at": "2026-03-10", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LP-DS200-雷达速度传感器地下采矿中的自动驾驶/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "subway-speed-detection-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "轨道交通速度检测选型与部署指南", "summary": "**目标**: 为地铁及轨道交通场景提供基于 24 GHz 雷达多普勒技术的非接触式速度检测方案，旨在消除车轮打滑、轮胎沉陷等传统机械或光电测速方式的误差，实现高…", "focused_product": "LP-DS200", "product_series": "LP", "industry": [ "轨道交通", "地铁运营" ], "measurement": [ "列车行驶速度", "移动物体速度" ], "tags": [ "LP-DS200", "LP", "轨道交通", "地铁运营", "列车行驶速度", "传感器" ], "updated_at": "2026-05-03", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LP-DS200-雷达速度传感器地铁速度检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "guide", "category": "application_article", "category_cn": "应用文章", "title": "场内运输车辆速度测量选型与部署指南", "summary": "**目标**: 针对仓储、物流及工业场景下的场内运输车（如叉车、传送带、非公路车辆），提供基于雷达多普勒效应的非接触式速度测量方案，实现高精度、高动态的实时速度监…", "focused_product": "LP-DS200", "product_series": "LP", "industry": [ "仓储物流", "工业生产" ], "measurement": [ "场内运输车速度", "叉车移动速度" ], "tags": [ "LP-DS200", "LP", "仓储物流", "工业生产", "场内运输车速度", "传感器" ], "updated_at": "2025-07-14", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LP-DS200-雷达速度传感器场内运输车速度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "forklift-speed-measurement-guide-lp-ds200", "category": "application_article", "category_cn": "应用文章", "title": "仓储物流车辆非接触式测速选型与部署指南", "summary": "**目标**: 为堆高机等仓储物流设备提供高精度的实时地面速度监测，支持闭环控制与安全作业〔REF-001〕。", "focused_product": "LP-DS200", "product_series": "LP", "industry": [ "仓储物流", "工业制造" ], "measurement": [ "堆高机行驶速度", "移动物体速度" ], "tags": [ "LP-DS200", "LP", "仓储物流", "工业制造", "堆高机行驶速度", "传感器" ], "updated_at": "2026-03-01", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LP-DS200-雷达速度传感器堆高机测速/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "indoor-realtime-positioning-assistant-speed-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "室内实时定位系统辅助测速传感器选型与部署指南", "summary": "**目标**: 为室内物流、仓储及制造环境中的实时定位系统（RTLS）提供高精度的非接触式速度监测方案，以支持闭环控制与资源优化〔REF-002〕。", "focused_product": "LP-DS200", "product_series": "LP", "industry": [ "物流仓储", "智能制造" ], "measurement": [ "移动物体速度", "叉车/传送带速率" ], "tags": [ "LP-DS200", "LP", "物流仓储", "智能制造", "移动物体速度", "传感器" ], "updated_at": "2025-04-04", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LP-DS200-雷达速度传感器室内实时定位系统辅助/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "indoor-vehicle-navigation-speed-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "室内车辆导航与航位推算速度测量选型与部署指南", "summary": "**目标**: 本指南针对\"地面真实速度\", \"移动物体速度\"场景，提供选型与部署指导〔REF-001〕。", "focused_product": "LP-DS200", "product_series": "LP", "industry": [ "仓储物流", "制造业", "非公路车辆" ], "measurement": [ "地面真实速度", "移动物体速度" ], "tags": [ "LP-DS200", "LP", "仓储物流", "制造业", "地面真实速度", "传感器" ], "updated_at": "2025-02-24", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LP-DS200-雷达速度传感器室内车辆航位推算/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "indoor-vehicle-speed-measurement-guide-lp-ds200", "category": "application_article", "category_cn": "应用文章", "title": "室内车辆速度与移动机械高精度非接触式选型与部署指南", "summary": "**目标**: 实现室内运输车辆、叉车及移动机械在非接触式环境下对地面真实速度的高动态监测，支持闭环控制与碰撞预防，尤其适用于易打滑或轮胎磨损场景〔REF-001…", "focused_product": "LP-DS200", "product_series": "LP", "industry": [ "物流仓储", "工业制造", "轨道交通" ], "measurement": [ "室内车辆行驶速度", "非公路机械移动速度" ], "tags": [ "LP-DS200", "LP", "物流仓储", "工业制造", "室内车辆行驶速度", "传感器" ], "updated_at": "2026-04-03", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LP-DS200-雷达速度传感器室内车辆速度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "indoor-vehicle-speed-measurement-guide-lp-ds200-2", "category": "application_article", "category_cn": "应用文章", "title": "室内运输车辆速度测量选型与部署指南", "summary": "**目标**: 为室内运输车辆（叉车、室内搬运车、传送带等）提供非接触式、抗打滑的速度测量方案〔REF-002〕。", "focused_product": "LP-DS200", "product_series": "LP", "industry": [ "物流", "工业制造", "铁路应用" ], "measurement": [ "速度", "地面速度" ], "tags": [ "LP-DS200", "LP", "物流", "工业制造", "速度", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LP-DS200-雷达速度传感器室内运输车辆速度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "guide-lp-ds200", "category": "application_article", "category_cn": "应用文章", "title": "非接触式移动物体速度与运动状态检测选型与部署指南", "summary": "**目标**: 解决平地机、非公路车辆等在复杂工况下（如泥泞、打滑、轮胎变形）的速度测量难题，提供基于雷达多普勒原理的非接触式地面真实速度监测方案。", "focused_product": "LP-DS200", "product_series": "LP", "industry": [ "工程机械", "交通运输" ], "measurement": [ "地面真实速度", "物体运动状态" ], "tags": [ "LP-DS200", "LP", "工程机械", "交通运输", "地面真实速度", "传感器" ], "updated_at": "2025-08-22", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LP-DS200-雷达速度传感器平地机速度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "tractor-ground-speed-measurement-guide-lp-ds200", "category": "application_article", "category_cn": "应用文章", "title": "移动物体对地速度测量选型与部署指南", "summary": "**目标**: 本指南针对拖拉机对地速度, 移动物体地面速度场景，提供选型与部署指导〔REF-001〕。", "focused_product": "LP-DS200", "product_series": "LP", "industry": [ "农业机械", "非公路车辆" ], "measurement": [ "拖拉机对地速度", "移动物体地面速度" ], "tags": [ "LP-DS200", "LP", "农业机械", "非公路车辆", "拖拉机对地速度", "传感器" ], "updated_at": "2026-02-27", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LP-DS200-雷达速度传感器拖拉机对地速度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "mining-construction-vehicle-speed-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "工程机械速度测量选型与部署指南", "summary": "**目标**: 本指南针对\"速度测量\", \"地面真实速度\"场景，提供选型与部署指导〔REF-001〕。", "focused_product": "LP-DS200", "product_series": "LP", "industry": [ "工程机械", "建筑设备", "非公路车辆" ], "measurement": [ "速度测量", "地面真实速度" ], "tags": [ "LP-DS200", "LP", "工程机械", "建筑设备", "速度测量", "传感器" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LP-DS200-雷达速度传感器挖掘机速度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "earthwork-vehicle-speed-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "工程机械非接触式速度测量选型与部署指南", "summary": "**目标**: 获取工程机械（如推土机）在非粘附性工况下的真实地面移动速度，避免车轮打滑和轮胎沉入导致的速度计算误差〔REF-002〕。", "focused_product": "LP-DS200", "product_series": "LP", "industry": [ "土木工程", "建筑施工" ], "measurement": [ "推土机移动速度", "底盘行驶速度" ], "tags": [ "LP-DS200", "LP", "土木工程", "建筑施工", "推土机移动速度", "传感器" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LP-DS200-雷达速度传感器推土机速度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "paver-speed-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "摊铺机非接触式速度测量选型与部署指南", "summary": "**目标**: 解决摊铺机在沥青或混凝土铺设过程中，因车轮打滑、轮胎气压变化或路面松软导致的传统测速失效问题，实现高精度的地面真实速度闭环控制〔REF-002〕。", "focused_product": "LP-DS200", "product_series": "LP", "industry": [ "道路施工", "工程机械", "非公路车辆" ], "measurement": [ "摊铺机行驶速度", "地面真实速度" ], "tags": [ "LP-DS200", "LP", "道路施工", "工程机械", "摊铺机行驶速度", "传感器" ], "updated_at": "2025-08-03", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LP-DS200-雷达速度传感器摊铺机速度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "seeding-machine-travel-speed-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "播种机行驶速度精准监测与部署选型指南", "summary": "**目标**: 为播种机及同类非公路移动机械提供非接触式地面真实速度监测方案，支撑作业效率提升与播种质量闭环控制。", "focused_product": "LP-DS200", "product_series": "LP", "industry": [ "农业机械", "车辆运输", "工业自动化" ], "measurement": [ "行驶速度", "地面真实速度", "移动物体速度" ], "tags": [ "LP-DS200", "LP", "农业机械", "车辆运输", "行驶速度", "传感器" ], "updated_at": "2025-12-21", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LP-DS200-雷达速度传感器播种机行驶速度控制/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "agricultural-harvesting-vehicle-speed-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "农业收割机车速测量选型与部署指南", "summary": "**目标**: 为农业收割机提供非接触式高精度速度测量，辅助精准农业作业控制与产量统计〔REF-002〕。", "focused_product": "LP-DS200", "product_series": "LP", "industry": [ "农业机械", "工程机械" ], "measurement": [ "地面行驶速度", "移动转速" ], "tags": [ "LP-DS200", "LP", "农业机械", "工程机械", "地面行驶速度", "传感器" ], "updated_at": "2026-05-09", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LP-DS200-雷达速度传感器收割机速度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "fertilizer-sprayer-speed-control-guide", "category": "application_article", "category_cn": "应用文章", "title": "施肥机行驶速度控制选型与部署指南", "summary": "**目标**: 解决传统机械测速轮在泥泞、打滑环境下无法准确反映施肥机真实地面速度的问题，实现闭环精准控制。", "focused_product": "LP-DS200", "product_series": "LP", "industry": [ "农业", "农业机械" ], "measurement": [ "行驶速度", "地面相对速度" ], "tags": [ "LP-DS200", "LP", "农业", "农业机械", "行驶速度", "传感器" ], "updated_at": "2025-02-17", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LP-DS200-雷达速度传感器施肥机行驶速度控制/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "unmanned-vehicle-navigation-speed-guide-lp-ds200", "category": "application_article", "category_cn": "应用文章", "title": "雷达速度传感器选型与部署指南", "summary": "**目标**: 为无人车辆导航场景提供雷达速度传感器的选型与部署参考，确保非接触式真测速能力满足闭环控制需求〔REF-001〕。", "focused_product": "LP-DS200", "product_series": "LP", "industry": [ "无人车辆导航", "工业车辆", "物流仓储" ], "measurement": [ "速度测量", "多普勒测速" ], "tags": [ "LP-DS200", "LP", "无人车辆导航", "工业车辆", "速度测量", "传感器" ], "updated_at": "2025-05-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LP-DS200-雷达速度传感器无人车辆导航/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "unmanned-vehicle-speed-sensing-guide-绀轰緥浜у搧", "category": "application_article", "category_cn": "应用文章", "title": "鏃犱汉杞﹁締閫熷害鎰熺煡閫夊瀷涓庨儴缃叉寚鍗?", "summary": "**鐩爣**锛氭湰鎸囧崡閽堝灏哄娴嬮噺鍦烘櫙锛屾彁渚涢€夊瀷涓庨儴缃叉寚瀵笺€擱EF-001銆曘€?- **鎺ㄨ崘鎶€鏈矾绾?*锛氳瑙佺5绔犱骇鍝佸…", "focused_product": "绀轰緥浜у搧", "product_series": "绀轰緥绯诲垪", "industry": [ "宸ヤ笟娴嬮噺" ], "measurement": [ "灏哄娴嬮噺" ], "tags": [ "绀轰緥浜у搧", "绀轰緥绯诲垪", "宸ヤ笟娴嬮噺", "灏哄娴嬮噺", "传感器" ], "updated_at": "2025-01-01", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LP-DS200-雷达速度传感器无人车辆速度感知/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "unmannedvehicle-speed-guide", "category": "application_article", "category_cn": "应用文章", "title": "无人驾驶车辆测速传感器选型与部署指南", "summary": "**目标**: 为无人驾驶车辆、非公路移动设备及工业输送系统提供非接触式地面速度测量方案，确保闭环控制系统的实时性与可靠性〔REF-002〕。", "focused_product": "LP-DS200", "product_series": "LP", "industry": [ "无人驾驶车辆", "非公路车辆", "工业输送带", "铁路运输" ], "measurement": [ "地面速度", "移动物体速度" ], "tags": [ "LP-DS200", "LP", "无人驾驶车辆", "非公路车辆", "地面速度", "传感器" ], "updated_at": "2026-04-30", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LP-DS200-雷达速度传感器无人驾驶车辆测速/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "locomotive-ground-speed-guide", "category": "application_article", "category_cn": "应用文章", "title": "机车地面速度测量选型与部署指南", "summary": "**目标**: 为非接触式获取铁路及轨道车辆真实行驶速度提供选型依据，解决车轮打滑、轮胎变形带来的测量误差问题 〔REF-001〕。", "focused_product": "LP-DS200", "product_series": "LP", "industry": [ "铁路运输", "轨道交通" ], "measurement": [ "机车行走轮速", "真实地面速度" ], "tags": [ "LP-DS200", "LP", "铁路运输", "轨道交通", "机车行走轮速", "传感器" ], "updated_at": "2025-05-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LP-DS200-雷达速度传感器机车车速测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "piling-machinery-speed-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "桩工机械速度测量选型与部署指南", "summary": "桩工机械速度测量的核心选型结论:**选用 24 GHz 雷达多普勒测速传感器（如 LP-DS200）**，而非编码器或测速轮。关键理由三点:① 雷达直接测量地面…", "focused_product": "LP-DS200", "product_series": "LP", "industry": [ "桩工机械", "非公路车辆", "工业运输车辆" ], "measurement": [ "运动速度测量", "地面真实速度" ], "tags": [ "LP-DS200", "LP", "桩工机械", "非公路车辆", "运动速度测量", "传感器" ], "updated_at": "2025-08-01", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LP-DS200-雷达速度传感器桩工机械速度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "railway-train-speed-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "铁路车辆非接触式速度测量选型与部署指南", "summary": "**目标**: 为铁路车辆、轨道交通及工业移动设备提供基于多普勒雷达技术的非接触式真实地面速度测量方案，消除轮轨打滑、踏面磨耗与轮胎沉入对测速精度的干扰〔REF-…", "focused_product": "LP-DS200", "product_series": "LP", "industry": [ "铁路运输", "轨道交通", "工业车辆" ], "measurement": [ "列车行驶速度", "车轮地面真实速度", "移动物体线速度" ], "tags": [ "LP-DS200", "LP", "铁路运输", "轨道交通", "列车行驶速度", "传感器" ], "updated_at": "2025-09-04", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LP-DS200-雷达速度传感器火车速度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "production-line-speed-monitoring-guide", "category": "application_article", "category_cn": "应用文章", "title": "生产线速度监控选型与部署指南", "summary": "**目标**: 本指南针对生产传送带速度，移动物体地面速度场景，提供选型与部署指导〔REF-001〕。", "focused_product": "LP-DS200", "product_series": "LP", "industry": [ "物流运输，工业自动化" ], "measurement": [ "生产传送带速度，移动物体地面速度" ], "tags": [ "LP-DS200", "LP", "物流运输，工业自动化", "生产传送带速度，移动物体地面速度", "传感器" ], "updated_at": "2026-02-21", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LP-DS200-雷达速度传感器生产线速度监控/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "mining-dump-truck-speed-measurement-guide-lp-ds200", "category": "application_article", "category_cn": "应用文章", "title": "矿用自卸车非接触式地面真实速度测量选型与部署指南", "summary": "**目标**: 为矿用自卸车、非公路重型运输车辆及工业移动设备提供地面真实速度的非接触式测量选型与工程部署依据。", "focused_product": "LP-DS200", "product_series": "LP", "industry": [ "矿山开采", "重型运输", "工程机械" ], "measurement": [ "车辆地面真实速度", "移动物体运动状态" ], "tags": [ "LP-DS200", "LP", "矿山开采", "重型运输", "车辆地面真实速度", "传感器" ], "updated_at": "2025-08-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LP-DS200-雷达速度传感器矿用自卸车速度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "measurement-guide-lp-ds200", "category": "application_article", "category_cn": "应用文章", "title": "非平整路面车辆速度测量与部署选型指南", "summary": "**目标**: 为非公路车辆、建筑机械及工业运输场景提供高精度的实时地面速度监测，支持闭环控制与性能评估〔REF-002〕。", "focused_product": "LP-DS200", "product_series": "LP", "industry": [ "交通工程", "建筑机械", "非公路车辆" ], "measurement": [ "地面真实速度", "移动物体速度" ], "tags": [ "LP-DS200", "LP", "交通工程", "建筑机械", "地面真实速度", "传感器" ], "updated_at": "2025-06-22", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LP-DS200-雷达速度传感器砂石路面跑车试验/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "mobile-iot-positioning-navigation-speed-measurement-guide-lp-ds200", "category": "application_article", "category_cn": "应用文章", "title": "移动物联网定位与导航场景速度测量选型与部署指南", "summary": "**目标**: 为移动物联网（IoT）定位与导航应用提供不受轮胎打滑、周长变化及下沉影响的高精度地面真实速度测量解决方案〔REF-001〕〔REF-002〕。", "focused_product": "LP-DS200", "product_series": "LP", "industry": [ "工业运输", "物流与仓储", "交通管理", "非公路车辆", "铁路应用" ], "measurement": [ "地面真实速度", "移动物体速度" ], "tags": [ "LP-DS200", "LP", "工业运输", "物流与仓储", "地面真实速度", "传感器" ], "updated_at": "2025-08-20", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LP-DS200-雷达速度传感器移动物联网定位和导航中的速度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "heavy-equipment-speed-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "重型工程机械速度测量选型与部署指南", "summary": "**目标**: 为装载机、非公路车辆等重型工程机械提供精准的地面速度实时监测与闭环控制依据。", "focused_product": "LP-DS200", "product_series": "LP", "industry": [ "建筑施工", "矿山开采" ], "measurement": [ "装载机地面速度", "非公路车辆移动速度" ], "tags": [ "LP-DS200", "LP", "建筑施工", "矿山开采", "装载机地面速度", "传感器" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LP-DS200-雷达速度传感器装载机速度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "racing-speed-selection-guide", "category": "application_article", "category_cn": "应用文章", "title": "赛车性能调整速度测量选型与部署指南", "summary": "**目标**: 为赛车运动与车辆性能调校场景提供基于雷达多普勒技术的非接触式地面速度测量选型与部署参考。", "focused_product": "LP-DS200", "product_series": "LP", "industry": [ "赛车运动", "车辆测试与调校" ], "measurement": [ "地面速度测量", "实时速度监测" ], "tags": [ "LP-DS200", "LP", "赛车运动", "车辆测试与调校", "地面速度测量", "传感器" ], "updated_at": "2026-01-05", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LP-DS200-雷达速度传感器赛车性能调整/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "traffic-flow-statistics-classification-guide", "category": "application_article", "category_cn": "应用文章", "title": "车流量统计与分类选型与部署指南", "summary": "**目标**: 面向公路与城市道路车流量统计与车型分类场景，为售前与工程人员提供雷达速度传感器的选型与现场部署的系统化参考〔REF-001〕。", "focused_product": "LP-DS200雷达速度传感器", "product_series": "LP-DS200系列", "industry": [ "智能交通", "公路管理", "城市规划" ], "measurement": [ "速度", "车流量", "车辆分类" ], "tags": [ "LP-DS200雷达速度传感器", "LP-DS200系列", "智能交通", "公路管理", "速度", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LP-DS200-雷达速度传感器车流量统计与分类/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "wheel-traction-monitoring-velocity-guide", "category": "application_article", "category_cn": "应用文章", "title": "车轮牵引力与磨损监测雷达测速传感器选型与部署指南", "summary": "**目标**: 本指南针对\"车轮速度\", \"地面真实速度\"场景，提供选型与部署指导〔REF-001〕。", "focused_product": "LP-DS200", "product_series": "LP", "industry": [ "交通运输", "工业车辆", "轨道交通" ], "measurement": [ "车轮速度", "地面真实速度" ], "tags": [ "LP-DS200", "LP", "交通运输", "工业车辆", "车轮速度", "传感器" ], "updated_at": "2025-09-30", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LP-DS200-雷达速度传感器车轮牵引力磨损监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "wheel-traction-slip-monitoring-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "车轮牵引与滑移监测选型及部署指南", "summary": "**目标**: 为工业车辆、非公路机械、铁路及输送线场景提供车轮牵引状态与真实地面速度的高精度、非接触式监测方案〔REF-002〕。", "focused_product": "LP-DS200", "product_series": "LP", "industry": [ "室内运输车辆", "叉车作业", "非公路车辆", "铁路交通", "输送带与物料流动监测" ], "measurement": [ "移动物体真实地面速度", "车轮牵引状态", "行进速度" ], "tags": [ "LP-DS200", "LP", "室内运输车辆", "叉车作业", "移动物体真实地面速度", "传感器" ], "updated_at": "2026-04-26", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LP-DS200-雷达速度传感器车轮牵引滑移监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "vehicle-brake-testing-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "车辆刹车测试速度测量选型与部署指南", "summary": "**目标**: 本指南针对\"车辆地面真实速度\", \"移动物体动态速度\"场景，提供选型与部署指导〔REF-001〕。", "focused_product": "LP-DS200", "product_series": "LP", "industry": [ "汽车测试", "工业制造" ], "measurement": [ "车辆地面真实速度", "移动物体动态速度" ], "tags": [ "LP-DS200", "LP", "汽车测试", "工业制造", "车辆地面真实速度", "传感器" ], "updated_at": "2026-04-22", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LP-DS200-雷达速度传感器车辆刹车测试/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "vehicle-acceleration-test-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "车辆加速测试速度测量选型与部署指南", "summary": "**目标**: 本指南针对\"车辆地面真实速度\", \"移动物体运动状态\"场景，提供选型与部署指导〔REF-001〕。", "focused_product": "LP-DS200", "product_series": "LP", "industry": [ "交通运输", "物流管理", "车辆测试" ], "measurement": [ "车辆地面真实速度", "移动物体运动状态" ], "tags": [ "LP-DS200", "LP", "交通运输", "物流管理", "车辆地面真实速度", "传感器" ], "updated_at": "2025-06-24", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LP-DS200-雷达速度传感器车辆加速测试/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "vehicle-sound-analysis-measurement-guide-lp-ds200", "category": "application_article", "category_cn": "应用文章", "title": "车辆声音分析测试中的速度测量选型与部署指南", "summary": "**目标**: 在车辆声音分析及运行状态监测场景中，实现高精度的非接触式地面真实速度测量，排除车轮打滑、轮胎周长变化及下沉等因素对数据准确性的干扰〔REF-002…", "focused_product": "LP-DS200", "product_series": "LP", "industry": [ "工业制造", "物流运输", "非公路车辆" ], "measurement": [ "车辆地面真实速度", "移动物体运动状态" ], "tags": [ "LP-DS200", "LP", "工业制造", "物流运输", "车辆地面真实速度", "传感器" ], "updated_at": "2025-12-04", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LP-DS200-雷达速度传感器车辆声音分析测试/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "vehicle-velocity-radar-guide", "category": "application_article", "category_cn": "应用文章", "title": "车辆速度与航位推算雷达选型与部署指南", "summary": "**目标**: 本指南针对\"物体真实地面速度\", \"车轮相对运动\"场景，提供选型与部署指导〔REF-001〕。", "focused_product": "LP-DS200", "product_series": "LP", "industry": [ "汽车工业", "非公路运输", "工业物流" ], "measurement": [ "物体真实地面速度", "车轮相对运动" ], "tags": [ "LP-DS200", "LP", "汽车工业", "非公路运输", "物体真实地面速度", "传感器" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LP-DS200-雷达速度传感器车辆惯性测量单元航位推算/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "vehicle-fuel-consumption-testing-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "车辆油耗测试非接触式测速方案选型与部署指南", "summary": "**目标**: 本指南针对\"车辆行驶速度\", \"移动物体速度\"场景，提供选型与部署指导〔REF-001〕。", "focused_product": "LP-DS200", "product_series": "LP", "industry": [ "汽车制造", "交通工程", "工业检测" ], "measurement": [ "车辆行驶速度", "移动物体速度" ], "tags": [ "LP-DS200", "LP", "汽车制造", "交通工程", "车辆行驶速度", "传感器" ], "updated_at": "2025-01-30", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LP-DS200-雷达速度传感器车辆油耗测试/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "vehicle-crash-test-speed-control-guide-lp-ds200", "category": "application_article", "category_cn": "应用文章", "title": "车辆碰撞测试中车速控制选型与部署指南", "summary": "**目标**: 本指南针对\"车辆地面真实速度\", \"移动物体速度\"场景，提供选型与部署指导〔REF-001〕。", "focused_product": "LP-DS200", "product_series": "LP", "industry": [ "汽车安全测试", "车辆工程" ], "measurement": [ "车辆地面真实速度", "移动物体速度" ], "tags": [ "LP-DS200", "LP", "汽车安全测试", "车辆工程", "车辆地面真实速度", "传感器" ], "updated_at": "2025-01-17", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LP-DS200-雷达速度传感器车辆碰撞测试中车速控制/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "vehicle-distance-measurement-guide-lp-ds200", "category": "application_article", "category_cn": "应用文章", "title": "车辆行驶距离非接触式测量选型与部署指南", "summary": "**目标**: 解决传统轮速传感器在打滑、轮胎磨损或气压变化导致的累计误差问题，实现基于地面真实速度的高精度行驶距离测量〔REF-002〕。", "focused_product": "LP-DS200", "product_series": "LP", "industry": [ "交通运输", "物流仓储", "工业自动化" ], "measurement": [ "车辆地面真实速度", "行驶距离" ], "tags": [ "LP-DS200", "LP", "交通运输", "物流仓储", "车辆地面真实速度", "传感器" ], "updated_at": "2025-08-16", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LP-DS200-雷达速度传感器车辆行驶距离测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "off-road-vehicle-speed-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "越野车辆速度测量选型与部署指南", "summary": "**目标**: 在非公路车辆及工程机械的复杂越野测试场景中，获取不受车轮打滑、轮胎沉陷影响的真实地面速度数据，以支持车辆性能评估与闭环控制系统的稳定性〔REF-0…", "focused_product": "LP-DS200", "product_series": "LP", "industry": [ "非公路车辆", "工程机械", "车辆测试与评估" ], "measurement": [ "地面真实速度", "移动物体速度" ], "tags": [ "LP-DS200", "LP", "非公路车辆", "工程机械", "地面真实速度", "传感器" ], "updated_at": "2026-01-08", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LP-DS200-雷达速度传感器车辆越野测试/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "vehicle-closed-loop-control-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "车辆闭环控制速度测量选型与部署指南", "summary": "**目标**: 在车辆闭环控制系统中，获取不受轮胎打滑、下沉或周长变化影响的真实地面速度，以实现高精度的运动控制与轨迹跟踪〔REF-001〕。", "focused_product": "LP-DS200", "product_series": "LP", "industry": [ "工业车辆", "交通运输" ], "measurement": [ "车辆地面真实速度", "车轮/驱动打滑检测" ], "tags": [ "LP-DS200", "LP", "工业车辆", "交通运输", "车辆地面真实速度", "传感器" ], "updated_at": "2025-07-26", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LP-DS200-雷达速度传感器车辆闭环控制/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "vehicle-interval-marking-measurement-guide-lp-ds200", "category": "application_article", "category_cn": "应用文章", "title": "车辆间隔标记与速度监测选型部署指南", "summary": "**目标**: 本指南针对车辆真实速度, 车辆间隔距离场景，提供选型与部署指导〔REF-001〕。", "focused_product": "LP-DS200", "product_series": "LP", "industry": [ "智能交通管理", "物流运输", "工业车辆" ], "measurement": [ "车辆真实速度", "车辆间隔距离" ], "tags": [ "LP-DS200", "LP", "智能交通管理", "物流运输", "车辆真实速度", "传感器" ], "updated_at": "2025-02-02", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LP-DS200-雷达速度传感器车辆间隔标记/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "vehicle-anti-slip-testing-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "车辆防滑测试速度测量选型与部署指南", "summary": "**目标**: 本指南针对\"地面真实速度\", \"车辆移动速度\"场景，提供选型与部署指导〔REF-001〕。", "focused_product": "LP-DS200", "product_series": "LP", "industry": [ "汽车测试", "交通运输", "工业车辆" ], "measurement": [ "地面真实速度", "车辆移动速度" ], "tags": [ "LP-DS200", "LP", "汽车测试", "交通运输", "地面真实速度", "传感器" ], "updated_at": "2026-03-21", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LP-DS200-雷达速度传感器车辆防滑测试/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "road-traffic-speed-sensor-selection-guide", "category": "application_article", "category_cn": "应用文章", "title": "交通测速传感器选型与部署指南", "summary": "**目标**: 本指南针对\"车辆行驶速度\", \"移动物体速度\"场景，提供选型与部署指导〔REF-001〕。", "focused_product": "LP-DS200", "product_series": "LP", "industry": [ "道路交通管理", "工业自动化监测" ], "measurement": [ "车辆行驶速度", "移动物体速度" ], "tags": [ "LP-DS200", "LP", "道路交通管理", "工业自动化监测", "车辆行驶速度", "传感器" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LP-DS200-雷达速度传感器车道超速抓拍/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "rail-transit-speed-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "轨道交通速度测量选型与部署指南", "summary": "**目标**: 本指南针对\"速度\", \"位移\"场景，提供选型与部署指导〔REF-001〕。", "focused_product": "LP-DS200", "product_series": "LP", "industry": [ "轨道交通", "铁路运输" ], "measurement": [ "速度", "位移" ], "tags": [ "LP-DS200", "LP", "轨道交通", "铁路运输", "速度", "传感器" ], "updated_at": "2025-10-10", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LP-DS200-雷达速度传感器轨道交通速度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "tire-slip-monitoring-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "轮胎滑移监测选型与部署指南", "summary": "**目标**: 在工业车辆、物流传输及特种作业场景中，实现对移动物体速度的高精度非接触式测量，以检测轮胎打滑、监控传送带速度并优化闭环控制系统〔REF-002〕。", "focused_product": "LP-DS200", "product_series": "LP", "industry": [ "交通运输", "工业制造", "物流仓储" ], "measurement": [ "轮胎速度", "地面真实速度" ], "tags": [ "LP-DS200", "LP", "交通运输", "工业制造", "轮胎速度", "传感器" ], "updated_at": "2025-11-29", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LP-DS200-雷达速度传感器轮胎滑移监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "vehicle-tire-wear-radar-speed-guide", "category": "application_article", "category_cn": "应用文章", "title": "车辆轮胎磨损监测选型与部署指南", "summary": "**目标**: 实现轮胎在地面行驶过程中的真实速度测量，以此评估滑行率并辅助磨损状态判断，支持闭环控制或预防性维护系统。", "focused_product": "LP-DS200", "product_series": "LP", "industry": [ "物流运输", "工程机械" ], "measurement": [ "轮胎速度", "地表滑行率" ], "tags": [ "LP-DS200", "LP", "物流运输", "工程机械", "轮胎速度", "传感器" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LP-DS200-雷达速度传感器轮胎磨损监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "conveyor-speed-measurement-guide-lp-ds200-2", "category": "application_article", "category_cn": "应用文章", "title": "输送机速度测量选型与部署指南", "summary": "**目标**: 本指南针对\"输送机速度\", \"移动物体地面真实速度\"场景，提供选型与部署指导〔REF-001〕。", "focused_product": "LP-DS200", "product_series": "LP", "industry": [ "物流", "制造", "矿业" ], "measurement": [ "输送机速度", "移动物体地面真实速度" ], "tags": [ "LP-DS200", "LP", "物流", "制造", "输送机速度", "传感器" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LP-DS200-雷达速度传感器输送机速度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "moving-object-speed-monitoring-guide", "category": "application_article", "category_cn": "应用文章", "title": "运动物体速度测量传感器选型与部署指南", "summary": "**目标**: 为工业车辆、传送带、物料流动及非公路车辆的运动速度实时监测场景，提供雷达多普勒测速传感器的选型与部署参考〔REF-001〕。", "focused_product": "LP-DS200", "product_series": "LP", "industry": [ "工业制造", "交通运输", "物料输送", "非公路车辆" ], "measurement": [ "运动速度测量", "实时速度监测" ], "tags": [ "LP-DS200", "LP", "工业制造", "交通运输", "运动速度测量", "传感器" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LP-DS200-雷达速度传感器运动物体长度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "mining-dump-truck-wear-monitoring-radar-speed-guide", "category": "application_article", "category_cn": "应用文章", "title": "采矿自卸卡车磨损监测雷达测速传感器选型与部署指南", "summary": "**目标**: 为采矿自卸卡车提供非接触式真实地面速度连续监测，通过速度偏差、打滑率与滚动半径变化间接推演轮胎磨损状态，支撑预测性维护与调度优化。〔REF-001…", "focused_product": "LP-DS200", "product_series": "LP", "industry": [ "采矿", "重型自卸运输", "工程机械" ], "measurement": [ "车辆行驶真实速度", "轮胎/车轮运动状态" ], "tags": [ "LP-DS200", "LP", "采矿", "重型自卸运输", "车辆行驶真实速度", "传感器" ], "updated_at": "2025-12-11", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LP-DS200-雷达速度传感器采矿自卸卡车磨损监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "mining-vehicle-heading-preservation-speed-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "采矿车辆航位推算速度测量选型与部署指南", "summary": "**目标**: 为采矿车辆航位推算（Heading Preservation）场景提供雷达速度传感器的售前选型与工程部署参考，确保在非接触条件下获取车辆对地真速度…", "focused_product": "LP-DS200", "product_series": "LP", "industry": [ "采矿行业", "非公路车辆" ], "measurement": [ "车辆地面真速度", "航位推算速度" ], "tags": [ "LP-DS200", "LP", "采矿行业", "非公路车辆", "车辆地面真速度", "传感器" ], "updated_at": "2025-11-10", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LP-DS200-雷达速度传感器采矿车辆航位推算/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "heavy-construction-vehicle-speed-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "重型工程机械速度测量选型与部署指南", "summary": "**目标**: 本指南针对\"移动物体真实地面速度\", \"车辆行进速度\"场景，提供选型与部署指导〔REF-001〕。", "focused_product": "LP-DS200", "product_series": "LP", "industry": [ "重型工程机械", "工业车辆", "传送带与物料输送", "非公路车辆" ], "measurement": [ "移动物体真实地面速度", "车辆行进速度" ], "tags": [ "LP-DS200", "LP", "重型工程机械", "工业车辆", "移动物体真实地面速度", "传感器" ], "updated_at": "2025-11-25", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LP-DS200-雷达速度传感器重型工程机械速度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "rail-car-speed-monitoring-guide", "category": "application_article", "category_cn": "应用文章", "title": "铁路客车速度监测选型与部署指南", "summary": "**目标**: 为铁路客车提供非接触式、高动态的速度监测方案，确保运行安全与调度效率〔REF-002〕。", "focused_product": "LP-DS200", "product_series": "LP", "industry": [ "铁路运输", "轨道车辆制造" ], "measurement": [ "车轮速度", "轨道车辆行驶速度" ], "tags": [ "LP-DS200", "LP", "铁路运输", "轨道车辆制造", "车轮速度", "传感器" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LP-DS200-雷达速度传感器铁路客车速度监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "railway-locomotive-speed-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "铁路机车实时测速选型与部署指南", "summary": "**目标**: 本指南针对机车速度, 车轮转速场景，提供选型与部署指导〔REF-001〕。", "focused_product": "LP-DS200", "product_series": "LP", "industry": [ "铁路运输", "轨道交通" ], "measurement": [ "机车速度", "车轮转速" ], "tags": [ "LP-DS200", "LP", "铁路运输", "轨道交通", "机车速度", "传感器" ], "updated_at": "2025-08-03", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LP-DS200-雷达速度传感器铁路机车实时测速/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "railway-truck-wear-monitoring-speed-guide", "category": "application_article", "category_cn": "应用文章", "title": "铁路货车磨损监测与速度测量选型部署指南", "summary": "**目标**: 本指南针对\"地面真速度\", \"车轮转速\"场景，提供选型与部署指导〔REF-001〕。", "focused_product": "LP-DS200", "product_series": "LP", "industry": [ "铁路运输", "轨道交通" ], "measurement": [ "地面真速度", "车轮转速" ], "tags": [ "LP-DS200", "LP", "铁路运输", "轨道交通", "地面真速度", "传感器" ], "updated_at": "2025-05-14", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LP-DS200-雷达速度传感器铁路货车磨损监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "tunnel-vehicle-heading-estimation-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "隧道车辆航位推算速度测量选型与部署指南", "summary": "**目标**: 本指南针对\"地面真实速度\", \"车辆运动状态\"场景，提供选型与部署指导〔REF-001〕。", "focused_product": "LP-DS200", "product_series": "LP", "industry": [ "隧道交通", "智能运输系统", "非公路车辆" ], "measurement": [ "地面真实速度", "车辆运动状态" ], "tags": [ "LP-DS200", "LP", "隧道交通", "智能运输系统", "地面真实速度", "传感器" ], "updated_at": "2025-12-19", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LP-DS200-雷达速度传感器隧道车辆航位推算/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "non-highway-vehicle-speed-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "非公路车辆实时速度测量选型与部署指南", "summary": "**目标**: 本指南针对\"车辆地面真实速度\", \"移动物体运动状态\"场景，提供选型与部署指导〔REF-001〕。", "focused_product": "LP-DS200", "product_series": "LP", "industry": [ "非公路车辆", "仓储物流", "隧道工程机械", "移动机械" ], "measurement": [ "车辆地面真实速度", "移动物体运动状态" ], "tags": [ "LP-DS200", "LP", "非公路车辆", "仓储物流", "车辆地面真实速度", "传感器" ], "updated_at": "2025-01-02", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LP-DS200-雷达速度传感器非公路车辆实时速度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "non-road-vehicle-speed-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "非道路车辆测速传感器选型与部署指南", "summary": "**目标**: 本指南针对非道路车辆地面速度, 移动物体真实速度场景，提供选型与部署指导〔REF-001〕。", "focused_product": "LP-DS200", "product_series": "LP", "industry": [ "工业自动化", "交通运输", "工程机械" ], "measurement": [ "非道路车辆地面速度", "移动物体真实速度" ], "tags": [ "LP-DS200", "LP", "工业自动化", "交通运输", "非道路车辆地面速度", "传感器" ], "updated_at": "2025-12-10", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LP-DS200-雷达速度传感器非道路车速测速/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "agricultural-vehicle-speed-measurement-guide-lp-ds201", "category": "application_article", "category_cn": "应用文章", "title": "农业机械速度与位置监测选型与部署指南", "summary": "**目标**: 本指南针对地面真实速度, 行驶距离场景，提供选型与部署指导〔REF-001〕。", "focused_product": "LP-DS201", "product_series": "LP", "industry": [ "农业", "工程机械" ], "measurement": [ "地面真实速度", "行驶距离" ], "tags": [ "LP-DS201", "LP", "农业", "工程机械", "地面真实速度", "传感器" ], "updated_at": "2025-07-11", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LP-DS201-速度测量传感器农业机械速度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "agriculture-vehicle-speed-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "农业车辆速度测量传感器选型与部署指南", "summary": "**目标**: 为农用拖拉机与越野车辆提供非接触式、高精度、适应复杂地形的实时速度监测解决方案。", "focused_product": "LP-DS201", "product_series": "LP", "industry": [ "农业机械", "越野车辆" ], "measurement": [ "行驶速度", "运动状态" ], "tags": [ "LP-DS201", "LP", "农业机械", "越野车辆", "行驶速度", "传感器" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LP-DS201-速度测量传感器农用拖拉机速度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "road-roller-speed-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "压路机速度与位移测量选型与部署指南", "summary": "**目标**: 本指南针对\"行驶速度\", \"位移\", \"加速度\"场景，提供选型与部署指导〔REF-001〕。", "focused_product": "LP-DS201", "product_series": "LP", "industry": [ "工程建设", "农业机械", "越野车辆" ], "measurement": [ "行驶速度", "位移", "加速度" ], "tags": [ "LP-DS201", "LP", "工程建设", "农业机械", "行驶速度", "传感器" ], "updated_at": "2025-08-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LP-DS201-速度测量传感器压路机速度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "sprayer-speed-control-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "喷洒机行驶速度精准测量与选型部署指南", "summary": "**目标**: 本指南针对行驶速度, 地面真实速度场景，提供选型与部署指导〔REF-001〕。", "focused_product": "LP-DS201", "product_series": "LP", "industry": [ "农业", "园艺", "越野车辆" ], "measurement": [ "行驶速度", "地面真实速度" ], "tags": [ "LP-DS201", "LP", "农业", "园艺", "行驶速度", "传感器" ], "updated_at": "2025-08-09", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LP-DS201-速度测量传感器喷洒机行驶速度控制/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "lp-ds201-guide", "category": "application_article", "category_cn": "应用文章", "title": "场内运输车速度测量选型与部署指南", "summary": "**目标**: 为场内运输车（AGV、叉车、搬运车等）的实时速度测量提供选型与部署参考，保障物流运营安全与效率〔REF-002〕。", "focused_product": "LP-DS201", "product_series": "DGPS+惯性融合速度测量系列", "industry": [ "工业制造", "仓储物流" ], "measurement": [ "速度测量" ], "tags": [ "LP-DS201", "DGPS+惯性融合速度测量系列", "工业制造", "仓储物流", "速度测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LP-DS201-速度测量传感器场内运输车速度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "forklift-speed-measurement-guide-lp-ds201", "category": "application_article", "category_cn": "应用文章", "title": "堆高机速度测量传感器选型与部署指南", "summary": "**目标**: 为堆高机及类似工业车辆的实时速度监测提供传感器选型与部署参考，提升作业效率与操作安全性〔REF-001〕。", "focused_product": "LP-DS201", "product_series": "LP", "industry": [ "物流仓储", "农业车辆" ], "measurement": [ "速度", "实时速度监测" ], "tags": [ "LP-DS201", "LP", "物流仓储", "农业车辆", "速度", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LP-DS201-速度测量传感器堆高机测速/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "grader-velocity-sensor-deployment-guide", "category": "application_article", "category_cn": "应用文章", "title": "平地机速度测量传感器选型与部署指南", "summary": "**目标**: 实现精确的地面真实速度测量，支持播种/喷洒等精准作业控制，在复杂地形和信号中断下保持数据连续性 〔REF-001〕 〔REF-002〕。", "focused_product": "LP-DS201", "product_series": "LP", "industry": [ "农业机械", "工程机械" ], "measurement": [ "车辆行驶速度", "作业速度" ], "tags": [ "LP-DS201", "LP", "农业机械", "工程机械", "车辆行驶速度", "传感器" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LP-DS201-速度测量传感器平地机速度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "outdoor-machinery-speed-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "户外机械测速传感器选型与部署指南", "summary": "**目标**: 为农业、工程机械及越野运输场景提供地面真实速度与行驶状态的高可靠监测方案，支撑播种、喷洒、施肥及闭环控制的精准执行。〔REF-002〕", "focused_product": "LP-DS201", "product_series": "LP", "industry": [ "农业机械", "工程机械", "越野运输" ], "measurement": [ "地面真实速度", "行驶速度", "启停与加速状态" ], "tags": [ "LP-DS201", "LP", "农业机械", "工程机械", "地面真实速度", "传感器" ], "updated_at": "2025-12-30", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LP-DS201-速度测量传感器户外机械测速/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "earthmover-velocity-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "土方工程机械速度测量与部署选型指南", "summary": "**目标**: 在土木工程机械及农业越野车辆场景中，实现高精度的实时地面速度反馈与启停状态监测，从而优化闭环控制并提升作业效率〔REF-001〕。", "focused_product": "LP-DS201", "product_series": "LP", "industry": [ "土木工程机械", "农业车辆监控" ], "measurement": [ "地面行驶速度", "启停状态检测" ], "tags": [ "LP-DS201", "LP", "土木工程机械", "农业车辆监控", "地面行驶速度", "传感器" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LP-DS201-速度测量传感器挖掘机速度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "construction-heavy-vehicle-speed-guide", "category": "application_article", "category_cn": "应用文章", "title": "工程施工车辆速度测量选型与部署指南", "summary": "**目标**: 解决推土机、收割机等车辆在复杂地形下的速度监控需求，实现不受轮胎打滑和下沉影响的真实地面速度精准测量〔REF-001〕。", "focused_product": "LP-DS201", "product_series": "LP", "industry": [ "工程机械施工", "农业越野" ], "measurement": [ "地面行驶速度", "位移速率" ], "tags": [ "LP-DS201", "LP", "工程机械施工", "农业越野", "地面行驶速度", "传感器" ], "updated_at": "2025-03-14", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LP-DS201-速度测量传感器推土机速度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "paver-speed-measurement-guide-lp-ds201", "category": "application_article", "category_cn": "应用文章", "title": "摊铺机速度测量选型与部署指南", "summary": "**目标**: 本指南针对\"摊铺机地面真实速度\", \"行驶速度\"场景，提供选型与部署指导〔REF-001〕。", "focused_product": "LP-DS201", "product_series": "LP", "industry": [ "道路建设", "工程机械" ], "measurement": [ "摊铺机地面真实速度", "行驶速度" ], "tags": [ "LP-DS201", "LP", "道路建设", "工程机械", "摊铺机地面真实速度", "传感器" ], "updated_at": "2025-01-16", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LP-DS201-速度测量传感器摊铺机速度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "seeding-machine-speed-control-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "播种机行驶速度非接触式测量选型与部署指南", "summary": "**目标**: 本指南针对\"行驶速度\", \"地面真实速度\"场景，提供选型与部署指导〔REF-001〕。", "focused_product": "LP-DS201", "product_series": "LP", "industry": [ "精准农业", "农业机械" ], "measurement": [ "行驶速度", "地面真实速度" ], "tags": [ "LP-DS201", "LP", "精准农业", "农业机械", "行驶速度", "传感器" ], "updated_at": "2026-01-19", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LP-DS201-速度测量传感器播种机行驶速度控制/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "harvester-speed-measurement-guide-lp-ds201", "category": "application_article", "category_cn": "应用文章", "title": "收割机速度测量选型与部署指南", "summary": "**目标**: 为农业收割机及越野车辆提供地面真实速度的高精度测量，支持启动/停止/加速状态检测，服务于播种、喷洒、施肥等闭环控制与数据记录场景〔REF-002〕…", "focused_product": "LP-DS201", "product_series": "LP", "industry": [ "农业机械", "越野车辆" ], "measurement": [ "地面真实速度", "启动/停止/加速状态" ], "tags": [ "LP-DS201", "LP", "农业机械", "越野车辆", "地面真实速度", "传感器" ], "updated_at": "2025-10-04", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LP-DS201-速度测量传感器收割机速度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "fertilizer-machine-speed-control-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "施肥机行驶速度测量传感器选型与部署指南", "summary": "**目标**: 为施肥机提供稳定、连续的地面真实速度信号，支撑施肥量闭环控制与作业精度管理〔REF-002〕。", "focused_product": "LP-DS201", "product_series": "LP", "industry": [ "农业机械", "精准农业" ], "measurement": [ "行驶速度", "地面真实速度" ], "tags": [ "LP-DS201", "LP", "农业机械", "精准农业", "行驶速度", "传感器" ], "updated_at": "2026-02-16", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LP-DS201-速度测量传感器施肥机行驶速度控制/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "speed-monitoring-guidance-guide", "category": "application_article", "category_cn": "应用文章", "title": "速度监测与机械功能监控选型与部署指南", "summary": "**目标**: 面向农业机械与越野车辆的机械功能监控，实现高精度、低延迟的「地面真实速度」测量，为闭环控制与数据记录提供可靠输入〔REF-001〕。", "focused_product": "LP-DS201", "product_series": "LP", "industry": [ "农业机械", "越野车辆" ], "measurement": [ "地面真实速度", "车轮/变速箱无关速度" ], "tags": [ "LP-DS201", "LP", "农业机械", "越野车辆", "地面真实速度", "传感器" ], "updated_at": "2026-05-04", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LP-DS201-速度测量传感器机械功能监控/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "mechanical-system-closed-loop-feedback-speed-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "机械系统闭环反馈控制速度测量选型与部署指南", "summary": "**目标**: 本指南针对\"地面真实速度\", \"行驶速度\"场景，提供选型与部署指导〔REF-001〕。", "focused_product": "LP-DS201", "product_series": "LP", "industry": [ "农业机械", "越野车辆", "工业车辆" ], "measurement": [ "地面真实速度", "行驶速度" ], "tags": [ "LP-DS201", "LP", "农业机械", "越野车辆", "地面真实速度", "传感器" ], "updated_at": "2025-01-07", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LP-DS201-速度测量传感器机械系统闭环反馈控制/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "piling-machinery-speed-measurement-guide-lp-ds201", "category": "application_article", "category_cn": "应用文章", "title": "桩工机械速度测量选型与部署指南", "summary": "**目标**: 为桩工机械及类似工程机械提供地面真实速度的高精度、高可靠测量，以支撑施工安全监控、闭环控制与精细化管理〔REF-002〕。", "focused_product": "LP-DS201", "product_series": "LP", "industry": [ "桩工机械", "工程机械", "农业机械" ], "measurement": [ "地面真实速度", "行驶速度" ], "tags": [ "LP-DS201", "LP", "桩工机械", "工程机械", "地面真实速度", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LP-DS201-速度测量传感器桩工机械速度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "mine-machinery-speed-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "矿山机械测速传感器选型与部署指南", "summary": "**目标**: 本指南针对\"速度\", \"位置\"场景，提供选型与部署指导〔REF-001〕。", "focused_product": "LP-DS201", "product_series": "LP", "industry": [ "矿山机械", "农业车辆" ], "measurement": [ "速度", "位置" ], "tags": [ "LP-DS201", "LP", "矿山机械", "农业车辆", "速度", "传感器" ], "updated_at": "2025-06-10", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LP-DS201-速度测量传感器矿山机械测速/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "mining-vehicle-speed-measure-guide", "category": "application_article", "category_cn": "应用文章", "title": "矿用车辆速度测量选型与部署指南", "summary": "**目标**: 针对矿用自卸车在复杂工况下的速度测量需求，提供基于传感器融合技术的非接触式测量方案选型与部署建议〔REF-002〕。", "focused_product": "LP-DS201", "product_series": "LP", "industry": [ "矿业/矿山", "工程机械" ], "measurement": [ "地面真实速度", "行驶加速度" ], "tags": [ "LP-DS201", "LP", "矿业/矿山", "工程机械", "地面真实速度", "传感器" ], "updated_at": "2026-02-10", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LP-DS201-速度测量传感器矿用自卸车速度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "vehicle-speed-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "车辆速度测量传感器选型与部署指南", "summary": "**目标**: 实现装载机及越野车辆的非接触式实时速度监控，确保作业效率与安全 `〔REF-002〕`。", "focused_product": "LP-DS201", "product_series": "LP", "industry": [ "农业机械", "建筑施工" ], "measurement": [ "车辆速度", "运动状态" ], "tags": [ "LP-DS201", "LP", "农业机械", "建筑施工", "车辆速度", "传感器" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LP-DS201-速度测量传感器装载机速度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "heavy-machinery-speed-measurement-guide-lp-ds201", "category": "application_article", "category_cn": "应用文章", "title": "重型工程机械速度测量选型与部署指南", "summary": "**目标**: 为重型工程机械及农业车辆在复杂工况下提供高精度、非接触式的“地面真实速度”测量方案，以支持闭环控制、作业精度提升及安全性监测〔REF-001〕。", "focused_product": "LP-DS201", "product_series": "LP", "industry": [ "重型工程机械", "农业机械" ], "measurement": [ "地面真实速度", "车辆运动状态" ], "tags": [ "LP-DS201", "LP", "重型工程机械", "农业机械", "地面真实速度", "传感器" ], "updated_at": "2026-04-26", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LP-DS201-速度测量传感器重型工程机械速度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "off-road-vehicle-speed-measurement-guide-lp-ds201", "category": "application_article", "category_cn": "应用文章", "title": "非公路车辆速度测量与部署选型指南", "summary": "**目标: ** 为非公路车辆（农业机械、越野工程车）提供精确的地面真实速度测量方案，替代传统车轮传感器，用于播种控制、喷洒施肥及运行数据记录。", "focused_product": "LP-DS201", "product_series": "LP", "industry": [ "农业机械", "越野工程" ], "measurement": [ "地面真实速度", "运行状态" ], "tags": [ "LP-DS201", "LP", "农业机械", "越野工程", "地面真实速度", "传感器" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LP-DS201-速度测量传感器非公路车辆测速/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "agv-wheel-slip-compensation-optical-speed-guide", "category": "application_article", "category_cn": "应用文章", "title": "AGV轮速补偿与非接触式地面速度测量选型部署指南", "summary": "**目标**: 解决AGV因轮胎打滑、磨损导致的轮速编码器误差，实现高精度的底层速度与位移测量，从而提升导航与闭环控制精度。〔REF-001〕", "focused_product": "LP-DS202", "product_series": "LP", "industry": [ "物流运输仓储", "自动化物料搬运" ], "measurement": [ "车辆对地相对运动速度", "位移/距离转换" ], "tags": [ "LP-DS202", "LP", "物流运输仓储", "自动化物料搬运", "车辆对地相对运动速度", "传感器" ], "updated_at": "2025-02-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LP-DS202-光学速度传感器AGV测速/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "indoor-forklift-ground-speed-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "工业室内叉车地面速度测量与选型部署指南", "summary": "**目标**: 解决工业室内叉车在复杂工况下的精准地面速度监测需求，消除车轮打滑及轮胎磨损带来的测量误差，实现闭环控制与安全预警〔REF-001〕。", "focused_product": "LP-DS202", "product_series": "LP", "industry": [ "物流仓储", "工业自动化" ], "measurement": [ "叉车地面相对速度", "双轴向运动方向" ], "tags": [ "LP-DS202", "LP", "物流仓储", "工业自动化", "叉车地面相对速度", "传感器" ], "updated_at": "2026-04-26", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LP-DS202-光学速度传感器工业室内叉车测速/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "industrial-automation-closed-loop-speed-guide", "category": "application_article", "category_cn": "应用文章", "title": "工业自动化闭环控制光学速度传感器选型与部署指南", "summary": "**目标**: 为工业自动化闭环控制场景提供基于LP-DS202光学速度传感器的选型与部署参考，确保生产线速度测量的精度与实时性。", "focused_product": "LP-DS202", "product_series": "LP-DS202", "industry": [ "工业自动化", "生产线监控", "输送带控制" ], "measurement": [ "速度测量", "闭环控制" ], "tags": [ "LP-DS202", "工业自动化", "生产线监控", "速度测量", "传感器" ], "updated_at": "2026-08-07", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LP-DS202-光学速度传感器工业自动化闭环控制/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "industrial-vehicle-speed-control-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "工业车辆速度监测与控制系统选型部署指南", "summary": "**目标**: 解决工业车辆在低速运行、频繁启停及轮胎磨损场景下的地面相对速度精准测量问题，消除车轮打滑对闭环控制的干扰〔REF-001〕。", "focused_product": "LP-DS202", "product_series": "LP", "industry": [ "工业车辆", "叉车", "自主导航车辆", "物流输送" ], "measurement": [ "地面相对速度", "运动方向" ], "tags": [ "LP-DS202", "LP", "工业车辆", "叉车", "地面相对速度", "传感器" ], "updated_at": "2025-11-29", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LP-DS202-光学速度传感器工业车辆速度控制/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "autonomous-vehicle-speed-measurement-guide-lp-ds202", "category": "application_article", "category_cn": "应用文章", "title": "无人驾驶运输车辆测速传感器选型与部署指南", "summary": "**目标**: 为无人驾驶运输车辆（AGV/AMR/叉车）提供独立于车轮打滑和轮胎周长变化的高精度地面真实速度测量，支持闭环控制与安全导航〔REF-001〕。", "focused_product": "LP-DS202", "product_series": "LP", "industry": [ "物流与仓储", "工业自动化" ], "measurement": [ "车辆地面速度", "运动方向" ], "tags": [ "LP-DS202", "LP", "物流与仓储", "工业自动化", "车辆地面速度", "传感器" ], "updated_at": "2025-10-30", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LP-DS202-光学速度传感器无人驾驶运输车辆测速/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "tire-traction-closed-loop-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "轮胎牵引闭环控制地面速度测量选型与部署指南", "summary": "**目标**: 解决传统轮速传感器在车辆打滑、轮胎磨损导致的周长变化场景下，无法获取真实地面速度的痛点，实现高精度的轮胎牵引闭环控制〔REF-001〕。", "focused_product": "LP-DS202", "product_series": "LP", "industry": [ "工业自动化", "物流仓储" ], "measurement": [ "地面真实运动速度", "双轴向（X/Y）运动方向" ], "tags": [ "LP-DS202", "LP", "工业自动化", "物流仓储", "地面真实运动速度", "传感器" ], "updated_at": "2025-06-14", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/LP-DS202-光学速度传感器轮胎牵引闭环控制/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "railway-stability-acceleration-guide", "category": "application_article", "category_cn": "应用文章", "title": "铁路列车构架横向稳定性加速度计选型与部署指南", "summary": "**目标**: 本指南针对\"横向加速度\",\"纵向加速度\"场景，提供选型与部署指导〔REF-001〕。", "focused_product": "ZACS100系列", "product_series": "ZACS100系列", "industry": [ "轨道交通", "铁路检测" ], "measurement": [ "横向加速度", "纵向加速度" ], "tags": [ "ZACS100系列", "轨道交通", "铁路检测", "横向加速度", "传感器" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZACS100系列-铁路级单轴力平衡式加速度计列车构架横向稳定性测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "railway-longitudinal-acceleration-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "铁路列车纵向加速度测量选型与部署指南", "summary": "**目标**: 本指南针对列车纵向加速度, 横向摆动加速度场景，提供选型与部署指导〔REF-001〕。", "focused_product": "ZACS100系列", "product_series": "ZACS100系列", "industry": [ "铁路交通", "轨道交通" ], "measurement": [ "列车纵向加速度", "横向摆动加速度" ], "tags": [ "ZACS100系列", "铁路交通", "轨道交通", "列车纵向加速度", "传感器" ], "updated_at": "2025-11-09", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZACS100系列-铁路级单轴力平衡式加速度计列车纵向加速度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "content-zacs100系列", "category": "application_article", "category_cn": "应用文章", "title": "铁路车体倾角与姿态力平衡加速度计选型与部署指南", "summary": "**目标**: 针对列车运行稳定性控制、乘客舒适度监测及倾斜超限报警等铁路应用场景，提供力平衡加速度计的售前选型与部署指导。", "focused_product": "ZACS100系列", "product_series": "ZACS100系列", "industry": [ "轨道交通", "铁路车辆制造" ], "measurement": [ "车体纵向倾角", "转向架横向振动" ], "tags": [ "ZACS100系列", "轨道交通", "铁路车辆制造", "车体纵向倾角", "传感器" ], "updated_at": "2025-04-07", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZACS100系列-铁路级单轴力平衡式加速度计列车车体倾角测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "railway-carriage-vibration-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "铁路列车车厢振动测量传感器选型与部署指南", "summary": "**目标**: 为铁路列车车厢的低频振动监测、乘客舒适度评价及列车控制回路反馈提供高精度、低成本的加速度传感解决方案〔REF-001〕。", "focused_product": "ZACS100系列", "product_series": "ZACS100系列", "industry": [ "铁路运输", "轨道交通", "列车运维" ], "measurement": [ "列车车厢振动", "横向摆动", "纵向加减速" ], "tags": [ "ZACS100系列", "铁路运输", "轨道交通", "列车车厢振动", "传感器" ], "updated_at": "2025-05-22", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZACS100系列-铁路级单轴力平衡式加速度计列车车厢振动测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "railway-bogie-hunting-stability-monitoring-guide", "category": "application_article", "category_cn": "应用文章", "title": "铁路列车转向架蛇行失稳监测选型与部署指南", "summary": "**目标**: 针对铁路列车转向架“蛇行”失稳现象，提供低成本、高可靠性的加速度监测解决方案，实现实时动力学分析与舒适度评价〔REF-001〕。", "focused_product": "ZACS100系列", "product_series": "ZACS100系列", "industry": [ "轨道交通", "铁路车辆制造" ], "measurement": [ "加速度", "振动" ], "tags": [ "ZACS100系列", "轨道交通", "铁路车辆制造", "加速度", "传感器" ], "updated_at": "2025-03-20", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZACS100系列-铁路级单轴力平衡式加速度计列车转向架“蛇行”失稳监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "train-coupling-shock-monitoring-guide", "category": "application_article", "category_cn": "应用文章", "title": "铁路列车连挂冲击速度监测选型与部署指南", "summary": "**目标**: 本指南针对\"连挂冲击速度\", \"列车加速度\", \"转向架稳定性\"场景，提供选型与部署指导〔REF-001〕。", "focused_product": "ZACS100系列", "product_series": "ZACS100系列", "industry": [ "轨道交通", "铁路运输" ], "measurement": [ "连挂冲击速度", "列车加速度", "转向架稳定性" ], "tags": [ "ZACS100系列", "轨道交通", "铁路运输", "连挂冲击速度", "传感器" ], "updated_at": "2025-08-11", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZACS100系列-铁路级单轴力平衡式加速度计列车连挂冲击速度监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "railway-pantograph-vertical-dynamic-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "轨道交通受电弓垂向动态测量选型与部署指南", "summary": "**目标**: 针对轨道交通列车在复杂工况下的受电弓垂向动态响应进行高精度、低噪声监测，以保障供电稳定性、行驶平稳性及设备寿命〔REF-002〕。", "focused_product": "ZACS100系列", "product_series": "ZACS100系列", "industry": [ "轨道交通", "铁路运输" ], "measurement": [ "受电弓垂向位移/加速度", "列车运行振动" ], "tags": [ "ZACS100系列", "轨道交通", "铁路运输", "受电弓垂向位移/加速度", "传感器" ], "updated_at": "2025-08-11", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZACS100系列-铁路级单轴力平衡式加速度计受电弓垂向动态测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "railway-boom-angle-monitoring-selection-guide", "category": "application_article", "category_cn": "应用文章", "title": "铁路吊臂仰角监测传感器选型与部署指南", "summary": "**目标**: 本指南针对\"吊臂仰角\", \"加速度\"场景，提供选型与部署指导〔REF-001〕。", "focused_product": "ZACS100系列", "product_series": "ZACS100系列", "industry": [ "铁路运输", "轨道交通" ], "measurement": [ "吊臂仰角", "加速度" ], "tags": [ "ZACS100系列", "铁路运输", "轨道交通", "吊臂仰角", "传感器" ], "updated_at": "2026-02-20", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZACS100系列-铁路级单轴力平衡式加速度计吊臂仰角监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "rail-ride-comfort-monitoring-accelerometer-guide", "category": "application_article", "category_cn": "应用文章", "title": "铁路大车运行平稳性监测加速度计选型与部署指南", "summary": "**目标**: 本指南针对\"加速度\", \"运行平稳性\", \"列车动态\"场景，提供选型与部署指导〔REF-001〕。", "focused_product": "ZACS100系列", "product_series": "ZACS100系列", "industry": [ "铁路运输", "轨道交通" ], "measurement": [ "加速度", "运行平稳性", "列车动态" ], "tags": [ "ZACS100系列", "铁路运输", "轨道交通", "加速度", "传感器" ], "updated_at": "2025-04-09", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZACS100系列-铁路级单轴力平衡式加速度计大车运行平稳性监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "railway-suspended-pipe-wind-induced-vibration-monitoring-guide", "category": "application_article", "category_cn": "应用文章", "title": "铁路悬空管段风致振动监测选型与部署指南", "summary": "**目标**: 针对铁路悬空管段及车辆运行过程中的低频风致振动、横向摆动及舒适度进行高精度监测，支持列车运动控制与安全性评估〔REF-001〕。", "focused_product": "ZACS100系列", "product_series": "ZACS100系列", "industry": [ "轨道交通", "铁路运输" ], "measurement": [ "风致振动", "列车舒适度", "低频横向摆动" ], "tags": [ "ZACS100系列", "轨道交通", "铁路运输", "风致振动", "传感器" ], "updated_at": "2025-05-14", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZACS100系列-铁路级单轴力平衡式加速度计悬空管段风致振动监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "shield-tunneling-attitude-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "盾构机掘进姿态测量加速度计选型与部署指南", "summary": "**目标**: 为盾构机掘进姿态监控与列车加减速/转向架稳定性监测场景，提供加速度计选型与部署的工程参考。", "focused_product": "ZACS100系列", "product_series": "ZACS100系列", "industry": [ "轨道交通", "隧道施工" ], "measurement": [ "加速度测量", "姿态测量" ], "tags": [ "ZACS100系列", "轨道交通", "隧道施工", "加速度测量", "传感器" ], "updated_at": "2025-02-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZACS100系列-铁路级单轴力平衡式加速度计盾构机掘进姿态测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "railway-crane-chassis-level-monitoring-guide", "category": "application_article", "category_cn": "应用文章", "title": "铁路起重机底盘水平监测选型与部署指南", "summary": "**目标**: 针对铁路起重机及轨道工程车辆，提供基于伺服加速度计的高精度底盘水平监测与姿态稳定控制方案，确保作业安全与列车运行舒适度〔REF-001〕。", "focused_product": "ZACS100系列", "product_series": "ZACS100系列", "industry": [ "铁路运输", "工程机械" ], "measurement": [ "底盘水平加速度", "低频振动姿态" ], "tags": [ "ZACS100系列", "铁路运输", "工程机械", "底盘水平加速度", "传感器" ], "updated_at": "2026-02-23", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZACS100系列-铁路级单轴力平衡式加速度计起重机底盘水平监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "high-rise-building-sway-acceleration-guide", "category": "application_article", "category_cn": "应用文章", "title": "超高层建筑风摆检测加速度计选型与部署指南", "summary": "**目标**: 为超高层建筑风摆实时监测与结构安全评估提供加速度计选型参考，确保数据采集的准确性与长期稳定性〔REF-002〕。", "focused_product": "ZACS100系列", "product_series": "ZACS100系列", "industry": [ "建筑结构监测", "基础设施健康监测" ], "measurement": [ "加速度", "风致振动" ], "tags": [ "ZACS100系列", "建筑结构监测", "基础设施健康监测", "加速度", "传感器" ], "updated_at": "2026-04-27", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZACS100系列-铁路级单轴力平衡式加速度计超高层建筑风摆检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "rail-car-ride-comfort-acceleration-guide", "category": "application_article", "category_cn": "应用文章", "title": "铁路车厢平稳性检测加速度传感器选型与部署指南", "summary": "**目标**: 本指南针对加速度测量, 振动监测, 车厢平稳性场景，提供选型与部署指导〔REF-001〕。", "focused_product": "ZACS100系列", "product_series": "ZACS100系列", "industry": [ "铁路运输", "轨道交通" ], "measurement": [ "加速度测量", "振动监测", "车厢平稳性" ], "tags": [ "ZACS100系列", "铁路运输", "轨道交通", "加速度测量", "传感器" ], "updated_at": "2025-05-20", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZACS100系列-铁路级单轴力平衡式加速度计车车车厢平稳性检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "ro-ro-ship-sway-monitoring-acceleration-guide", "category": "application_article", "category_cn": "应用文章", "title": "车辆滚装船摇摆监测传感器选型与部署指南", "summary": "**目标**: 在车辆滚装船运输全周期内，实时捕捉甲板车辆的横向摆动、船舶低频摇摆及姿态振动数据，为货物防损评估与运输安全预警提供底层传感支撑〔REF-002〕。", "focused_product": "ZACS100系列", "product_series": "ZACS100系列", "industry": [ "船舶运输", "轨道交通", "海洋工程监测" ], "measurement": [ "滚装船低频摇摆加速度", "车辆横向摆动", "船舶姿态振动" ], "tags": [ "ZACS100系列", "船舶运输", "轨道交通", "滚装船低频摇摆加速度", "传感器" ], "updated_at": "2025-11-25", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZACS100系列-铁路级单轴力平衡式加速度计车辆滚装船摇摆监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "rail-track-lateral-tilt-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "铁路轨道横向倾斜度与列车姿态监测选型与部署指南", "summary": "**目标**: 本指南针对轨道横向倾斜度, 列车加速度, 转向架稳定性场景，提供选型与部署指导〔REF-001〕。", "focused_product": "ZACS100系列", "product_series": "ZACS100系列", "industry": [ "轨道交通", "铁路运输" ], "measurement": [ "轨道横向倾斜度", "列车加速度", "转向架稳定性" ], "tags": [ "ZACS100系列", "轨道交通", "铁路运输", "轨道横向倾斜度", "传感器" ], "updated_at": "2025-02-07", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZACS100系列-铁路级单轴力平衡式加速度计轨道横向倾斜度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "railway-track-superelevation-monitoring-acceleration-guide", "category": "application_article", "category_cn": "应用文章", "title": "铁路轨道超高监测加速度计选型与部署指南", "summary": "**目标**: 针对铁路列车运行中的轨道超高检测、列车加减速监控及转向架稳定性评估，提供高精度、高稳定性的加速度测量解决方案，以满足铁路行业对安全与舒适度的严苛要…", "focused_product": "ZACS100系列", "product_series": "ZACS100系列", "industry": [ "轨道交通", "铁路运输" ], "measurement": [ "轨道超高", "列车加速度" ], "tags": [ "ZACS100系列", "轨道交通", "铁路运输", "轨道超高", "传感器" ], "updated_at": "2025-11-11", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZACS100系列-铁路级单轴力平衡式加速度计轨道超高监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "railway-centripetal-acceleration-monitoring-guide", "category": "application_article", "category_cn": "应用文章", "title": "铁路向心加速度监测选型与部署指南", "summary": "**目标**: 本指南针对向心加速度, 横向加速度, 纵向加速度场景，提供选型与部署指导〔REF-001〕。", "focused_product": "ZACS100系列", "product_series": "ZACS100系列", "industry": [ "铁路交通", "轨道交通" ], "measurement": [ "向心加速度", "横向加速度", "纵向加速度" ], "tags": [ "ZACS100系列", "铁路交通", "轨道交通", "向心加速度", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZACS100系列-铁路级单轴力平衡式加速度计转台向心加速度监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "railway-slope-monitoring-acceleration-guide", "category": "application_article", "category_cn": "应用文章", "title": "铁路边坡缓慢沉降监测选型与部署指南", "summary": "**目标**: 针对铁路线路边坡的缓慢沉降及列车运行中的纵向加减速状态，提供高精度、抗干扰的低成本力平衡加速度计选型与部署方案〔REF-001〕。", "focused_product": "ZACS100系列", "product_series": "ZACS100系列", "industry": [ "铁路交通", "土木工程监测" ], "measurement": [ "边坡缓慢沉降", "列车加减速纵向加速度" ], "tags": [ "ZACS100系列", "铁路交通", "土木工程监测", "边坡缓慢沉降", "传感器" ], "updated_at": "2025-05-19", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZACS100系列-铁路级单轴力平衡式加速度计边坡缓慢沉降监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "heavy-equipment-rail-transport-stability-monitoring-guide", "category": "application_article", "category_cn": "应用文章", "title": "重型设备铁路运输平稳度监测选型与部署指南", "summary": "**目标**: 针对重型设备在铁路列车上的运输过程，提供高精度、低噪声的加速度与振动监测方案，以评估运输平稳度并保障设备安全〔REF-002〕。", "focused_product": "ZACS100系列", "product_series": "ZACS100系列", "industry": [ "铁路运输", "重型设备物流" ], "measurement": [ "加速度", "振动" ], "tags": [ "ZACS100系列", "铁路运输", "重型设备物流", "加速度", "传感器" ], "updated_at": "2025-09-25", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZACS100系列-铁路级单轴力平衡式加速度计重型设备运输平稳度监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "railway-bridge-low-frequency-vibration-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "铁路桥梁低频振动测量传感器选型与部署指南", "summary": "**目标**: 为铁路桥梁低频振动监测、列车运行安全性评估及舒适度评价提供加速度传感器选型与部署指导〔REF-002〕。", "focused_product": "ZACS100系列", "product_series": "ZACS100系列", "industry": [ "铁路交通", "轨道交通", "基础设施监测" ], "measurement": [ "低频振动", "加速度" ], "tags": [ "ZACS100系列", "铁路交通", "轨道交通", "低频振动", "传感器" ], "updated_at": "2026-02-09", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZACS100系列-铁路级单轴力平衡式加速度计铁路桥梁低频振动测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "railway-bridge-deflection-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "铁路桥梁挠度监测传感器选型与部署指南", "summary": "**目标**: 本指南针对桥梁挠度, 列车振动场景，提供选型与部署指导〔REF-001〕。", "focused_product": "ZACS100系列", "product_series": "ZACS100系列", "industry": [ "轨道交通", "土木工程" ], "measurement": [ "桥梁挠度", "列车振动" ], "tags": [ "ZACS100系列", "轨道交通", "土木工程", "桥梁挠度", "传感器" ], "updated_at": "2025-03-27", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZACS100系列-铁路级单轴力平衡式加速度计铁路桥梁挠度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "railway-subgrade-slip-monitoring-acceleration-guide", "category": "application_article", "category_cn": "应用文章", "title": "铁路路基滑移监测加速度计选型与部署指南", "summary": "**目标**: 为铁路路基滑移、沉降及动态负荷监测提供传感器选型边界、工程部署路径与验收依据，支撑早期风险识别与列车运行稳定性评估。", "focused_product": "ZACS100系列", "product_series": "ZACS100系列", "industry": [ "铁路交通", "轨道交通基础设施监测", "土木工程安全" ], "measurement": [ "路基沉降与水平位移", "振动与加速度", "动态负荷与冲击" ], "tags": [ "ZACS100系列", "铁路交通", "轨道交通基础设施监测", "路基沉降与水平位移", "传感器" ], "updated_at": "2025-04-10", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZACS100系列-铁路级单轴力平衡式加速度计铁路路基滑移监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "wind-turbine-tower-top-sway-monitoring-acceleration-guide", "category": "application_article", "category_cn": "应用文章", "title": "风机塔架晃动监测加速度计选型与部署指南", "summary": "**目标**: 本指南针对风机塔顶晃动, 塔架动态位移场景，提供选型与部署指导〔REF-001〕。", "focused_product": "ZACS100系列", "product_series": "ZACS100系列", "industry": [ "风电行业", "轨道交通" ], "measurement": [ "风机塔顶晃动", "塔架动态位移" ], "tags": [ "ZACS100系列", "风电行业", "轨道交通", "风机塔顶晃动", "传感器" ], "updated_at": "2025-08-20", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZACS100系列-铁路级单轴力平衡式加速度计风机塔架塔顶晃动监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "content-示例产品-17", "category": "application_article", "category_cn": "应用文章", "title": "铁路隧道掘进机姿态测量加速度计选型与部署指南", "summary": "铁路隧道掘进机（TBM）在复杂地质条件下掘进时，盾体姿态控制直接决定隧道轴线精度与施工安全。加速度计作为姿态测量系统的核心传感器，其选型与部署质量影响重大。", "focused_product": "示例产品", "product_series": "示例系列", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "示例产品", "示例系列", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-01-01", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZACS101系列-铁路级模拟MEMS加速度计TBM姿态测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "zacs101-mems-guide", "category": "application_article", "category_cn": "应用文章", "title": "线激光轮廓传感器选型与部署指南", "summary": "**目标**：产线在线几何尺寸检测——厚度、宽度、高度差、平面度及轮廓偏差，适用于工业制造质量控制场景〔REF-002〕。", "focused_product": "ZLDS202-2Cam", "product_series": "ZLDS202 series", "industry": [ "工业制造", "质量检测" ], "measurement": [ "几何尺寸", "轮廓扫描", "高度差", "宽度", "平面度" ], "tags": [ "ZLDS202-2Cam", "ZLDS202 series", "工业制造", "质量检测", "几何尺寸", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZACS101系列-铁路级模拟MEMS加速度计列车制动加速度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "railway-bogie-lateral-instability-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "铁路转向架横向失稳与舒适度监测选型部署指南", "summary": "**目标**: 针对列车转向架横向稳定性监测及乘客舒适度评估，提供基于电容式MEMS加速度计的选型与部署参考〔REF-001〕。", "focused_product": "ZACS101系列", "product_series": "ZACS101系列", "industry": [ "轨道交通", "铁路运输" ], "measurement": [ "列车转向架横向加速度", "乘客舒适度振动" ], "tags": [ "ZACS101系列", "轨道交通", "铁路运输", "列车转向架横向加速度", "传感器" ], "updated_at": "2025-09-11", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZACS101系列-铁路级模拟MEMS加速度计列车转向架横向失稳测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "train-coupling-impact-speed-monitoring-acceleration-guide", "category": "application_article", "category_cn": "应用文章", "title": "列车连挂冲击速度监测与加速度传感器选型指南", "summary": "**目标**: 针对列车连挂冲击过程，获取纵向加速度时域信号并计算冲击速度（速度变化量 Δv），用于评估连挂平稳性与乘客舒适度〔REF-002〕。", "focused_product": "ZACS101系列", "product_series": "ZACS101系列", "industry": [ "铁路交通", "轨道交通" ], "measurement": [ "加速度", "冲击速度", "振动" ], "tags": [ "ZACS101系列", "铁路交通", "轨道交通", "加速度", "传感器" ], "updated_at": "2025-06-05", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZACS101系列-铁路级模拟MEMS加速度计列车连挂冲击速度监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "railway-braking-deceleration-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "铁路刹车系统减速度测量选型与部署指南", "summary": "**目标**: 针对铁路列车刹车系统的参考减速度进行高精度、高稳定性的在线监测，服务于行车安全评估与乘坐舒适度评价〔REF-002〕。", "focused_product": "ZACS101系列", "product_series": "ZACS101系列", "industry": [ "铁路与轨道交通", "交通运输" ], "measurement": [ "减速度", "加速度", "振动" ], "tags": [ "ZACS101系列", "铁路与轨道交通", "交通运输", "减速度", "传感器" ], "updated_at": "2026-02-09", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZACS101系列-铁路级模拟MEMS加速度计刹车系统参考减速度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "railway-vehicle-slope-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "铁路勘探车辆坡度测量选型与部署指南", "summary": "**目标**: 针对铁路勘探车辆的倾角测量与转向架横向振动监测，提供一种高性价比、符合铁路认证标准的加速度计选型方案。推荐替代传统高成本伺服加速度计的方案 〔RE…", "focused_product": "ZACS101系列", "product_series": "ZACS101系列", "industry": [ "轨道交通", "铁路车辆" ], "measurement": [ "车厢倾角", "转向架横向振动" ], "tags": [ "ZACS101系列", "轨道交通", "铁路车辆", "车厢倾角", "传感器" ], "updated_at": "2025-09-06", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZACS101系列-铁路级模拟MEMS加速度计勘探车辆坡度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "railway-roller-vibration-assessment-guide", "category": "application_article", "category_cn": "应用文章", "title": "铁路压路机减震效果评估与振动监测选型部署指南", "summary": "**目标**: 针对铁路建设与运营中压路机的减震系统性能评估、路面压实质量监测及施工稳定性分析，提供高精度的振动数据采集方案。〔REF-002〕", "focused_product": "ZACS101系列", "product_series": "ZACS101系列", "industry": [ "铁路建设", "交通运输", "工程机械" ], "measurement": [ "压路机运行状态振动", "路面施工质量监测", "低频加速度信号" ], "tags": [ "ZACS101系列", "铁路建设", "交通运输", "压路机运行状态振动", "传感器" ], "updated_at": "2025-06-24", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZACS101系列-铁路级模拟MEMS加速度计压路机减震效果评估/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "railway-pantograph-shock-monitoring-guide", "category": "application_article", "category_cn": "应用文章", "title": "铁路受电弓滑板垂向冲击监测选型与部署指南", "summary": "**目标**: 本指南针对垂向冲击加速度, 低频振动, 静态重力/倾角场景，提供选型与部署指导〔REF-001〕。", "focused_product": "ZACS101系列", "product_series": "ZACS101系列", "industry": [ "轨道交通", "铁路运输" ], "measurement": [ "垂向冲击加速度", "低频振动", "静态重力/倾角" ], "tags": [ "ZACS101系列", "轨道交通", "铁路运输", "垂向冲击加速度", "传感器" ], "updated_at": "2025-12-03", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZACS101系列-铁路级模拟MEMS加速度计受电弓滑板垂向冲击监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "track-laying-machine-leveling-monitoring-acceleration-guide", "category": "application_article", "category_cn": "应用文章", "title": "大型铺轨机调平监测传感器选型与部署指南", "summary": "**目标**: 为大型铺轨机在复杂工况下的机身姿态、低频振动与静态倾角提供实时、可追溯的加速度数据采集方案，支撑调平控制闭环与轨道铺设精度验收〔REF-002〕。", "focused_product": "ZACS101系列", "product_series": "ZACS101系列", "industry": [ "铁路工程建设", "轨道交通运维", "大型工程机械监测" ], "measurement": [ "机身倾斜角", "低频振动加速度", "铺轨机姿态变化" ], "tags": [ "ZACS101系列", "铁路工程建设", "轨道交通运维", "机身倾斜角", "传感器" ], "updated_at": "2025-08-13", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZACS101系列-铁路级模拟MEMS加速度计大型铺轨机调平监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "content-示例产品-18", "category": "application_article", "category_cn": "应用文章", "title": "铁路交通振动与加速度监测选型指南", "summary": "铁路交通基础设施的振动与加速度监测是保障轨道结构安全、评估列车运行品质及预测设备寿命的关键手段。本文以 **ZACS101系列** 微型加速度传感器为典型案例，…", "focused_product": "示例产品", "product_series": "示例系列", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "示例产品", "示例系列", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-01-01", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZACS101系列-铁路级模拟MEMS加速度计岸桥运行平稳性监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "shield-tunneling-attitude-measurement-guide-zacs101系列", "category": "application_article", "category_cn": "应用文章", "title": "盾构机姿态测量与铁路级振动监测选型指南", "summary": "**目标**: 为盾构机及轨道交通车辆提供高精度的姿态监测、低频振动分析及舒适度评估解决方案，替代传统昂贵且体积庞大的伺服式传感器。", "focused_product": "ZACS101系列", "product_series": "ZACS101系列", "industry": [ "轨道交通", "隧道施工" ], "measurement": [ "盾构机姿态", "低频振动", "倾角变化" ], "tags": [ "ZACS101系列", "轨道交通", "隧道施工", "盾构机姿态", "传感器" ], "updated_at": "2025-03-04", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZACS101系列-铁路级模拟MEMS加速度计盾构机姿态测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "rail-mems-accelerator-guide", "category": "application_article", "category_cn": "应用文章", "title": "🚇 铁路磁悬浮列车悬浮间隙控制加速度计选型与部署指南", "summary": "**目标**: 本指南针对尺寸测量场景，提供选型与部署指导〔REF-001〕。", "focused_product": "示例产品", "product_series": "示例系列", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "示例产品", "示例系列", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-01-01", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZACS101系列-铁路级模拟MEMS加速度计磁悬浮列车悬浮间隙控制/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "precision-equipment-transport-smoothness-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "精密设备运输平稳度测量选型与部署指南", "summary": "**目标**: 在精密设备（半导体光刻机、光学平台、精密机床、军工电子装备等）的铁路/公路运输过程中，对振动与冲击加速度进行高精度、长时序记录与分析，评估运输平稳…", "focused_product": "ZACS101", "product_series": "ZACS", "industry": [ "精密仪器制造", "半导体装备", "光学设备", "军工防务" ], "measurement": [ "振动加速度", "冲击加速度", "运输平稳度" ], "tags": [ "ZACS101", "ZACS", "精密仪器制造", "半导体装备", "振动加速度", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZACS101系列-铁路级模拟MEMS加速度计精密设备运输平稳度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "cable-car-gondola-sway-monitoring-acceleration-guide", "category": "application_article", "category_cn": "应用文章", "title": "缆车吊厢风摆监测传感器选型与部署指南", "summary": "**目标**: 实时监测缆车吊厢在风力、曲线段及加减速工况下的摇摆幅度，评估运行平稳性与乘坐舒适度，为运营决策提供数据支撑〔REF-002〕。", "focused_product": "ZACS101系列", "product_series": "ZACS101系列", "industry": [ "城市轨道交通", "缆车/索道运输", "公共交通基础设施" ], "measurement": [ "吊厢风摆加速度", "低频振动", "乘客舒适度指标" ], "tags": [ "ZACS101系列", "城市轨道交通", "缆车/索道运输", "吊厢风摆加速度", "传感器" ], "updated_at": "2025-01-08", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZACS101系列-铁路级模拟MEMS加速度计缆车吊厢风摆监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "ship-deck-motion-monitoring-acceleration-guide", "category": "application_article", "category_cn": "应用文章", "title": "船舶甲板运动监测加速度传感器选型与部署指南", "summary": "**目标**: 本指南针对甲板运动监测, 振动加速度测量, 低频位移监测场景，提供选型与部署指导〔REF-001〕。", "focused_product": "ZACS101系列", "product_series": "ZACS101系列", "industry": [ "船舶运输", "轨道交通" ], "measurement": [ "甲板运动监测", "振动加速度测量", "低频位移监测" ], "tags": [ "ZACS101系列", "船舶运输", "轨道交通", "甲板运动监测", "传感器" ], "updated_at": "2025-03-04", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZACS101系列-铁路级模拟MEMS加速度计船舶甲板运动监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "railway-tilt-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "铁路车体倾摆机构倾斜角度测量选型与部署指南", "summary": "**目标**: 为铁路车体倾摆机构、转向架横向稳定性及乘客舒适度监测提供可落地的传感器选型与工程部署依据，兼顾安全合规与系统成本优化〔REF-001〕。", "focused_product": "ZACS101系列", "product_series": "ZACS101系列", "industry": [ "铁路运输", "轨道交通装备" ], "measurement": [ "车体倾摆倾斜角度", "转向架横向低频振动" ], "tags": [ "ZACS101系列", "铁路运输", "轨道交通装备", "车体倾摆倾斜角度", "传感器" ], "updated_at": "2026-01-10", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZACS101系列-铁路级模拟MEMS加速度计车体倾摆机构倾斜角度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "rail-car-ride-comfort-acceleration-guide-zacs101系列", "category": "application_article", "category_cn": "应用文章", "title": "铁路车厢平稳性监测加速度计选型与部署指南", "summary": "**目标**: 为铁路车厢平稳性与乘客舒适度监测场景提供加速度计售前选型与工程部署参考依据〔REF-001〕〔REF-002〕。", "focused_product": "ZACS101系列", "product_series": "ZACS101系列", "industry": [ "铁路交通", "轨道交通" ], "measurement": [ "车厢平稳性监测", "低频振动监测", "静态重力倾角测量" ], "tags": [ "ZACS101系列", "铁路交通", "轨道交通", "车厢平稳性监测", "传感器" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZACS101系列-铁路级模拟MEMS加速度计车厢平稳性监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "railway-track-geometry-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "铁路轨检车轨道超高与稳定性测量传感器选型指南", "summary": "**目标**: 本指南针对\"轨道超高\", \"转向架横向稳定性\", \"列车运行舒适度\"场景，提供选型与部署指导〔REF-001〕。", "focused_product": "ZACS101系列", "product_series": "ZACS101系列", "industry": [ "铁路运输", "轨道交通" ], "measurement": [ "轨道超高", "转向架横向稳定性", "列车运行舒适度" ], "tags": [ "ZACS101系列", "铁路运输", "轨道交通", "轨道超高", "传感器" ], "updated_at": "2025-06-24", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZACS101系列-铁路级模拟MEMS加速度计轨检车轨道超高测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "railway-bridge-low-frequency-vibration-measurement-guide-zacs101系列", "category": "application_article", "category_cn": "应用文章", "title": "铁路桥梁低频振动测量传感器选型与部署指南", "summary": "**目标**: 为铁路桥梁长期运营中的低频振动、静态倾角变化及微幅加速度监测提供合规、高性价比的传感器选型依据，降低对传统伺服/力平衡加速度计的依赖〔REF-00…", "focused_product": "ZACS101系列", "product_series": "ZACS101系列", "industry": [ "轨道交通", "桥梁工程", "基础设施健康监测" ], "measurement": [ "铁路桥梁低频振动", "静态倾角与微幅加速度", "列车运行引起的结构动态响应" ], "tags": [ "ZACS101系列", "轨道交通", "桥梁工程", "铁路桥梁低频振动", "传感器" ], "updated_at": "2025-08-13", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZACS101系列-铁路级模拟MEMS加速度计铁路桥梁低频振动测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "railway-bridge-beam-deflection-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "铁路桥梁梁体挠度测量与智能监测选型指南", "summary": "**目标**: 本指南针对\"梁体挠度\", \"低频振动\", \"结构倾斜\"场景，提供选型与部署指导〔REF-001〕。", "focused_product": "ZACS101 Series", "product_series": "ZACS101 Series", "industry": [ "铁路交通", "土木工程监测", "基础设施运维" ], "measurement": [ "梁体挠度", "低频振动", "结构倾斜" ], "tags": [ "ZACS101 Series", "铁路交通", "土木工程监测", "梁体挠度", "传感器" ], "updated_at": "2025-10-02", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZACS101系列-铁路级模拟MEMS加速度计铁路桥梁梁体挠度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "zacs101-mems-guide-zacs101系列", "category": "application_article", "category_cn": "应用文章", "title": "风机塔筒低频晃动测量传感器选型与部署指南", "summary": "**目标**: 本指南针对\"低频晃动\", \"振动加速度\"场景，提供选型与部署指导〔REF-001〕。", "focused_product": "ZACS101系列", "product_series": "ZACS101系列", "industry": [ "风能/风电", "铁路交通" ], "measurement": [ "低频晃动", "振动加速度" ], "tags": [ "ZACS101系列", "风能/风电", "铁路交通", "低频晃动", "传感器" ], "updated_at": "2026-03-02", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZACS101系列-铁路级模拟MEMS加速度计风机塔筒低频晃动测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "lithography-base-microvibration-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "光刻机基座微振动测量选型与部署指南", "summary": "**目标**: 针对光刻机基座在半导体制造环境中的微振动监测需求，提供基于电容式 MEMS 加速度计的选型依据与工程部署方案，旨在提升曝光精度并确保整机运行稳定性…", "focused_product": "ZACS500系列", "product_series": "ZACS500系列", "industry": [ "半导体制造", "精密仪器" ], "measurement": [ "基座微振动", "静态倾角" ], "tags": [ "ZACS500系列", "半导体制造", "精密仪器", "基座微振动", "传感器" ], "updated_at": "2025-06-06", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZACS500系列-模拟MEMS加速度计光刻机基座微振动测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "optical-platform-vibration-mems-accelerometer-guide", "category": "application_article", "category_cn": "应用文章", "title": "光学平台基座微振动测量选型与部署指南", "summary": "**目标**: 确保光学平台实验结果的准确性，实时捕捉并抑制影响系统性能的微振动信号〔REF-002〕。", "focused_product": "ZACS500系列", "product_series": "ZACS500系列", "industry": [ "精密光学工程", "实验室设备集成" ], "measurement": [ "微振动幅度", "倾角/静态重力" ], "tags": [ "ZACS500系列", "精密光学工程", "实验室设备集成", "微振动幅度", "传感器" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZACS500系列-模拟MEMS加速度计光学平台基座微振动测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "train-bogie-hunting-oscillation-acceleration-guide", "category": "application_article", "category_cn": "应用文章", "title": "列车转向架蛇行失稳测量加速度计选型与部署指南", "summary": "**目标**: 针对列车转向架蛇行失稳监测场景，提供加速度计选型与部署的系统化参考，辅助售前与工程团队快速判断适用方案。", "focused_product": "ZACS500系列", "product_series": "ZACS500系列", "industry": [ "轨道交通", "铁路运输" ], "measurement": [ "加速度", "振动", "倾角" ], "tags": [ "ZACS500系列", "轨道交通", "铁路运输", "加速度", "传感器" ], "updated_at": "2025-08-19", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZACS500系列-模拟MEMS加速度计列车转向架蛇行失稳测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "subway-floor-vibration-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "地铁车厢地板振动测量选型与部署指南", "summary": "**目标**: 本指南针对车厢地板振动, 动态加速度, 静态倾角场景，提供选型与部署指导〔REF-001〕。", "focused_product": "ZACS500系列", "product_series": "ZACS500系列", "industry": [ "轨道交通", "城市交通" ], "measurement": [ "车厢地板振动", "动态加速度", "静态倾角" ], "tags": [ "ZACS500系列", "轨道交通", "城市交通", "车厢地板振动", "传感器" ], "updated_at": "2025-08-06", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZACS500系列-模拟MEMS加速度计地铁车厢地板振动测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "dam-strong-shock-monitoring-acceleration-guide", "category": "application_article", "category_cn": "应用文章", "title": "大坝坝体强震动监测加速度计选型与部署指南", "summary": "**目标**: 为大坝坝体强震动监测场景提供基于ZACS500模拟MEMS加速度计的选型与部署参考，确保微弱震动信号的捕捉精度与长期稳定性。", "focused_product": "ZACS500", "product_series": "ZACS500", "industry": [ "水利水电", "防灾减灾", "结构健康监测" ], "measurement": [ "加速度测量", "强震动监测" ], "tags": [ "ZACS500", "水利水电", "防灾减灾", "加速度测量", "传感器" ], "updated_at": "2026-08-07", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZACS500系列-模拟MEMS加速度计大坝坝体强震动监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "measurement-guide-zacs500系列", "category": "application_article", "category_cn": "应用文章", "title": "大型风机低速不平衡振动测量选型与部署指南", "summary": "**目标**: 针对大型风机在低速运行工况下的不平衡振动进行高精度、低噪声监测，以识别早期机械故障并优化维护策略〔REF-001〕。", "focused_product": "ZACS500系列", "product_series": "ZACS500系列", "industry": [ "风力发电", "工业监测" ], "measurement": [ "低速不平衡振动", "静态重力/倾角" ], "tags": [ "ZACS500系列", "风力发电", "工业监测", "低速不平衡振动", "传感器" ], "updated_at": "2025-10-25", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZACS500系列-模拟MEMS加速度计大型风机低速不平衡振动测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "bridge-micro-vibration-monitoring-guide", "category": "application_article", "category_cn": "应用文章", "title": "大跨度桥梁微小振动监测选型与部署指南", "summary": "**目标**: 为大跨度桥梁提供高精度的结构健康监测（SHM），重点捕捉由交通荷载和自然环境引起的微小振动及静态形变〔REF-002〕。", "focused_product": "ZACS500系列", "product_series": "ZACS500系列", "industry": [ "基础设施监测", "土木工程", "结构健康监测" ], "measurement": [ "微小振动", "静态重力/倾角", "模态振动" ], "tags": [ "ZACS500系列", "基础设施监测", "土木工程", "微小振动", "传感器" ], "updated_at": "2025-04-06", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZACS500系列-模拟MEMS加速度计大跨度桥梁微小振动监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "solar-panel-tilt-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "太阳能板倾角测量与部署选型指南", "summary": "**目标**: 针对太阳能光伏系统，提供基于电容式MEMS技术的高精度、抗干扰选型参考指南，以解决复杂地形下的倾角动态监测难题〔REF-002〕。", "focused_product": "ZACS500系列", "product_series": "ZACS500系列", "industry": [ "可再生能源", "太阳能光伏" ], "measurement": [ "静态重力加速度", "太阳能板倾角" ], "tags": [ "ZACS500系列", "可再生能源", "太阳能光伏", "静态重力加速度", "传感器" ], "updated_at": "2025-01-20", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZACS500系列-模拟MEMS加速度计太阳能板倾角测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "mountainslope-displacement-guide", "category": "application_article", "category_cn": "应用文章", "title": "山体缓慢位移测量传感器选型与部署指南", "summary": "**目标**: 为山体缓慢位移与静态倾角变化的长期连续监测提供传感器选型与部署参考〔REF-002〕。", "focused_product": "ZACS500系列", "product_series": "ZACS500系列", "industry": [ "地质灾害监测", "基础设施安全监测" ], "measurement": [ "山体缓慢位移", "静态倾角变化" ], "tags": [ "ZACS500系列", "地质灾害监测", "基础设施安全监测", "山体缓慢位移", "传感器" ], "updated_at": "2025-09-12", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZACS500系列-模拟MEMS加速度计山体缓慢位移测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "port-crane-structural-monitoring-guide", "category": "application_article", "category_cn": "应用文章", "title": "岸桥结构运行平稳性监测传感器选型与部署指南", "summary": "**目标**: 面向岸桥结构运行平稳性监测场景，提供基于电容式MEMS加速度计的传感器选型与工程部署参考指南，辅助售前工程师与采购人员快速评估适用性〔REF-00…", "focused_product": "ZACS500系列", "product_series": "ZACS500系列", "industry": [ "港口机械", "重型装备", "结构健康监测" ], "measurement": [ "加速度", "振动频率", "振幅", "倾角" ], "tags": [ "ZACS500系列", "港口机械", "重型装备", "加速度", "传感器" ], "updated_at": "2025-09-30", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZACS500系列-模拟MEMS加速度计岸桥结构运行平稳性监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "industrial-centrifuge-low-speed-vibration-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "工业离心机低速不平衡振动测量选型与部署指南", "summary": "**目标**: 为工业离心机低速运行阶段的不平衡振动提供高精度、抗干扰的在线监测方案，支撑预维护与生产安全决策。〔REF-002〕", "focused_product": "ZACS500系列", "product_series": "ZACS500系列", "industry": [ "石油化工", "食品加工", "制药工业", "矿业选矿" ], "measurement": [ "低速不平衡振动", "微幅振动信号", "静态倾角与恒定加速度" ], "tags": [ "ZACS500系列", "石油化工", "食品加工", "低速不平衡振动", "传感器" ], "updated_at": "2025-02-17", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZACS500系列-模拟MEMS加速度计工业离心机低速不平衡振动测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "vibrating-screen-amplitude-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "振动筛分机筛体振幅测量选型与部署指南", "summary": "**目标**: 针对矿业和建材行业振动筛分机，实现筛体振幅、频率及相位的精准在线监测，以优化筛分效率并确保设备运行稳定〔REF-002〕。", "focused_product": "ZACS500系列", "product_series": "ZACS500系列", "industry": [ "矿业", "建材" ], "measurement": [ "筛体振幅", "振动频率", "振动相位" ], "tags": [ "ZACS500系列", "矿业", "建材", "筛体振幅", "传感器" ], "updated_at": "2025-01-14", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZACS500系列-模拟MEMS加速度计振动筛分机筛体振幅测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "robot-arm-end-effector-stability-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "机械臂末端平稳性检测与选型部署指南", "summary": "**目标**: 针对机械臂在高速运动、精密装配或搬运过程中的末端平稳性进行量化评估，通过监测微振动和静态倾角，优化控制算法并提升作业精度〔REF-002〕。", "focused_product": "ZACS500系列", "product_series": "ZACS500系列", "industry": [ "工业自动化", "精密制造", "机器人集成" ], "measurement": [ "机械臂末端振动", "动态加速度", "静态倾角" ], "tags": [ "ZACS500系列", "工业自动化", "精密制造", "机械臂末端振动", "传感器" ], "updated_at": "2025-06-02", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZACS500系列-模拟MEMS加速度计机械臂末端平稳性测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "automotive-suspension-vibration-testing-mems-accelerometer-guide", "category": "application_article", "category_cn": "应用文章", "title": "汽车悬挂滤震性能测试传感器选型与部署指南", "summary": "**目标**: 评估汽车悬挂系统对路面振动的抑制能力，支撑NVH性能优化与滤震设计验证〔REF-002〕。", "focused_product": "ZACS500系列", "product_series": "ZACS500系列", "industry": [ "汽车制造", "汽车工程" ], "measurement": [ "振动加速度", "倾角" ], "tags": [ "ZACS500系列", "汽车制造", "汽车工程", "振动加速度", "传感器" ], "updated_at": "2025-04-01", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZACS500系列-模拟MEMS加速度计汽车悬挂滤震性能测试/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "fire-truck-platform-level-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "消防车平台水平度测量传感器选型与部署指南", "summary": "**目标**: 为消防车平台提供高精度、抗干扰的水平度与振动监测方案，支持静态倾角测量及动态振动捕获，提升应急操作安全性与系统兼容性 〔REF-001〕。", "focused_product": "ZACS500系列", "product_series": "ZACS500系列", "industry": [ "消防救援", "公共安全装备" ], "measurement": [ "平台倾角/水平度", "微小振动/加速度" ], "tags": [ "ZACS500系列", "消防救援", "公共安全装备", "平台倾角/水平度", "传感器" ], "updated_at": "2025-01-16", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZACS500系列-模拟MEMS加速度计消防车平台水平度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "gas-station-seismic-monitoring-acceleration-guide", "category": "application_article", "category_cn": "应用文章", "title": "燃气站地震监测与结构安全选型部署指南", "summary": "**目标**: 本指南针对\"微弱地震波动\", \"结构振动\", \"低频加速度\"场景，提供选型与部署指导〔REF-001〕。", "focused_product": "ZACS500系列", "product_series": "ZACS500系列", "industry": [ "燃气能源", "基础设施监测" ], "measurement": [ "微弱地震波动", "结构振动", "低频加速度" ], "tags": [ "ZACS500系列", "燃气能源", "基础设施监测", "微弱地震波动", "传感器" ], "updated_at": "2025-07-26", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZACS500系列-模拟MEMS加速度计燃气站地震监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "gas-pipeline-flow-induced-vibration-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "燃气管道流激振动测量传感器选型与部署指南", "summary": "**目标**: 面向城市燃气与能源管网在超高压输送工况下的流激振动监测需求，提供可落地的传感器选型、数据采集与工程部署参考。", "focused_product": "ZACS500系列", "product_series": "ZACS500系列", "industry": [ "城市燃气", "能源管网", "工业安全监测" ], "measurement": [ "流激振动", "管道动态加速度", "低频微震动信号" ], "tags": [ "ZACS500系列", "城市燃气", "能源管网", "流激振动", "传感器" ], "updated_at": "2025-11-14", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZACS500系列-模拟MEMS加速度计燃气管道流激振动测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "fuel-pipe-flow-induced-vibration-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "燃油管道流激振动测量传感器选型与部署指南", "summary": "**目标**: 针对燃油管道流激振动监测场景，提供电容式MEMS加速度计的选型与工程部署参考，保障管道运行安全与预防性维护〔REF-002〕。", "focused_product": "ZACS500系列", "product_series": "ZACS500系列", "industry": [ "石油化工", "能源基础设施" ], "measurement": [ "流激振动", "微振动" ], "tags": [ "ZACS500系列", "石油化工", "能源基础设施", "流激振动", "传感器" ], "updated_at": "2025-03-21", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZACS500系列-模拟MEMS加速度计燃油管道流激振动测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "precision-equipment-transport-shock-monitoring-guide", "category": "application_article", "category_cn": "应用文章", "title": "精密设备运输冲击监测选型与部署指南", "summary": "**目标**: 针对高价值精密设备在运输过程中的物理损伤风险，提供基于低噪声 MEMS 技术的实时冲击与振动监测方案，确保数据完整性与合规性〔REF-002〕。", "focused_product": "ZACS500系列", "product_series": "ZACS500系列", "industry": [ "高端电子制造", "精密机械", "物流与供应链" ], "measurement": [ "运输冲击", "振动加速度" ], "tags": [ "ZACS500系列", "高端电子制造", "精密机械", "运输冲击", "传感器" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZACS500系列-模拟MEMS加速度计精密设备运输冲击监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "ship-low-frequency-sway-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "船只低频摇摆姿态测量选型与部署指南", "summary": "**目标**: 针对船舶在恶劣海况下的低频摇摆、静态倾角及微振动进行高精度、高可靠性的实时监测，以保障航行安全、设备保护及乘客舒适性〔REF-002〕。", "focused_product": "ZACS500系列", "product_series": "ZACS500系列", "industry": [ "船舶制造与运营", "海洋工程", "海事安全监测" ], "measurement": [ "船只低频摇摆姿态", "静态倾角与重力加速度", "微振动信号" ], "tags": [ "ZACS500系列", "船舶制造与运营", "海洋工程", "船只低频摇摆姿态", "传感器" ], "updated_at": "2025-11-24", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZACS500系列-模拟MEMS加速度计船只低频摇摆姿态测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "roadbed-slope-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "路基缓慢倾斜测量传感器选型与部署指南", "summary": "**目标**: 本指南针对路基倾斜, 微小位移变化, 低频振动场景，提供选型与部署指导〔REF-001〕。", "focused_product": "ZACS500系列", "product_series": "ZACS500系列", "industry": [ "土木工程", "基础设施监测", "交通运输" ], "measurement": [ "路基倾斜", "微小位移变化", "低频振动" ], "tags": [ "ZACS500系列", "土木工程", "基础设施监测", "路基倾斜", "传感器" ], "updated_at": "2026-05-17", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZACS500系列-模拟MEMS加速度计路基缓慢倾斜测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "nearby-construction-disturbance-monitoring-guide", "category": "application_article", "category_cn": "应用文章", "title": "邻近建筑物施工扰动监测选型与部署指南", "summary": "**目标**: 针对邻近建筑物施工场景，提供高精度的振动、倾斜及加速度实时监测方案，确保周边建筑结构安全。", "focused_product": "ZACS500系列", "product_series": "ZACS500系列", "industry": [ "建筑工程", "结构健康监测 (SHM)", "工业自动化" ], "measurement": [ "振动", "倾斜", "加速度" ], "tags": [ "ZACS500系列", "建筑工程", "结构健康监测 (SHM)", "振动", "传感器" ], "updated_at": "2025-04-21", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZACS500系列-模拟MEMS加速度计邻近建筑物施工扰动监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "radar-truck-platform-level-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "雷达车平台水平度测量与结构健康监测选型指南", "summary": "**目标**: 本指南针对平台水平度, 静态倾角, 微振动, 低频冲击场景，提供选型与部署指导〔REF-001〕。", "focused_product": "ZACS500系列", "product_series": "ZACS500系列", "industry": [ "工程机械", "智能交通", "结构健康监测" ], "measurement": [ "平台水平度", "静态倾角", "微振动", "低频冲击" ], "tags": [ "ZACS500系列", "工程机械", "智能交通", "平台水平度", "传感器" ], "updated_at": "2025-04-27", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZACS500系列-模拟MEMS加速度计雷达车平台水平度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "wind-turbine-tower-top-sway-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "风机塔筒塔顶晃动测量选型与部署指南", "summary": "**目标**: 针对大型风力发电机组塔顶在复杂风况下的晃动、振动及倾斜状态进行高精度实时监测，以评估结构安全性并支持预测性维护〔REF-002〕。", "focused_product": "ZACS500系列", "product_series": "ZACS500系列", "industry": [ "可再生能源", "风能", "工业监测" ], "measurement": [ "塔顶晃动", "振动加速度", "静态倾角" ], "tags": [ "ZACS500系列", "可再生能源", "风能", "塔顶晃动", "传感器" ], "updated_at": "2025-03-13", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZACS500系列-模拟MEMS加速度计风机塔筒塔顶晃动测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "gantry-crane-structure-stability-monitoring-guide", "category": "application_article", "category_cn": "应用文章", "title": "龙门吊结构运行平稳性监测选型与部署指南", "summary": "**目标**: 针对龙门吊在长期高负荷运行下的结构疲劳、变形及稳定性风险，提供一套高精度、低噪声的结构健康监测（SHM）解决方案，以实现预测性维护并预防安全事故〔…", "focused_product": "ZACS500系列", "product_series": "ZACS500系列", "industry": [ "重型机械制造", "港口物流", "工业设施运维" ], "measurement": [ "结构振动", "倾斜角度", "运行位移" ], "tags": [ "ZACS500系列", "重型机械制造", "港口物流", "结构振动", "传感器" ], "updated_at": "2026-03-23", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZACS500系列-模拟MEMS加速度计龙门吊结构运行平稳性监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "lithography-vibration-monitoring-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "光刻机主动隔振台地基振动监测选型与部署指南", "summary": "**目标**: 本指南针对地基振动, 加速度场景，提供选型与部署指导〔REF-001〕。", "focused_product": "ZACS700系列", "product_series": "ZACS700系列", "industry": [ "半导体制造", "精密仪器" ], "measurement": [ "地基振动", "加速度" ], "tags": [ "ZACS700系列", "半导体制造", "精密仪器", "地基振动", "传感器" ], "updated_at": "2025-11-24", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZACS700系列-双轴力平衡式加速度计光刻机主动隔振台地基振动测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "train-braking-acceleration-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "列车制动加速度测量选型与部署指南", "summary": "**目标**: 本指南针对列车制动加速度, 运行平稳性场景，提供选型与部署指导〔REF-001〕。", "focused_product": "ZACS700系列", "product_series": "ZACS700系列", "industry": [ "轨道交通", "车辆工程" ], "measurement": [ "列车制动加速度", "运行平稳性" ], "tags": [ "ZACS700系列", "轨道交通", "车辆工程", "列车制动加速度", "传感器" ], "updated_at": "2025-12-19", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZACS700系列-双轴力平衡式加速度计列车制动加速度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "earthquake-pwave-detection-acceleration-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "地震P波检测与高精度惯性测量选型部署指南", "summary": "**目标**: 本指南针对地震P波加速度, 低频振动, 静态/准静态倾角场景，提供选型与部署指导〔REF-001〕。", "focused_product": "ZACS700系列", "product_series": "ZACS700系列", "industry": [ "地震监测", "公共安全", "基础设施健康监测" ], "measurement": [ "地震P波加速度", "低频振动", "静态/准静态倾角" ], "tags": [ "ZACS700系列", "地震监测", "公共安全", "地震P波加速度", "传感器" ], "updated_at": "2025-09-09", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZACS700系列-双轴力平衡式加速度计地震P波检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "telescope-base-leveling-selection-guide", "category": "application_article", "category_cn": "应用文章", "title": "望远镜基座精密找平传感器选型与部署指南", "summary": "**目标**: 针对天文望远镜基座等高精度静态找平场景，提供基于力平衡式加速度计的自动化水平监测与反馈控制方案，替代传统人工气泡水平仪，实现长期稳定性监测。〔RE…", "focused_product": "ZACS700 Series", "product_series": "ZACS700 Series", "industry": [ "天文观测", "精密仪器制造" ], "measurement": [ "双轴倾角", "微小加速度/振动" ], "tags": [ "ZACS700 Series", "天文观测", "精密仪器制造", "双轴倾角", "传感器" ], "updated_at": "2026-02-12", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZACS700系列-双轴力平衡式加速度计望远镜基座精密找平/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "reservoir-gate-opening-control-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "水库闸门开度高精度选型与部署指南", "summary": "**目标**: 针对水库闸门开度监测及结构倾角变化，提供基于双轴力平衡式加速度计的高精度、高稳定性测量解决方案，以替代传统机械或低精度光电方案。〔REF-002〕", "focused_product": "ZACS700系列", "product_series": "ZACS700系列", "industry": [ "水利工程", "水库管理" ], "measurement": [ "闸门开度", "倾角", "垂直位移" ], "tags": [ "ZACS700系列", "水利工程", "水库管理", "闸门开度", "传感器" ], "updated_at": "2025-06-24", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZACS700系列-双轴力平衡式加速度计水库闸门开度控制/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "offshore-platform-tilt-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "海上石油平台倾斜测量传感器选型与部署指南", "summary": "**目标**: 为海上石油平台提供高可靠性、高稳定性的静态与准静态倾斜（倾角）测量方案，保障平台结构安全与作业稳定性〔REF-002〕。", "focused_product": "ZACS700系列", "product_series": "ZACS700系列", "industry": [ "海上石油平台", "海洋工程" ], "measurement": [ "倾斜测量", "倾角测量" ], "tags": [ "ZACS700系列", "海上石油平台", "海洋工程", "倾斜测量", "传感器" ], "updated_at": "2025-04-16", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZACS700系列-双轴力平衡式加速度计海上石油平台倾斜测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "offshore-wind-turbine-tilt-monitoring-guide", "category": "application_article", "category_cn": "应用文章", "title": "海上风机塔筒与塔基倾斜监测选型与部署指南", "summary": "**目标**: 针对海上风机塔筒及塔基在复杂海洋环境下的长期稳定性，实现高精度的静态/准静态倾角监测，以预警土壤沉降、基础变形或设备异常。〔REF-002〕", "focused_product": "ZACS700系列", "product_series": "ZACS700系列", "industry": [ "海上风电", "结构健康监测" ], "measurement": [ "塔筒倾斜角", "塔基沉降/位移" ], "tags": [ "ZACS700系列", "海上风电", "结构健康监测", "塔筒倾斜角", "传感器" ], "updated_at": "2026-04-13", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZACS700系列-双轴力平衡式加速度计海上风机塔筒塔基倾斜/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "port-container-swing-angle-acceleration-guide", "category": "application_article", "category_cn": "应用文章", "title": "港口机械吊具摇摆角监测加速度计选型与部署指南", "summary": "**目标**: 为港口机械吊具摇摆角监测场景提供双轴力平衡式加速度计的售前选型与工程部署参考〔REF-002〕。", "focused_product": "ZACS700系列", "product_series": "ZACS700系列", "industry": [ "港口机械", "轨道交通" ], "measurement": [ "摇摆角", "加速度", "倾角" ], "tags": [ "ZACS700系列", "港口机械", "轨道交通", "摇摆角", "传感器" ], "updated_at": "2025-07-14", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZACS700系列-双轴力平衡式加速度计港口机械吊具摇摆角/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "tunnel-boring-attitude-control-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "盾构机掘进姿态高精度测量与选型部署指南", "summary": "**目标**: 在复杂地质条件下，实现盾构机掘进姿态的实时、高精度监测与控制，确保隧道开挖路径符合设计要求并保障施工安全〔REF-002〕。", "focused_product": "ZACS700系列", "product_series": "ZACS700系列", "industry": [ "隧道工程", "地下基础设施建设", "重型工程机械" ], "measurement": [ "掘进姿态倾角", "纵向与横向加速度", "结构倾斜度" ], "tags": [ "ZACS700系列", "隧道工程", "地下基础设施建设", "掘进姿态倾角", "传感器" ], "updated_at": "2025-03-28", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZACS700系列-双轴力平衡式加速度计盾构机掘进姿态控制/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "mining-machinery-rollover-protection-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "矿山机械车身防倾翻测量传感器选型与部署指南", "summary": "**目标**: 针对矿山及重型工程机械在复杂地形作业时的车身姿态监测，提供高精度、抗振的双轴力平衡式加速度计选型与部署方案，以实现防倾翻预警与平台调平〔REF-0…", "focused_product": "ZACS700系列", "product_series": "ZACS700系列", "industry": [ "矿山机械", "重型工程机械" ], "measurement": [ "车身倾角", "加速度" ], "tags": [ "ZACS700系列", "矿山机械", "重型工程机械", "车身倾角", "传感器" ], "updated_at": "2025-07-25", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZACS700系列-双轴力平衡式加速度计矿山机械车身防倾翻测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "centrifuge-calibration-acceleration-guide", "category": "application_article", "category_cn": "应用文章", "title": "离心机校准加速度计选型与部署指南", "summary": "**目标**: 本指南针对离心加速度, 倾角, 低频振动场景，提供选型与部署指导〔REF-001〕。", "focused_product": "ZACS700系列", "product_series": "ZACS700系列", "industry": [ "科研仪器", "高端制造", "轨道交通" ], "measurement": [ "离心加速度", "倾角", "低频振动" ], "tags": [ "ZACS700系列", "科研仪器", "高端制造", "离心加速度", "传感器" ], "updated_at": "2025-07-11", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZACS700系列-双轴力平衡式加速度计离心机校准/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "mobile-radar-platform-leveling-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "移动雷达车平台高精度调平与倾斜监测选型指南", "summary": "**目标**: 为移动雷达车平台提供高精度、抗振动的静态及准静态倾角监测方案，确保雷达波束指向精度〔REF-001〕。", "focused_product": "ZACS700系列", "product_series": "ZACS700系列", "industry": [ "军工与国防", "特种车辆与工程机械" ], "measurement": [ "平台倾角", "低频振动加速度" ], "tags": [ "ZACS700系列", "军工与国防", "特种车辆与工程机械", "平台倾角", "传感器" ], "updated_at": "2026-02-05", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZACS700系列-双轴力平衡式加速度计移动雷达车平台调平/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "super-high-rise-building-wind-sway-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "超高层建筑风致摆动测量选型与部署指南", "summary": "**目标**: 为超高层建筑在风荷载作用下的结构安全与居住舒适度提供精准的低频摆动与倾角监测方案〔REF-002〕。", "focused_product": "ZACS700系列", "product_series": "ZACS700系列", "industry": [ "建筑工程", "土木工程", "结构健康监测", "建筑安全" ], "measurement": [ "风致摆动位移", "结构倾斜角", "动态响应加速度", "低频振动" ], "tags": [ "ZACS700系列", "建筑工程", "土木工程", "风致摆动位移", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZACS700系列-双轴力平衡式加速度计超高层建筑风致摆动测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "road-surveying-longitudinal-slope-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "路面测绘纵向坡度测量选型与部署指南", "summary": "**目标**: 本指南针对\"纵向坡度\", \"倾角\", \"水平度\"场景，提供选型与部署指导〔REF-001〕。", "focused_product": "ZACS700系列", "product_series": "ZACS700系列", "industry": [ "交通基础设施", "轨道交通", "土木工程" ], "measurement": [ "纵向坡度", "倾角", "水平度" ], "tags": [ "ZACS700系列", "交通基础设施", "轨道交通", "纵向坡度", "传感器" ], "updated_at": "2025-01-30", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZACS700系列-双轴力平衡式加速度计路面测绘中纵向坡度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "vehicle-roll-angle-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "车体侧倾角高精度测量选型与部署指南", "summary": "**目标**: 解决轨道交通及重型车辆在动态行驶（转弯、制动、加速）场景下，对车体侧倾角进行高精度、高稳定性测量的需求，替代传统机械式倾斜仪或低精度MEMS传感器…", "focused_product": "ZACS700系列", "product_series": "ZACS700系列", "industry": [ "轨道交通", "汽车制造" ], "measurement": [ "车体侧倾角", "动态加速度" ], "tags": [ "ZACS700系列", "轨道交通", "汽车制造", "车体侧倾角", "传感器" ], "updated_at": "2026-01-28", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZACS700系列-双轴力平衡式加速度计车体侧倾角测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "railway-track-irregularity-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "轨道交通轨道不平顺度测量与部署选型指南", "summary": "**目标**: 解决轨道交通列车运行中的高精度轨道质量分析、列车控制及结构监测需求，提升运行安全性与乘客舒适度〔REF-002〕。", "focused_product": "ZACS700系列", "product_series": "ZACS700系列", "industry": [ "轨道交通", "土木工程监测" ], "measurement": [ "轨道不平顺度", "列车倾角", "纵向与横向加速度" ], "tags": [ "ZACS700系列", "轨道交通", "土木工程监测", "轨道不平顺度", "传感器" ], "updated_at": "2025-10-29", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZACS700系列-双轴力平衡式加速度计轨道不平顺度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "rail-track-super-elevation-and-gradient-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "轨道超高与坡度测量选型与部署指南", "summary": "**目标**: 解决轨道交通列车在运行过程中对轨道超高（Superelevation）和坡度（Gradient）的高精度动态或准静态监测需求，保障行车安全与舒适性…", "focused_product": "ZACS700系列", "product_series": "ZACS700系列", "industry": [ "轨道交通", "土木工程监测" ], "measurement": [ "轨道超高", "轨道坡度", "倾角" ], "tags": [ "ZACS700系列", "轨道交通", "土木工程监测", "轨道超高", "传感器" ], "updated_at": "2026-02-04", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZACS700系列-双轴力平衡式加速度计轨道超高和坡度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "continuous-caster-mold-vibration-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "连铸机结晶器振动测量与高精度倾角监测选型指南", "summary": "**目标**: 本指南针对\"结晶器振动位移\", \"水平倾角\", \"低频加速度\"场景，提供选型与部署指导〔REF-001〕。", "focused_product": "ZACS700系列", "product_series": "ZACS700系列", "industry": [ "钢铁冶金", "重型机械" ], "measurement": [ "结晶器振动位移", "水平倾角", "低频加速度" ], "tags": [ "ZACS700系列", "钢铁冶金", "重型机械", "结晶器振动位移", "传感器" ], "updated_at": "2025-05-17", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZACS700系列-双轴力平衡式加速度计连铸机结晶器振动测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "aerodynamic-wind-tunnel-angle-of-attack-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "飞机模型风洞测试攻角测量选型与部署指南", "summary": "**目标**: 在飞机模型风洞测试中，实现高精度、高稳定性的攻角（Angle of Attack, AoA）监测，解析模型在不同飞行条件下的气动力学表现〔REF-…", "focused_product": "ZACS700系列", "product_series": "ZACS700系列", "industry": [ "航空航天", "空气动力学研究" ], "measurement": [ "攻角", "倾角", "加速度" ], "tags": [ "ZACS700系列", "航空航天", "空气动力学研究", "攻角", "传感器" ], "updated_at": "2025-12-27", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZACS700系列-双轴力平衡式加速度计飞机模型风洞测试时攻角测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "foundation-vibration-monitoring-selection-guide", "category": "application_article", "category_cn": "应用文章", "title": "地基微震测量加速度计选型与部署指南", "summary": "**目标**: 构建地基微震与结构倾斜位移的长期高精度监测系统，确保建筑物及精密设备的安全稳定运行〔REF-002〕。", "focused_product": "ZACS701系列", "product_series": "ZACS701系列", "industry": [ "土木工程与建筑安全监测", "雷达底座与精密设备安装" ], "measurement": [ "结构低频振动", "地基沉降与倾斜位移" ], "tags": [ "ZACS701系列", "土木工程与建筑安全监测", "雷达底座与精密设备安装", "结构低频振动", "传感器" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZACS701系列-双轴力平衡式加速度计主动隔振平台地基微震测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "cloud-ladder-truck-chassis-leveling-acceleration-guide", "category": "application_article", "category_cn": "应用文章", "title": "云梯车底盘极限调平与高精度倾斜监测选型部署指南", "summary": "**目标**: 本指南针对底盘倾斜度, 垂直/水平加速度, 结构振动噪声场景，提供选型与部署指导〔REF-001〕。", "focused_product": "ZACS701系列", "product_series": "ZACS701系列", "industry": [ "建筑工程", "工程机械", "特种设备" ], "measurement": [ "底盘倾斜度", "垂直/水平加速度", "结构振动噪声" ], "tags": [ "ZACS701系列", "建筑工程", "工程机械", "底盘倾斜度", "传感器" ], "updated_at": "2025-12-12", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZACS701系列-双轴力平衡式加速度计云梯车底盘极限调平/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "dam-deformation-force-balance-accelerometer-guide", "category": "application_article", "category_cn": "应用文章", "title": "双轴力平衡式加速度计在坝体微变形与基岩沉降监测中的选型与部署指南", "summary": "**目标**: 提供水利工程中坝体微变形、基岩沉降等低频静态形变监测的双轴力平衡加速度计售前选型与部署方案〔REF-002〕。", "focused_product": "ZACS701系列", "product_series": "ZACS701系列", "industry": [ "水利水电工程", "基础设施健康监测" ], "measurement": [ "坝体微变形", "基岩沉降" ], "tags": [ "ZACS701系列", "水利水电工程", "基础设施健康监测", "坝体微变形", "传感器" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZACS701系列-双轴力平衡式加速度计坝体微变形或基岩沉降监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "dam-inclination-monitoring-accelerometer-guide", "category": "application_article", "category_cn": "应用文章", "title": "大坝长期倾斜监测传感器选型与部署指南", "summary": "**目标**: 面向水利水电与基础设施长期倾斜监测场景，实时掌握坝体纵向与横向水平度变化，支撑结构风险预警与运维决策〔REF-002〕。", "focused_product": "ZACS701系列", "product_series": "ZACS701系列", "industry": [ "水利水电", "基础设施健康监测" ], "measurement": [ "大坝倾斜角", "结构水平位移", "地基沉降微动" ], "tags": [ "ZACS701系列", "水利水电", "基础设施健康监测", "大坝倾斜角", "传感器" ], "updated_at": "2025-07-04", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZACS701系列-双轴力平衡式加速度计大坝长期倾斜监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "large-telescope-base-flatness-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "大型望远镜基座平整度测量选型与部署指南", "summary": "**目标**: 为大型望远镜基座提供微重力级分辨率的平整度、微小沉降与水平倾角变化监测方案，确保望远镜组件在理想状态下运行并提升观测数据准确性〔REF-002〕。", "focused_product": "ZACS701系列", "product_series": "ZACS701系列", "industry": [ "天文观测与科研设施", "精密工程监测", "基础设施建设" ], "measurement": [ "基座平整度", "微小位移与沉降", "水平倾角变化" ], "tags": [ "ZACS701系列", "天文观测与科研设施", "精密工程监测", "基座平整度", "传感器" ], "updated_at": "2025-12-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZACS701系列-双轴力平衡式加速度计大型望远镜基座平整度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "large-span-bridge-static-deformation-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "大跨度桥梁静态变形监测选型与部署指南", "summary": "**目标**: 为大跨度桥梁提供高精度、长期稳定的静态变形与倾角变化监测方案，确保结构安全并评估使用寿命〔REF-002〕。", "focused_product": "ZACS701系列", "product_series": "ZACS701系列", "industry": [ "土木工程", "基础设施监测" ], "measurement": [ "桥梁静态变形", "结构倾角变化" ], "tags": [ "ZACS701系列", "土木工程", "基础设施监测", "桥梁静态变形", "传感器" ], "updated_at": "2025-04-20", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZACS701系列-双轴力平衡式加速度计大跨度桥梁静态变形测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "deep-mountain-tilt-monitoring-guide", "category": "application_article", "category_cn": "应用文章", "title": "山体深部倾斜监测选型与部署指南", "summary": "**目标**: 针对山体深部滑坡风险，提供基于高精度力平衡加速度计的稳定监测方案，实现毫米级甚至微重力级别的微小倾斜变化捕捉〔REF-001〕。", "focused_product": "ZACS701系列", "product_series": "ZACS701系列", "industry": [ "地质灾害监测", "基础设施安全" ], "measurement": [ "山体深部倾斜", "微小结构变形" ], "tags": [ "ZACS701系列", "地质灾害监测", "基础设施安全", "山体深部倾斜", "传感器" ], "updated_at": "2026-04-17", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZACS701系列-双轴力平衡式加速度计山体深部倾斜监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "gas-station-seismic-monitoring-acceleration-guide-zacs701", "category": "application_article", "category_cn": "应用文章", "title": "燃气站地震监测加速度选型与部署指南", "summary": "**目标**: 为燃气站地震活动实时监测提供基于双轴力平衡式加速度计的选型与部署参考，确保从微弱P波前兆到强震S波的全量程线性测量，支撑紧急切断阀的自动触发和震后…", "focused_product": "ZACS701", "product_series": "ZACS701", "industry": [ "燃气", "石化", "市政安全" ], "measurement": [ "地震监测", "微振动检测", "地基沉降加速度" ], "tags": [ "ZACS701", "燃气", "石化", "地震监测", "传感器" ], "updated_at": "2026-08-07", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZACS701系列-双轴力平衡式加速度计燃气站地震监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "shield-machine-tunneling-mechanism-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "盾构机机头姿态高精度测量与部署选型指南", "summary": "**目标**: 针对盾构机掘进过程中的机头姿态监测，提供一套基于双轴力平衡式加速度计的高精度、高稳定性解决方案，以解决复杂地质条件下姿态漂移和抗干扰难题〔REF-…", "focused_product": "ZACS701系列", "product_series": "ZACS701系列", "industry": [ "隧道施工", "地下工程", "工程机械" ], "measurement": [ "机头姿态角", "低频振动加速度", "结构倾斜度" ], "tags": [ "ZACS701系列", "隧道施工", "地下工程", "机头姿态角", "传感器" ], "updated_at": "2025-08-19", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZACS701系列-双轴力平衡式加速度计盾构机机头姿态测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "oil-rig-sway-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "石油钻井平台摇摆测量选型与部署指南", "summary": "**目标**: 为石油钻井平台提供高精度、高稳定性的摇摆（倾斜/水平位移）监测方案，确保钻井作业在复杂海洋环境下的安全与效率〔REF-002〕。", "focused_product": "ZACS701系列", "product_series": "ZACS701系列", "industry": [ "石油天然气", "海洋工程" ], "measurement": [ "摇摆测量", "倾角测量", "水平位移监测" ], "tags": [ "ZACS701系列", "石油天然气", "海洋工程", "摇摆测量", "传感器" ], "updated_at": "2025-07-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZACS701系列-双轴力平衡式加速度计石油钻井平台摇摆测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "oil-rig-stability-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "石油钻井平台稳定度测量选型与部署指南", "summary": "**目标**: 在石油钻井平台复杂工况下，实现高精度的纵向与横向稳定度实时监测，保障作业安全并识别潜在风险〔REF-002〕。", "focused_product": "ZACS701系列", "product_series": "ZACS701系列", "industry": [ "石油天然气", "海洋工程" ], "measurement": [ "平台稳定度", "加速度" ], "tags": [ "ZACS701系列", "石油天然气", "海洋工程", "平台稳定度", "传感器" ], "updated_at": "2026-03-07", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZACS701系列-双轴力平衡式加速度计石油钻井平台稳定度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "precision-turntable-centrifugal-acceleration-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "精密转台离心加速度测量选型与部署指南", "summary": "**目标**: 本指南针对离心加速度, 低频振动, 倾角变化场景，提供选型与部署指导〔REF-001〕。", "focused_product": "ZACS701系列", "product_series": "ZACS701系列", "industry": [ "航空航天", "工程建筑", "机械工程" ], "measurement": [ "离心加速度", "低频振动", "倾角变化" ], "tags": [ "ZACS701系列", "航空航天", "工程建筑", "离心加速度", "传感器" ], "updated_at": "2025-10-23", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZACS701系列-双轴力平衡式加速度计精密转台离心加速度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "crucible-mold-vibration-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "结晶器振动台高精度双轴振动监测选型与部署指南", "summary": "**目标**: 本指南针对结晶器振幅, 振动频率, 水平倾斜度场景，提供选型与部署指导〔REF-001〕。", "focused_product": "ZACS701系列", "product_series": "ZACS701系列", "industry": [ "钢铁冶金", "连铸制造" ], "measurement": [ "结晶器振幅", "振动频率", "水平倾斜度" ], "tags": [ "ZACS701系列", "钢铁冶金", "连铸制造", "结晶器振幅", "传感器" ], "updated_at": "2026-01-12", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZACS701系列-双轴力平衡式加速度计结晶器振动台振动测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "marine-hull-attitude-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "船体姿态测量选型与部署指南", "summary": "**目标**: 针对船舶制造与海洋工程领域，提供基于双轴力平衡式加速度计的船体姿态测量方案，重点评估 ZACS701系列在滚转、俯仰角检测中的适用性，实现高精度静…", "focused_product": "ZACS701系列", "product_series": "ZACS701系列", "industry": [ "船舶制造与运营", "海洋工程监测" ], "measurement": [ "滚转角", "俯仰角" ], "tags": [ "ZACS701系列", "船舶制造与运营", "海洋工程监测", "滚转角", "传感器" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZACS701系列-双轴力平衡式加速度计船体姿态测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "super-high-rise-building-wind-sway-measurement-guide-zacs701系列", "category": "application_article", "category_cn": "应用文章", "title": "超高层建筑风摆监测选型与部署指南", "summary": "**目标**: 评估超高层建筑在强风荷载下的结构响应与动态稳定性，实时跟踪微小位移变动，保障施工与运营安全〔REF-002〕。", "focused_product": "ZACS701系列", "product_series": "ZACS701系列", "industry": [ "建筑工程", "结构健康监测", "工程施工" ], "measurement": [ "风摆位移", "低频振动响应", "水平倾斜角" ], "tags": [ "ZACS701系列", "建筑工程", "结构健康监测", "风摆位移", "传感器" ], "updated_at": "2026-05-21", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZACS701系列-双轴力平衡式加速度计超高层建筑风摆测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "railway-track-superelevation-detection-guide", "category": "application_article", "category_cn": "应用文章", "title": "轨道交通轨道超高检测与水平监测选型部署指南", "summary": "**目标**: 在轨道交通、土木工程及重型机械场景中，实现对轨道超高、结构水平倾角及低频振动的精密测量与长期稳定性监测〔REF-002〕。", "focused_product": "ZACS701系列", "product_series": "ZACS701系列", "industry": [ "轨道交通", "土木工程监测", "重型机械" ], "measurement": [ "轨道超高", "水平倾角", "低频振动" ], "tags": [ "ZACS701系列", "轨道交通", "土木工程监测", "轨道超高", "传感器" ], "updated_at": "2025-01-03", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZACS701系列-双轴力平衡式加速度计轨道超高检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "container-crane-spreaders-positioning-accelerometer-guide", "category": "application_article", "category_cn": "应用文章", "title": "集装箱吊具高精度定位与倾斜监测选型部署指南", "summary": "**目标**: 面向集装箱吊具在起升、平移、回转及落箱过程中的实时姿态解算、动态倾斜补偿与结构冲击防护，提供可工程落地的传感器选型与部署参考〔REF-002〕。", "focused_product": "ZACS701系列", "product_series": "ZACS701系列", "industry": [ "港口物流", "重型吊装", "工业自动化" ], "measurement": [ "加速度", "倾斜角", "低频振动" ], "tags": [ "ZACS701系列", "港口物流", "重型吊装", "加速度", "传感器" ], "updated_at": "2025-03-18", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZACS701系列-双轴力平衡式加速度计集装箱吊具定位/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "radar-antenna-base-level-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "雷达天线基座水平度测量选型与部署指南", "summary": "**目标**: 针对雷达天线基座在恶劣工业环境下的长期稳定性监测，提供基于高精度双轴力平衡式加速度计的选型与部署方案，确保信号接收的精确性。〔REF-001〕", "focused_product": "ZACS701系列", "product_series": "ZACS701系列", "industry": [ "通信工程", "高层建筑监测", "交通监控" ], "measurement": [ "雷达天线基座水平度", "微小倾斜角度", "重力分量" ], "tags": [ "ZACS701系列", "通信工程", "高层建筑监测", "雷达天线基座水平度", "传感器" ], "updated_at": "2025-02-16", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZACS701系列-双轴力平衡式加速度计雷达天线基座水平度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "aircraft-wind-tunnel-aoa-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "飞机模型风洞测试攻角测量传感器选型与部署指南", "summary": "**目标**: 在飞机模型风洞测试中，实现对攻角的精确、稳定测量，支撑不同攻角下气动特性评估与飞行性能预测〔REF-001〕〔REF-002〕。", "focused_product": "ZACS701系列", "product_series": "ZACS701系列", "industry": [ "航空航天", "风洞试验", "飞行器研发" ], "measurement": [ "攻角测量", "纵向与横向加速度监测", "静态与准静态倾角变化" ], "tags": [ "ZACS701系列", "航空航天", "风洞试验", "攻角测量", "传感器" ], "updated_at": "2026-01-28", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZACS701系列-双轴力平衡式加速度计飞机模型风洞测试时攻角测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "wellbore-trajectory-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "超低量程加速度计在井眼轨迹测量中的选型与部署指南", "summary": "**目标**: 本指南针对\"井眼轨迹\", \"微重力加速度\", \"低频振动\"场景，提供选型与部署指导〔REF-001〕。", "focused_product": "ZACS710系列", "product_series": "ZACS710系列", "industry": [ "油气勘探", "钻井工程", "地球物理监测" ], "measurement": [ "井眼轨迹", "微重力加速度", "低频振动" ], "tags": [ "ZACS710系列", "油气勘探", "钻井工程", "井眼轨迹", "传感器" ], "updated_at": "2026-03-19", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZACS710系列-超低量程力平衡式加速度计井眼轨迹测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "infrastructure-structural-noise-monitoring-guide", "category": "application_article", "category_cn": "应用文章", "title": "超低量程加速度计在低频结构噪声监测中的选型与部署指南", "summary": "**目标**: 本指南针对\"低频结构振动\", \"地基微小蠕变\", \"微重力级加速度\"场景，提供选型与部署指导〔REF-001〕。", "focused_product": "ZACS710系列", "product_series": "ZACS710系列", "industry": [ "基础设施维护", "土木工程", "地震监测" ], "measurement": [ "低频结构振动", "地基微小蠕变", "微重力级加速度" ], "tags": [ "ZACS710系列", "基础设施维护", "土木工程", "低频结构振动", "传感器" ], "updated_at": "2025-04-22", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZACS710系列-超低量程力平衡式加速度计低频结构噪声监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "satellite-micro-vibration-monitoring-guide", "category": "application_article", "category_cn": "应用文章", "title": "卫星微振动监测选型与部署指南", "summary": "**目标**: 本指南针对\"卫星微振动\", \"低频结构模态\", \"地震前兆\"场景，提供选型与部署指导〔REF-001〕。", "focused_product": "ZACS710系列", "product_series": "ZACS710系列", "industry": [ "航空航天", "地球物理监测", "精密光学" ], "measurement": [ "卫星微振动", "低频结构模态", "地震前兆" ], "tags": [ "ZACS710系列", "航空航天", "地球物理监测", "卫星微振动", "传感器" ], "updated_at": "2026-05-09", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZACS710系列-超低量程力平衡式加速度计卫星微振动监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "underground-intrusion-detection-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "超低量程加速度计在地下入侵检测中的选型与部署指南", "summary": "**目标**: 本指南针对\"微小地面震动\", \"地基微小蠕变\", \"低频结构振动\"场景，提供选型与部署指导〔REF-001〕。", "focused_product": "ZACS710系列", "product_series": "ZACS710系列", "industry": [ "公共安全与安防", "基础设施监测", "地球物理勘探" ], "measurement": [ "微小地面震动", "地基微小蠕变", "低频结构振动" ], "tags": [ "ZACS710系列", "公共安全与安防", "基础设施监测", "微小地面震动", "传感器" ], "updated_at": "2026-04-17", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZACS710系列-超低量程力平衡式加速度计地埋入侵检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "foundation-differential-settlement-micro-g-guide", "category": "application_article", "category_cn": "应用文章", "title": "超低量程力平衡式加速度计地基不均匀沉降监测选型与部署指南", "summary": "**目标**: 针对土木工程领域中微幅基础沉降与倾斜的准静态监测需求，提供一种高灵敏度、低噪声的单轴力平衡式加速度计解决方案〔REF-001〕。", "focused_product": "ZACS710系列", "product_series": "ZACS710系列", "industry": [ "土木建筑工程", "基础设施监测" ], "measurement": [ "基底倾斜角变化", "微震动位移" ], "tags": [ "ZACS710系列", "土木建筑工程", "基础设施监测", "基底倾斜角变化", "传感器" ], "updated_at": "2026-01-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZACS710系列-超低量程力平衡式加速度计地基不均匀沉降监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "large-reflector-mirror-deformation-monitoring-acceleration-guide", "category": "application_article", "category_cn": "应用文章", "title": "大型光学反射镜面微变形监测加速度计选型与部署指南", "summary": "**目标**: 为大型光学反射镜面的微变形与低频振动监测提供超低量程加速度计的选型与部署参考〔REF-002〕。", "focused_product": "ZACS710系列", "product_series": "ZACS710系列", "industry": [ "光学天文", "精密工程", "结构健康监测" ], "measurement": [ "反射镜面微变形", "低频振动", "微重力加速度" ], "tags": [ "ZACS710系列", "光学天文", "精密工程", "反射镜面微变形", "传感器" ], "updated_at": "2025-10-01", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZACS710系列-超低量程力平衡式加速度计大型反射镜面变形监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "bridge-deformation-monitoring-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "大跨度桥梁日常变形监测选型与部署指南", "summary": "**目标**: 针对大跨度桥梁的日常安全监测，捕捉地基蠕变、温度引起的微小位移及结构低频模态变化，确保长期稳定性与数据信噪比〔REF-002〕。", "focused_product": "ZACS710系列", "product_series": "ZACS710系列", "industry": [ "土木工程", "基础设施监测" ], "measurement": [ "桥梁微变形", "结构低频振动", "微小加速度变化" ], "tags": [ "ZACS710系列", "土木工程", "基础设施监测", "桥梁微变形", "传感器" ], "updated_at": "2025-11-10", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZACS710系列-超低量程力平衡式加速度计大跨度桥梁日变形监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "mountain-creep-inclination-monitoring-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "山体蠕变倾斜监测选型与部署指南", "summary": "**目标**: 针对山体滑坡、地基沉降等地质灾害场景，实现对微米级形变及极低频微震信号的连续、高保真捕捉，以评估结构稳定性〔REF-002〕。", "focused_product": "ZACS710系列", "product_series": "ZACS710系列", "industry": [ "地质灾害监测", "土木工程结构健康监测" ], "measurement": [ "山体微小倾角变化", "低频微振动（微震）" ], "tags": [ "ZACS710系列", "地质灾害监测", "土木工程结构健康监测", "山体微小倾角变化", "传感器" ], "updated_at": "2025-03-30", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZACS710系列-超低量程力平衡式加速度计山体蠕变倾斜监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "microgravity-anomaly-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "微重力异常测量选型与部署指南", "summary": "**目标**: 本指南针对\"微重力异常\", \"微小加速度变化\", \"低频振动\"场景，提供选型与部署指导〔REF-001〕。", "focused_product": "ZACS710系列", "product_series": "ZACS710系列", "industry": [ "地球物理监测", "大型结构健康监测" ], "measurement": [ "微重力异常", "微小加速度变化", "低频振动" ], "tags": [ "ZACS710系列", "地球物理监测", "大型结构健康监测", "微重力异常", "传感器" ], "updated_at": "2025-10-08", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZACS710系列-超低量程力平衡式加速度计微重力异常测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "telescope-mirror-control-microgravity-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "望远镜镜面控制与微重力测量选型与部署指南", "summary": "**目标**: 本指南针对望远镜镜面微小偏移, 微重力加速度, 低频结构振动, 微小倾角变化场景，提供选型与部署指导〔REF-001〕。", "focused_product": "ZACS710系列", "product_series": "ZACS710系列", "industry": [ "天文观测", "地球物理监测", "大型结构健康监测", "精密光学平台" ], "measurement": [ "望远镜镜面微小偏移", "微重力加速度", "低频结构振动", "微小倾角变化" ], "tags": [ "ZACS710系列", "天文观测", "地球物理监测", "望远镜镜面微小偏移", "传感器" ], "updated_at": "2026-03-03", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZACS710系列-超低量程力平衡式加速度计望远镜镜面控制/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "robot-shock-acceleration-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "机器人起停冲击加速度测量选型与部署指南", "summary": "**目标**: 本指南针对冲击加速度, 微重力加速度, 微震监测场景，提供选型与部署指导〔REF-001〕。", "focused_product": "ZACS710系列", "product_series": "ZACS710系列", "industry": [ "机器人", "工业自动化", "精密测量" ], "measurement": [ "冲击加速度", "微重力加速度", "微震监测" ], "tags": [ "ZACS710系列", "机器人", "工业自动化", "冲击加速度", "传感器" ], "updated_at": "2025-08-27", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZACS710系列-超低量程力平衡式加速度计机器人起停冲击加速度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "dam-foundation-inclination-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "水坝坝基倾斜监测选型与部署指南", "summary": "**目标**: 实时掌握坝基稳定性、微小倾角变化及结构低频模态趋势，为水利工程安全运维提供可量化的连续监测数据〔REF-002〕。", "focused_product": "ZACS710系列", "product_series": "ZACS710系列", "industry": [ "水利水电", "土木工程监测", "基础设施安全运维" ], "measurement": [ "坝基倾斜角度", "结构微变形", "低频振动信号" ], "tags": [ "ZACS710系列", "水利水电", "土木工程监测", "坝基倾斜角度", "传感器" ], "updated_at": "2026-02-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZACS710系列-超低量程力平衡式加速度计水坝坝基倾斜测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "dam-foundation-settlement-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "水坝坝基沉降监测选型与部署指南", "summary": "**目标**: 面向水坝坝基微小沉降、地基蠕变及结构低频倾斜的长期在线监测，提供可落地的传感器选型与工程部署参考〔REF-002〕。", "focused_product": "ZACS710系列", "product_series": "ZACS710系列", "industry": [ "水利水电", "基础设施安全监测", "地质工程" ], "measurement": [ "坝基沉降", "微重力变化", "结构低频振动与倾斜" ], "tags": [ "ZACS710系列", "水利水电", "基础设施安全监测", "坝基沉降", "传感器" ], "updated_at": "2025-12-01", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZACS710系列-超低量程力平衡式加速度计水坝坝基沉降测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "zacs710-guide", "category": "application_article", "category_cn": "应用文章", "title": "工业制造几何轮廓测量选型与部署指南", "summary": "**目标**：为工业制造场景中的几何尺寸检测（厚度、高度差、平面度、宽度、圆度等）提供选型与部署参考，帮助售前工程师和采购人员快速评估线激光三角测量方案的适用性…", "focused_product": "典型线激光轮廓传感器", "product_series": "典型线激光轮廓传感系列", "industry": [ "工业制造", "半导体", "汽车制造", "精密加工" ], "measurement": [ "几何轮廓", "厚度", "高度差", "平面度", "宽度", "圆度" ], "tags": [ "典型线激光轮廓传感器", "典型线激光轮廓传感系列", "工业制造", "半导体", "几何轮廓", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZACS710系列-超低量程力平衡式加速度计沉管对接姿态微调/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "offshore-wind-pile-scour-tilt-monitoring-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "海上风机桩基冲刷倾斜监测选型与部署指南", "summary": "**目标**: 在海上风电运维中，精准监测桩基因海流冲刷导致的微小倾斜与水平位移，预防结构失稳与安全事故〔REF-002〕。", "focused_product": "ZACS710系列", "product_series": "ZACS710系列", "industry": [ "海上风电", "海洋工程", "基础设施监测" ], "measurement": [ "桩基倾斜角度", "微小位移", "微重力变化" ], "tags": [ "ZACS710系列", "海上风电", "海洋工程", "桩基倾斜角度", "传感器" ], "updated_at": "2025-04-18", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZACS710系列-超低量程力平衡式加速度计海上风机桩基冲刷倾斜监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "tide-gravity-monitoring-guide", "category": "application_article", "category_cn": "应用文章", "title": "潮汐观测重力加速度监测选型与部署指南", "summary": "**目标**: 本指南针对重力加速度, 微重力变化场景，提供选型与部署指导〔REF-001〕。", "focused_product": "ZACS710系列", "product_series": "ZACS710系列", "industry": [ "海洋科研", "地球物理勘探", "环境监测" ], "measurement": [ "重力加速度", "微重力变化" ], "tags": [ "ZACS710系列", "海洋科研", "地球物理勘探", "重力加速度", "传感器" ], "updated_at": "2025-03-17", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZACS710系列-超低量程力平衡式加速度计潮汐观测中重力加速度监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "zacs710-guide-典型产品", "category": "application_article", "category_cn": "应用文章", "title": "Zacs710选型与部署指南", "summary": "**目标**：为工业制造场景中几何尺寸在线检测需求提供传感器选型与部署参考，辅助售前与工程团队快速判断适用性。", "focused_product": "典型产品", "product_series": "典型系列", "industry": [ "工业制造" ], "measurement": [ "测量参数" ], "tags": [ "典型产品", "典型系列", "工业制造", "测量参数", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZACS710系列-超低量程力平衡式加速度计精密设备场地环境震动/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "turntable-rotational-speed-stability-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "精密转台转速稳定性测量选型与部署指南", "summary": "**目标**: 针对精密转台在低速至中速运行时的转速微小波动、长期漂移及微振动信号进行高保真采集，为控制系统补偿与实验数据校正提供可信的惯性测量输入〔REF-00…", "focused_product": "ZACS710系列", "product_series": "ZACS710系列", "industry": [ "微重力科研", "地基与结构健康监测", "地震地质监测", "精密机械工程" ], "measurement": [ "精密转台转速波动", "微振动与微震信号", "低频结构模态" ], "tags": [ "ZACS710系列", "微重力科研", "地基与结构健康监测", "精密转台转速波动", "传感器" ], "updated_at": "2026-01-27", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZACS710系列-超低量程力平衡式加速度计精密转台转速稳定性测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "drilling-tilt-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "超低量程加速度计在钻头倾角测量中的选型与部署指南", "summary": "**目标**: 针对矿井钻探等复杂地质环境，解决钻头微小倾角变化导致的钻井方向偏差问题，实现高精度、高稳定性的实时监测〔REF-002〕。", "focused_product": "ZACS710系列", "product_series": "ZACS710系列", "industry": [ "矿业钻探", "岩土工程", "地质勘探" ], "measurement": [ "钻头倾角", "微重力加速度" ], "tags": [ "ZACS710系列", "矿业钻探", "岩土工程", "钻头倾角", "传感器" ], "updated_at": "2025-04-04", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZACS710系列-超低量程力平衡式加速度计钻头倾角测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "microseismic-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "微震测量传感器选型与部署指南", "summary": "**目标**: 本指南针对微震振动, 地基微小形变, 结构倾斜变化, 超低频惯性信号场景，提供选型与部署指导〔REF-001〕。", "focused_product": "ZACS710系列", "product_series": "ZACS710系列", "industry": [ "地震监测", "工程结构监测", "地球物理勘探", "科学实验研究" ], "measurement": [ "微震振动", "地基微小形变", "结构倾斜变化", "超低频惯性信号" ], "tags": [ "ZACS710系列", "地震监测", "工程结构监测", "微震振动", "传感器" ], "updated_at": "2025-07-05", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZACS710系列-超低量程力平衡式加速度计隔振基座微震测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "microgravity-vibration-monitoring-acceleration-guide", "category": "application_article", "category_cn": "应用文章", "title": "超低量程加速度计选型与部署指南", "summary": "**目标**: 本指南针对微重力, 低频振动, 结构微幅摆动场景，提供选型与部署指导〔REF-001〕。", "focused_product": "ZACS710系列", "product_series": "ZACS710系列", "industry": [ "地震监测", "大型工程振动控制", "精密光学平台", "野外勘探" ], "measurement": [ "微重力", "低频振动", "结构微幅摆动" ], "tags": [ "ZACS710系列", "地震监测", "大型工程振动控制", "微重力", "传感器" ], "updated_at": "2025-06-06", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZACS710系列-超低量程力平衡式加速度计隔振悬挂系统主动反馈/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "high-rise-sway-monitoring-micro-g-accelerometer-guide", "category": "application_article", "category_cn": "应用文章", "title": "高楼摇摆监测超低量程加速度计选型与部署指南", "summary": "**目标**: 为高楼、桥梁、大坝等建筑结构提供微幅摇摆与地基变动的长期监测能力，早期识别潜在危害〔REF-002〕。", "focused_product": "ZACS710系列", "product_series": "ZACS710系列", "industry": [ "建筑工程", "结构健康监测", "地震监测" ], "measurement": [ "高楼摇摆", "微振幅振动", "地基微小变动" ], "tags": [ "ZACS710系列", "建筑工程", "结构健康监测", "高楼摇摆", "传感器" ], "updated_at": "2025-08-23", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZACS710系列-超低量程力平衡式加速度计高楼摇摆监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "high-speed-rail-subgrade-settlement-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "高铁无砟轨道板路基沉降测量选型与部署指南", "summary": "**目标**: 针对高铁无砟轨道板及路基的微米级沉降与倾斜变化，提供高信噪比、低漂移的长期监测解决方案。", "focused_product": "ZACS710系列", "product_series": "ZACS710系列", "industry": [ "高速铁路", "土木工程", "基础设施监测" ], "measurement": [ "路基沉降", "轨道板位移", "微小倾角变化" ], "tags": [ "ZACS710系列", "高速铁路", "土木工程", "路基沉降", "传感器" ], "updated_at": "2025-01-16", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZACS710系列-超低量程力平衡式加速度计高铁无砟轨道板路基沉降测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "sew-reducer-precision-positioning-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "工业减速机精密定位与选型部署指南", "summary": "**目标**: 针对SEW等工业减速机的轴心位移监测、传动部件相对位置校准及动态运行速度跟踪，提供非接触式长距离高精度测量方案。〔REF-002〕", "focused_product": "ZDS05", "product_series": "ZDS05", "industry": [ "工业自动化", "重型机械制造", "传动设备运维" ], "measurement": [ "减速机轴心位移", "传动部件相对位置", "目标运行速度" ], "tags": [ "ZDS05", "工业自动化", "重型机械制造", "减速机轴心位移", "传感器" ], "updated_at": "2025-09-13", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZDS05-激光测距传感器SEW减速机精密定位/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "pile-height-measurement-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "堆高测量选型与部署指南", "summary": "**目标**: 实现仓储、物流及工业制造场景中物料堆高的非接触式连续监测，优化空间利用率并保障安全限高〔REF-002〕。", "focused_product": "ZDS05", "product_series": "ZDS05", "industry": [ "仓储物流", "工业制造", "矿山冶金" ], "measurement": [ "物料堆高", "目标物距离", "堆垛速度" ], "tags": [ "ZDS05", "仓储物流", "工业制造", "物料堆高", "传感器" ], "updated_at": "2025-05-09", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZDS05-激光测距传感器堆高测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "large-structure-relative-displacement-measurement-guide-zds05", "category": "application_article", "category_cn": "应用文章", "title": "大型结构相对位移监测选型与部署指南", "summary": "**目标**: 针对大型基础设施（桥梁、大坝、高层建筑等）在负载、温度梯度及环境应力作用下的相对位移进行非接触式实时捕捉与趋势预警〔REF-002〕。", "focused_product": "ZDS05", "product_series": "ZDS05", "industry": [ "土木工程", "桥梁隧道监测", "建筑健康诊断" ], "measurement": [ "结构相对位移", "形变趋势", "目标移动速度" ], "tags": [ "ZDS05", "土木工程", "桥梁隧道监测", "结构相对位移", "传感器" ], "updated_at": "2026-03-17", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZDS05-激光测距传感器大型结构相对位移测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "crane-precise-positioning-long-distance-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "工业天车定位测距选型与部署指南", "summary": "**目标**: 为天车长距离运行轨迹提供高精度、高可靠性的非接触式位置反馈，实现自动化调度与防碰撞安全控制。", "focused_product": "ZDS05", "product_series": "ZDS05", "industry": [ "物流仓储", "重型制造", "港口码头" ], "measurement": [ "天车运行距离", "目标移动速度", "高精度定位坐标" ], "tags": [ "ZDS05", "物流仓储", "重型制造", "天车运行距离", "传感器" ], "updated_at": "2025-02-08", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZDS05-激光测距传感器天车精密定位/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "outdoor-low-temp-distance-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "户外低温环境测距设备选型与部署指南", "summary": "**目标**: 在户外极寒（-40°C至+60°C）及复杂气象条件下，实现长距离、高精度的非接触式几何尺寸监测与动态速度追踪〔REF-002〕。", "focused_product": "ZDS05", "product_series": "ZDS05", "industry": [ "建筑工程", "交通监测" ], "measurement": [ "目标距离", "目标速度" ], "tags": [ "ZDS05", "建筑工程", "交通监测", "目标距离", "传感器" ], "updated_at": "2025-02-10", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZDS05-激光测距传感器户外低温环境测距/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "seamless-ring-rolling-diameter-measurement-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "无缝轧环直径检测选型与部署指南", "summary": "**目标**: 实现无缝轧环生产全流程的非接触式几何尺寸闭环控制，提升成品合格率并降低人工复检成本〔REF-002〕。", "focused_product": "ZDS05", "product_series": "ZDS05", "industry": [ "金属加工", "机械制造" ], "measurement": [ "无缝轧环外径", "轧环截面直径" ], "tags": [ "ZDS05", "金属加工", "机械制造", "无缝轧环外径", "传感器" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZDS05-激光测距传感器无缝轧环直径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "wood-cutting-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "木材定长切割测量设备选型与部署指南", "summary": "**目标**: 实现木材定长切割产线的高速实时定位与长度闭环控制，提升自动化锯切精度与节拍效率〔REF-002〕。", "focused_product": "ZDS05", "product_series": "ZDS05", "industry": [ "木材加工", "工业制造", "自动化产线" ], "measurement": [ "木材长度", "切割定位", "目标运行速度" ], "tags": [ "ZDS05", "木材加工", "工业制造", "木材长度", "传感器" ], "updated_at": "2025-11-20", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZDS05-激光测距传感器木材定长切割/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "port-equipment-precision-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "港口设备精密测距选型与部署指南", "summary": "**目标**: 提升港口装卸作业安全性与空间定位精度，实现起重机吊具高度、叉车作业间距及货物堆垛位置的实时监测〔REF-002〕。", "focused_product": "ZDS05", "product_series": "ZDS05", "industry": [ "港口物流", "起重机械", "仓储搬运" ], "measurement": [ "起重机吊具高度", "叉车作业间距", "货物堆垛位置" ], "tags": [ "ZDS05", "港口物流", "起重机械", "起重机吊具高度", "传感器" ], "updated_at": "2025-11-20", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZDS05-激光测距传感器港口设备精密测距/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "silo-fill-height-measurement-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "筒仓料位测量选型与部署指南", "summary": "**目标**: 本指南针对\"筒仓物料填充高度\", \"料位距离\"场景，提供选型与部署指导〔REF-001〕。", "focused_product": "ZDS05", "product_series": "ZDS05", "industry": [ "食品工业", "化工行业", "仓储物流", "工业自动化" ], "measurement": [ "筒仓物料填充高度", "料位距离" ], "tags": [ "ZDS05", "食品工业", "化工行业", "筒仓物料填充高度", "传感器" ], "updated_at": "2025-07-09", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZDS05-激光测距传感器筒仓填充高度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "assembly-inspection-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "装配检查场景激光测距传感器选型与部署指南", "summary": "**目标**: 实现装配线非接触式高速实时监测，提升组件定位精度并显著降低人工复核与返工率〔REF-002〕。", "focused_product": "ZDS05", "product_series": "ZDS05", "industry": [ "汽车制造", "重型装备", "轨道交通" ], "measurement": [ "装配间隙", "组件尺寸", "位置精度" ], "tags": [ "ZDS05", "汽车制造", "重型装备", "装配间隙", "传感器" ], "updated_at": "2025-04-10", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZDS05-激光测距传感器装配检查/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "warehouse-shelf-distance-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "仓储货架设备距离测量选型与部署指南", "summary": "**目标**: 为自动化仓储货架处理设备提供高精度、长距离、强抗扰的动态测距能力，保障拣选效率与设备运行安全〔REF-002〕。", "focused_product": "ZDS05", "product_series": "ZDS05", "industry": [ "仓储物流", "工业自动化" ], "measurement": [ "货架间距", "货物位移", "设备定位距离" ], "tags": [ "ZDS05", "仓储物流", "工业自动化", "货架间距", "传感器" ], "updated_at": "2025-05-09", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZDS05-激光测距传感器货架处理设备距离测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "crane-synchronization-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "起重机同步控制距离测量选型与部署指南", "summary": "**目标**: 为多机协同、防碰撞及高精度实时定位的起重机同步控制系统提供非接触式距离测量选型依据与工程落地方案〔REF-002〕。", "focused_product": "ZDS05", "product_series": "ZDS05", "industry": [ "重型机械", "港口物流", "工程建设", "工业自动化" ], "measurement": [ "空间距离", "目标位置", "运行速度" ], "tags": [ "ZDS05", "重型机械", "港口物流", "空间距离", "传感器" ], "updated_at": "2025-04-10", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZDS05-激光测距传感器起重机同步控制/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "crane-positioning-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "起重机定位测量设备选型与部署指南", "summary": "**目标**: 提升复杂工况下起重机吊具与载荷的空间定位精度，保障吊装调度效率与作业安全〔REF-002〕。", "focused_product": "ZDS05", "product_series": "ZDS05", "industry": [ "起重运输", "建筑施工", "工业自动化" ], "measurement": [ "起重机吊具与载荷位置", "吊装作业空间距离", "目标物相对位移" ], "tags": [ "ZDS05", "起重运输", "建筑施工", "起重机吊具与载荷位置", "传感器" ], "updated_at": "2026-01-12", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZDS05-激光测距传感器起重机定位/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "vehicle-positioning-laser-ranging-guide", "category": "application_article", "category_cn": "应用文章", "title": "车辆定位激光测距选型与部署指南", "summary": "**目标**: 实现仓储物流、港口码头及工业制造场景下车辆的实时精准定位、轨迹追踪与安全作业管控〔REF-002〕。", "focused_product": "ZDS05", "product_series": "ZDS05", "industry": [ "仓储物流", "港口码头", "工业制造" ], "measurement": [ "车辆位置", "行驶距离", "运行速度" ], "tags": [ "ZDS05", "仓储物流", "港口码头", "车辆位置", "传感器" ], "updated_at": "2025-11-29", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZDS05-激光测距传感器车辆定位/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "steel-coil-diameter-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "钢带线圈直径检测选型与部署指南", "summary": "**目标**: 实现钢带线圈在高速运转或静态卷取过程中的非接触式外径与线速度高精度监测，保障后续分切、包装及物流环节的尺寸一致性〔REF-002〕。", "focused_product": "ZDS05", "product_series": "ZDS05", "industry": [ "钢铁制造", "金属线材加工" ], "measurement": [ "线圈外径", "运行线速度" ], "tags": [ "ZDS05", "钢铁制造", "金属线材加工", "线圈外径", "传感器" ], "updated_at": "2025-04-27", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZDS05-激光测距传感器钢带线圈的直径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "steel-plate-cutting-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "钢板定长裁剪测量选型与部署指南", "summary": "**目标**: 在动态产线中实现钢板定长裁剪的高精度闭环控制，消除人工测量误差，提升切割一致性与材料利用率〔REF-002〕。", "focused_product": "ZDS05", "product_series": "ZDS05", "industry": [ "金属加工", "智能制造", "板材切割" ], "measurement": [ "钢板长度", "切割定位距离", "目标运行速度" ], "tags": [ "ZDS05", "金属加工", "智能制造", "钢板长度", "传感器" ], "updated_at": "2025-04-17", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZDS05-激光测距传感器钢板定长裁剪/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "high-bay-storage-distance-measurement-guide-zds05", "category": "application_article", "category_cn": "应用文章", "title": "高架仓储设备实时距离监测选型与部署指南", "summary": "**目标**: 实现高位货架货物的精准定位与实时存取距离监控，降低人工巡检风险并提升自动化流转效率〔REF-002〕。", "focused_product": "ZDS05", "product_series": "ZDS05", "industry": [ "物流仓储", "自动化立体仓库", "智能制造" ], "measurement": [ "货物堆叠高度", "货架层间距", "存取作业距离", "仓储位占用状态" ], "tags": [ "ZDS05", "物流仓储", "自动化立体仓库", "货物堆叠高度", "传感器" ], "updated_at": "2025-05-20", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZDS05-激光测距传感器高架存储设备实时距离测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "gantry-crane-bridge-distance-measurement-guide-zds05", "category": "application_article", "category_cn": "应用文章", "title": "龙门起重机桥距离测量选型与部署指南", "summary": "**目标**: 实现龙门起重机大车/小车运行过程中的桥体间距实时监控，预防碰撞事故并提升搬运效率〔REF-002〕。", "focused_product": "ZDS05", "product_series": "ZDS05", "industry": [ "船舶制造", "钢铁冶炼", "重工业" ], "measurement": [ "龙门起重机桥距离", "运行速度" ], "tags": [ "ZDS05", "船舶制造", "钢铁冶炼", "龙门起重机桥距离", "传感器" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZDS05-激光测距传感器龙门起重机桥距离测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "industrial-reducer-precision-positioning-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "工业减速机精密定位与部署选型指南", "summary": "**目标**: 针对 SEW 减速机及配套自动化产线，提供高精度、高频响应的非接触式距离与速度测量选型及部署方案，实现实时位置反馈与闭环控制。〔REF-002〕", "focused_product": "ZDS08", "product_series": "ZDS08", "industry": [ "工业自动化", "起重运输", "机器人制造" ], "measurement": [ "距离", "速度", "位置偏移" ], "tags": [ "ZDS08", "工业自动化", "起重运输", "距离", "传感器" ], "updated_at": "2025-08-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZDS08-激光测距传感器SEW减速机精密定位/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "stack-height-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "堆高测量场景选型与部署指南", "summary": "**目标**: 为仓储、建筑及自动化产线提供标准化的高频距离与堆高数据采集方案，实现资源配置优化与高空作业安全监控〔REF-002〕。", "focused_product": "ZDS08", "product_series": "ZDS08", "industry": [ "仓储物流", "建筑施工", "工业自动化" ], "measurement": [ "静态堆高", "动态目标速度" ], "tags": [ "ZDS08", "仓储物流", "建筑施工", "静态堆高", "传感器" ], "updated_at": "2026-04-30", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZDS08-激光测距传感器堆高测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "large-structure-relative-displacement-measurement-guide-zds08", "category": "application_article", "category_cn": "应用文章", "title": "大型结构相对位移测量选型与部署指南", "summary": "**目标**: 针对桥梁、高层建筑及大型工业基础设施的长期服役安全，提供非接触式高频相对位移与变形量的精准监测方案，实现隐患预警与维护决策数据支撑〔REF-002…", "focused_product": "ZDS08", "product_series": "ZDS08", "industry": [ "桥梁工程", "建筑监测", "工业基础设施" ], "measurement": [ "结构相对位移", "变形量", "动态目标速度" ], "tags": [ "ZDS08", "桥梁工程", "建筑监测", "结构相对位移", "传感器" ], "updated_at": "2025-08-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZDS08-激光测距传感器大型结构相对位移测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "overhead-crane-precision-positioning-guide", "category": "application_article", "category_cn": "应用文章", "title": "天车精密定位激光测距选型与部署指南", "summary": "**目标**：面向工业天车精密定位场景，为售前与工程人员提供激光测距传感器选型与现场部署的系统化参考，帮助快速判断技术路线适用性与现场配置要点〔REF-001〕…", "focused_product": "激光测距传感器", "product_series": "典型激光测距系列", "industry": [ "工业制造", "冶金", "物流仓储" ], "measurement": [ "距离", "位置", "定位" ], "tags": [ "激光测距传感器", "典型激光测距系列", "工业制造", "冶金", "距离", "传感器" ], "updated_at": "2026-08-07", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZDS08-激光测距传感器天车精密定位/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "outdoor-low-temp-distance-measurement-guide-zds08", "category": "application_article", "category_cn": "应用文章", "title": "户外低温环境激光测距选型与部署指南", "summary": "**目标**: 针对户外低温及恶劣工况下的精准距离与速度监测需求，提供标准化选型逻辑与工程部署规范。", "focused_product": "ZDS08", "product_series": "ZDS08", "industry": [ "工业自动化", "安全监控", "工程测量" ], "measurement": [ "目标距离", "目标速度" ], "tags": [ "ZDS08", "工业自动化", "安全监控", "目标距离", "传感器" ], "updated_at": "2026-01-20", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZDS08-激光测距传感器户外低温环境测距/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "seamless-ring-diameter-measurement-measurement-guide-zds08", "category": "application_article", "category_cn": "应用文章", "title": "无缝轧环直径检测选型与部署指南", "summary": "**目标**: 针对钢铁制造与冶金工业中无缝轧环的高速在线测径需求，提供非接触式激光测距传感器的选型逻辑与工程部署规范，确保尺寸精度达标并降低废品率〔REF-00…", "focused_product": "ZDS08", "product_series": "ZDS08", "industry": [ "钢铁制造", "冶金工业" ], "measurement": [ "无缝轧环直径", "动态目标速度" ], "tags": [ "ZDS08", "钢铁制造", "冶金工业", "无缝轧环直径", "传感器" ], "updated_at": "2025-09-03", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZDS08-激光测距传感器无缝轧环直径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "wood-cutting-length-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "木材定长切割非接触式长度测量选型与部署指南", "summary": "**目标**: 实现木材定长切割过程中的高精度、高速非接触式长度监测，降低人工复核成本并提升出材率〔REF-002〕。", "focused_product": "ZDS08", "product_series": "ZDS08", "industry": [ "木材加工", "工业自动化" ], "measurement": [ "木材定长尺寸", "动态切割位置" ], "tags": [ "ZDS08", "木材加工", "工业自动化", "木材定长尺寸", "传感器" ], "updated_at": "2025-09-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZDS08-激光测距传感器木材定长切割/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "port-equipment-precision-measurement-guide-zds08", "category": "application_article", "category_cn": "应用文章", "title": "港口设备精密测距选型与部署指南", "summary": "**目标**: 面向港口龙门吊、场桥及运输车辆动态作业环境，提供高精度、高频次的非接触式距离监测方案，实现安全防碰撞预警与自动化协同控制〔REF-002〕。", "focused_product": "ZDS08", "product_series": "ZDS08", "industry": [ "港口物流", "工业自动化", "仓储管理" ], "measurement": [ "集装箱", "运输车辆", "港口设施" ], "tags": [ "ZDS08", "港口物流", "工业自动化", "集装箱", "传感器" ], "updated_at": "2025-02-26", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZDS08-激光测距传感器港口设备精密测距/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "silo-fill-height-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "筒仓料位监测选型与部署指南", "summary": "**目标**: 实现高大筒仓内散装物料填充高度的非接触式高精度实时监测，支撑自动化装卸控制与库存数字化管理〔REF-002〕。", "focused_product": "ZDS08", "product_series": "ZDS08", "industry": [ "工业自动化", "仓储物流", "建材水泥", "矿山冶金" ], "measurement": [ "筒仓填充高度", "物料料位", "距离与速度" ], "tags": [ "ZDS08", "工业自动化", "仓储物流", "筒仓填充高度", "传感器" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZDS08-激光测距传感器筒仓填充高度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "assembly-inspection-distance-guide", "category": "application_article", "category_cn": "应用文章", "title": "装配检查场景激光测距选型与部署指南", "summary": "**目标**: 实现装配产线零部件位置、间隙及相对位移的高频非接触式实时监测，替代传统机械量具以提升检测节拍与人机一致性〔REF-002〕。", "focused_product": "ZDS08", "product_series": "ZDS08", "industry": [ "工业自动化", "精密制造", "质量控制" ], "measurement": [ "线性距离", "装配间隙", "部件位移" ], "tags": [ "ZDS08", "工业自动化", "精密制造", "线性距离", "传感器" ], "updated_at": "2025-12-16", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZDS08-激光测距传感器装配检查/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "shelf-handling-equipment-distance-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "仓储货架处理设备距离测量选型与部署指南", "summary": "**目标**: 为智能仓储货架处理设备的距离测量、货物精准定位存取及空间利用率优化提供技术选型与工程部署依据〔REF-002〕。", "focused_product": "ZDS08", "product_series": "ZDS08", "industry": [ "智能仓储", "工业自动化", "物流分拣" ], "measurement": [ "货架间距", "搬运设备行进距离", "货物堆垛高度" ], "tags": [ "ZDS08", "智能仓储", "工业自动化", "货架间距", "传感器" ], "updated_at": "2026-03-02", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZDS08-激光测距传感器货架处理设备距离测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "crane-synchronous-control-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "起重机同步控制测量与部署选型指南", "summary": "**目标**: 实现多机协同作业中的防碰撞、防倾斜及实时位置状态监测，提升重载作业安全性〔REF-002〕。", "focused_product": "ZDS08", "product_series": "ZDS08", "industry": [ "起重运输", "工业自动化", "重型装备制造" ], "measurement": [ "起重机相对位置", "吊具运行高度", "多机协同间距" ], "tags": [ "ZDS08", "起重运输", "工业自动化", "起重机相对位置", "传感器" ], "updated_at": "2025-04-05", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZDS08-激光测距传感器起重机同步控制/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "crane-positioning-laser-rangefinding-guide", "category": "application_article", "category_cn": "应用文章", "title": "起重机高精度定位选型与部署指南", "summary": "**目标**: 为工业起重机及自动化仓储场景提供非接触式高频距离测量方案，实现吊具位置实时监控与轨迹跟踪，提升作业安全性与调度效率〔REF-002〕。", "focused_product": "ZDS08", "product_series": "ZDS08", "industry": [ "起重机械", "工业自动化", "仓储物流" ], "measurement": [ "起重机吊具位置", "运行轨迹距离", "动态目标速度" ], "tags": [ "ZDS08", "起重机械", "工业自动化", "起重机吊具位置", "传感器" ], "updated_at": "2025-08-10", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZDS08-激光测距传感器起重机定位/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "vehicle-positioning-laser-distance-guide-zds08", "category": "application_article", "category_cn": "应用文章", "title": "车辆定位激光测距选型与部署指南", "summary": "**目标**: 本指南针对\"车辆位置\", \"运动速度\", \"动态轨迹\"场景，提供选型与部署指导〔REF-001〕。", "focused_product": "ZDS08", "product_series": "ZDS08", "industry": [ "交通运输", "物流仓储", "工业自动化" ], "measurement": [ "车辆位置", "运动速度", "动态轨迹" ], "tags": [ "ZDS08", "交通运输", "物流仓储", "车辆位置", "传感器" ], "updated_at": "2025-12-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZDS08-激光测距传感器车辆定位/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "steel-coil-diameter-measurement-guide-zds08", "category": "application_article", "category_cn": "应用文章", "title": "钢带线圈直径在线检测选型与部署指南", "summary": "**目标**: 实现钢带线圈在高速产线上的非接触式直径实时监测，保障尺寸精度与生产节拍匹配，替代传统机械卡尺与人工抽检模式〔REF-002〕。", "focused_product": "ZDS08", "product_series": "ZDS08", "industry": [ "钢铁制造", "金属线材加工", "工业自动化" ], "measurement": [ "钢带线圈直径", "运行速度" ], "tags": [ "ZDS08", "钢铁制造", "金属线材加工", "钢带线圈直径", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZDS08-激光测距传感器钢带线圈的直径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "steel-plate-cutting-distance-guide", "category": "application_article", "category_cn": "应用文章", "title": "钢板定长裁剪长度测量选型与部署指南", "summary": "**目标**: 实现钢板定长裁剪过程中的高精度在线长度测量，保障连续生产线的自动化控制精度与材料利用率。〔REF-002〕", "focused_product": "ZDS08", "product_series": "ZDS08", "industry": [ "金属加工", "钢铁制造", "工业自动化" ], "measurement": [ "钢板长度", "动态目标位移" ], "tags": [ "ZDS08", "金属加工", "钢铁制造", "钢板长度", "传感器" ], "updated_at": "2026-05-17", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZDS08-激光测距传感器钢板定长裁剪/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "high-bay-storage-realtime-distance-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "高架存储设备实时距离测量选型与部署指南", "summary": "**目标**: 实现高架仓储环境下货架间距、货物堆垛高度及载具位移的实时高精度监测，提升空间利用率与存取安全性〔REF-002〕。", "focused_product": "ZDS08", "product_series": "ZDS08", "industry": [ "智慧物流", "仓储自动化", "工业检测" ], "measurement": [ "货架间距", "货物堆垛高度", "载具位移" ], "tags": [ "ZDS08", "智慧物流", "仓储自动化", "货架间距", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZDS08-激光测距传感器高架存储设备实时距离测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "gantry-crane-bridge-distance-measurement-guide-zds08", "category": "application_article", "category_cn": "应用文章", "title": "龙门起重机桥距测量选型与部署指南", "summary": "**目标**: 针对龙门起重机桥架间距检测与动态目标跟踪，提供高精度、抗振动、易集成的非接触式激光测距解决方案，保障重载作业安全与调度效率。", "focused_product": "ZDS08", "product_series": "ZDS08", "industry": [ "港口物流", "重型装备制造", "工业自动化" ], "measurement": [ "龙门起重机桥架间距", "动态目标距离" ], "tags": [ "ZDS08", "港口物流", "重型装备制造", "龙门起重机桥架间距", "传感器" ], "updated_at": "2026-02-26", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZDS08-激光测距传感器龙门起重机桥距离测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "cnc-machining-bore-roundness-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "CNC机床内孔几何尺寸检测与质量控制选型指南", "summary": "**目标**: 本指南针对\"内径\", \"圆度\", \"圆柱度\", \"平行度\", \"同心度\", \"表面缺陷\"场景，提供选型与部署指导〔REF-001〕。", "focused_product": "ZID100", "product_series": "ZID100", "industry": [ "精密制造", "汽车工业", "航空航天" ], "measurement": [ "内径", "圆度", "圆柱度", "平行度", "同心度", "表面缺陷" ], "tags": [ "ZID100", "精密制造", "汽车工业", "内径", "传感器" ], "updated_at": "2025-12-05", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZID100-定制内径测量仪CNC机床内孔圆度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "cnc-machine-bore-ovality-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "CNC机床内孔几何尺寸检测与质量控制选型指南", "summary": "**目标**: 针对CNC加工及精密机械制造中的长管、异形管内孔几何参数（椭圆度、圆度、锥度等）进行非接触式高精度检测，以替代传统机械探针，提升合格率并降低返工成…", "focused_product": "ZID100", "product_series": "ZID100", "industry": [ "精密机械制造", "CNC加工", "航空航天零部件制造" ], "measurement": [ "内孔椭圆度", "圆度", "圆柱度", "锥度", "直线度", "表面缺陷" ], "tags": [ "ZID100", "精密机械制造", "CNC加工", "内孔椭圆度", "传感器" ], "updated_at": "2025-06-17", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZID100-定制内径测量仪CNC机床内孔椭圆度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "cnc-machine-bore-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "CNC机床内径几何尺寸检测选型与部署指南", "summary": "**目标**: 针对CNC机床及精密加工领域，提供高精度、非接触式的管道及复杂内孔几何尺寸自动化检测方案，确保内径、圆度、圆柱度等关键参数的微米级精度〔REF-0…", "focused_product": "ZID100", "product_series": "ZID100", "industry": [ "CNC机床制造", "精密机械加工" ], "measurement": [ "管道内径", "圆度", "圆柱度", "锥度", "直线度", "同心度", "表面缺陷三维轮廓" ], "tags": [ "ZID100", "CNC机床制造", "精密机械加工", "管道内径", "传感器" ], "updated_at": "2025-09-26", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZID100-定制内径测量仪CNC机床内径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "guide-zid100", "category": "application_article", "category_cn": "应用文章", "title": "下水管道内壁均匀性测量选型与部署指南", "summary": "**目标**: 针对市政排水及工业管道系统，实现非接触式、高精度的内壁几何尺寸检测，重点解决堵塞预防、结构完整性评估及流量效率优化问题〔REF-002〕。", "focused_product": "ZID100", "product_series": "ZID100", "industry": [ "市政排水", "城市基础设施维护" ], "measurement": [ "下水管道内径", "内壁均匀性", "圆度", "锥度", "表面缺陷三维轮廓" ], "tags": [ "ZID100", "市政排水", "城市基础设施维护", "下水管道内径", "传感器" ], "updated_at": "2025-01-31", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZID100-定制内径测量仪下水管道内壁均匀性测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "irregular-bore-inspection-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "不规则圆孔与管道内壁几何尺寸非接触式检测选型指南", "summary": "**目标**: 针对不规则圆孔、长管道及复杂内腔结构，提供高精度、非接触式的内部几何尺寸（内径、圆度、锥度、直线度）及表面缺陷三维重建解决方案〔REF-002〕。", "focused_product": "ZID100", "product_series": "ZID100", "industry": [ "管道制造", "能源装备", "精密机械加工" ], "measurement": [ "不规则圆孔内壁", "长管/圆柱管内径", "锥形管内轮廓", "涡轮钻定子" ], "tags": [ "ZID100", "管道制造", "能源装备", "不规则圆孔内壁", "传感器" ], "updated_at": "2026-03-14", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZID100-定制内径测量仪不规则圆孔内壁扫描/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "irregular-cylinder-bore-scan-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "不规则圆筒内壁扫描检测选型与部署指南", "summary": "**目标**: 针对航空航天、汽车及机械加工领域中的不规则圆筒、长管、锥形管等复杂几何结构的内壁进行高精度、非接触式无损检测，获取直径、圆度、锥度及表面缺陷数据〔…", "focused_product": "ZID100", "product_series": "ZID100", "industry": [ "航空航天", "汽车制造", "机械加工" ], "measurement": [ "不规则圆筒内壁", "长管内径", "锥形管内轮廓", "涡轮钻内表面" ], "tags": [ "ZID100", "航空航天", "汽车制造", "不规则圆筒内壁", "传感器" ], "updated_at": "2026-05-02", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZID100-定制内径测量仪不规则圆筒内壁扫描/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "content-示例产品-19", "category": "application_article", "category_cn": "应用文章", "title": "管道内径几何尺寸检测选型与部署指南", "summary": "ZID100 是一款基于激光扫描与视觉融合技术的管道内径几何尺寸在线检测设备，专为石油天然气与化工制造行业的长管、锥形管内径尺寸检测而设计。该系统可实时获取管内…", "focused_product": "示例产品", "product_series": "示例系列", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "示例产品", "示例系列", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-01-01", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZID100-定制内径测量仪光学镜头镜筒内径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "internal-thread-dimension-control-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "内螺纹尺寸控制与内径测量选型部署指南", "summary": "**目标**: 针对机械、汽车及航空航天领域的复杂管道与内螺纹件，提供高精度、非接触式的内径及几何尺寸在线或离线检测方案，以提升装配质量与运行稳定性〔REF-00…", "focused_product": "ZID100", "product_series": "ZID100", "industry": [ "机械制造", "汽车工业", "航空航天" ], "measurement": [ "内螺纹", "内径", "圆度", "锥度", "同心度" ], "tags": [ "ZID100", "机械制造", "汽车工业", "内螺纹", "传感器" ], "updated_at": "2026-05-14", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZID100-定制内径测量仪内螺纹尺寸控制/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "custom-pipe-inner-profile-scanning-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "管道内径与内螺纹轮廓扫描选型及部署指南", "summary": "**目标**: 面向石油天然气、化工及先进制造场景，为非接触式获取管道内径、内螺纹轮廓、圆度、圆柱度、直线度及表面缺陷三维数据提供售前选型与工程部署参考〔REF-…", "focused_product": "ZID100", "product_series": "ZID100", "industry": [ "石油天然气", "化工", "先进制造", "能源装备" ], "measurement": [ "管道内径", "内螺纹轮廓", "圆度与圆柱度", "直线度与锥度", "表面缺陷三维轮廓" ], "tags": [ "ZID100", "石油天然气", "化工", "管道内径", "传感器" ], "updated_at": "2025-12-10", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZID100-定制内径测量仪内螺纹轮廓扫描/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "measurement-guide-zid100", "category": "application_article", "category_cn": "应用文章", "title": "管道内径精密测量与轮廓检测选型部署指南", "summary": "**目标**: 针对长管、异形管及复杂凹槽内壁，提供非接触式的高精度几何尺寸与表面缺陷检测方案，替代传统机械测量〔REF-001〕。", "focused_product": "ZID100", "product_series": "ZID100", "industry": [ "机械制造", "能源管道", "航空航天" ], "measurement": [ "内径", "圆度", "内轮廓" ], "tags": [ "ZID100", "机械制造", "能源管道", "内径", "传感器" ], "updated_at": "2026-02-11", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZID100-定制内径测量仪凹槽内壁扫描/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "railway-rod-bore-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "铁路杆件内孔几何尺寸检测与选型部署指南", "summary": "**目标**: 针对铁路列车杆件、长管及复杂内腔结构，实现微米级精度的非接触式几何尺寸检测，确保组件一致性并降低故障率〔REF-001〕。", "focused_product": "ZID100", "product_series": "ZID100", "industry": [ "轨道交通", "重型机械制造" ], "measurement": [ "列车杆件内径", "圆度", "圆柱度", "表面缺陷" ], "tags": [ "ZID100", "轨道交通", "重型机械制造", "列车杆件内径", "传感器" ], "updated_at": "2025-06-19", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZID100-定制内径测量仪列车杆件内孔测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "brake-pump-bore-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "刹车泵内部沟槽及内径精密测量选型与部署指南", "summary": "**目标**: 实现刹车泵内部沟槽、长管及异形管内径的高精度非接触式几何尺寸检测，确保制动系统零部件的密封性与配合精度〔REF-002〕。", "focused_product": "ZID100", "product_series": "ZID100", "industry": [ "汽车零部件制造", "精密机械加工" ], "measurement": [ "刹车泵内部沟槽直径", "管道内径", "圆度", "同心度" ], "tags": [ "ZID100", "汽车零部件制造", "精密机械加工", "刹车泵内部沟槽直径", "传感器" ], "updated_at": "2025-05-05", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZID100-定制内径测量仪刹车泵内部沟槽直径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "brake-pump-internal-seal-diameter-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "刹车泵内部胶圈直径测量选型与部署指南", "summary": "**目标**: 针对刹车泵内部狭窄空间及胶圈沟槽，实现微米级精度的非接触式直径、圆度及内轮廓三维重建〔REF-001〕。", "focused_product": "ZID100", "product_series": "ZID100", "industry": [ "汽车零部件制造", "精密机械加工", "制动系统维护" ], "measurement": [ "刹车泵内部胶圈直径", "内腔几何轮廓", "圆度与圆柱度" ], "tags": [ "ZID100", "汽车零部件制造", "精密机械加工", "刹车泵内部胶圈直径", "传感器" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZID100-定制内径测量仪刹车泵内部胶圈直径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "extruder-bore-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "单筒挤出机内径测量选型与部署指南", "summary": "**目标**: 为塑料/橡胶单筒挤出机生产线的管道内径质量控制提供非接触式激光测量方案选型与部署参考。", "focused_product": "ZID100", "product_series": "ZID100", "industry": [ "塑料制造", "橡胶制造" ], "measurement": [ "内径", "圆度", "锥度", "圆柱度", "表面缺陷轮廓" ], "tags": [ "ZID100", "塑料制造", "橡胶制造", "内径", "传感器" ], "updated_at": "2025-09-19", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZID100-定制内径测量仪单筒挤出机内径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "double-barrel-extruder-internal-diameter-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "鈿欙笍 鍙岀瓛鎸ゅ嚭鏈哄唴寰勭簿瀵嗘娴嬩笌鑷姩鍖栭儴缃查€夊瀷鎸囧崡锛氬熀浜嶼ID100绯诲垪鐨勫敭鍓嶅伐绋嬪簲鐢ㄦ寚鍗?", "summary": "**鐩爣**锛氭湰鎸囧崡閽堝灏哄娴嬮噺鍦烘櫙锛屾彁渚涢€夊瀷涓庨儴缃叉寚瀵笺€擱EF-001銆曘€?- **鎺ㄨ崘鎶€鏈矾绾?*锛氳瑙佺5绔犱骇鍝佸…", "focused_product": "绀轰緥浜у搧", "product_series": "绀轰緥绯诲垪", "industry": [ "宸ヤ笟娴嬮噺" ], "measurement": [ "灏哄娴嬮噺" ], "tags": [ "绀轰緥浜у搧", "绀轰緥绯诲垪", "宸ヤ笟娴嬮噺", "灏哄娴嬮噺", "传感器" ], "updated_at": "2025-01-01", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZID100-定制内径测量仪双筒挤出机内径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "engine-cylinder-inner-diameter-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "发动机气缸内径测量选型与部署指南", "summary": "**目标**: 为发动机气缸内径检测场景提供非接触式激光测量方案选型与工程部署参考，确保测量数据满足质量控制与几何公差评估需求〔REF-002〕。", "focused_product": "ZID100", "product_series": "ZID100", "industry": [ "汽车制造", "发动机制造" ], "measurement": [ "内径", "圆度", "圆柱度", "椭圆度", "直线度", "内轮廓" ], "tags": [ "ZID100", "汽车制造", "发动机制造", "内径", "传感器" ], "updated_at": "2025-04-04", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZID100-定制内径测量仪发动机气缸内径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "engine-cylinder-bore-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "发动机缸体内径检测选型与部署指南", "summary": "**目标**: 实现发动机缸体内径、圆度、圆柱度、平行度及表面缺陷的微米级非接触式高精度几何尺寸检测与数据追溯。〔REF-001〕", "focused_product": "ZID100", "product_series": "ZID100", "industry": [ "内燃机制造", "汽车零部件加工", "精密管道与涡轮钻检测" ], "measurement": [ "发动机缸体内径", "圆度", "圆柱度", "平行度", "锥度", "直线度", "同心度", "表面缺陷三维轮廓" ], "tags": [ "ZID100", "内燃机制造", "汽车零部件加工", "发动机缸体内径", "传感器" ], "updated_at": "2025-08-31", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZID100-定制内径测量仪发动机缸体内径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "measurement-guide-zid100-2", "category": "application_article", "category_cn": "应用文章", "title": "变径内腔几何尺寸非接触式检测选型与部署指南", "summary": "**目标**: 针对变径、长径比大或异形管道（如涡轮钻、螺杆定子）的内径、圆度、锥度及表面缺陷进行高精度、非接触式自动化检测，替代传统机械量具与低效人工目视。", "focused_product": "ZID100", "product_series": "ZID100", "industry": [ "管道制造", "航空航天", "能源装备" ], "measurement": [ "变径内腔内壁", "圆柱管内径", "锥形管内轮廓", "涡轮钻内径", "螺杆定子内径" ], "tags": [ "ZID100", "管道制造", "航空航天", "变径内腔内壁", "传感器" ], "updated_at": "2026-01-11", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZID100-定制内径测量仪变径内腔内壁检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "variable-diameter-bore-inspection-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "变径孔内径测量系统选型与部署指南", "summary": "**目标**: 为变径孔、异形管、长管等内径几何尺寸检测场景提供非接触式高精度测量系统选型与工程部署参考〔REF-002〕。", "focused_product": "ZID100", "product_series": "ZID100", "industry": [ "管道制造", "精密机械制造", "航空航天" ], "measurement": [ "变径孔内径", "圆度", "圆柱度", "内轮廓" ], "tags": [ "ZID100", "管道制造", "精密机械制造", "变径孔内径", "传感器" ], "updated_at": "2026-04-20", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZID100-定制内径测量仪变径孔内径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "blade-spring-hole-internal-diameter-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "叶片弹簧孔内径及轮廓几何尺寸检测选型与部署指南", "summary": "**目标**: 针对叶片弹簧孔、涡轮钻定子及异形管道等复杂内腔结构，实现微米级精度的非接触式三维几何尺寸检测，替代传统机械接触式测量以降低工件损伤风险〔REF-0…", "focused_product": "ZID100", "product_series": "ZID100", "industry": [ "航空航天", "汽车电子", "精密制造" ], "measurement": [ "叶片弹簧孔内径", "管道内轮廓", "圆度/圆柱度", "表面缺陷" ], "tags": [ "ZID100", "航空航天", "汽车电子", "叶片弹簧孔内径", "传感器" ], "updated_at": "2025-09-11", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZID100-定制内径测量仪叶片弹簧孔内径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "breather-bottle-embryo-wall-thickness-guide", "category": "application_article", "category_cn": "应用文章", "title": "呼吸器瓶胚内胆壁厚测量激光测径传感器选型与部署指南", "summary": "**目标**: 为呼吸器瓶胚内胆壁厚测量场景提供基于激光测径传感器的选型与部署参考，确保瓶胚壁厚检测的精度与效率满足医疗器械安全标准。", "focused_product": "ZID100", "product_series": "ZID100", "industry": [ "医疗器械", "包装容器", "精密制造" ], "measurement": [ "壁厚测量", "内径测量" ], "tags": [ "ZID100", "医疗器械", "包装容器", "壁厚测量", "传感器" ], "updated_at": "2025-12-28", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZID100-定制内径测量仪呼吸器瓶胚内胆壁厚测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "nozzle-bore-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "喷嘴内径测量选型与部署指南", "summary": "**目标**: 为喷嘴、管道及类似内腔结构的几何尺寸检测提供选型与部署参考，确保内径、圆度、圆柱度、锥度等关键参数的测量精度满足质量控制要求〔REF-002〕。", "focused_product": "ZID100", "product_series": "ZID100 series", "industry": [ "管道制造", "流体设备", "航空航天", "汽车发动机" ], "measurement": [ "喷嘴内径", "圆度", "圆柱度", "锥度", "内表面缺陷" ], "tags": [ "ZID100", "ZID100 series", "管道制造", "流体设备", "喷嘴内径", "传感器" ], "updated_at": "2026-04-09", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZID100-定制内径测量仪喷嘴内径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "nozzle-wear-control-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "喷嘴内径磨损控制与几何精度选型部署指南", "summary": "**目标**: 针对石油化工及精密制造领域的喷嘴、管道系统，实现微米级精度的内径尺寸检测与磨损评估，保障流体分布均匀性与设备安全性〔REF-001〕。", "focused_product": "ZID100", "product_series": "ZID100", "industry": [ "石油化工", "天然气", "精密制造" ], "measurement": [ "喷嘴内径", "圆度", "圆柱度", "平行度", "锥度", "直线度", "表面缺陷三维轮廓" ], "tags": [ "ZID100", "石油化工", "天然气", "喷嘴内径", "传感器" ], "updated_at": "2026-02-23", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZID100-定制内径测量仪喷嘴磨损控制/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "rotating-body-inner-wall-scanning-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "回转体内壁扫描与内径精密检测选型部署指南", "summary": "**目标**: 针对回转体、长管、锥形管及异形管道，提供非接触式高精度内径及内表面几何尺寸检测方案，满足工业制造对质量控制与安全运行的严苛要求〔REF-002〕。", "focused_product": "ZID100", "product_series": "ZID100", "industry": [ "工业制造", "管道检测", "能源化工" ], "measurement": [ "内径", "圆度", "锥度", "平行度", "圆柱度", "直线度", "同心度", "表面缺陷三维轮廓" ], "tags": [ "ZID100", "工业制造", "管道检测", "内径", "传感器" ], "updated_at": "2025-06-08", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZID100-定制内径测量仪回转体内壁扫描/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "pipeline-inner-diameter-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "工业管道内径几何尺寸检测与选型部署指南", "summary": "**目标**: 针对化工、电力及航空航天等领域的高要求管道系统，实现非接触式、微米级精度的内径、圆度、锥度及表面缺陷三维轮廓重建〔REF-001〕。", "focused_product": "ZID100", "product_series": "ZID100", "industry": [ "化工", "电力", "航空航天", "石油天然气" ], "measurement": [ "长管内径", "圆柱管内径", "锥形管内径", "涡轮钻内轮廓", "螺杆定子内径" ], "tags": [ "ZID100", "化工", "电力", "长管内径", "传感器" ], "updated_at": "2026-01-20", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZID100-定制内径测量仪回转体内径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "stacked-iron-core-inside-diameter-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "堆叠铁芯内径测量选型与部署指南", "summary": "**目标**: 针对电机定子、变压器铁芯等堆叠结构的内径几何尺寸进行高精度、非接触式自动化检测，确保部件匹配性与质量控制〔REF-002〕。", "focused_product": "ZID100", "product_series": "ZID100", "industry": [ "电机制造", "变压器生产", "精密机械加工" ], "measurement": [ "堆叠铁芯内径", "管道内壁轮廓", "圆柱管/锥形管内径" ], "tags": [ "ZID100", "电机制造", "变压器生产", "堆叠铁芯内径", "传感器" ], "updated_at": "2025-02-21", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZID100-定制内径测量仪堆叠铁芯内径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "plastic-pipe-inner-wall-inspection-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "塑料管道内壁尺寸检测选型与部署指南", "summary": "**目标**: 实现塑料管道内径、圆度、圆柱度、锥度、直线度及内表面缺陷的非接触式高精度检测与自动化质量分选。〔REF-001〕", "focused_product": "ZID100", "product_series": "ZID100", "industry": [ "塑料管道制造", "管材挤出与加工", "工业质量检测" ], "measurement": [ "管道内径", "圆度", "圆柱度", "锥度", "直线度", "表面缺陷三维轮廓" ], "tags": [ "ZID100", "塑料管道制造", "管材挤出与加工", "管道内径", "传感器" ], "updated_at": "2025-07-20", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZID100-定制内径测量仪塑料管道内壁检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "composite-material-inner-wall-scanning-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "复合材料内壁扫描与内径测量选型部署指南", "summary": "**目标**: 针对航空航天、汽车及建筑领域的复合材料管道，实现高精度、非接触式的内径尺寸、圆度、直线度及表面缺陷检测〔REF-001〕。", "focused_product": "ZID100", "product_series": "ZID100", "industry": [ "航空航天", "汽车制造", "建筑工程" ], "measurement": [ "复合管内径", "异形管轮廓", "圆柱管几何参数", "锥形管内表面" ], "tags": [ "ZID100", "航空航天", "汽车制造", "复合管内径", "传感器" ], "updated_at": "2025-09-26", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZID100-定制内径测量仪复合材料内壁扫描/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "composite-material-inner-diameter-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "复合材料管道内径几何尺寸检测与质量控制选型指南", "summary": "**目标**: 针对复合材料管道及异形件的内径、圆度、圆柱度及表面缺陷进行高精度、非接触式自动化测量，确保产品符合严格的流体动力学与装配公差要求〔REF-001〕…", "focused_product": "ZID100", "product_series": "ZID100", "industry": [ "航空航天", "汽车工业", "建筑建材" ], "measurement": [ "复合材料管道内径", "内轮廓几何形状", "圆度与圆柱度", "表面缺陷" ], "tags": [ "ZID100", "航空航天", "汽车工业", "复合材料管道内径", "传感器" ], "updated_at": "2025-01-17", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZID100-定制内径测量仪复合材料内径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "multi-cone-pipe-internal-diameter-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "多内锥长管内径测量选型与部署指南", "summary": "**目标**: 面向多内锥结构长管的内径、圆度、圆柱度、锥度、直线度及表面缺陷检测，提供非接触式激光测量的售前选型与工程部署参考〔REF-002〕。", "focused_product": "ZID100", "product_series": "ZID100", "industry": [ "石油化工", "能源电力", "航空航天", "机械制造", "管道工程" ], "measurement": [ "内径", "圆度", "圆柱度", "锥度", "直线度", "表面缺陷" ], "tags": [ "ZID100", "石油化工", "能源电力", "内径", "传感器" ], "updated_at": "2026-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZID100-定制内径测量仪多内锥长管内径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "large-bore-pipe-inspection-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "大缸径管道内径几何尺寸检测与选型部署指南", "summary": "**目标**: 本指南针对长管, 圆柱管, 锥形管, 涡轮钻场景，提供选型与部署指导〔REF-001〕。", "focused_product": "ZID100", "product_series": "ZID100", "industry": [ "炼油", "化工", "管道制造" ], "measurement": [ "长管", "圆柱管", "锥形管", "涡轮钻" ], "tags": [ "ZID100", "炼油", "化工", "长管", "传感器" ], "updated_at": "2025-06-04", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZID100-定制内径测量仪大缸径内径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "pipe-inner-wall-scan-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "管道内壁扫描与几何尺寸检测选型与部署指南", "summary": "**目标**: 实现非接触式、高精度管道内壁几何尺寸测量及三维形貌重建，满足工业质检对效率与精度的双重需求〔REF-001〕。", "focused_product": "ZID100", "product_series": "ZID100", "industry": [ "汽车工业", "航空航天", "石油化工", "能源制造" ], "measurement": [ "管道内径", "内壁轮廓", "圆度与椭圆度", "直线度", "表面缺陷" ], "tags": [ "ZID100", "汽车工业", "航空航天", "管道内径", "传感器" ], "updated_at": "2025-07-20", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZID100-定制内径测量仪套筒内壁扫描/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "pipeline-internal-diameter-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "管道内径几何尺寸检测与质量控制选型部署指南", "summary": "**目标**: 实现管道系统内径、圆度、圆柱度及直线度的微米级高精度非接触式自动化检测，替代传统机械接触式测量，提升长距离管道的检测效率与数据完整性〔REF-00…", "focused_product": "ZID100", "product_series": "ZID100", "industry": [ "管道制造", "石油天然气", "航空航天", "能源电力" ], "measurement": [ "管道内径", "圆度", "圆柱度", "直线度", "锥度", "表面缺陷" ], "tags": [ "ZID100", "管道制造", "石油天然气", "管道内径", "传感器" ], "updated_at": "2026-02-27", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZID100-定制内径测量仪套筒内径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "casing-internal-diameter-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "套管内径与几何尺寸非接触式测量选型与部署指南", "summary": "**目标**: 针对石油、化工及机械制造领域的套管、长管及异形管内径、圆度、直线度等几何参数进行高精度、无损的非接触式自动化检测〔REF-002〕。", "focused_product": "ZID100", "product_series": "ZID100", "industry": [ "石油天然气", "化工", "机械制造" ], "measurement": [ "套管内径", "圆度", "直线度", "锥度", "表面缺陷" ], "tags": [ "ZID100", "石油天然气", "化工", "套管内径", "传感器" ], "updated_at": "2025-10-06", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZID100-定制内径测量仪套管内径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "casing-deformation-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "管道内径与套管变形几何尺寸检测选型与部署指南", "summary": "**目标**: 针对石油、化工及机械制造领域的长管、套管及复杂异形件，提供非接触式高精度内径与几何变形检测方案，确保结构完整性与安全生产〔REF-002〕。", "focused_product": "ZID100", "product_series": "ZID100", "industry": [ "石油天然气", "化工", "机械制造" ], "measurement": [ "管道内径", "套管变形", "圆度", "圆柱度", "平行度", "锥度", "直线度", "同心度", "表面缺陷三维轮廓" ], "tags": [ "ZID100", "石油天然气", "化工", "管道内径", "传感器" ], "updated_at": "2025-09-08", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZID100-定制内径测量仪套管变形测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "stator-inner-diameter-roundness-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "定子内径圆度测量选型与部署指南", "summary": "**目标**: 针对定子及复杂管道内部几何尺寸的高精度、非接触式无损检测，重点解决内径、圆度、圆柱度及表面缺陷的量化评估需求〔REF-001〕。", "focused_product": "ZID100", "product_series": "ZID100", "industry": [ "管道制造", "石油天然气", "机械工程" ], "measurement": [ "定子内径", "圆度", "圆柱度", "锥度", "直线度", "表面缺陷" ], "tags": [ "ZID100", "管道制造", "石油天然气", "定子内径", "传感器" ], "updated_at": "2025-04-04", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZID100-定制内径测量仪定子内径圆度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "platform-pile-inner-diameter-guide", "category": "application_article", "category_cn": "应用文章", "title": "平台导管架桩腿内径非接触式测量选型与部署指南", "summary": "**目标**: 针对大型海洋工程平台导管架桩腿的内径及几何轮廓进行高精度非接触测量，评估基础承载力、保障结构抗压能力。", "focused_product": "ZID100", "product_series": "ZID100", "industry": [ "海洋工程，桥梁建设，石油天然气" ], "measurement": [ "导管架桩腿内径，内壁几何轮廓" ], "tags": [ "ZID100", "海洋工程，桥梁建设，石油天然气", "导管架桩腿内径，内壁几何轮廓", "传感器" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZID100-定制内径测量仪导管架桩腿内径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "small-diameter-hole-inspection-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "小直径孔洞与管道内径非接触式检测选型与部署指南", "summary": "**目标**: 针对最小内径≥4mm的精密管道或孔洞，实现微米级精度的非接触式几何尺寸与表面缺陷检测〔REF-001〕。", "focused_product": "ZID100", "product_series": "ZID100", "industry": [ "航空航天", "汽车制造", "医疗器械" ], "measurement": [ "小直径孔洞内径", "圆度", "圆柱度", "锥度", "表面缺陷" ], "tags": [ "ZID100", "航空航天", "汽车制造", "小直径孔洞内径", "传感器" ], "updated_at": "2025-07-22", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZID100-定制内径测量仪小直径孔洞检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "laminated-pipe-geometry-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "层压管几何形状非接触式测量选型与部署指南", "summary": "**目标**: 针对航空航天、汽车及石油天然气领域的层压管，实现微米级精度的内径、圆度、圆柱度及内表面缺陷的非接触式在线或离线检测〔REF-002〕。", "focused_product": "ZID100", "product_series": "ZID100", "industry": [ "航空航天", "汽车制造", "石油天然气" ], "measurement": [ "层压管内径", "内表面粗糙度", "圆度", "圆柱度", "内轮廓" ], "tags": [ "ZID100", "航空航天", "汽车制造", "层压管内径", "传感器" ], "updated_at": "2026-02-23", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZID100-定制内径测量仪层压管几何形状测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "measurement-guide-zid100-3", "category": "application_article", "category_cn": "应用文章", "title": "复杂管道内径与轮廓非接触式检测选型与部署指南", "summary": "**目标**: 针对带凸台、异形及长距离管道，提供微米级精度的内径尺寸、几何形状（圆度、锥度、直线度）及内壁表面缺陷的非接触式快速检测方案〔REF-001〕。", "focused_product": "ZID100", "product_series": "ZID100", "industry": [ "石油天然气", "机械制造", "能源电力" ], "measurement": [ "管道内径", "内壁轮廓", "圆度", "锥度", "直线度" ], "tags": [ "ZID100", "石油天然气", "机械制造", "管道内径", "传感器" ], "updated_at": "2025-12-17", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZID100-定制内径测量仪带凸台管道内壁扫描/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "measurement-guide-zid100-4", "category": "application_article", "category_cn": "应用文章", "title": "异形孔内壁精密测量选型与部署指南", "summary": "**目标**: 解决航空航天、汽车及管道制造中异形孔、深孔及复杂内轮廓的高精度非接触式几何尺寸检测需求，实现微米级精度与高密度点云采集〔REF-001〕。", "focused_product": "ZID100", "product_series": "ZID100", "industry": [ "航空航天", "汽车制造", "管道制造", "高端装备制造" ], "measurement": [ "异形孔内壁", "长管内径", "锥形管内轮廓", "涡轮钻内壁" ], "tags": [ "ZID100", "航空航天", "汽车制造", "异形孔内壁", "传感器" ], "updated_at": "2025-10-30", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZID100-定制内径测量仪异形孔内壁测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "extruder-barrel-bore-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "挤出机筒内壁几何尺寸检测选型与部署指南", "summary": "**目标**: 为挤出机筒、长管、锥管等内腔几何尺寸检测提供非接触式激光测量方案的选型与部署参考，覆盖内径、圆度、锥度、表面缺陷等关键参数〔REF-002〕。", "focused_product": "ZID100", "product_series": "ZID100", "industry": [ "挤出设备制造", "工业管道制造", "重型机械加工" ], "measurement": [ "管道内径", "圆度", "锥度", "表面缺陷检测" ], "tags": [ "ZID100", "挤出设备制造", "工业管道制造", "管道内径", "传感器" ], "updated_at": "2026-02-14", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZID100-定制内径测量仪挤出机筒内壁测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "extruder-barrel-inner-wall-scanning-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "挤塑机机膛内壁非接触式几何检测选型与部署指南", "summary": "**目标**: 为挤塑机机膛及同类长管/异形管内壁提供微米级非接触式几何尺寸检测与表面缺陷评估方案，支撑产线质控与设备维保〔REF-001〕。", "focused_product": "ZID100", "product_series": "ZID100", "industry": [ "塑料挤出制造", "装备制造与维保", "管道及管件加工" ], "measurement": [ "内径", "圆度", "锥度", "直线度", "表面缺陷三维轮廓" ], "tags": [ "ZID100", "塑料挤出制造", "装备制造与维保", "内径", "传感器" ], "updated_at": "2026-04-03", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZID100-定制内径测量仪挤塑机机膛内壁扫描/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "extruder-bore-measurement-guide-zid100", "category": "application_article", "category_cn": "应用文章", "title": "挤出机机膛内径测量选型与部署指南", "summary": "**目标**: 针对挤塑机（Extruder）机膛内部几何尺寸建立高精度、非接触式的在线或离线检测能力，保障物料流动性一致性并识别成型瑕疵。", "focused_product": "ZID100", "product_series": "ZID100", "industry": [ "塑料加工，机械制造" ], "measurement": [ "机膛内径，内轮廓几何形变" ], "tags": [ "ZID100", "塑料加工，机械制造", "机膛内径，内轮廓几何形变", "传感器" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZID100-定制内径测量仪挤塑机机膛内径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "heat-exchanger-tube-inner-diameter-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "换热管内径几何尺寸检测选型与部署指南", "summary": "**目标**: 针对热交换设备、能源及石化行业中的换热管，实现高精度、非接触式的内径、圆度、圆柱度及内表面缺陷的在线或离线检测，确保流体流动效率与换热效果〔REF…", "focused_product": "ZID100", "product_series": "ZID100", "industry": [ "热交换设备制造业", "能源电力", "石油化工" ], "measurement": [ "换热管内径", "管道圆度", "圆柱度", "内表面轮廓" ], "tags": [ "ZID100", "热交换设备制造业", "能源电力", "换热管内径", "传感器" ], "updated_at": "2025-11-03", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZID100-定制内径测量仪换热管内径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "square-hole-inner-wall-scan-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "方形孔及异形管道内壁几何尺寸检测与选型部署指南", "summary": "**目标**: 实现方形孔、异形管等非圆形内部结构的非接触式高精度内壁扫描，获取直径、圆度、直线度及表面缺陷数据〔REF-002〕。", "focused_product": "ZID100", "product_series": "ZID100", "industry": [ "管道制造", "精密机械加工", "涡轮机械", "能源装备" ], "measurement": [ "方形孔内壁", "异形管内轮廓", "圆度与圆柱度", "直线度与锥度" ], "tags": [ "ZID100", "管道制造", "精密机械加工", "方形孔内壁", "传感器" ], "updated_at": "2026-04-12", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZID100-定制内径测量仪方形孔内壁扫描/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "content-示例产品-20", "category": "application_article", "category_cn": "应用文章", "title": "方形孔内径几何精度检测选型与部署指南", "summary": "方形孔（矩形孔、长圆孔、方槽类结构）的内径几何精度检测，核心关注**直线度**与**轮廓度**两项指标。该类特征广泛应用于液压阀块、航空结构件、精密模具等领域，…", "focused_product": "示例产品", "product_series": "示例系列", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "示例产品", "示例系列", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-01-01", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZID100-定制内径测量仪方形孔直线度检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "square-pipe-inner-wall-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "方管内壁几何尺寸非接触式检测选型与部署指南", "summary": "**目标**: 针对石油、化工及冶金行业中的方管内壁，实现微米级精度的非接触式几何尺寸（内径、圆度、直线度等）及表面缺陷三维重建〔REF-001〕。", "focused_product": "ZID100", "product_series": "ZID100", "industry": [ "石油", "化工", "冶金" ], "measurement": [ "方管内径", "内壁表面缺陷", "圆度/圆柱度", "直线度", "锥度" ], "tags": [ "ZID100", "石油", "化工", "方管内径", "传感器" ], "updated_at": "2025-01-04", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZID100-定制内径测量仪方管内壁检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "measurement-guide-zid100-5", "category": "application_article", "category_cn": "应用文章", "title": "工业管道内径几何尺寸非接触式检测选型与部署指南", "summary": "**目标**: 实现微米级精度的非接触式内径检测，提升产线自动化检测效率，生成内部三维模型以辅助质量分析〔REF-001〕。", "focused_product": "ZID100", "product_series": "ZID100", "industry": [ "机械制造", "能源电力", "金属加工" ], "measurement": [ "方管内径", "圆度", "锥度", "直线度", "平行度" ], "tags": [ "ZID100", "机械制造", "能源电力", "方管内径", "传感器" ], "updated_at": "2025-12-17", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZID100-定制内径测量仪方管内径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "industrial-pipeline-inspection-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "工业管道内径几何尺寸选型与部署指南", "summary": "**目标**: 对工业管道内径、内轮廓及表面缺陷进行高精度非接触式检测，获取3D形貌数据以辅助质量控制〔REF-001〕。", "focused_product": "ZID100", "product_series": "ZID100", "industry": [ "机械制造", "石油化工", "金属加工" ], "measurement": [ "管道内径", "圆度", "圆柱度", "锥度", "表面缺陷三维轮廓" ], "tags": [ "ZID100", "机械制造", "石油化工", "管道内径", "传感器" ], "updated_at": "2026-01-29", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZID100-定制内径测量仪机械制造ID测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "machining-internal-diameter-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "机械制造内径几何尺寸检测选型与部署指南", "summary": "**目标**: 针对机械制造领域中的管道、轴承及异形件，实现高精度、非接触式的内径几何尺寸与形位公差在线或离线检测〔REF-002〕。", "focused_product": "ZID100", "product_series": "ZID100", "industry": [ "机械制造", "管道加工", "轴承制造" ], "measurement": [ "内径", "圆度", "圆柱度", "直线度", "内表面缺陷" ], "tags": [ "ZID100", "机械制造", "管道加工", "内径", "传感器" ], "updated_at": "2025-08-14", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZID100-定制内径测量仪机械制造内径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "pipe-bore-inner-diameter-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "管道与机筒内径非接触式测量选型与部署指南", "summary": "**目标**: 实现管道、机筒、涡轮钻及异形管材内径与内轮廓的微米级非接触式精密检测，支撑产线质量控制与装配匹配验证。", "focused_product": "ZID100", "product_series": "ZID100", "industry": [ "机械制造", "石油化工", "航空航天", "能源装备" ], "measurement": [ "管道内径", "内轮廓", "圆度", "圆柱度", "锥度", "直线度", "表面缺陷三维轮廓" ], "tags": [ "ZID100", "机械制造", "石油化工", "管道内径", "传感器" ], "updated_at": "2026-01-30", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZID100-定制内径测量仪机筒内径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "vertebral-internal-diameter-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "椎体内径测量选型与部署指南", "summary": "**目标**: 为医疗、管道、航空、核能等工业场景中的椎体或管道内径、内轮廓几何测量提供售前选型与工程部署参考〔REF-002〕。", "focused_product": "ZID100", "product_series": "ZID100", "industry": [ "医疗器械制造", "管道工业", "航空制造", "核能工业" ], "measurement": [ "椎体内径", "管道内径", "内轮廓几何" ], "tags": [ "ZID100", "医疗器械制造", "管道工业", "椎体内径", "传感器" ], "updated_at": "2025-06-03", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZID100-定制内径测量仪椎体内径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "rubber-pipe-inner-diameter-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "橡胶管内径精密检测选型与部署指南", "summary": "**目标**: 实现橡胶管及同类管道内壁的微米级非接触式几何尺寸检测，输出内径、圆度、圆柱度、锥度、直线度、同心度及内表面三维缺陷数据。〔REF-001〕", "focused_product": "ZID100", "product_series": "ZID100", "industry": [ "汽车制造", "化工管道", "食品饮料加工", "橡胶管材生产" ], "measurement": [ "橡胶管内径", "圆度与圆柱度", "锥度与直线度", "内表面三维轮廓", "同心度与表面缺陷" ], "tags": [ "ZID100", "汽车制造", "化工管道", "橡胶管内径", "传感器" ], "updated_at": "2026-04-17", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZID100-定制内径测量仪橡胶管内径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "cylinder-bore-inspection-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "气缸内壁几何尺寸非接触式测量选型与部署指南", "summary": "**目标**: 针对汽车、航空航天及重型机械行业中的气缸、长管及异形管道，实现微米级精度的内径、圆度、圆柱度及表面缺陷的非接触式快速检测〔REF-001〕。", "focused_product": "ZID100", "product_series": "ZID100", "industry": [ "汽车制造", "航空航天", "重型机械" ], "measurement": [ "气缸内壁", "管道内径" ], "tags": [ "ZID100", "汽车制造", "航空航天", "气缸内壁", "传感器" ], "updated_at": "2026-03-09", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZID100-定制内径测量仪气缸内壁尺寸测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "cylinder-bore-corrosion-detection-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "气缸内表面腐蚀检测与几何尺寸测量选型部署指南", "summary": "**目标**: 针对气缸、液压缸及长管类部件的内表面腐蚀、磨损及几何形位误差，提供非接触式高精度检测方案〔REF-002〕。", "focused_product": "ZID100", "product_series": "ZID100", "industry": [ "汽车工业", "机械制造", "能源装备" ], "measurement": [ "气缸内径", "圆度", "锥度", "直线度", "表面缺陷" ], "tags": [ "ZID100", "汽车工业", "机械制造", "气缸内径", "传感器" ], "updated_at": "2025-09-29", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZID100-定制内径测量仪气缸内表面腐蚀检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "cylinder-bore-control-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "气缸内径几何尺寸非接触式测量与质量控制选型指南", "summary": "**目标**: 实现气缸及管道内径的高精度微米级非接触式测量，确保流体动力系统的密封性与效率〔REF-001〕。", "focused_product": "ZID100", "product_series": "ZID100", "industry": [ "流体动力", "精密制造", "汽车工业" ], "measurement": [ "气缸内径", "圆度", "锥度", "圆柱度" ], "tags": [ "ZID100", "流体动力", "精密制造", "气缸内径", "传感器" ], "updated_at": "2025-03-27", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZID100-定制内径测量仪气缸直径控制/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "zid100-定制内径测量仪油田管道内径测量", "category": "application_article", "category_cn": "应用文章", "title": "油田管道内径检测选型与部署指南", "summary": "**目标**: 为油田管道内径及内表面几何参数（圆度、椭圆度、锥度、直线度等）提供非接触式高精度测量方案。", "focused_product": "ZID100", "product_series": "ZID100", "industry": [ "石油开采", "能源行业" ], "measurement": [ "管道内径", "表面缺陷" ], "tags": [ "ZID100", "石油开采", "能源行业", "管道内径", "传感器" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZID100-定制内径测量仪油田管道内径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "oilfield-pipeline-paraffin-thickness-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "娌圭敯绠￠亾缁撹湣鍘氬害娴嬮噺閫夊瀷涓庨儴缃叉寚鍗?", "summary": "**鐩爣**锛氭湰鎸囧崡閽堝灏哄娴嬮噺鍦烘櫙锛屾彁渚涢€夊瀷涓庨儴缃叉寚瀵笺€擱EF-001銆曘€?- **鎺ㄨ崘鎶€鏈矾绾?*锛氳瑙佺5绔犱骇鍝佸…", "focused_product": "绀轰緥浜у搧", "product_series": "绀轰緥绯诲垪", "industry": [ "宸ヤ笟娴嬮噺" ], "measurement": [ "灏哄娴嬮噺" ], "tags": [ "绀轰緥浜у搧", "绀轰緥绯诲垪", "宸ヤ笟娴嬮噺", "灏哄娴嬮噺", "传感器" ], "updated_at": "2025-01-01", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZID100-定制内径测量仪油田管道结蜡厚度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "content-示例产品-21", "category": "application_article", "category_cn": "应用文章", "title": "油缸内壁尺寸测量选型与部署指南", "summary": "本指南面向液压缸制造商及质量检测工程师，针对油缸内壁内径与几何轮廓的精密测量需求，提供从选型到部署的完整技术参考。核心结论如下：", "focused_product": "示例产品", "product_series": "示例系列", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "示例产品", "示例系列", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-01-01", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZID100-定制内径测量仪油缸内壁尺寸测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "content-示例产品-22", "category": "application_article", "category_cn": "应用文章", "title": "油缸内壁几何尺寸与表面质量非接触式检测选型指南", "summary": "油缸内壁的几何尺寸精度（圆度、圆柱度、锥度）与表面粗糙度直接影响液压系统的密封性能、摩擦损耗与使用寿命。传统接触式测量难以满足长孔、深孔及复杂内轮廓的快速检测需…", "focused_product": "示例产品", "product_series": "示例系列", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "示例产品", "示例系列", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-01-01", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZID100-定制内径测量仪油缸内壁检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "oilcylinder-bore-inspection-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "油缸内壁缺陷检测选型与部署指南", "summary": "**目标**: 为油缸、液压缸等管道类部件提供非接触式内壁缺陷检测与几何尺寸测量方案，确保设备安全运行并提高检测效率〔REF-002〕。", "focused_product": "ZID100", "product_series": "ZID100", "industry": [ "液压系统", "工程机械", "自动化设备" ], "measurement": [ "内径", "圆度", "锥度", "内轮廓", "表面缺陷" ], "tags": [ "ZID100", "液压系统", "工程机械", "内径", "传感器" ], "updated_at": "2026-03-16", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZID100-定制内径测量仪油缸内壁缺陷检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "oil-cylinder-inner-wall-rust-detection-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "油缸内壁锈蚀与几何尺寸检测选型与部署指南", "summary": "**目标**: 针对工程机械及液压系统维护场景，实现对油缸内壁非接触式的高精度几何尺寸（内径、圆度、圆柱度）及表面损伤（锈蚀、磨损、凹坑）的全面检测〔REF-00…", "focused_product": "ZID100", "product_series": "ZID100", "industry": [ "工程机械", "液压系统维护", "重型设备制造" ], "measurement": [ "油缸内壁内径", "圆度与圆柱度", "表面锈蚀深度与缺陷", "三维轮廓" ], "tags": [ "ZID100", "工程机械", "液压系统维护", "油缸内壁内径", "传感器" ], "updated_at": "2025-02-17", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZID100-定制内径测量仪油缸内壁锈蚀检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "hydraulic-cylinder-internal-diameter-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "油缸内径测量选型与部署指南", "summary": "**目标**: 为非接触式高精度油缸内径检测提供选型与部署参考，支持内径、圆度、圆柱度、锥度、直线度、同心度等几何参数的量化评估〔REF-002〕。", "focused_product": "ZID100", "product_series": "ZID100", "industry": [ "机械制造", "石油化工", "液压设备", "能源动力" ], "measurement": [ "油缸内径", "圆度", "圆柱度", "锥度", "直线度", "同心度" ], "tags": [ "ZID100", "机械制造", "石油化工", "油缸内径", "传感器" ], "updated_at": "2025-12-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZID100-定制内径测量仪油缸内径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "marine-pipe-inspection-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "海洋工程管道内径检测与选型部署指南", "summary": "**目标**: 针对海洋工程中海管、钻杆等长距离管道的内径几何尺寸、内表面缺陷及形位公差（圆度、圆柱度）进行高精度非接触式检测，确保流体输送性能与结构完整性〔RE…", "focused_product": "ZID100", "product_series": "ZID100", "industry": [ "海洋工程", "石油天然气", "管道制造" ], "measurement": [ "海管内径", "内表面轮廓", "圆度与圆柱度" ], "tags": [ "ZID100", "海洋工程", "石油天然气", "海管内径", "传感器" ], "updated_at": "2025-05-07", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZID100-定制内径测量仪海管内径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "hydraulic-cylinder-bore-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "液压支架油缸内壁尺寸与形位公差选型部署指南", "summary": "**目标**: 针对液压支架及长管道内壁进行非接触式高精度几何尺寸（内径、圆度、锥度等）与表面缺陷检测，确保设备安全性与寿命〔REF-002〕。", "focused_product": "ZID100", "product_series": "ZID100", "industry": [ "矿山机械", "液压支架制造", "工程机械" ], "measurement": [ "液压支架油缸内径", "圆度", "锥度", "圆柱度", "直线度", "表面缺陷三维轮廓" ], "tags": [ "ZID100", "矿山机械", "液压支架制造", "液压支架油缸内径", "传感器" ], "updated_at": "2025-02-21", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZID100-定制内径测量仪液压支架油缸内壁测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "hydraulic-cylinder-wall-inspectionmeasurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "液压缸内壁几何尺寸检测选型与部署指南", "summary": "**目标**: 为液压缸、长管、锥形管、涡轮钻等管道内腔几何尺寸与表面缺陷检测提供选型与部署参考，支持内径、圆度、圆柱度、锥度、平行度、直线度及缺陷三维轮廓测量〔…", "focused_product": "ZID100", "product_series": "ZID100", "industry": [ "航空航天", "汽车制造", "机械制造" ], "measurement": [ "内径", "圆度", "圆柱度", "锥度", "内壁缺陷" ], "tags": [ "ZID100", "航空航天", "汽车制造", "内径", "传感器" ], "updated_at": "2026-01-19", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZID100-定制内径测量仪液压缸内壁检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "hydraulic-cylinder-internal-diameter-measurement-guide-zid100", "category": "application_article", "category_cn": "应用文章", "title": "液压缸内径测量选型与部署指南", "summary": "**目标**: 针对液压缸、长管、锥形管、异形管内径及内轮廓的非接触式几何尺寸检测，实现快速、准确、无损的内孔质量控制〔REF-002〕。", "focused_product": "ZID100", "product_series": "ZID100", "industry": [ "工程机械", "航空航天", "船舶制造", "液压缸制造与维护" ], "measurement": [ "内径", "圆度", "圆柱度", "内轮廓", "锥度", "平行度", "直线度", "表面缺陷" ], "tags": [ "ZID100", "工程机械", "航空航天", "内径", "传感器" ], "updated_at": "2025-04-10", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZID100-定制内径测量仪液压缸内径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "deep-hole-small-pipe-internal-diameter-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "深孔小管内径测量选型与部署指南", "summary": "**目标**: 为深孔小管内径、圆度、圆柱度、锥度、直线度及内轮廓等非接触式几何测量提供售前选型与工程部署参考〔REF-002〕。", "focused_product": "ZID100", "product_series": "ZID100", "industry": [ "航空航天", "汽车制造", "精密机械" ], "measurement": [ "深孔小管内径", "圆度", "圆柱度", "锥度", "直线度", "内轮廓", "表面缺陷" ], "tags": [ "ZID100", "航空航天", "汽车制造", "深孔小管内径", "传感器" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZID100-定制内径测量仪深孔小管内径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "ring-part-bore-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "环状零件内壁几何尺寸非接触式测量选型与部署指南", "summary": "**目标**: 为环状零件（管道、轮毂、轴承、涡轮钻等）内壁的内径、圆度、圆柱度、锥度、直线度及表面缺陷三维轮廓，提供非接触式高精度测量选型与现场部署决策依据〔R…", "focused_product": "ZID100", "product_series": "ZID100", "industry": [ "制造业", "航空航天", "核电", "石油化工", "工程机械" ], "measurement": [ "内径", "圆度", "圆柱度", "锥度", "直线度", "表面缺陷三维轮廓" ], "tags": [ "ZID100", "制造业", "航空航天", "内径", "传感器" ], "updated_at": "2025-07-20", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZID100-定制内径测量仪环状零件内壁扫描/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "ring-part-inner-wall-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "环状零件内壁几何尺寸非接触式检测选型与部署指南", "summary": "**目标**: 针对环状零件（如长管、锥形管、涡轮钻等）实现微米级精度的非接触式内壁几何尺寸检测，包括内径、圆度、平行度及表面缺陷分析〔REF-001〕。", "focused_product": "ZID100", "product_series": "ZID100", "industry": [ "精密制造", "管道加工", "航空航天零部件" ], "measurement": [ "环状零件内壁", "长管/圆柱管/锥形管内径", "涡轮钻/螺杆定子内轮廓" ], "tags": [ "ZID100", "精密制造", "管道加工", "环状零件内壁", "传感器" ], "updated_at": "2026-03-29", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZID100-定制内径测量仪环状零件内壁检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "ring-part-inner-wall-defect-detection-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "环状零件内壁缺陷检测选型与部署指南", "summary": "**目标**: 针对航空、航天及汽车制造领域的环状零件（如管道、涡轮钻、定子），实现非接触式的高精度内壁几何尺寸控制与表面缺陷三维重建〔REF-001〕。", "focused_product": "ZID100", "product_series": "ZID100", "industry": [ "航空制造", "航天工业", "汽车制造" ], "measurement": [ "内径", "圆度", "圆柱度", "表面缺陷" ], "tags": [ "ZID100", "航空制造", "航天工业", "内径", "传感器" ], "updated_at": "2025-10-18", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZID100-定制内径测量仪环状零件内壁缺陷检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "bottlepreform-inner-diameter-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "瓶胚内胆壁厚与内径测量选型与部署指南", "summary": "**目标**: 实现瓶胚、塑料管道等圆柱形构件的非接触式内径、壁厚、圆度、圆柱度等几何参数的高精度测量〔REF-001〕。", "focused_product": "ZID100", "product_series": "ZID100", "industry": [ "瓶胚制造", "塑料包装", "精密制造" ], "measurement": [ "内径测量", "壁厚测量", "圆度", "圆柱度", "内轮廓" ], "tags": [ "ZID100", "瓶胚制造", "塑料包装", "内径测量", "传感器" ], "updated_at": "2026-01-04", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZID100-定制内径测量仪瓶胚内胆壁厚测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "motor-stator-coaxiality-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "电机定子同轴度测量选型与部署指南", "summary": "**目标**: 为电机定子同轴度、圆度、圆柱度等关键几何尺寸的非接触式在线测量提供售前选型参考与部署方法论〔REF-002〕。", "focused_product": "ZID100", "product_series": "ZID100", "industry": [ "电机制造", "精密机械", "工业自动化" ], "measurement": [ "定子内径", "同轴度", "圆度", "圆柱度" ], "tags": [ "ZID100", "电机制造", "精密机械", "定子内径", "传感器" ], "updated_at": "2026-01-27", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZID100-定制内径测量仪电机定子同轴度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "motor-stator-inner-diameter-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "电机定子铁芯内径非接触式几何尺寸检测选型与部署指南", "summary": "**目标**: 针对电机定子铁芯内径及几何形位公差，实现微米级高精度、无损、高效率的在线或离线检测，以替代传统机械量具和低效光学方案〔REF-001〕。", "focused_product": "ZID100", "product_series": "ZID100", "industry": [ "电机制造", "精密机械加工" ], "measurement": [ "定子铁芯内径", "圆度", "圆柱度", "锥度", "直线度", "表面缺陷" ], "tags": [ "ZID100", "电机制造", "精密机械加工", "定子铁芯内径", "传感器" ], "updated_at": "2025-07-31", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZID100-定制内径测量仪电机定子铁芯内径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "measurement-guide-zid100-6", "category": "application_article", "category_cn": "应用文章", "title": "矩形及异形管道内径几何尺寸高精度非接触式检测选型与部署指南", "summary": "**目标**: 针对矩形、圆柱及异形管道的内径、圆度、锥度及表面缺陷进行微米级精度的非接触式自动化检测，确保流体动力学性能与结构安全性〔REF-001〕〔REF-…", "focused_product": "ZID100", "product_series": "ZID100", "industry": [ "能源与电力", "石油化工", "机械制造", "航空航天" ], "measurement": [ "矩形内孔", "圆柱管内径", "锥形管内径", "涡轮钻内轮廓", "螺杆定子内表面" ], "tags": [ "ZID100", "能源与电力", "石油化工", "矩形内孔", "传感器" ], "updated_at": "2025-12-02", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZID100-定制内径测量仪矩形内孔检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "rectangular-bore-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "矩形内轮廓与非圆管道几何尺寸检测选型与部署指南", "summary": "**目标**: 针对石油、天然气及精密机械行业中异形、矩形或深长管道的内部几何尺寸进行高精度非接触式检测，替代传统低效的机械测量方案〔REF-002〕。", "focused_product": "ZID100", "product_series": "ZID100", "industry": [ "石油天然气", "机械制造", "能源电力", "航空航天" ], "measurement": [ "矩形内轮廓", "内径", "圆度", "椭圆度", "圆柱度", "直线度", "锥度", "表面缺陷" ], "tags": [ "ZID100", "石油天然气", "机械制造", "矩形内轮廓", "传感器" ], "updated_at": "2026-02-09", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZID100-定制内径测量仪矩形内轮廓测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "pipe-bore-inspection-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "筒节管口内径精密测量选型与部署指南", "summary": "**目标**: 针对筒节管口及各类管道（圆柱、锥形、异形）的内径、圆度、圆柱度及表面缺陷进行非接触式高精度测量，确保设备在高压高温环境下的安全运行〔REF-002…", "focused_product": "ZID100", "product_series": "ZID100", "industry": [ "核电", "石油", "化工", "制造业" ], "measurement": [ "管道内径", "圆度", "圆柱度", "直线度", "表面缺陷" ], "tags": [ "ZID100", "核电", "石油", "管道内径", "传感器" ], "updated_at": "2025-01-04", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZID100-定制内径测量仪筒节管口内径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "pipe-inspection-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "管道内径几何精度检测选型与部署指南", "summary": "**目标**: 评估管材几何精度、检测内壁缺陷及尺寸合规性，保障工业安全与运行可靠。〔REF-001〕", "focused_product": "ZID100", "product_series": "ZID100", "industry": [ "石油天然气行业", "制造业" ], "measurement": [ "管道内径", "壁厚" ], "tags": [ "ZID100", "石油天然气行业", "制造业", "管道内径", "传感器" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZID100-定制内径测量仪管材壁厚检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "pipe-inspection-measurement-guide-绀轰緥浜у搧", "category": "application_article", "category_cn": "应用文章", "title": "绠￠亾鍐呭緞鍑犱綍灏哄妫€娴嬩笌璐ㄩ噺鎺у埗閫夊瀷鎸囧崡锛氫互 ZID100 涓轰緥鐨勯潪鎺ヨЕ寮忔縺鍏夋祴閲忕郴缁熸妧鏈寚鍗?", "summary": "**鐩爣**锛氬湪鐭虫补銆佹満姊板埗閫犵瓑琛屼笟鐨勯暱绠°€侀敟褰㈢鎴栨丁杞捇绛夎澶囦腑锛屽疄鐜伴珮绮惧害鐨勫唴寰勫強鍐呰〃闈㈠嚑浣曞弬鏁板湪绾挎娴嬶…", "focused_product": "绀轰緥浜у搧", "product_series": "绀轰緥绯诲垪", "industry": [ "宸ヤ笟娴嬮噺" ], "measurement": [ "灏哄娴嬮噺" ], "tags": [ "绀轰緥浜у搧", "绀轰緥绯诲垪", "宸ヤ笟娴嬮噺", "灏哄娴嬮噺", "传感器" ], "updated_at": "2025-01-01", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZID100-定制内径测量仪管材尺寸控制/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "pipe-end-thread-scanning-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "管道内径与几何轮廓非接触式检测选型与部署指南", "summary": "**目标**: 实现管道内部几何尺寸（内径、圆度、锥度、直线度等）及表面缺陷的高精度、非接触式自动化检测，替代传统机械通止规或人工测量〔REF-002〕。", "focused_product": "ZID100", "product_series": "ZID100", "industry": [ "石油天然气", "机械制造", "能源装备" ], "measurement": [ "管端内螺纹扫描", "管道内径", "圆度", "锥度", "表面缺陷" ], "tags": [ "ZID100", "石油天然气", "机械制造", "管端内螺纹扫描", "传感器" ], "updated_at": "2026-05-19", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZID100-定制内径测量仪管端内螺纹扫描/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "pipe-bore-scan-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "管道内径几何参数检测与选型部署指南", "summary": "**目标**: 针对复杂工业环境下的长管、异形管及精密管件，提供非接触式、高精度的内径及内轮廓几何参数检测方案，以替代传统机械探棒或低效的人工测量〔REF-001…", "focused_product": "ZID100", "product_series": "ZID100", "industry": [ "石油化工", "核电", "制药", "机械制造" ], "measurement": [ "管道内径", "圆度", "锥度", "直线度", "表面缺陷三维轮廓" ], "tags": [ "ZID100", "石油化工", "核电", "管道内径", "传感器" ], "updated_at": "2026-03-01", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZID100-定制内径测量仪管筒内壁扫描/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "tube-internal-diameter-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "管筒内径几何尺寸检测与选型部署指南", "summary": "**目标**: 针对工业管筒、涡轮钻及异形件内部几何尺寸，提供微米级非接触式高精度检测方案，确保传输效率与安全性〔REF-002〕。", "focused_product": "ZID100", "product_series": "ZID100", "industry": [ "石油天然气", "化工", "机械制造" ], "measurement": [ "管道内径", "圆度", "圆柱度", "锥度", "直线度", "同心度", "表面缺陷三维轮廓" ], "tags": [ "ZID100", "石油天然气", "化工", "管道内径", "传感器" ], "updated_at": "2026-01-06", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZID100-定制内径测量仪管筒内径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "pipe-bore-control-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "管筒内腔几何尺寸非接触式检测选型与部署指南", "summary": "**目标**: 实现微米级精度的非接触式内径控制，生成管道内壁三维模型以评估几何偏差，适应不同直径和长度的管道高效检测〔REF-001〕。", "focused_product": "ZID100", "product_series": "ZID100", "industry": [ "化工", "石油", "能源", "机械制造" ], "measurement": [ "内径", "圆度", "圆柱度", "平行度", "锥度", "直线度", "表面缺陷三维轮廓" ], "tags": [ "ZID100", "化工", "石油", "内径", "传感器" ], "updated_at": "2025-04-06", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZID100-定制内径测量仪管筒内腔尺寸控制/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "measurement-guide-zid100-7", "category": "application_article", "category_cn": "应用文章", "title": "管道内壁修复均匀性检测选型与部署指南", "summary": "**目标**: 针对长距离管道内壁修复后的几何尺寸与涂层均匀性进行高精度、非接触式三维轮廓重建与量化评估，确保管道系统的结构完整性与运营安全性〔REF-002〕。", "focused_product": "ZID100", "product_series": "ZID100", "industry": [ "石油天然气", "化工", "能源电力" ], "measurement": [ "管道内径", "内壁修复涂层均匀性", "圆度", "圆柱度" ], "tags": [ "ZID100", "石油天然气", "化工", "管道内径", "传感器" ], "updated_at": "2025-06-27", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZID100-定制内径测量仪管道内壁修复均匀性测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "pipeline-inner-wall-profile-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "管道内壁形貌还原与几何尺寸检测选型部署指南", "summary": "**目标**: 针对石油、化工及长输管线场景，提供非接触式高精度内壁形貌还原与几何尺寸（内径、圆度、直线度等）的自动化检测方案〔REF-002〕。", "focused_product": "ZID100", "product_series": "ZID100", "industry": [ "石油天然气", "化工", "水处理", "制造业" ], "measurement": [ "管道内径", "圆度", "圆柱度", "内壁表面缺陷轮廓", "锥度", "直线度" ], "tags": [ "ZID100", "石油天然气", "化工", "管道内径", "传感器" ], "updated_at": "2025-12-19", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZID100-定制内径测量仪管道内壁形貌还原/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "pipeline-inspection-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "管道内壁几何尺寸检测与质量控制选型指南", "summary": "**目标**: 针对长距离、异形或常规工业管道，提供非接触式高精度内径、圆度及表面缺陷的自动化检测方案，替代传统机械或低效光学手段〔REF-002〕。", "focused_product": "ZID100", "product_series": "ZID100", "industry": [ "石油天然气", "化工", "能源电力", "航空航天" ], "measurement": [ "管道内径", "圆度", "圆柱度", "表面缺陷三维轮廓" ], "tags": [ "ZID100", "石油天然气", "化工", "管道内径", "传感器" ], "updated_at": "2025-08-17", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZID100-定制内径测量仪管道内壁检查/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "pipeline-wall-wear-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "管道内壁磨损测量选型与部署指南", "summary": "**目标**: 针对石油、化工等行业的长输管道或精密管件，提供非接触式、高精度的内壁几何尺寸与磨损量检测方案，以预防泄漏风险并优化维护周期〔REF-002〕。", "focused_product": "ZID100", "product_series": "ZID100", "industry": [ "石油天然气", "化工", "能源" ], "measurement": [ "管道内径", "圆度", "圆柱度", "平行度", "锥度", "直线度", "锥角", "同心度", "表面缺陷三维轮廓", "磨损量" ], "tags": [ "ZID100", "石油天然气", "化工", "管道内径", "传感器" ], "updated_at": "2025-09-20", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZID100-定制内径测量仪管道内壁磨损测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "pipeline-cavity-deformation-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "管道内腔几何尺寸与变形检测选型与部署指南", "summary": "**目标**: 针对工业管道、钻具及异形管件的内腔几何完整性进行非接触式高精度检测，实现微米级尺寸测量与变形监测〔REF-001〕。", "focused_product": "ZID100", "product_series": "ZID100", "industry": [ "石油天然气", "化工", "电力", "水处理", "机械制造" ], "measurement": [ "管道内径", "圆度", "圆柱度", "锥度", "直线度", "同心度", "表面缺陷三维轮廓" ], "tags": [ "ZID100", "石油天然气", "化工", "管道内径", "传感器" ], "updated_at": "2026-04-12", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZID100-定制内径测量仪管道内腔变形测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "pipe-inner-thread-mechanical-dimension-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "管道内螺纹及几何尺寸非接触式检测选型与部署指南", "summary": "**目标**: 针对石油化工、天然气输送等行业的管道内壁进行高精度、非接触式的几何尺寸与表面缺陷检测，确保连接性能与使用寿命〔REF-002〕。", "focused_product": "ZID100", "product_series": "ZID100", "industry": [ "石油", "天然气", "化工" ], "measurement": [ "管道内径", "内螺纹", "圆度", "圆柱度", "表面缺陷" ], "tags": [ "ZID100", "石油", "天然气", "管道内径", "传感器" ], "updated_at": "2025-10-04", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZID100-定制内径测量仪管道内螺纹检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "pipeline-coaxiality-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "管道同轴度测量选型与部署指南", "summary": "**目标**: 实现管道内径、同轴度、圆度、圆柱度、直线度等关键几何参数的非接触式精准检测，确保管道流体动力学性能稳定与生产安全〔REF-002〕。", "focused_product": "ZID100", "product_series": "ZID100", "industry": [ "石油", "化工", "造纸" ], "measurement": [ "管道内径", "管道同轴度", "圆度", "圆柱度", "直线度" ], "tags": [ "ZID100", "石油", "化工", "管道内径", "传感器" ], "updated_at": "2025-12-06", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZID100-定制内径测量仪管道同轴度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "pipeline-straightness-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "管道直线度与内径几何尺寸检测选型与部署指南", "summary": "**目标**: 针对长管、异形管及复杂内腔结构，实现高精度、非接触式的内径、直线度及内表面缺陷三维重构测量〔REF-002〕。", "focused_product": "ZID100", "product_series": "ZID100", "industry": [ "能源化工", "机械制造", "航空航天" ], "measurement": [ "管道内径", "管道直线度", "圆度", "锥度", "平行度" ], "tags": [ "ZID100", "能源化工", "机械制造", "管道内径", "传感器" ], "updated_at": "2025-10-14", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZID100-定制内径测量仪管道直线度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "pipeline-corrosion-detection-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "管道内径几何尺寸非接触式检测选型与部署指南", "summary": "**目标**: 针对石油、化工及机械制造行业中的管道内壁腐蚀、磨损及几何形变，提供高精度、非接触式的在线或离线检测方案，以保障工业安全并延长设备寿命〔REF-00…", "focused_product": "ZID100", "product_series": "ZID100", "industry": [ "石油天然气", "化工", "机械制造" ], "measurement": [ "管道内径", "圆度", "圆柱度", "锥度", "直线度", "表面缺陷三维轮廓" ], "tags": [ "ZID100", "石油天然气", "化工", "管道内径", "传感器" ], "updated_at": "2025-01-04", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZID100-定制内径测量仪管道腐蚀情况检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "measurement-guide-zid100-8", "category": "application_article", "category_cn": "应用文章", "title": "管道内径及几何参数非接触式检测选型与部署指南", "summary": "**目标**: 针对长管、异形管及复杂内部结构的几何尺寸与表面缺陷进行高精度、非接触式自动化检测，替代传统低效的人工或机械测量手段〔REF-002〕。", "focused_product": "ZID100", "product_series": "ZID100", "industry": [ "核电", "化工", "热能输送", "机械制造" ], "measurement": [ "管道内径", "圆度", "圆柱度", "平行度", "锥度", "直线度", "同心度", "表面缺陷三维轮廓" ], "tags": [ "ZID100", "核电", "化工", "管道内径", "传感器" ], "updated_at": "2025-09-04", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZID100-定制内径测量仪管道隔热层内壁缺陷检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "content-示例产品-23", "category": "application_article", "category_cn": "应用文章", "title": "缸体内径非接触式测量与部署选型指南", "summary": "本文面向汽车制造与航空航天领域的工程师与采购决策者，系统梳理**缸体、长管、圆柱管类零件内径非接触式测量**的售前选型与现场部署方法，并以 ZID100 扫描共…", "focused_product": "示例产品", "product_series": "示例系列", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "示例产品", "示例系列", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-01-01", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZID100-定制内径测量仪缸体内径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "content-示例产品-24", "category": "application_article", "category_cn": "应用文章", "title": "缸体内表面划痕与几何尺寸非接触测量选型与部署指南", "summary": "缸体内表面划痕与几何尺寸检测是发动机制造、航空航天动力部件加工中的关键质量控制环节。传统接触式测量存在效率低、易划伤内壁、无法捕捉动态缺陷等问题，而非接触式光学…", "focused_product": "示例产品", "product_series": "示例系列", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "示例产品", "示例系列", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-01-01", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZID100-定制内径测量仪缸体内表面划痕测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "industrial-pipe-inspection-guide", "category": "application_article", "category_cn": "应用文章", "title": "管道内径几何尺寸选型与部署指南", "summary": "**目标**: 实现缸体及管道内表面的高精度非接触式几何测量，支持内径、圆度、圆柱度、锥度、同心度等参数在线检测。", "focused_product": "ZID100", "product_series": "ZID100", "industry": [ "汽车制造", "工业机械" ], "measurement": [ "缸体内表面", "管道内壁" ], "tags": [ "ZID100", "汽车制造", "工业机械", "缸体内表面", "传感器" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZID100-定制内径测量仪缸体内表面测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "pipe-cylinder-bore-inspection-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "管道与缸筒内壁几何尺寸检测选型与部署指南", "summary": "**目标**: 实现长管、异形管及精密缸筒内壁的高精度无损几何尺寸检测，生成完整的三维表面模型。", "focused_product": "ZID100", "product_series": "ZID100", "industry": [ "航空航天", "汽车制造", "核能工业", "高端装备制造" ], "measurement": [ "缸筒内壁", "管道内径", "涡轮钻内轮廓", "锥形管几何参数" ], "tags": [ "ZID100", "航空航天", "汽车制造", "缸筒内壁", "传感器" ], "updated_at": "2026-03-02", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZID100-定制内径测量仪罩壳缸筒内壁检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "cylinder-bore-inspection-measurement-guide-zid100", "category": "application_article", "category_cn": "应用文章", "title": "管道与缸筒内径几何尺寸检测选型与部署指南", "summary": "**目标**: 面向罩壳缸筒、长管、圆柱管及锥形管的内径几何尺寸控制、加工残留识别与内壁表面缺陷三维重建，提供非接触式微米级在线/离线检测能力〔REF-002〕。", "focused_product": "ZID100", "product_series": "ZID100", "industry": [ "精密制造", "石油化工", "航空航天", "汽车零部件" ], "measurement": [ "罩壳缸筒内径", "长管/圆柱管/锥形管内轮廓", "管道圆度/锥度/直线度", "内壁表面缺陷三维轮廓" ], "tags": [ "ZID100", "精密制造", "石油化工", "罩壳缸筒内径", "传感器" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZID100-定制内径测量仪罩壳缸筒加工残留检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "cavity-corrosion-morphology-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "腔体腐蚀形貌与内径几何尺寸非接触式检测选型部署指南", "summary": "**目标**: 针对石油化工等行业的管道及腔体内部，实现微米级精度的非接触式几何尺寸与腐蚀形貌三维重建，以评估设备安全状态〔REF-001〕。", "focused_product": "ZID100", "product_series": "ZID100", "industry": [ "石油天然气", "化工", "制造业" ], "measurement": [ "管道内径", "腔体内表面缺陷", "圆度与圆柱度", "锥度与直线度" ], "tags": [ "ZID100", "石油天然气", "化工", "管道内径", "传感器" ], "updated_at": "2025-10-25", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZID100-定制内径测量仪腔体腐蚀形貌测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "lathe-bore-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "车床零件内孔直径非接触式精密测量选型与部署指南", "summary": "**目标**: 针对车床加工后的长管、异形管及复杂内孔结构，实现微米级精度的非接触式几何尺寸检测，以替代传统机械接触式测量，提升生产节拍与数据完整性〔REF-00…", "focused_product": "ZID100", "product_series": "ZID100", "industry": [ "航空航天", "汽车制造", "机械加工" ], "measurement": [ "内孔直径", "圆度", "圆柱度", "锥度", "直线度", "同心度", "表面缺陷" ], "tags": [ "ZID100", "航空航天", "汽车制造", "内孔直径", "传感器" ], "updated_at": "2026-03-29", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZID100-定制内径测量仪车床零件内孔直径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "hub-center-bore-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "轮毂中心孔内径精密测量选型与部署指南", "summary": "**目标**: 针对汽车零部件制造中轮毂中心孔内径、圆度及圆柱度的高精度非接触式检测需求，提供选型依据与工程部署方案，确保轮毂与车轴精准配合并防止装配安全隐患〔R…", "focused_product": "ZID100", "product_series": "ZID100", "industry": [ "汽车零部件制造", "轮毂加工" ], "measurement": [ "轮毂中心孔内径", "圆度", "圆柱度" ], "tags": [ "ZID100", "汽车零部件制造", "轮毂加工", "轮毂中心孔内径", "传感器" ], "updated_at": "2025-04-10", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZID100-定制内径测量仪轮毂中心孔内径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "automotive-hub-bore-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "轮毂孔径高精度非接触测量选型与部署指南", "summary": "**目标**: 针对轮毂内孔几何参数进行高精度、快速、无损的非接触式测量，评估圆度、同心度及检测内表面缺陷。〔REF-002〕", "focused_product": "ZID100", "product_series": "ZID100", "industry": [ "汽车制造", "轨道交通" ], "measurement": [ "轮毂内孔直径", "轮毂表面轮廓" ], "tags": [ "ZID100", "汽车制造", "轨道交通", "轮毂内孔直径", "传感器" ], "updated_at": "2026-03-23", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZID100-定制内径测量仪轮毂孔径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "pipeline-diameter-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "管道内径几何参数检测与部署选型指南", "summary": "**目标**: 实现工业管道（圆柱、锥形、异形）内径、圆度、锥度、表面缺陷等几何参数的高精度非接触式在线或离线检测。", "focused_product": "ZID100", "product_series": "ZID100", "industry": [ "石油天然气管道检测", "化工行业管道维护", "涡轮机械部件检测" ], "measurement": [ "圆柱管内径及圆度", "锥形管锥度与同心度" ], "tags": [ "ZID100", "石油天然气管道检测", "化工行业管道维护", "圆柱管内径及圆度", "传感器" ], "updated_at": "2025-03-29", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZID100-定制内径测量仪轴向内壁扫描/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "bearing-internal-bore-detection-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "轴承内孔高精度检测选型与部署指南", "summary": "**目标**: 实现轴承及长管道内孔的非接触式微米级几何尺寸测量，包括内径、圆度、圆柱度、锥度及表面缺陷检测〔REF-001〕。", "focused_product": "ZID100", "product_series": "ZID100", "industry": [ "精密制造", "轴承生产", "机械加工", "航空航天" ], "measurement": [ "轴承内孔", "管道内径", "圆度", "锥度", "表面缺陷" ], "tags": [ "ZID100", "精密制造", "轴承生产", "轴承内孔", "传感器" ], "updated_at": "2026-01-18", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZID100-定制内径测量仪轴承内孔检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "bearing-inner-diameter-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "轴承及管道内径几何尺寸非接触式测量选型与部署指南", "summary": "**目标**: 针对航空航天、汽车及机械行业中的轴承、长管及异形管内径进行微米级精度的几何尺寸检测，包括内径、圆度、圆柱度及表面缺陷分析〔REF-002〕。", "focused_product": "ZID100", "product_series": "ZID100", "industry": [ "航空航天", "汽车制造", "机械设备", "能源动力" ], "measurement": [ "轴承内径", "管道内轮廓", "圆度", "圆柱度", "表面缺陷" ], "tags": [ "ZID100", "航空航天", "汽车制造", "轴承内径", "传感器" ], "updated_at": "2025-11-02", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZID100-定制内径测量仪轴承内径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "measurement-guide-zid100-9", "category": "application_article", "category_cn": "应用文章", "title": "工业管道与轴箱内径非接触式几何尺寸检测选型与部署指南", "summary": "**目标**: 针对工业轴箱、长管及复杂结构件的内径几何尺寸，提供微米级精度的非接触式自动化检测方案，解决传统接触式测量效率低、易损伤工件的问题〔REF-002〕…", "focused_product": "ZID100", "product_series": "ZID100", "industry": [ "重型机械制造", "汽车制造", "航空航天" ], "measurement": [ "轴箱内径", "管道内壁轮廓", "圆度与圆柱度", "直线度与锥度" ], "tags": [ "ZID100", "重型机械制造", "汽车制造", "轴箱内径", "传感器" ], "updated_at": "2026-01-10", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZID100-定制内径测量仪轴箱内径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "shaft-bore-coaxiality-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "轴类零件内孔几何尺寸检测与同轴度控制选型部署指南", "summary": "**目标**: 面向轴类零件、长管、锥形管及涡轮钻等复杂内腔结构，提供非接触式内径、圆度、圆柱度、同轴度及表面缺陷的在线/离线高精度检测方案〔REF-001〕。", "focused_product": "ZID100", "product_series": "ZID100", "industry": [ "航空航天", "汽车制造", "机电工程", "能源与涡轮机械" ], "measurement": [ "轴类零件内孔", "长管/圆柱管/锥形管", "涡轮钻与螺杆定子内轮廓", "异形管内径" ], "tags": [ "ZID100", "航空航天", "汽车制造", "轴类零件内孔", "传感器" ], "updated_at": "2025-11-08", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZID100-定制内径测量仪轴类零件内孔同轴度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "shaft-bore-diameter-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "轴类零件内孔直径几何尺寸检测选型与部署指南", "summary": "**目标**: 针对轴类、管道及复杂腔体零件，实现微米级精度的非接触式内孔几何尺寸全要素检测〔REF-001〕。", "focused_product": "ZID100", "product_series": "ZID100", "industry": [ "机械制造", "汽车零部件", "航空航天" ], "measurement": [ "内径", "圆度", "圆柱度", "锥度", "同心度" ], "tags": [ "ZID100", "机械制造", "汽车零部件", "内径", "传感器" ], "updated_at": "2025-05-29", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZID100-定制内径测量仪轴类零件内孔直径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "shaft-part-inner-diameter-on-machine-inspection-guide", "category": "application_article", "category_cn": "应用文章", "title": "轴类零件内径在机检测定制内径测量仪选型与部署指南", "summary": "**目标**: 为轴类零件内径在机检测场景提供基于定制内径测量仪的选型与部署参考，确保在机床加工过程中实现内径的实时高精度在线检测，减少离线测量停机时间。", "focused_product": "ZID100", "product_series": "ZID100", "industry": [ "机械制造", "汽车零部件", "航空航天" ], "measurement": [ "内径测量", "尺寸检测" ], "tags": [ "ZID100", "机械制造", "汽车零部件", "内径测量", "传感器" ], "updated_at": "2025-12-28", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZID100-定制内径测量仪轴类零件内径在机检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "metal-internal-thread-inspection-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "金属件内螺纹非接触式几何尺寸检测选型与部署指南", "summary": "**目标**: 实现金属件内螺纹及管道内轮廓的微米级非接触几何尺寸检测，替代传统接触式量具并满足产线自动化与工业4.0质量追溯要求〔REF-001〕。", "focused_product": "ZID100", "product_series": "ZID100", "industry": [ "汽车制造", "航空航天", "精密机械加工" ], "measurement": [ "金属件内螺纹", "管道内径", "圆度与圆柱度", "同心度与锥度", "表面缺陷三维轮廓" ], "tags": [ "ZID100", "汽车制造", "航空航天", "金属件内螺纹", "传感器" ], "updated_at": "2025-04-23", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZID100-定制内径测量仪金属件内螺纹检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "metal-casing-inner-diameter-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "金属套管及管道内径几何尺寸选型与部署指南", "summary": "**目标**: 面向石油天然气、核能、管道制造及能源装备领域，提供金属套管、圆柱管、锥形管、异形管及涡轮钻/螺杆定子内轮廓的高精度非接触式几何尺寸检测与质量控制方…", "focused_product": "ZID100", "product_series": "ZID100", "industry": [ "石油天然气", "核能", "管道制造", "石油化工", "能源装备" ], "measurement": [ "金属套管内径", "圆柱管", "锥形管", "异形管", "涡轮钻与螺杆定子内轮廓" ], "tags": [ "ZID100", "石油天然气", "核能", "金属套管内径", "传感器" ], "updated_at": "2025-03-20", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZID100-定制内径测量仪金属套管内径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "steel-sleeve-inner-diameter-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "定制内径测量仪选型与部署指南", "summary": "**目标**: 针对石油、化工及机械制造领域的钢套筒、长管及异形管内径进行微米级精度的非接触式几何尺寸与表面质量综合检测〔REF-002〕。", "focused_product": "ZID100", "product_series": "ZID100", "industry": [ "石油天然气", "化工", "机械制造" ], "measurement": [ "钢套筒内径", "管道内径", "圆度", "圆柱度", "表面缺陷" ], "tags": [ "ZID100", "石油天然气", "化工", "钢套筒内径", "传感器" ], "updated_at": "2025-11-04", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZID100-定制内径测量仪钢套筒内径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "content-示例产品-25", "category": "application_article", "category_cn": "应用文章", "title": "内孔圆柱度与圆度自动化检测选型部署指南", "summary": "核心结论**:针对石油石化、核电、航空航天领域的管道内孔圆柱度与圆度检测，推荐采用接触式自跟踪激光扫描方案。ZID100 系列设备通过环形传感器阵列配合精密驱动…", "focused_product": "示例产品", "product_series": "示例系列", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "示例产品", "示例系列", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-01-01", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZID100-定制内径测量仪钢套筒圆柱度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "steel-tube-internal-diameter-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "钢套管内径检测选型与部署指南", "summary": "**目标**: 为钢套管、圆柱管、锥形管及涡轮钻等管类零件的内径、圆度、圆柱度、锥度等几何参数提供非接触式高精度测量方案，满足质量控制与工艺验证需求〔REF-00…", "focused_product": "ZID100", "product_series": "ZID100", "industry": [ "管道制造", "工业制造", "管道维护" ], "measurement": [ "内径", "圆度", "圆柱度", "锥度", "直线度", "平行度", "同心度" ], "tags": [ "ZID100", "管道制造", "工业制造", "内径", "传感器" ], "updated_at": "2026-02-07", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZID100-定制内径测量仪钢套管内径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "steel-strip-rim-internal-diameter-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "钢带轮辋内径及几何尺寸非接触式检测选型与部署指南", "summary": "**目标**: 针对钢带轮辋及各类管道制品，实现内径、圆度、圆柱度、锥度及表面缺陷的高精度、非接触式自动化检测，替代传统机械测量以提升效率与数据完整性〔REF-0…", "focused_product": "ZID100", "product_series": "ZID100", "industry": [ "机械制造", "管道加工", "汽车零配件" ], "measurement": [ "钢带轮辋内径", "圆度", "圆柱度", "锥度", "直线度", "同心度", "表面缺陷三维轮廓" ], "tags": [ "ZID100", "机械制造", "管道加工", "钢带轮辋内径", "传感器" ], "updated_at": "2026-04-25", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZID100-定制内径测量仪钢带轮辋三维扫描/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "steel-rim-inner-wall-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "钢带轮辋内壁尺寸检测选型与部署指南", "summary": "**目标**: 面向钢带轮辋及精密管材内壁几何量检测，提供微米级非接触式内径高精度测量方案，支持圆度、椭圆度、圆柱度及三维轮廓评估〔REF-001〕。", "focused_product": "ZID100", "product_series": "ZID100", "industry": [ "汽车制造", "航空航天", "管道工程", "装备制造" ], "measurement": [ "钢带轮辋内壁", "长管/圆柱管/锥形管内径", "管道内轮廓与表面缺陷" ], "tags": [ "ZID100", "汽车制造", "航空航天", "钢带轮辋内壁", "传感器" ], "updated_at": "2025-09-16", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZID100-定制内径测量仪钢带轮辋内壁测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "container-inspection-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "钢桶及管道内径检测选型与部署指南", "summary": "**目标**: 完成对钢桶、工业管道等圆柱形工件的内径、圆度、锥度及表面三维几何形貌的非接触式高精度测量。〔REF-001〕", "focused_product": "ZID100", "product_series": "ZID100", "industry": [ "金属制品制造", "石油化工" ], "measurement": [ "钢桶内径", "管道内轮廓" ], "tags": [ "ZID100", "金属制品制造", "石油化工", "钢桶内径", "传感器" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZID100-定制内径测量仪钢桶内径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "content-示例产品-26", "category": "application_article", "category_cn": "应用文章", "title": "钢桶圆整度与内径高精度测量选型与部署指南", "summary": "钢桶作为石油石化、化工物流及金属制造行业的核心储运容器，其几何尺寸精度直接影响密封性能、堆码稳定性与标准化运输效率。本指南聚焦于**钢桶内径**与**几何圆整度…", "focused_product": "示例产品", "product_series": "示例系列", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "示例产品", "示例系列", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-01-01", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZID100-定制内径测量仪钢桶圆整度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "steel-pipe-inner-wall-scanning-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "钢管内壁扫描与几何尺寸检测选型部署指南", "summary": "**目标**: 实现长管、圆柱管、锥形管及异形管内径、内壁轮廓、圆度、直线度等几何参数的无损高精度测量〔REF-001〕。", "focused_product": "ZID100", "product_series": "ZID100", "industry": [ "钢铁制造", "石油天然气输送", "机械加工" ], "measurement": [ "钢管内径", "内壁轮廓", "圆度", "直线度", "锥度" ], "tags": [ "ZID100", "钢铁制造", "石油天然气输送", "钢管内径", "传感器" ], "updated_at": "2026-05-07", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZID100-定制内径测量仪钢管内壁扫描/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "pipeline-inner-dimension-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "长管及异形管内径几何尺寸选型与部署指南", "summary": "**目标**: 针对核电站及工业领域长管内几何特征的高精度自动化检测，提供非接触式解决方案的选型参考 〔REF-001〕。", "focused_product": "ZID100", "product_series": "ZID100", "industry": [ "核能电力行业", "能源装备制造" ], "measurement": [ "核电站管道内径", "钢管几何轮廓" ], "tags": [ "ZID100", "核能电力行业", "能源装备制造", "核电站管道内径", "传感器" ], "updated_at": "2025-09-01", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZID100-定制内径测量仪钢管内径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "steel-pipe-internal-thread-damage-detection-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "钢管内螺纹损伤检测选型与部署指南", "summary": "**目标**: 针对石油、化工及机械制造行业中的钢管内径及内螺纹损伤，提供高精度、非接触式的几何尺寸与表面缺陷检测方案〔REF-002〕。", "focused_product": "ZID100", "product_series": "ZID100", "industry": [ "石油", "化工", "机械制造" ], "measurement": [ "钢管内径", "内螺纹损伤", "圆度", "平行度", "锥度", "表面缺陷" ], "tags": [ "ZID100", "石油", "化工", "钢管内径", "传感器" ], "updated_at": "2025-04-21", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZID100-定制内径测量仪钢管内螺纹损伤检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "steel-pipe-internal-diameter-roundness-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "钢管内径与整圆度测量选型与部署指南", "summary": "**目标**: 为钢管、油气管道及航空航天等行业的内径与整圆度测量需求，提供基于非接触式激光测量技术的售前选型与工程部署参考〔REF-002〕。", "focused_product": "ZID100", "product_series": "ZID100", "industry": [ "钢管制造", "油气管道", "航空航天" ], "measurement": [ "内径", "圆度", "圆柱度", "平行度", "锥度", "直线度" ], "tags": [ "ZID100", "钢管制造", "油气管道", "内径", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZID100-定制内径测量仪钢管整圆测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "steel-pipe-inner-wall-scanning-measurement-guide-zid100", "category": "application_article", "category_cn": "应用文章", "title": "钢管内壁与隔热层几何尺寸检测选型部署指南", "summary": "**目标**: 为钢管内壁及隔热层内壁几何尺寸检测提供非接触式激光扫描方案的售前选型与工程部署参考，覆盖内径、圆度、圆柱度、锥度、椭圆度及表面缺陷三维轮廓等关键参…", "focused_product": "ZID100", "product_series": "ZID100", "industry": [ "钢管制造与加工", "石油天然气输送管道", "工业隔热工程", "装备制造与质检" ], "measurement": [ "钢管内径", "隔热层内壁轮廓", "圆度与圆柱度", "表面缺陷三维形貌" ], "tags": [ "ZID100", "钢管制造与加工", "石油天然气输送管道", "钢管内径", "传感器" ], "updated_at": "2025-10-18", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZID100-定制内径测量仪钢管隔热层内壁扫描/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "content-示例产品-27", "category": "application_article", "category_cn": "应用文章", "title": "钢轴套及异形管件内径几何参数高精度选型与部署指南", "summary": "钢轴套及异形管件内径几何参数测量是机械制造、石油天然气、航空航天等领域质量控制的核心环节。ZID100智能内径几何参数测量系统采用激光扫描与视觉融合原理，可实现…", "focused_product": "示例产品", "product_series": "示例系列", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "示例产品", "示例系列", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-01-01", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZID100-定制内径测量仪钢轴套内径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "pipeline-inspection-measurement-guide-zid100", "category": "application_article", "category_cn": "应用文章", "title": "管道内径几何尺寸非接触式检测选型与部署指南", "summary": "**目标**: 针对石油化工、能源装备等领域的高要求管道系统，实现内径、圆度、圆柱度及表面缺陷的高精度、非接触式自动化检测〔REF-002〕。", "focused_product": "ZID100", "product_series": "ZID100", "industry": [ "石油化工", "汽轮机制造", "能源装备", "精密机械加工" ], "measurement": [ "管道内径", "圆度", "圆柱度", "锥度", "直线度", "表面缺陷" ], "tags": [ "ZID100", "石油化工", "汽轮机制造", "管道内径", "传感器" ], "updated_at": "2025-07-01", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZID100-定制内径测量仪钢轴套尺寸控制/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "drilling-inner-diameter-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "钻孔内径非接触测量选型与部署指南", "summary": "**目标**: 针对管道/钻孔内径几何尺寸进行非接触式高精度测量，实现内径、圆度、锥度、同心度及表面缺陷的三维检测〔REF-002〕。", "focused_product": "ZID100", "product_series": "ZID100", "industry": [ "制造业", "航空航天", "汽车工业", "管道工程" ], "measurement": [ "钻孔内径", "圆度", "锥度", "同心度", "表面缺陷三维轮廓" ], "tags": [ "ZID100", "制造业", "航空航天", "钻孔内径", "传感器" ], "updated_at": "2026-05-06", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZID100-定制内径测量仪钻孔内径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "content-示例产品-28", "category": "application_article", "category_cn": "应用文章", "title": "铁芯内径与垂直度测量选型与部署指南", "summary": "本指南面向电机制造、电器设备及精密机械加工行业，针对**铁芯内径尺寸**与**叠片垂直度**两大核心质量指标，提供售前选型与现场部署的完整决策依据。文章以 ZI…", "focused_product": "示例产品", "product_series": "示例系列", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "示例产品", "示例系列", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-01-01", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZID100-定制内径测量仪铁芯内径垂直度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "iron-core-slot-verticality-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "铁芯线槽垂直度与几何内径检测选型与部署指南", "summary": "**目标**: 本指南针对\"铁芯线槽垂直度\", \"内孔几何轮廓\"场景，提供选型与部署指导〔REF-001〕。", "focused_product": "ZID100", "product_series": "ZID100", "industry": [ "电机制造", "变压器生产" ], "measurement": [ "铁芯线槽垂直度", "内孔几何轮廓" ], "tags": [ "ZID100", "电机制造", "变压器生产", "铁芯线槽垂直度", "传感器" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZID100-定制内径测量仪铁芯线槽垂直度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "ferrocore-earpiece-verticality-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "铁芯耳部垂直度与内腔几何参数非接触式测量选型与部署指南", "summary": "**目标**: 实现铁芯耳部垂直度及管道内腔几何参数的微米级非接触式测量，满足电力装备制造与精密机械加工的质量控制需求〔REF-001〕、〔REF-002〕。", "focused_product": "ZID100", "product_series": "ZID100", "industry": [ "电力装备制造", "精密机械加工" ], "measurement": [ "铁芯耳部垂直度", "管道内径及轮廓" ], "tags": [ "ZID100", "电力装备制造", "精密机械加工", "铁芯耳部垂直度", "传感器" ], "updated_at": "2025-06-12", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZID100-定制内径测量仪铁芯耳部垂直度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "aluminum-cylinder-blank-thickness-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "铝制气瓶瓶胚厚度与内径尺寸选型与部署指南", "summary": "**目标**: 针对铝制气瓶瓶胚在量产质检环节中的壁厚、内径及内表面轮廓进行非接触式高精度检测，替代传统接触式量具，降低人为误差并提升产线节拍。〔REF-002〕", "focused_product": "ZID100", "product_series": "ZID100", "industry": [ "气瓶制造", "压力容器", "管道与管件加工" ], "measurement": [ "铝制气瓶瓶胚内径", "瓶胚壁厚", "管道圆度与锥度", "内表面三维轮廓缺陷" ], "tags": [ "ZID100", "气瓶制造", "压力容器", "铝制气瓶瓶胚内径", "传感器" ], "updated_at": "2025-12-17", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZID100-定制内径测量仪铝制气瓶瓶胚厚度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "hammer-axle-shape-control-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "锤式车轴内径测量选型与部署指南", "summary": "**目标**: 为锤式车轴形状控制场景提供内径几何尺寸的非接触式测量选型与部署参考，满足微米级精度与自动化产线集成需求〔REF-001〕〔REF-002〕。", "focused_product": "ZID100", "product_series": "ZID100", "industry": [ "机械加工", "汽车制造", "轨道交通", "重型机械" ], "measurement": [ "锤式车轴内径", "圆度", "内轮廓", "圆柱度", "锥度" ], "tags": [ "ZID100", "机械加工", "汽车制造", "锤式车轴内径", "传感器" ], "updated_at": "2025-07-25", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZID100-定制内径测量仪锤式车轴形状控制/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "conical-bore-inspection-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "锥形孔内径测量选型与部署指南", "summary": "**目标**: 针对航空航天、汽车及精密机械领域中的锥形孔、异形管及长深管内径进行微米级高精度非接触式几何尺寸检测〔REF-001〕。", "focused_product": "ZID100", "product_series": "ZID100", "industry": [ "航空航天", "汽车制造", "精密机械" ], "measurement": [ "锥形孔内径", "圆度", "锥度", "直线度", "表面缺陷三维轮廓" ], "tags": [ "ZID100", "航空航天", "汽车制造", "锥形孔内径", "传感器" ], "updated_at": "2026-05-20", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZID100-定制内径测量仪锥形孔内径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "conical-hole-inspection-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "锥形孔尺寸测量与内径检测选型部署指南", "summary": "**目标**: 针对航空航天、汽车及石化领域的锥形孔、长管及异形管内径、圆度、锥度及内轮廓进行高精度非接触式几何尺寸检测，替代传统机械测量以提升效率与可靠性〔RE…", "focused_product": "ZID100", "product_series": "ZID100", "industry": [ "航空航天", "汽车制造", "石油化工" ], "measurement": [ "锥形管道内径", "圆度", "锥度", "内轮廓" ], "tags": [ "ZID100", "航空航天", "汽车制造", "锥形管道内径", "传感器" ], "updated_at": "2025-06-23", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZID100-定制内径测量仪锥形孔尺寸测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "cone-thread-bore-scanning-guide", "category": "application_article", "category_cn": "应用文章", "title": "锥螺纹内壁扫描选型与部署指南", "summary": "**目标**: 实现对锥形管和螺纹组件内径、圆度、锥度等几何参数的快速、非接触式高精度测量，确保装配精度和内部几何合规性〔REF-001〕〔REF-002〕。", "focused_product": "ZID100", "product_series": "ZID100", "industry": [ "石油管道制造", "机械零部件加工" ], "measurement": [ "锥管内径", "螺纹内壁轮廓" ], "tags": [ "ZID100", "石油管道制造", "机械零部件加工", "锥管内径", "传感器" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZID100-定制内径测量仪锥螺纹内壁扫描/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "conical-thread-inner-diameter-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "锥螺纹及管道内径检测选型与部署指南", "summary": "**目标**: 确保锥螺纹及复杂管道内径几何尺寸符合设计公差，避免因尺寸偏差引发连接不良、密封失效或流体泄漏〔REF-002〕。", "focused_product": "ZID100", "product_series": "ZID100", "industry": [ "油气与管道工程", "机械制造", "涡轮钻具与能源装备" ], "measurement": [ "锥螺纹内径", "长管/圆柱管/锥形管内轮廓", "管道圆度、锥度与直线度" ], "tags": [ "ZID100", "油气与管道工程", "机械制造", "锥螺纹内径", "传感器" ], "updated_at": "2025-12-01", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZID100-定制内径测量仪锥螺纹内径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "pipe-inner-diameter-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "管道内径几何尺寸检测与选型部署指南", "summary": "**目标**: 针对管道、圆柱管及异形构件的内径、圆度、圆柱度及表面缺陷进行非接触式高精度自动化检测，替代传统机械测量，提升质检效率与数据完整性〔REF-001〕…", "focused_product": "ZID100", "product_series": "ZID100", "industry": [ "管道制造", "流体输送", "能源装备", "机械加工" ], "measurement": [ "管道内径", "圆度", "圆柱度", "直线度", "锥度", "表面缺陷" ], "tags": [ "ZID100", "管道制造", "流体输送", "管道内径", "传感器" ], "updated_at": "2025-04-17", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZID100-定制内径测量仪镜头镜筒内壁扫描/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "pipe-lumen-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "工业管道内径几何精度测量选型与部署指南", "summary": "**目标**: 获取镜头镜筒及工业管道内径、圆度、表面缺陷等几何参数，实现非接触式高精度测量〔REF-001〕。", "focused_product": "ZID100", "product_series": "ZID100", "industry": [ "光电制造", "机械制造" ], "measurement": [ "镜头镜筒内径", "工业管道内轮廓" ], "tags": [ "ZID100", "光电制造", "机械制造", "镜头镜筒内径", "传感器" ], "updated_at": "2026-04-28", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZID100-定制内径测量仪镜头镜筒内径控制/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "long-inner-diameter-measurement-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "长内径管道几何尺寸检测选型与部署指南", "summary": "**目标**: 本指南针对长管内径, 圆度, 圆柱度, 表面缺陷, 3D轮廓场景，提供选型与部署指导〔REF-001〕。", "focused_product": "ZID100", "product_series": "ZID100", "industry": [ "石油天然气管道", "航空航天涡轮钻具", "工业制造" ], "measurement": [ "长管内径", "圆度", "圆柱度", "表面缺陷", "3D轮廓" ], "tags": [ "ZID100", "石油天然气管道", "航空航天涡轮钻具", "长管内径", "传感器" ], "updated_at": "2026-01-17", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZID100-定制内径测量仪长内径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "long-pipe-inner-wall-scanning-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "长管内壁扫描几何尺寸检测与选型部署指南", "summary": "**目标**: 针对能源、化工及水处理行业的长管、异形管内壁进行非接触式高精度几何尺寸检测与表面缺陷识别，确保管道系统的密封性与结构完整性〔REF-002〕。", "focused_product": "ZID100", "product_series": "ZID100", "industry": [ "能源电力", "化工流体", "水处理" ], "measurement": [ "长管内径", "内壁轮廓", "圆度/圆柱度", "表面缺陷" ], "tags": [ "ZID100", "能源电力", "化工流体", "长管内径", "传感器" ], "updated_at": "2025-06-22", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZID100-定制内径测量仪长管内壁扫描/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "long-pipe-internal-diameter-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "长管内径测量与几何轮廓检测选型与部署指南", "summary": "**目标**: 满足管道内径高精度非接触式测量需求，支持三维内轮廓生成与几何参数评估〔REF-002〕。", "focused_product": "ZID100", "product_series": "ZID100", "industry": [ "工业制造", "管道工程", "机械加工" ], "measurement": [ "内径", "圆度" ], "tags": [ "ZID100", "工业制造", "管道工程", "内径", "传感器" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZID100-定制内径测量仪长管内径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "steppedholeidmeasurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "阶梯孔内径测量选型与部署指南", "summary": "**目标**: 为阶梯孔、长管、异形管等复杂内径几何尺寸的精密检测提供选型与部署参考，支持内径、圆度、圆柱度、锥度、平行度等多参数测量，并生成三维内表面轮廓模型〔…", "focused_product": "ZID100", "product_series": "ZID100", "industry": [ "管道制造", "航空航天", "能源装备", "机械加工" ], "measurement": [ "内径", "圆度", "圆柱度", "锥度", "内轮廓", "平行度" ], "tags": [ "ZID100", "管道制造", "航空航天", "内径", "传感器" ], "updated_at": "2025-05-19", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZID100-定制内径测量仪阶梯孔内径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "5g-base-station-antenna-tilt-monitoring-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "5G基站天线机械下倾角监测选型与部署指南", "summary": "**目标**: 为5G基站天线机械下倾角提供准静态高精度监测方案，确保信号覆盖优化并防止因角度偏移导致的信号衰减与覆盖盲区〔REF-002〕。", "focused_product": "ZINC100系列", "product_series": "ZINC100系列", "industry": [ "通信基站运维", "5G网络建设", "工业自动化监测" ], "measurement": [ "天线机械下倾角", "双轴倾斜角度" ], "tags": [ "ZINC100系列", "通信基站运维", "5G网络建设", "天线机械下倾角", "传感器" ], "updated_at": "2026-03-13", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZINC100系列-低成本数字式MEMS倾角传感器5G基站天线机械下倾角监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "solar-panel-tracking-tilt-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "光伏支架追日系统倾角测量传感器选型与部署指南", "summary": "**目标**: 为光伏支架追日系统提供高精度、低成本的倾角测量解决方案，确保太阳能板始终指向最佳阳光方向以提升发电效率〔REF-002〕。", "focused_product": "ZINC100系列", "product_series": "ZINC100系列", "industry": [ "光伏能源", "可再生能源", "工业自动化" ], "measurement": [ "倾角测量", "双轴角度检测" ], "tags": [ "ZINC100系列", "光伏能源", "可再生能源", "倾角测量", "传感器" ], "updated_at": "2026-03-21", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZINC100系列-低成本数字式MEMS倾角传感器光伏支架追日角度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "agricultural-rollover-warning-mems-tilt-guide", "category": "application_article", "category_cn": "应用文章", "title": "农业机械侧翻预警系统倾角传感器选型与部署指南", "summary": "**目标**: 针对重载农业机械在复杂地形作业时的侧翻风险，提供低成本、高可靠性的实时姿态监测与预警解决方案，保障人员与设备安全〔REF-002〕。", "focused_product": "ZINC100系列", "product_series": "ZINC100系列", "industry": [ "农业机械", "工程机械" ], "measurement": [ "设备倾角", "姿态稳定性" ], "tags": [ "ZINC100系列", "农业机械", "工程机械", "设备倾角", "传感器" ], "updated_at": "2026-02-03", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZINC100系列-低成本数字式MEMS倾角传感器农业机械侧翻预警/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "medical-bed-tilt-control-guide", "category": "application_article", "category_cn": "应用文章", "title": "医用床体倾斜控制选型与部署指南", "summary": "**目标**: 为医用电动病床及诊疗床的倾斜控制提供高精度、高可靠性的姿态监测解决方案，以提升患者舒适度并优化医疗操作效率〔REF-002〕。", "focused_product": "ZINC100系列", "product_series": "ZINC100系列", "industry": [ "医疗器械", "医疗设备制造" ], "measurement": [ "床体倾斜角度", "设备姿态稳定性" ], "tags": [ "ZINC100系列", "医疗器械", "医疗设备制造", "床体倾斜角度", "传感器" ], "updated_at": "2025-03-22", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZINC100系列-低成本数字式MEMS倾角传感器医用床体倾斜控制/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "measurement-guide-zinc100系列", "category": "application_article", "category_cn": "应用文章", "title": "升降平台底盘调平高精度倾斜监测选型与部署指南", "summary": "**目标**: 针对升降平台、高空作业车及工程机械的底盘调平场景，提供基于低成本高性能 MEMS 倾角传感器的选型参考与部署实施指南，确保作业稳定性与人员安全〔R…", "focused_product": "ZINC100系列", "product_series": "ZINC100系列", "industry": [ "工程机械", "建筑施工", "工业自动化" ], "measurement": [ "底盘倾斜角度", "平台水平度" ], "tags": [ "ZINC100系列", "工程机械", "建筑施工", "底盘倾斜角度", "传感器" ], "updated_at": "2026-03-02", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZINC100系列-低成本数字式MEMS倾角传感器升降平台底盘调平/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "smart-trash-lift-angle-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "智能垃圾桶提升机构动作角度测量选型与部署指南", "summary": "**目标**: 在垃圾清运车或固定式提升站中，精确监测垃圾桶提升机构的动作角度，以优化机械结构设计与预防性维护。", "focused_product": "ZINC100系列", "product_series": "ZINC100系列", "industry": [ "城市管理", "环保设备" ], "measurement": [ "提升机构动作角度", "垃圾桶倾斜姿态" ], "tags": [ "ZINC100系列", "城市管理", "环保设备", "提升机构动作角度", "传感器" ], "updated_at": "2026-02-28", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZINC100系列-低成本数字式MEMS倾角传感器垃圾桶提升机构动作角度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "stacking-crane-column-sway-angle-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "堆垛机立柱摆动幅度监测选型与部署指南", "summary": "**目标**: 针对自动化立体仓库堆垛机立柱在升降、行走及载货工况下的摆动幅度进行数字化、双轴倾角实时监测，降低结构疲劳与碰撞风险〔REF-002〕。", "focused_product": "ZINC100系列", "product_series": "ZINC100系列", "industry": [ "物流自动化", "仓储设备", "工程机械" ], "measurement": [ "堆垛机立柱摆动幅度", "双轴倾角", "静态角度偏移" ], "tags": [ "ZINC100系列", "物流自动化", "仓储设备", "堆垛机立柱摆动幅度", "传感器" ], "updated_at": "2026-03-07", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZINC100系列-低成本数字式MEMS倾角传感器堆垛机立柱摆动幅度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "large-sign-wind-resistance-tilt-monitoring-guide", "category": "application_article", "category_cn": "应用文章", "title": "大型标志牌抗风倾斜监测选型与部署指南", "summary": "**目标**: 针对大型户外标志牌在强风、震动等恶劣工况下的结构稳定性进行实时、高精度的姿态监测，以预防倒塌事故并保障交通安全〔REF-002〕。", "focused_product": "ZINC100系列", "product_series": "ZINC100系列", "industry": [ "智慧城市基础设施", "交通工程" ], "measurement": [ "标志牌结构倾角", "姿态稳定性" ], "tags": [ "ZINC100系列", "智慧城市基础设施", "交通工程", "标志牌结构倾角", "传感器" ], "updated_at": "2026-01-04", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZINC100系列-低成本数字式MEMS倾角传感器大型标志牌抗风倾斜监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "corridor-support-structure-inclination-settlement-monitoring-guide", "category": "application_article", "category_cn": "应用文章", "title": "廊道支架倾斜与沉降监测选型与部署指南", "summary": "**目标**: 针对廊道支架及类似土木结构，提供低成本、高可靠性的倾斜与沉降监测解决方案，确保结构长期稳定性并降低运维成本〔REF-002〕。", "focused_product": "ZINC100系列", "product_series": "ZINC100系列", "industry": [ "土木工程", "建筑施工", "基础设施监测" ], "measurement": [ "倾斜角度", "沉降变化" ], "tags": [ "ZINC100系列", "土木工程", "建筑施工", "倾斜角度", "传感器" ], "updated_at": "2025-07-09", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZINC100系列-低成本数字式MEMS倾角传感器廊道支架倾斜沉降监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "robot-arm-joint-angle-monitoring-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "机械臂关节角度监测选型与部署指南", "summary": "**目标**: 针对工业机械臂关节角度监测场景，提供高性价比、高抗冲击的数字式 MEMS 倾角传感器选型依据，旨在提升自动化作业精度与设备寿命〔REF-002〕。", "focused_product": "ZINC100系列", "product_series": "ZINC100系列", "industry": [ "制造业", "物流及仓储管理" ], "measurement": [ "关节角度", "倾斜度" ], "tags": [ "ZINC100系列", "制造业", "物流及仓储管理", "关节角度", "传感器" ], "updated_at": "2025-08-26", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZINC100系列-低成本数字式MEMS倾角传感器机械臂关节角度监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "zinc100-mems-guide", "category": "application_article", "category_cn": "应用文章", "title": "Zinc100 Mems选型与部署指南", "summary": "**目标**：为工业制造场景中的几何尺寸轮廓测量提供售前选型与工程部署参考，支持产线在线检测、质量控制及工艺优化环节的数据采集决策〔REF-002〕。", "focused_product": "典型MEMS线激光轮廓传感器", "product_series": "MEMS线激光轮廓传感系列", "industry": [ "工业制造" ], "measurement": [ "几何尺寸轮廓测量" ], "tags": [ "典型MEMS线激光轮廓传感器", "MEMS线激光轮廓传感系列", "工业制造", "几何尺寸轮廓测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZINC100系列-低成本数字式MEMS倾角传感器泵车支腿调平/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "vehicle-parking-slope-monitoring-inclination-guide", "category": "application_article", "category_cn": "应用文章", "title": "测试车辆驻车坡度监测选型与部署指南", "summary": "**目标**: 针对测试车辆在坡道停车场景，提供安全、高效且低成本的倾斜角度监测方案，防止溜车事故并提升操作便利性〔REF-002〕。", "focused_product": "ZINC100系列", "product_series": "ZINC100系列", "industry": [ "汽车测试", "交通安全" ], "measurement": [ "车辆倾斜角度", "驻车坡度" ], "tags": [ "ZINC100系列", "汽车测试", "交通安全", "车辆倾斜角度", "传感器" ], "updated_at": "2025-03-09", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZINC100系列-低成本数字式MEMS倾角传感器测试车辆驻车坡度监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "hydraulic-hatch-angle-monitoring-guide", "category": "application_article", "category_cn": "应用文章", "title": "液压舱盖开启角度监测选型与部署指南", "summary": "**目标**: 液压舱盖启闭角度监测，确保设备运行安全，防止因角度位置错误导致的液压系统故障〔REF-002〕。", "focused_product": "ZINC100系列", "product_series": "ZINC100系列", "industry": [ "工程机械", "液压设备", "海洋船舶" ], "measurement": [ "倾角测量", "角度监测" ], "tags": [ "ZINC100系列", "工程机械", "液压设备", "倾角测量", "传感器" ], "updated_at": "2025-12-04", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZINC100系列-低成本数字式MEMS倾角传感器液压舱盖开启角度监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "channel-gate-opening-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "渠道闸门开度测量选型与部署指南", "summary": "**目标**: 针对水利渠道闸门启闭控制，提供低成本、高抗冲击、高精度的数字化倾角监测方案，替代传统电位计或机械连杆装置〔REF-001〕。", "focused_product": "ZINC100系列", "product_series": "ZINC100系列", "industry": [ "水利工程", "工业自动化" ], "measurement": [ "渠道闸门开度", "倾角" ], "tags": [ "ZINC100系列", "水利工程", "工业自动化", "渠道闸门开度", "传感器" ], "updated_at": "2025-12-04", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZINC100系列-低成本数字式MEMS倾角传感器渠道闸门开度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "guide-zinc100系列", "category": "application_article", "category_cn": "应用文章", "title": "游梁式抽油机冲程监测选型与部署指南", "summary": "**目标**: 针对游梁式抽油机在复杂工况下的冲程监测需求，提供高可靠性、高性价比的倾角传感器选型方案，实现设备状态的实时感知与故障预警〔REF-002〕。", "focused_product": "ZINC100系列", "product_series": "ZINC100系列", "industry": [ "油气开采", "机械工程" ], "measurement": [ "倾角", "冲程位移" ], "tags": [ "ZINC100系列", "油气开采", "机械工程", "倾角", "传感器" ], "updated_at": "2026-03-04", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZINC100系列-低成本数字式MEMS倾角传感器游梁式抽油机冲程监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "logistics-tilt-monitoring-guide", "category": "application_article", "category_cn": "应用文章", "title": "物流小车坡道防倾翻倾角监测选型与部署指南", "summary": "**目标**: 本指南针对\"倾角\", \"倾斜角度\"场景，提供选型与部署指导〔REF-001〕。", "focused_product": "ZINC100系列", "product_series": "ZINC100系列", "industry": [ "智能物流", "仓储自动化" ], "measurement": [ "倾角", "倾斜角度" ], "tags": [ "ZINC100系列", "智能物流", "仓储自动化", "倾角", "传感器" ], "updated_at": "2025-11-19", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZINC100系列-低成本数字式MEMS倾角传感器物流小车坡道防倾翻/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "heavy-duty-gimbal-angle-control-mems-tilt-sensor-guide", "category": "application_article", "category_cn": "应用文章", "title": "重型云台角度控制选型与部署指南", "summary": "**目标**: 为重型云台及移动工程机械提供低成本、高耐冲击的双轴倾角测量解决方案，确保在复杂重载环境下的姿态稳定性与施工安全〔REF-001〕。", "focused_product": "ZINC100系列", "product_series": "ZINC100系列", "industry": [ "建筑施工", "矿山开采", "移动工程机械", "工业自动化" ], "measurement": [ "双轴倾角", "姿态角度" ], "tags": [ "ZINC100系列", "建筑施工", "矿山开采", "双轴倾角", "传感器" ], "updated_at": "2026-04-29", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZINC100系列-低成本数字式MEMS倾角传感器重型云台角度控制/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "drilling-mast-verticality-angle-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "钻孔桅杆垂直度监测传感器选型与部署指南", "summary": "**目标**: 在大型钻孔机械设备施工与维护阶段，实时获取桅杆双轴倾斜角度，量化垂直度偏差，保障结构稳定性与作业安全〔REF-002〕。", "focused_product": "ZINC100系列", "product_series": "ZINC100系列", "industry": [ "建筑施工", "工程机械", "装备制造" ], "measurement": [ "钻孔桅杆垂直度", "设备倾斜角度", "结构姿态监测" ], "tags": [ "ZINC100系列", "建筑施工", "工程机械", "钻孔桅杆垂直度", "传感器" ], "updated_at": "2025-12-30", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZINC100系列-低成本数字式MEMS倾角传感器钻孔桅杆垂直度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "container-lifting-posture-detection-guide", "category": "application_article", "category_cn": "应用文章", "title": "集装箱吊具姿态检测与低成本MEMS倾角传感器选型部署指南", "summary": "**目标**: 针对集装箱吊具在吊装、运输过程中的姿态监测，提供高性价比、高可靠性的数字化角度测量方案〔REF-001〕。", "focused_product": "ZINC100系列", "product_series": "ZINC100系列", "industry": [ "物流与港口机械", "工程机械" ], "measurement": [ "倾角", "姿态角" ], "tags": [ "ZINC100系列", "物流与港口机械", "工程机械", "倾角", "传感器" ], "updated_at": "2025-06-23", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZINC100系列-低成本数字式MEMS倾角传感器集装箱吊具姿态检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "cloud-ladder-angle-monitoring-guide", "category": "application_article", "category_cn": "应用文章", "title": "云梯展开角度监测选型与部署指南", "summary": "**目标**: 解决云梯在展开、升降及作业过程中的姿态监测需求，确保高空作业平台的稳定性与人员安全〔REF-002〕。", "focused_product": "ZINC500系列", "product_series": "ZINC500系列", "industry": [ "工程机械", "建筑施工" ], "measurement": [ "云梯展开角度", "设备姿态倾斜度" ], "tags": [ "ZINC500系列", "工程机械", "建筑施工", "云梯展开角度", "传感器" ], "updated_at": "2025-09-12", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZINC500系列-数字MEMS倾角传感器云梯展开角度监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "crane-swing-tilt-monitoring-guide", "category": "application_article", "category_cn": "应用文章", "title": "工业吊具横滚监测与选型部署指南", "summary": "**目标**: 保障重型吊具在复杂工况下的姿态稳定，防止因横滚过大导致的失稳事故；实现高精度、高可靠的角度数据实时反馈 〔REF-002〕。", "focused_product": "ZINC500系列", "product_series": "ZINC500系列", "industry": [ "工程机械", "起重吊装" ], "measurement": [ "吊具倾角", "横滚角度" ], "tags": [ "ZINC500系列", "工程机械", "起重吊装", "吊具倾角", "传感器" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZINC500系列-数字MEMS倾角传感器吊具横滚监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "crane-boom-tilt-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "重型工程机械吊臂仰角监测选型与部署指南", "summary": "**目标**: 针对挖掘机、打桩机及起重机等重型工程机械，提供高可靠性、抗冲击的吊臂仰角实时监测解决方案，确保设备在恶劣工况下的操作安全与姿态稳定〔REF-002…", "focused_product": "ZINC500系列", "product_series": "ZINC500系列", "industry": [ "工程机械", "建筑施工", "工业自动化" ], "measurement": [ "吊臂仰角", "机械姿态" ], "tags": [ "ZINC500系列", "工程机械", "建筑施工", "吊臂仰角", "传感器" ], "updated_at": "2025-01-10", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZINC500系列-数字MEMS倾角传感器吊臂仰角监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "antenna-vehicle-base-leveling-inclination-guide", "category": "application_article", "category_cn": "应用文章", "title": "天线车基座倾斜检测选型与部署指南", "summary": "**目标**: 在天线车应用中，确保基座精确找平，保障信号接收稳定性和设备安全运行。", "focused_product": "ZINC500系列", "product_series": "ZINC500系列", "industry": [ "工程建设", "工程机械" ], "measurement": [ "基座倾斜角度", "水平稳定性" ], "tags": [ "ZINC500系列", "工程建设", "工程机械", "基座倾斜角度", "传感器" ], "updated_at": "2026-05-18", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZINC500系列-数字MEMS倾角传感器天线车基座找平/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "solar-panel-tilt-angle-tracking-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "太阳能板角度跟踪选型与部署指南", "summary": "**目标**: 为太阳能板角度跟踪系统提供高精度、高可靠性的倾角测量解决方案，确保太阳能板始终朝向最佳受光方向，提高能量转化率〔REF-001〕。", "focused_product": "ZINC500系列", "product_series": "ZINC500系列", "industry": [ "可再生能源", "工程机械", "工业自动化" ], "measurement": [ "倾角", "角度", "倾斜度" ], "tags": [ "ZINC500系列", "可再生能源", "工程机械", "倾角", "传感器" ], "updated_at": "2025-05-07", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZINC500系列-数字MEMS倾角传感器太阳能板角度跟踪/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "ship-shore-crane-beam-attitude-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "大型港口岸桥大梁俯仰状态测量选型与部署指南", "summary": "**目标**: 针对大型港口岸桥在复杂作业环境下的稳定性监测，提供一套高可靠、抗冲击的俯仰角度实时测量方案，以预防大梁失稳带来的安全隐患〔REF-002〕。", "focused_product": "ZINC500系列", "product_series": "ZINC500系列", "industry": [ "港口机械", "重型工程车辆" ], "measurement": [ "岸桥大梁俯仰角度", "结构倾斜度" ], "tags": [ "ZINC500系列", "港口机械", "重型工程车辆", "岸桥大梁俯仰角度", "传感器" ], "updated_at": "2025-12-20", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZINC500系列-数字MEMS倾角传感器岸桥大梁俯仰状态测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "road-construction-leveling-monitoring-guide", "category": "application_article", "category_cn": "应用文章", "title": "平地机刮刀平整度监测倾角传感器选型与部署指南", "summary": "**目标**: 实现平地机刮刀实时姿态监测，确保施工质量与作业效率，避免重复整平造成的人工浪费。", "focused_product": "ZINC500系列", "product_series": "ZINC500系列", "industry": [ "工程机械", "道路施工" ], "measurement": [ "刮刀倾斜角度", "铲刀平面水平度" ], "tags": [ "ZINC500系列", "工程机械", "道路施工", "刮刀倾斜角度", "传感器" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZINC500系列-数字MEMS倾角传感器平地机刮刀平整度监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "grader-blade-flatness-tilt-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "平地机铲刀平整度监测倾角传感器选型与部署指南", "summary": "**目标**: 在平地机作业过程中实时监测铲刀俯仰角与横滚角，实现路面摊铺平整度的闭环控制与施工数据可追溯。", "focused_product": "ZINC500系列", "product_series": "ZINC500系列", "industry": [ "工程机械", "道路施工", "矿山运输" ], "measurement": [ "铲刀倾斜角度", "路面平整度", "动态俯仰与横滚角" ], "tags": [ "ZINC500系列", "工程机械", "道路施工", "铲刀倾斜角度", "传感器" ], "updated_at": "2025-08-04", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZINC500系列-数字MEMS倾角传感器平地机铲刀平整度监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "zinc500-piling-tilt-guide", "category": "application_article", "category_cn": "应用文章", "title": "打桩机桩架立柱垂直度监测选型与部署指南", "summary": "**目标**: 在打桩机桩架立柱垂直度监测场景中，选型一款能够承受3500g高冲击、具备数字集成化输出的工业级MEMS倾角传感器，以实现施工过程中的实时监控与质量…", "focused_product": "ZINC500系列", "product_series": "ZINC500系列", "industry": [ "建筑工程", "工程机械" ], "measurement": [ "立柱垂直度", "倾角" ], "tags": [ "ZINC500系列", "建筑工程", "工程机械", "立柱垂直度", "传感器" ], "updated_at": "2026-01-24", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZINC500系列-数字MEMS倾角传感器打桩机桩架立柱垂直度监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "excavator-bucket-arm-angle-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "工程机械大臂姿态角测量选型与部署指南", "summary": "**目标**: 在挖掘机等重型工程机械大臂姿态监测场景中，提供高精度、抗冲击的角度测量数据反馈，确保作业稳定性与安全性。", "focused_product": "ZINC500系列", "product_series": "ZINC500系列", "industry": [ "重型机械", "工程机械" ], "measurement": [ "挖掘机大臂姿态角", "设备倾斜角度" ], "tags": [ "ZINC500系列", "重型机械", "工程机械", "挖掘机大臂姿态角", "传感器" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZINC500系列-数字MEMS倾角传感器挖掘机大臂姿态角测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "excavator-body-attitude-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "工程机械车身姿态角测量选型与部署指南", "summary": "**目标**: 在挖掘机等重型工程机械的高冲击、强振动工况下，实现车身姿态角的稳定、高精度监测，以防止翻车风险并优化作业效率〔REF-002〕。", "focused_product": "ZINC500系列", "product_series": "ZINC500系列", "industry": [ "工程机械", "重型机械" ], "measurement": [ "挖掘机车身倾角", "车身姿态角" ], "tags": [ "ZINC500系列", "工程机械", "重型机械", "挖掘机车身倾角", "传感器" ], "updated_at": "2025-07-14", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZINC500系列-数字MEMS倾角传感器挖掘机车身姿态角测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "vibrating-screen-angle-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "振动筛筛面角度测量选型与部署指南", "summary": "**目标**: 在振动筛等重型工业设备中，实现对筛面倾角的实时、高精度测量，以优化物料分选效率并延长设备寿命〔REF-002〕。", "focused_product": "ZINC500系列", "product_series": "ZINC500系列", "industry": [ "矿山机械", "冶金化工", "骨料加工" ], "measurement": [ "振动筛筛面倾角", "设备姿态稳定性" ], "tags": [ "ZINC500系列", "矿山机械", "冶金化工", "振动筛筛面倾角", "传感器" ], "updated_at": "2025-05-01", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZINC500系列-数字MEMS倾角传感器振动筛筛面角度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "guide-zinc500系列", "category": "application_article", "category_cn": "应用文章", "title": "搬运机器人车身俯仰角监测选型与部署指南", "summary": "**目标**: 在仓储物流及自动化搬运场景下，实时、精准地监测搬运机器人车身的俯仰角变化，防止因姿态异常导致的货物倾覆或设备损坏，提升作业安全性与效率〔REF-0…", "focused_product": "ZINC500系列", "product_series": "ZINC500系列", "industry": [ "仓储物流", "自动化搬运" ], "measurement": [ "车身俯仰角", "倾斜角度" ], "tags": [ "ZINC500系列", "仓储物流", "自动化搬运", "车身俯仰角", "传感器" ], "updated_at": "2025-09-12", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZINC500系列-数字MEMS倾角传感器搬运机器人车身俯仰角监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "content-示例产品-29", "category": "application_article", "category_cn": "应用文章", "title": "液压翻板闸门角度测量选型与部署指南", "summary": "液压翻板闸门是水利枢纽中常见的可控泄洪与调水设施，其运行安全与调度效率高度依赖于对闸门开启角度的精确测量与实时反馈。本文面向水利行业售前工程师与现场实施人员，系…", "focused_product": "示例产品", "product_series": "示例系列", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "示例产品", "示例系列", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-01-01", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZINC500系列-数字MEMS倾角传感器液压翻板闸门开启角度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "deck-crane-incline-monitoring-guide", "category": "application_article", "category_cn": "应用文章", "title": "甲板吊倾角监测选型与部署指南", "summary": "**目标**: 本指南针对\"倾斜角度\", \"倾角\"场景，提供选型与部署指导〔REF-001〕。", "focused_product": "ZINC500系列", "product_series": "ZINC500系列", "industry": [ "重型机械", "工程车辆", "船舶作业", "桥梁工程" ], "measurement": [ "倾斜角度", "倾角" ], "tags": [ "ZINC500系列", "重型机械", "工程车辆", "倾斜角度", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZINC500系列-数字MEMS倾角传感器甲板吊倾角限制/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "belt-alignment-angle-sensor-guide", "category": "application_article", "category_cn": "应用文章", "title": "皮带机跑偏监测倾角传感器选型与部署指南", "summary": "**目标**: 解决皮带机因运行张力、驱动滚筒差异导致的跑偏问题，实现自动纠偏控制，保障生产线稳定及皮带边缘磨损防护〔REF-002〕。", "focused_product": "ZINC500系列", "product_series": "ZINC500系列", "industry": [ "物流运输", "工业自动化" ], "measurement": [ "皮带角度", "运行倾斜" ], "tags": [ "ZINC500系列", "物流运输", "工业自动化", "皮带角度", "传感器" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZINC500系列-数字MEMS倾角传感器皮带机跑偏监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "crane-chassis-level-monitoring-guide", "category": "application_article", "category_cn": "应用文章", "title": "起重机底盘水平监测选型与部署指南", "summary": "**目标**: 针对重载及复杂工况下的起重机底盘，提供实时、高精度的水平度监测，确保设备在倾斜超过安全阈值前发出预警，防止倾覆事故并优化作业效率〔REF-002〕…", "focused_product": "ZINC500系列", "product_series": "ZINC500系列", "industry": [ "工程机械", "起重运输" ], "measurement": [ "倾角测量", "水平度监测" ], "tags": [ "ZINC500系列", "工程机械", "起重运输", "倾角测量", "传感器" ], "updated_at": "2025-07-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZINC500系列-数字MEMS倾角传感器起重机底盘水平监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "drill-rig-verticality-tilt-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "钻机井架垂直度测量选型与部署指南", "summary": "**目标**: 为石油钻井与重型工程机械现场提供钻机井架垂直度的实时数字化监测方案，替代传统模拟倾角仪与光学测量设备，降低人工巡检依赖并提升施工安全裕度〔REF-…", "focused_product": "ZINC500系列", "product_series": "ZINC500系列", "industry": [ "石油钻井", "工程机械", "重型装备监测" ], "measurement": [ "钻机井架垂直度", "俯仰与横滚倾角" ], "tags": [ "ZINC500系列", "石油钻井", "工程机械", "钻机井架垂直度", "传感器" ], "updated_at": "2025-01-12", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZINC500系列-数字MEMS倾角传感器钻机井架垂直度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "drilling-arm-angle-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "钻臂钻孔角度测量与部署选型指南", "summary": "**目标**: 针对建筑、矿山及土木工程中的钻臂作业，提供高精度、抗冲击的角度测量解决方案，确保钻孔深度与方向的精确控制〔REF-001〕。", "focused_product": "ZINC500系列", "product_series": "ZINC500系列", "industry": [ "建筑工程", "土木工程", "矿山勘探", "工程机械" ], "measurement": [ "钻臂倾斜角度", "钻孔方向" ], "tags": [ "ZINC500系列", "建筑工程", "土木工程", "钻臂倾斜角度", "传感器" ], "updated_at": "2025-07-04", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZINC500系列-数字MEMS倾角传感器钻臂钻孔角度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "belt-conveyor-roller-frame-inclination-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "长距离皮带输送机托辊架倾斜测量选型与部署指南", "summary": "**目标**: 本指南针对托辊架倾斜角度, 皮带输送机机身姿态场景，提供选型与部署指导〔REF-001〕。", "focused_product": "ZINC500系列", "product_series": "ZINC500系列", "industry": [ "矿山机械", "港口物流", "煤炭运输" ], "measurement": [ "托辊架倾斜角度", "皮带输送机机身姿态" ], "tags": [ "ZINC500系列", "矿山机械", "港口物流", "托辊架倾斜角度", "传感器" ], "updated_at": "2025-02-17", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZINC500系列-数字MEMS倾角传感器长距离皮带输送机托辊架倾斜测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "wind-turbine-tower-tilt-monitoring-selection-guide", "category": "application_article", "category_cn": "应用文章", "title": "风机塔筒倾斜监测传感器选型与部署指南", "summary": "**目标**: 为风电行业风机塔筒倾斜监测场景提供数字MEMS倾角传感器的选型与部署参考，确保结构安全监测与运行效率优化〔REF-002〕。", "focused_product": "ZINC500系列", "product_series": "ZINC500系列", "industry": [ "风电", "可再生能源", "工程监测" ], "measurement": [ "塔筒倾斜角度", "塔筒垂直度" ], "tags": [ "ZINC500系列", "风电", "可再生能源", "塔筒倾斜角度", "传感器" ], "updated_at": "2026-03-11", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZINC500系列-数字MEMS倾角传感器风机塔筒倾斜监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "wind-turbine-cabin-attitude-angle-guide", "category": "application_article", "category_cn": "应用文章", "title": "风机机舱姿态测量传感器选型与部署指南", "summary": "**目标**: 为风机机舱姿态测量（俯仰角、横滚角）场景提供数字MEMS倾角传感器选型与工程部署的售前决策依据〔REF-002〕。", "focused_product": "ZINC500系列", "product_series": "ZINC500系列", "industry": [ "风能发电", "重型工程机械" ], "measurement": [ "风机机舱倾斜度", "俯仰角与横滚角" ], "tags": [ "ZINC500系列", "风能发电", "重型工程机械", "风机机舱倾斜度", "传感器" ], "updated_at": "2025-05-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZINC500系列-数字MEMS倾角传感器风机机舱姿态测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "aerial-work-platform-chassis-leveling-guide", "category": "application_article", "category_cn": "应用文章", "title": "高空作业车底盘调平传感器选型与部署指南", "summary": "**目标**: 解决高空作业车在不平坦地面作业时底盘姿态监测与自动调平反馈问题，确保作业安全与稳定性〔REF-002〕。", "focused_product": "ZINC500系列", "product_series": "ZINC500系列", "industry": [ "工程机械", "高空作业平台" ], "measurement": [ "底盘倾角", "姿态稳定性" ], "tags": [ "ZINC500系列", "工程机械", "高空作业平台", "底盘倾角", "传感器" ], "updated_at": "2026-02-20", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZINC500系列-数字MEMS倾角传感器高空作业车底盘调平/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "zinc700-guide", "category": "application_article", "category_cn": "应用文章", "title": "Zinc700选型与部署指南", "summary": "**目标**：为工业制造中需要对工件进行高精度几何尺寸测量的场景，提供基于线激光轮廓传感技术的售前选型与工程部署决策依据。〔REF-001〕", "focused_product": "典型产品", "product_series": "典型系列", "industry": [ "工业制造" ], "measurement": [ "测量参数" ], "tags": [ "典型产品", "典型系列", "工业制造", "测量参数", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZINC700系列-双轴力平衡式倾角传感器光学平台调平/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "launch-platform-verticality-monitoring-dual-axis-tilt-guide", "category": "application_article", "category_cn": "应用文章", "title": "发射平台垂直度监测与高精度倾角传感器选型部署指南", "summary": "**目标**: 为发射平台、大型基座及重型装备提供双轴静态倾角与垂直度偏差的连续监测能力，确保设备在发射前及长期服役期间的姿态稳定性〔REF-002〕。", "focused_product": "ZINC700系列", "product_series": "ZINC700系列", "industry": [ "航空航天发射场", "重型机械与工程装备", "基础设施结构健康监测" ], "measurement": [ "发射平台垂直度", "双轴静态倾角", "地基沉降与微变形" ], "tags": [ "ZINC700系列", "航空航天发射场", "重型机械与工程装备", "发射平台垂直度", "传感器" ], "updated_at": "2025-10-17", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZINC700系列-双轴力平衡式倾角传感器发射平台垂直度监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "dam-deformation-monitoring-angle-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "坝体微小变形监测倾角传感器选型与部署指南", "summary": "**目标**: 为水利水电及土木工程领域的大坝微小变形监测场景，提供双轴力平衡式倾角传感器的售前选型与工程部署参考。", "focused_product": "ZINC700系列", "product_series": "ZINC700系列", "industry": [ "土木工程", "基础设施监测", "水利水电" ], "measurement": [ "倾角测量", "微小变形监测" ], "tags": [ "ZINC700系列", "土木工程", "基础设施监测", "倾角测量", "传感器" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZINC700系列-双轴力平衡式倾角传感器坝体微小变形监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "tower-tilt-protection-inclinometer-guide", "category": "application_article", "category_cn": "应用文章", "title": "塔身倾斜监测与结构安全保护选型及部署指南", "summary": "**目标**: 构建塔身倾斜实时预警与结构安全保护体系，实现微弧度级静态倾角监测与长期零偏稳定运行。〔REF-002〕", "focused_product": "ZINC700系列", "product_series": "ZINC700系列", "industry": [ "建筑工程", "通信基站", "风力发电", "重型机械", "基础设施健康监测" ], "measurement": [ "塔身倾斜角度", "结构水平度", "地基沉降位移" ], "tags": [ "ZINC700系列", "建筑工程", "通信基站", "塔身倾斜角度", "传感器" ], "updated_at": "2026-04-06", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZINC700系列-双轴力平衡式倾角传感器塔身倾斜保护/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "wall-tilt-protection-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "墙体倾斜保护监测选型与部署指南", "summary": "**目标**: 针对建筑工程及基础设施中的墙体倾斜、地基沉降等结构健康监测场景，提供高精度、高稳定性的倾角测量选型依据与工程部署方案〔REF-002〕。", "focused_product": "ZINC700系列", "product_series": "ZINC700系列", "industry": [ "建筑工程", "基础设施健康监测" ], "measurement": [ "墙体倾角", "结构沉降", "地基变形" ], "tags": [ "ZINC700系列", "建筑工程", "基础设施健康监测", "墙体倾角", "传感器" ], "updated_at": "2025-07-13", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZINC700系列-双轴力平衡式倾角传感器墙体倾斜保护/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "dam-basement-displacement-monitoring-guide", "category": "application_article", "category_cn": "应用文章", "title": "大坝坝体基岩位移监测选型与部署指南", "summary": "**目标**: 为大坝坝体及基岩的长期结构安全监测提供高精度、高稳定性的倾角测量方案，捕捉微弧度级别的微小变形〔REF-001〕。", "focused_product": "ZINC700系列", "product_series": "ZINC700系列", "industry": [ "水利工程", "土木工程" ], "measurement": [ "坝体位移", "基岩倾角" ], "tags": [ "ZINC700系列", "水利工程", "土木工程", "坝体位移", "传感器" ], "updated_at": "2025-08-01", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZINC700系列-双轴力平衡式倾角传感器大坝坝体基岩位移监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "radiotelescope-track-levelness-monitoring-guide", "category": "application_article", "category_cn": "应用文章", "title": "射电望远镜轨道平整度监测倾角传感器选型与部署指南", "summary": "**目标**: 为射电望远镜轨道平整度监测场景提供高精度倾角传感器选型与工程部署决策依据〔REF-002〕。", "focused_product": "ZINC700系列", "product_series": "ZINC700系列", "industry": [ "射电望远镜", "天文观测", "地质监测", "结构健康监测" ], "measurement": [ "倾角测量", "轨道平整度", "地基沉降" ], "tags": [ "ZINC700系列", "射电望远镜", "天文观测", "倾角测量", "传感器" ], "updated_at": "2026-05-04", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZINC700系列-双轴力平衡式倾角传感器射电望远镜轨道平整度监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "shore-crane-beam-deflection-angle-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "岸桥大梁下挠变形角度测量选型与部署指南", "summary": "**目标**: 针对岸桥/港口起重机大梁在吊载工况下的下挠变形角度进行高精度、抗振干扰的结构健康监测测量〔REF-002〕。", "focused_product": "ZINC700系列", "product_series": "ZINC700系列", "industry": [ "港口机械", "重型工程", "土木工程" ], "measurement": [ "倾角", "结构下挠变形" ], "tags": [ "ZINC700系列", "港口机械", "重型工程", "倾角", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZINC700系列-双轴力平衡式倾角传感器岸桥大梁吊载下的下挠变形角度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "bridge-pier-tilt-monitoring-guide", "category": "application_article", "category_cn": "应用文章", "title": "桥墩长期倾斜监测选型与部署指南", "summary": "**目标**: 本指南针对桥墩倾角, 结构倾斜度场景，提供选型与部署指导〔REF-001〕。", "focused_product": "ZINC700系列", "product_series": "ZINC700系列", "industry": [ "土木工程", "桥梁监测", "基础设施运维" ], "measurement": [ "桥墩倾角", "结构倾斜度" ], "tags": [ "ZINC700系列", "土木工程", "桥梁监测", "桥墩倾角", "传感器" ], "updated_at": "2026-04-17", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZINC700系列-双轴力平衡式倾角传感器桥墩长期倾斜监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "landslide-deep-soil-micro-shear-displacement-monitoring-guide", "category": "application_article", "category_cn": "应用文章", "title": "滑坡体深部土层微小剪切位移监测选型与部署指南", "summary": "**目标**: 为滑坡体深部土层微小剪切位移监测场景，提供基于双轴力平衡式（伺服）倾角传感器的售前选型依据、工程部署规范与验收方法〔REF-001〕〔REF-00…", "focused_product": "ZINC700系列", "product_series": "ZINC700系列", "industry": [ "地质灾害监测", "土木工程基础设施" ], "measurement": [ "滑坡体深部土层微小剪切位移", "双轴静态倾角变化" ], "tags": [ "ZINC700系列", "地质灾害监测", "土木工程基础设施", "滑坡体深部土层微小剪切位移", "传感器" ], "updated_at": "2025-04-16", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZINC700系列-双轴力平衡式倾角传感器滑坡体深部土层微小剪切位移监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "shield-tunneling-tilt-guide", "category": "application_article", "category_cn": "应用文章", "title": "盾构机俯仰与横滚高精度倾角测量选型与部署指南", "summary": "**目标**: 在盾构机施工复杂环境下，实现机头俯仰与横滚角的亚微弧度级稳定监测。〔REF-002〕", "focused_product": "ZINC700系列", "product_series": "ZINC700系列", "industry": [ "隧道掘进施工", "大型工程机械" ], "measurement": [ "俯仰角", "横滚角" ], "tags": [ "ZINC700系列", "隧道掘进施工", "大型工程机械", "俯仰角", "传感器" ], "updated_at": "2026-03-19", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZINC700系列-双轴力平衡式倾角传感器盾构机机头俯仰与横滚测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "mine-excavator-body-attitude-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "矿用挖掘机车身姿态测量选型与部署指南", "summary": "**目标**: 为矿用挖掘机提供高可靠的双轴俯仰/侧倾实时监测，支撑作业平稳性控制、倾覆预警与长期结构健康监测〔REF-002〕。", "focused_product": "ZINC700系列", "product_series": "ZINC700系列", "industry": [ "矿业开采", "重型工程机械", "矿山设备运维" ], "measurement": [ "车身俯仰与侧倾角度", "双轴姿态变化" ], "tags": [ "ZINC700系列", "矿业开采", "重型工程机械", "车身俯仰与侧倾角度", "传感器" ], "updated_at": "2025-03-13", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZINC700系列-双轴力平衡式倾角传感器矿用挖掘机车身姿态测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "mining-excavator-anti-tip-over-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "矿用挖掘机防倾翻选型与部署指南", "summary": "**目标**: 解决矿用挖掘机在复杂地形作业时的实时倾角监测与防倾翻安全预警需求，确保设备在极端工况下的稳定性〔REF-002〕。", "focused_product": "ZINC700系列", "product_series": "ZINC700系列", "industry": [ "矿业机械", "重型工程机械" ], "measurement": [ "倾角", "倾斜状态" ], "tags": [ "ZINC700系列", "矿业机械", "重型工程机械", "倾角", "传感器" ], "updated_at": "2026-02-28", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZINC700系列-双轴力平衡式倾角传感器矿用挖掘机防倾翻/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "magnet-component-alignment-tilt-guide", "category": "application_article", "category_cn": "应用文章", "title": "磁铁组件对准控制双轴力平衡式倾角传感器选型与部署指南", "summary": "**目标**: 为磁铁组件对准控制场景提供基于双轴力平衡式倾角传感器的选型与部署参考，确保磁铁在装配过程中角度偏差可控、定位精度可验证。", "focused_product": "ZINC700", "product_series": "ZINC700", "industry": [ "工业装配", "磁性材料加工", "电机制造" ], "measurement": [ "倾角测量", "对准控制" ], "tags": [ "ZINC700", "工业装配", "磁性材料加工", "倾角测量", "传感器" ], "updated_at": "2025-12-28", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZINC700系列-双轴力平衡式倾角传感器磁铁组件对准控制/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "pipe-joint-posture-control-tilt-angle-guide", "category": "application_article", "category_cn": "应用文章", "title": "管节姿态控制高精度倾角测量选型与部署指南", "summary": "**目标**: 在复杂施工环境（如隧道掘进、打桩作业）中，实现管节姿态的高精度实时监测与控制，确保结构安全。", "focused_product": "ZINC700系列", "product_series": "ZINC700系列", "industry": [ "隧道工程", "重型机械", "基础设施监测" ], "measurement": [ "管节倾斜角度", "结构姿态稳定性" ], "tags": [ "ZINC700系列", "隧道工程", "重型机械", "管节倾斜角度", "传感器" ], "updated_at": "2025-05-09", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZINC700系列-双轴力平衡式倾角传感器管节姿态控制/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "zinc700-guide-典型工业线激光轮廓传感器", "category": "application_article", "category_cn": "应用文章", "title": "线激光轮廓传感器选型与部署指南", "summary": "**目标**：为工业场景中几何尺寸在线检测提供传感器选型与部署决策依据，覆盖高度、厚度、宽度、平面度、台阶差等核心参数测量需求〔REF-002〕。", "focused_product": "典型工业线激光轮廓传感器", "product_series": "典型系列", "industry": [ "工业制造" ], "measurement": [ "几何尺寸/轮廓/高度差" ], "tags": [ "典型工业线激光轮廓传感器", "典型系列", "工业制造", "几何尺寸/轮廓/高度差", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZINC700系列-双轴力平衡式倾角传感器索塔长期倾斜监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "cross-sea-tunnel-tilt-guide", "category": "application_article", "category_cn": "应用文章", "title": "跨海隧道沉管对接高精度倾角监测选型与部署指南", "summary": "**目标**: 在跨海隧道沉管对接这一高难度工程中，实现毫米级甚至微米级的姿态控制，确保管段拼接的密封性与结构安全性〔REF-001〕。", "focused_product": "ZINC700系列", "product_series": "ZINC700系列", "industry": [ "土木工程", "海洋工程", "隧道施工" ], "measurement": [ "静态倾角", "结构微变形", "水平姿态" ], "tags": [ "ZINC700系列", "土木工程", "海洋工程", "静态倾角", "传感器" ], "updated_at": "2025-12-17", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZINC700系列-双轴力平衡式倾角传感器跨海隧道沉管对接/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "railway-track-superelevation-detection-guide-zinc700系列", "category": "application_article", "category_cn": "应用文章", "title": "轨道超高检测与铁路安全监测选型与部署指南", "summary": "**目标**: 在铁路运营与维护中，实现高精度、高稳定性的轨道超高（Superelevation）动态或静态检测，确保列车过弯时的稳定性与安全性〔REF-002〕…", "focused_product": "ZINC700系列", "product_series": "ZINC700系列", "industry": [ "轨道交通", "铁路基础设施维护" ], "measurement": [ "轨道超高", "倾角测量" ], "tags": [ "ZINC700系列", "轨道交通", "铁路基础设施维护", "轨道超高", "传感器" ], "updated_at": "2025-10-11", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZINC700系列-双轴力平衡式倾角传感器轨道超高检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "transmission-tower-tilt-monitoring-guide", "category": "application_article", "category_cn": "应用文章", "title": "输电铁塔倾斜监测选型与部署指南", "summary": "**目标**: 针对高压输电铁塔在风力、地震及地基沉降等复杂工况下的静态倾斜状态进行高精度监测，保障电网结构安全。", "focused_product": "ZINC700系列", "product_series": "ZINC700系列", "industry": [ "电力输配电", "土木工程监测" ], "measurement": [ "铁塔倾斜角度", "地基沉降位移" ], "tags": [ "ZINC700系列", "电力输配电", "土木工程监测", "铁塔倾斜角度", "传感器" ], "updated_at": "2026-03-25", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZINC700系列-双轴力平衡式倾角传感器输电铁塔倾斜监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "caster-molder-alignment-inclinometer-guide", "category": "application_article", "category_cn": "应用文章", "title": "连铸机结晶器对中倾角测量选型与部署指南", "summary": "**目标**: 为连铸机结晶器对中控制场景提供倾角测量传感器的选型与部署参考，确保铸造过程几何精度与质量稳定性〔REF-002〕。", "focused_product": "ZINC700系列", "product_series": "ZINC700系列", "industry": [ "钢铁制造", "连铸生产" ], "measurement": [ "倾角测量", "水平校准", "结晶器对中检测" ], "tags": [ "ZINC700系列", "钢铁制造", "连铸生产", "倾角测量", "传感器" ], "updated_at": "2025-04-29", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZINC700系列-双轴力平衡式倾角传感器连铸机结晶器对中/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "continuous-casting-mold-tilt-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "连铸机结晶器弧度调整倾角测量选型与部署指南", "summary": "**目标**: 针对连铸机结晶器弧度调整场景，提供高精度、抗干扰的双轴倾角测量选型参考与部署建议，确保钢液铸造质量与生产效率〔REF-002〕。", "focused_product": "ZINC700系列", "product_series": "ZINC700系列", "industry": [ "钢铁冶金", "连铸制造" ], "measurement": [ "结晶器倾角", "双轴姿态" ], "tags": [ "ZINC700系列", "钢铁冶金", "连铸制造", "结晶器倾角", "传感器" ], "updated_at": "2025-04-16", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZINC700系列-双轴力平衡式倾角传感器连铸机结晶器弧度调整/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "drilling-tool-posture-calibration-inclination-guide", "category": "application_article", "category_cn": "应用文章", "title": "钻具姿态校准选型与部署指南", "summary": "**目标**: 在深水钻探及高振动复杂岩土条件下，实现钻具姿态的高精度实时监测与路径校准，确保钻进轨迹符合预定工程要求〔REF-002〕。", "focused_product": "ZINC700系列", "product_series": "ZINC700系列", "industry": [ "石油钻井", "深水钻探", "重型机械" ], "measurement": [ "钻具倾斜角度", "旋转角度", "静态倾角" ], "tags": [ "ZINC700系列", "石油钻井", "深水钻探", "钻具倾斜角度", "传感器" ], "updated_at": "2025-10-28", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZINC700系列-双轴力平衡式倾角传感器钻具姿态校准/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "isolation-base-horizontal-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "隔振基座绝对水平测量选型与部署指南", "summary": "**目标**: 在强振动、高冲击的工业环境中，实现隔振基座或大型结构件的绝对高精度水平校准与长期稳定性监测〔REF-001〕。", "focused_product": "ZINC700系列", "product_series": "ZINC700系列", "industry": [ "土木工程", "重型机械", "基础设施监测" ], "measurement": [ "倾角", "绝对水平度", "地基沉降", "结构微变" ], "tags": [ "ZINC700系列", "土木工程", "重型机械", "倾角", "传感器" ], "updated_at": "2025-08-10", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZINC700系列-双轴力平衡式倾角传感器隔振基座绝对水平测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "radar-base-leveling-angle-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "雷达基座水平调平与结构健康监测选型指南", "summary": "**目标**: 解决雷达基座在复杂环境下的精确水平调平需求，确保数据采集的准确性与系统稳定性〔REF-002〕。", "focused_product": "ZINC700系列", "product_series": "ZINC700系列", "industry": [ "雷达监测", "地质勘探", "结构健康监测" ], "measurement": [ "倾角", "水平度", "微变形" ], "tags": [ "ZINC700系列", "雷达监测", "地质勘探", "倾角", "传感器" ], "updated_at": "2025-04-01", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZINC700系列-双轴力平衡式倾角传感器雷达基座水平调平/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "guide-zlds100", "category": "application_article", "category_cn": "应用文章", "title": "冲压设备安全监测与部署选型指南", "summary": "**目标**: 为冲压生产线提供非接触式实时位移与安全状态监测，预防机械碰撞与误操作事故，提升产线自动化防护等级。", "focused_product": "ZLDS100", "product_series": "ZLDS100", "industry": [ "汽车制造", "电子工业", "家电生产" ], "measurement": [ "冲头行程位置", "模具间隙", "工件表面位移" ], "tags": [ "ZLDS100", "汽车制造", "电子工业", "冲头行程位置", "传感器" ], "updated_at": "2025-11-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS100-点激光传感器冲压机安全监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "laminated-tube-scanning-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "工业层压管几何尺寸非接触检测选型与部署指南", "summary": "**目标**: 面向层压管大规模连续生产，提供高精度、高响应速度的几何尺寸在线监测方案，替代传统接触式或低速光学检测手段〔REF-002〕。", "focused_product": "ZLDS100", "product_series": "ZLDS100", "industry": [ "管材制造", "工业自动化", "质量控制" ], "measurement": [ "层压管外径", "层压管内径", "管壁厚度", "运动物体表面轮廓" ], "tags": [ "ZLDS100", "管材制造", "工业自动化", "层压管外径", "传感器" ], "updated_at": "2025-11-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS100-点激光传感器大规模生产层压管无接触扫描测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "laminated-tube-geometry-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "层压管几何尺寸检测选型与部署指南", "summary": "**目标**: 实现层压管在生产线上管径、壁厚、圆度及直线度的高精度、非接触式在线几何尺寸检测，替代传统机械量具，提升质检效率与数据追溯性。", "focused_product": "ZLDS100", "product_series": "ZLDS100", "industry": [ "航空航天", "汽车工业", "建筑工程" ], "measurement": [ "管径", "壁厚", "圆度", "直线度" ], "tags": [ "ZLDS100", "航空航天", "汽车工业", "管径", "传感器" ], "updated_at": "2025-08-05", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS100-点激光传感器层压管几何参数测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "picker-displacement-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "拣选机位移测量选型与部署指南", "summary": "**目标**: 实现拣选机高速、非接触式位移精准测量，消除机械磨损并提升分拣节拍与系统稳定性〔REF-002〕。", "focused_product": "ZLDS100", "product_series": "ZLDS100", "industry": [ "仓储物流", "自动化制造", "电子半导体" ], "measurement": [ "拣选机位移", "物料位置坐标", "运动部件行程" ], "tags": [ "ZLDS100", "仓储物流", "自动化制造", "拣选机位移", "传感器" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS100-点激光传感器拣选机位移测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "robot-arm-dynamic-position-determination-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "机器人手臂动态位置确定传感器选型与部署指南", "summary": "**目标**: 本指南针对运动中的机器人手臂, 复杂曲面目标物, 黑色及高反光材质表面场景，提供选型与部署指导〔REF-001〕。", "focused_product": "ZLDS100", "product_series": "ZLDS100", "industry": [ "工业自动化", "机器人集成", "精密制造" ], "measurement": [ "运动中的机器人手臂", "复杂曲面目标物", "黑色及高反光材质表面" ], "tags": [ "ZLDS100", "工业自动化", "机器人集成", "运动中的机器人手臂", "传感器" ], "updated_at": "2025-08-31", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS100-点激光传感器机器人手臂动态位置确定/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "robot-arm-dynamic-displacement-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "机器人臂动态位移测量选型与部署指南", "summary": "**目标**: 针对工业机器人臂末端执行器的高速动态位移与轨迹坐标变化，提供非接触式高精度测量方案选型依据与工程部署规范，以提升运动控制精度并降低碰撞风险〔REF…", "focused_product": "ZLDS100", "product_series": "ZLDS100", "industry": [ "自动化产线", "精密制造", "工业检测" ], "measurement": [ "机器人末端执行器位移", "运动轨迹坐标变化", "高速动态目标位置" ], "tags": [ "ZLDS100", "自动化产线", "精密制造", "机器人末端执行器位移", "传感器" ], "updated_at": "2025-04-10", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS100-点激光传感器机器臂动态位移测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "automotive-production-displacement-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "汽车生产线位移检测选型与部署指南", "summary": "**目标**: 面向汽车制造与装配产线，提供高精度、高响应速度的非接触式位移测量方案，实现组件组装精度实时监控与出厂质量达标〔REF-002〕。", "focused_product": "ZLDS100", "product_series": "ZLDS100", "industry": [ "汽车制造", "工业装配" ], "measurement": [ "组件组装精度", "运动物体位移", "小直径孔内目标物" ], "tags": [ "ZLDS100", "汽车制造", "工业装配", "组件组装精度", "传感器" ], "updated_at": "2025-09-21", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS100-点激光传感器汽车生产领域位移测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "automotive-production-distance-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "汽车生产线距离测量选型与部署指南", "summary": "**目标**: 保障汽车产线高速节拍下的零部件装配间隙与动态位移检测精度，替代传统机械量具与适应性较差的电感式方案〔REF-002〕。", "focused_product": "ZLDS100", "product_series": "ZLDS100", "industry": [ "汽车整车制造", "汽车零部件加工" ], "measurement": [ "零部件装配间隙", "动态位移检测", "狭小空间目标定位" ], "tags": [ "ZLDS100", "汽车整车制造", "汽车零部件加工", "零部件装配间隙", "传感器" ], "updated_at": "2025-12-01", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS100-点激光传感器汽车生产领域距离测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "narrow-gap-object-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "狭小间隙物体测距选型与部署指南", "summary": "**目标**: 在空间受限且工况复杂的工业环境中，实现高精度、非接触式的狭小间隙物体动态测距与质量控制〔REF-002〕。", "focused_product": "ZLDS100", "product_series": "ZLDS100", "industry": [ "汽车制造", "精密装配", "电子产品生产" ], "measurement": [ "狭小间隙物体", "运动物体", "小直径孔内目标物", "镜面及玻璃表面" ], "tags": [ "ZLDS100", "汽车制造", "精密装配", "狭小间隙物体", "传感器" ], "updated_at": "2025-01-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS100-点激光传感器狭小间隙中的物体测距/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "narrow-strip-thickness-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "狭窄带材厚度非接触式测量选型与部署指南", "summary": "**目标**: 面向狭窄带材在线厚度检测场景，提供高精度、非接触式、可集成到现有产线的激光测量方案选型依据〔REF-001〕。", "focused_product": "ZLDS100", "product_series": "ZLDS100", "industry": [ "金属加工", "电子元件制造", "汽车制造", "航空航天" ], "measurement": [ "狭窄带材厚度", "运动物体表面轮廓", "小直径孔内目标物" ], "tags": [ "ZLDS100", "金属加工", "电子元件制造", "狭窄带材厚度", "传感器" ], "updated_at": "2026-05-01", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS100-点激光传感器狭窄带材厚度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "amr-positioning-dimension-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "自主移动机器人精准定位与尺寸测量选型部署指南", "summary": "**目标**: 为自主移动机器人（AMR）在动态工业环境中提供高精度空间定位、几何尺寸检测与表面轮廓重建的售前选型依据，降低导航系统综合成本并提升作业可靠性〔RE…", "focused_product": "ZLDS100", "product_series": "ZLDS100", "industry": [ "智能制造", "物流仓储", "工业自动化" ], "measurement": [ "自主移动机器人定位", "几何尺寸检测", "表面轮廓测量" ], "tags": [ "ZLDS100", "智能制造", "物流仓储", "自主移动机器人定位", "传感器" ], "updated_at": "2025-04-05", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS100-点激光传感器自主移动机器人（AMRs）精准定位/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "autonomous-transport-positioning-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "自主运输系统高精度定位选型与部署指南", "summary": "**目标**: 面向 AGV/AMR 及各类自主运输载体，在起终点停靠、沿途关键节点追踪与运动位移检测中实现非接触式高精度定位，满足高动态节拍下的实时响应需求〔R…", "focused_product": "ZLDS100", "product_series": "ZLDS100", "industry": [ "智能制造", "物流仓储", "工业自动化" ], "measurement": [ "运输载体实时定位", "关键节点距离监测", "运动物体位移检测" ], "tags": [ "ZLDS100", "智能制造", "物流仓储", "运输载体实时定位", "传感器" ], "updated_at": "2025-12-17", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS100-点激光传感器自主运输系统定位/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "agv-positioning-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "自动引导车辆精准定位激光传感器选型与部署指南", "summary": "**目标**: 为AGV在复杂工业与仓储环境中的动态定位提供高精度、低延迟的距离与轮廓测量方案，支撑路径跟踪与位姿校正。〔REF-002〕", "focused_product": "ZLDS100", "product_series": "ZLDS100", "industry": [ "智能物流", "工业自动化", "仓储配送" ], "measurement": [ "AGV行驶路径与位置", "目标物距离与轮廓", "运动物体实时位姿" ], "tags": [ "ZLDS100", "智能物流", "工业自动化", "AGV行驶路径与位置", "传感器" ], "updated_at": "2025-05-11", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS100-点激光传感器自动引导车辆（AGVs）精准定位/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "thin-strip-thickness-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "薄型带材厚度在线检测与选型部署指南", "summary": "**目标**: 替代传统接触式测厚方案，实现薄型带材在生产全流程中的非接触式厚度实时监控与质量闭环控制〔REF-002〕。", "focused_product": "ZLDS100", "product_series": "ZLDS100", "industry": [ "金属加工", "薄型带材制造", "精密加工", "包装印刷" ], "measurement": [ "薄型带材厚度", "运动物体厚度", "表面平整度与边缘轮廓" ], "tags": [ "ZLDS100", "金属加工", "薄型带材制造", "薄型带材厚度", "传感器" ], "updated_at": "2026-04-11", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS100-点激光传感器薄型带材厚度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "thin-sheet-metal-thickness-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "薄型板材厚度测量选型与部署指南", "summary": "**目标**: 面向连续产线的在线厚度监测、产品质量控制与高精度尺寸检测 〔REF-002〕。", "focused_product": "ZLDS100", "product_series": "ZLDS100", "industry": [ "航空制造", "汽车工业", "电子工业", "精密钣金加工" ], "measurement": [ "薄型板材", "板材厚度" ], "tags": [ "ZLDS100", "航空制造", "汽车工业", "薄型板材", "传感器" ], "updated_at": "2025-11-27", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS100-点激光传感器薄型板材厚度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "thin-sheet-thickness-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "薄型片材厚度非接触检测选型与部署指南", "summary": "**目标**: 面向电子制造、包装印刷及汽车工业中的薄型片材、薄膜或柔性基材，提供高精度、高速度的在线厚度与非接触式几何尺寸检测方案。", "focused_product": "ZLDS100", "product_series": "ZLDS100", "industry": [ "电子制造", "包装印刷", "汽车工业" ], "measurement": [ "薄型片材厚度", "运动物体表面轮廓", "小直径孔内目标物" ], "tags": [ "ZLDS100", "电子制造", "包装印刷", "薄型片材厚度", "传感器" ], "updated_at": "2025-12-03", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS100-点激光传感器薄型片材厚度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "thin-film-thickness-measurement-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "工业薄膜材料厚度测量选型与部署指南", "summary": "**目标**: 为电子制造、光学镀膜及涂层加工等行业的薄膜材料厚度在线监测与成品检验提供高精度、非接触式测量方案的选型逻辑与工程部署规范。", "focused_product": "ZLDS100", "product_series": "ZLDS100", "industry": [ "电子制造", "光学镀膜", "涂层加工", "精密制造" ], "measurement": [ "薄膜材料厚度", "表面平整度", "运动物体位移" ], "tags": [ "ZLDS100", "电子制造", "光学镀膜", "薄膜材料厚度", "传感器" ], "updated_at": "2026-02-06", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS100-点激光传感器薄膜材料厚度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "continuous-ring-zip-tie-parameter-monitoring-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "连续环形扎带几何尺寸与质量参数选型部署指南", "summary": "**目标**: 针对连续环形扎带产线，实现宽度、厚度及材料均匀性的非接触式在线高精度监测，保障规格公差与质量一致性〔REF-002〕。", "focused_product": "ZLDS100", "product_series": "ZLDS100", "industry": [ "塑料制品制造", "包装工业", "线材加工" ], "measurement": [ "扎带宽度", "扎带厚度", "材料均匀性", "拉伸强度分布" ], "tags": [ "ZLDS100", "塑料制品制造", "包装工业", "扎带宽度", "传感器" ], "updated_at": "2025-09-30", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS100-点激光传感器连续环形扎带参数监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "continuous-ring-band-width-measurement-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "连续环形扎带宽度测量选型与部署指南", "summary": "**目标**: 实现连续环形扎带宽度的非接触式高精度动态测量，消除机械接触带来的形变误差与磨损，提升产线检测效率与整体良率。", "focused_product": "ZLDS100", "product_series": "ZLDS100", "industry": [ "包装制造", "纺织线材", "自动化装配" ], "measurement": [ "连续环形扎带宽度", "目标物边缘轮廓", "镜面或玻璃表面" ], "tags": [ "ZLDS100", "包装制造", "纺织线材", "连续环形扎带宽度", "传感器" ], "updated_at": "2025-12-10", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS100-点激光传感器连续环形扎带宽度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "continuous-ring-strap-height-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "连续环形扎带高度测量选型与部署指南", "summary": "**目标**: 针对连续环形扎带的高速在线生产，提供非接触式高度测量的选型依据与部署规范，确保产品质量一致性与产线节拍匹配〔REF-002〕。", "focused_product": "ZLDS100", "product_series": "ZLDS100", "industry": [ "制造业", "包装行业", "工业自动化" ], "measurement": [ "连续环形扎带高度", "目标物边缘与不规则表面", "运动物体与小直径孔内目标" ], "tags": [ "ZLDS100", "制造业", "包装行业", "连续环形扎带高度", "传感器" ], "updated_at": "2025-12-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS100-点激光传感器连续环形扎带高度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "continuous-ring-cable-tie-pitch-monitoring-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "连续环形扎带齿距监测选型与部署指南", "summary": "**目标**: 实现连续环形扎带在高速成型与切割过程中的齿距高精度实时监测，保障产品几何尺寸一致性并降低废品率〔REF-002〕。", "focused_product": "ZLDS100", "product_series": "ZLDS100", "industry": [ "包装制造", "工业自动化", "线材加工" ], "measurement": [ "连续环形扎带齿距", "扎带表面形貌", "运动物体位移" ], "tags": [ "ZLDS100", "包装制造", "工业自动化", "连续环形扎带齿距", "传感器" ], "updated_at": "2026-03-05", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS100-点激光传感器连续环形扎带齿距监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "stamping-safety-displacement-guide", "category": "application_article", "category_cn": "应用文章", "title": "冲压设备安全运行监测选型与部署指南", "summary": "**目标**: 实现冲压机床滑块行程、模具相对位移及安全防护间隙的实时非接触监测，构建设备状态预警与人员安全联锁机制〔REF-002〕。", "focused_product": "ZLDS100Rd", "product_series": "ZLDS100Rd", "industry": [ "金属加工制造", "冲压生产线" ], "measurement": [ "冲压模具位移", "滑块行程", "安全防护间隙" ], "tags": [ "ZLDS100Rd", "金属加工制造", "冲压生产线", "冲压模具位移", "传感器" ], "updated_at": "2025-12-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS100Rd-点激光传感器冲压机安全监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "laminated-tube-production-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "层压管规模化生产几何尺寸与表面质量选型部署指南", "summary": "**目标**: 面向层压管规模化产线，提供高精度、非接触式的几何尺寸与表面轮廓在线检测方案，替代易损伤样品的机械接触测量。〔REF-002〕", "focused_product": "ZLDS100Rd", "product_series": "ZLDS100Rd", "industry": [ "汽车制造", "航空航天", "建筑建材" ], "measurement": [ "层压管外径与壁厚", "表面平整度与轮廓", "产线动态位移" ], "tags": [ "ZLDS100Rd", "汽车制造", "航空航天", "层压管外径与壁厚", "传感器" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS100Rd-点激光传感器大规模生产层压管无接触扫描测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "laminated-tube-geometry-measurement-guide-zlds100rd", "category": "application_article", "category_cn": "应用文章", "title": "层压管几何尺寸检测选型与部署指南", "summary": "**目标**: 实现层压管外径、壁厚、椭圆度及直线度的高精度在线非接触测量，替代传统机械接触式量具，提升产线自动化率并降低人工干预误差〔REF-002〕。", "focused_product": "ZLDS100Rd", "product_series": "ZLDS100Rd", "industry": [ "航空航天", "汽车制造", "建筑工程" ], "measurement": [ "层压管外径", "壁厚", "椭圆度与直线度" ], "tags": [ "ZLDS100Rd", "航空航天", "汽车制造", "层压管外径", "传感器" ], "updated_at": "2025-11-07", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS100Rd-点激光传感器层压管几何参数测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "picking-machine-displacement-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "拣选机位移测量选型与部署指南", "summary": "**目标**: 在物流仓储与自动化产线中，实现拣选机运动部件的高精度、非接触式位移监测，以提升分拣效率、定位精度及运行安全性〔REF-002〕。", "focused_product": "ZLDS100Rd", "product_series": "ZLDS100Rd", "industry": [ "物流仓储", "智能制造", "自动化产线" ], "measurement": [ "拣选机位移", "运动部件定位", "非接触式距离" ], "tags": [ "ZLDS100Rd", "物流仓储", "智能制造", "拣选机位移", "传感器" ], "updated_at": "2025-09-30", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS100Rd-点激光传感器拣选机位移测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "robot-arm-dynamic-positioning-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "机器人手臂动态位置确定选型与部署指南", "summary": "**目标**: 实现机器人在高速动态作业下的末端位置实时跟踪、运动补偿与轨迹重构，支撑高精度装配、焊接及在线质检闭环。〔REF-002〕", "focused_product": "ZLDS100Rd", "product_series": "ZLDS100Rd", "industry": [ "智能制造", "工业自动化" ], "measurement": [ "机器人末端位移坐标", "机械臂运动轨迹" ], "tags": [ "ZLDS100Rd", "智能制造", "工业自动化", "机器人末端位移坐标", "传感器" ], "updated_at": "2025-12-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS100Rd-点激光传感器机器人手臂动态位置确定/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "robot-arm-dynamic-displacement-guide", "category": "application_article", "category_cn": "应用文章", "title": "机器臂动态位移测量选型与部署指南", "summary": "**目标**: 为机器臂高速动态作业提供非接触式高精度位移与轨迹监测方案，保障自动化产线的节拍与精度〔REF-002〕。", "focused_product": "ZLDS100Rd", "product_series": "ZLDS100Rd", "industry": [ "智能制造", "物流自动化", "工业机器人" ], "measurement": [ "机器臂末端轨迹", "动态位移量", "运行姿态变化" ], "tags": [ "ZLDS100Rd", "智能制造", "物流自动化", "机器臂末端轨迹", "传感器" ], "updated_at": "2025-11-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS100Rd-点激光传感器机器臂动态位移测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "auto-production-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "汽车生产线位移测量选型与部署指南", "summary": "**目标**: 面向汽车焊装、总装及精密装配环节，提供高精度、非接触式位移与几何尺寸在线检测的工程化选型与部署方案〔REF-002〕。", "focused_product": "ZLDS100Rd", "product_series": "ZLDS100Rd", "industry": [ "汽车制造", "精密装配" ], "measurement": [ "车身位移", "焊缝间隙", "零部件轮廓" ], "tags": [ "ZLDS100Rd", "汽车制造", "精密装配", "车身位移", "传感器" ], "updated_at": "2025-08-16", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS100Rd-点激光传感器汽车生产领域位移测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "automotive-production-distance-measurement-guide-zlds100rd", "category": "application_article", "category_cn": "应用文章", "title": "汽车生产环节距离检测选型与部署指南", "summary": "**目标**: 为汽车制造与自动化装配产线中的非接触式距离测量提供标准化选型依据与工程部署指引，支撑零部件定位、装配间隙控制及表面轮廓监测等核心工艺环节。", "focused_product": "ZLDS100Rd", "product_series": "ZLDS100Rd", "industry": [ "汽车制造", "自动化装配" ], "measurement": [ "零部件定位", "装配间隙", "表面轮廓" ], "tags": [ "ZLDS100Rd", "汽车制造", "自动化装配", "零部件定位", "传感器" ], "updated_at": "2025-10-06", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS100Rd-点激光传感器汽车生产领域距离测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "narrow-gap-object-measurement-guide-zlds100rd", "category": "application_article", "category_cn": "应用文章", "title": "狭小间隙非接触测距选型与部署指南", "summary": "**目标**: 在空间受限、传统机械量具无法介入的狭小间隙中，实现高精度、高响应速度的非接触式距离与位移测量，满足工业4.0自动化产线的在线检测需求〔REF-00…", "focused_product": "ZLDS100Rd", "product_series": "ZLDS100Rd", "industry": [ "机械制造", "自动化装配", "电子产品制造", "路面检测" ], "measurement": [ "狭小间隙内物体距离", "复杂曲面轮廓", "高速运动部件位移" ], "tags": [ "ZLDS100Rd", "机械制造", "自动化装配", "狭小间隙内物体距离", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS100Rd-点激光传感器狭小间隙中的物体测距/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "narrow-strip-thickness-measurement-guide-zlds100rd", "category": "application_article", "category_cn": "应用文章", "title": "狭窄带材厚度在线测量选型与部署指南", "summary": "**目标**: 在高速连续产线中实现狭窄带材厚度的非接触式实时监测，保障材料均匀性并支撑闭环工艺控制〔REF-002〕。", "focused_product": "ZLDS100Rd", "product_series": "ZLDS100Rd", "industry": [ "金属加工", "电子制造" ], "measurement": [ "带材厚度", "带材均匀性" ], "tags": [ "ZLDS100Rd", "金属加工", "电子制造", "带材厚度", "传感器" ], "updated_at": "2025-06-09", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS100Rd-点激光传感器狭窄带材厚度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "amr-positioning-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "自主移动机器人精准定位与部署选型指南", "summary": "**目标**: 为自主移动机器人（AMR）在物流仓储、智能制造及自动化产线场景中实现高精度实时定位、动态环境障碍物避让与导航路径规划提供激光位移传感器的售前选型与…", "focused_product": "ZLDS100Rd", "product_series": "ZLDS100Rd", "industry": [ "物流仓储", "智能制造", "自动驾驶与机器人" ], "measurement": [ "地面平整度", "障碍物距离", "机器人底盘位移" ], "tags": [ "ZLDS100Rd", "物流仓储", "智能制造", "地面平整度", "传感器" ], "updated_at": "2026-02-26", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS100Rd-点激光传感器自主移动机器人（AMRs）精准定位/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "agv-positioning-measurement-guide-zlds100rd", "category": "application_article", "category_cn": "应用文章", "title": "自主运输系统高精度定位选型与部署指南", "summary": "**目标**: 面向自主运输系统（AGV/AMR）在复杂工业环境中的实时路径定位、地面轮廓监测与障碍物相对距离测量，提供稳定、可追溯的选型与部署参考〔REF-00…", "focused_product": "ZLDS100Rd", "product_series": "ZLDS100Rd", "industry": [ "制造业", "仓储物流", "医疗行业" ], "measurement": [ "AGV行驶路径定位", "障碍物相对距离测量", "地面轮廓与平整度监测" ], "tags": [ "ZLDS100Rd", "制造业", "仓储物流", "AGV行驶路径定位", "传感器" ], "updated_at": "2025-08-09", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS100Rd-点激光传感器自主运输系统定位/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "agv-positioning-precision-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "自动引导车辆精准定位传感器选型与部署指南", "summary": "**目标**: 为自动引导车辆（AGV）在复杂工业环境中的高精度自主导航、路径规划与避障提供传感器选型依据。", "focused_product": "ZLDS100Rd", "product_series": "ZLDS100Rd", "industry": [ "智能制造，物流仓储" ], "measurement": [ "相对距离，表面轮廓，导航定位" ], "tags": [ "ZLDS100Rd", "智能制造，物流仓储", "相对距离，表面轮廓，导航定位", "传感器" ], "updated_at": "2025-05-07", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS100Rd-点激光传感器自动引导车辆（AGVs）精准定位/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "thin-strip-thickness-measurement-guide-zlds100rd", "category": "application_article", "category_cn": "应用文章", "title": "薄型带材厚度测量选型与部署指南", "summary": "**目标**: 面向金属、塑料橡胶、造纸包装等行业的薄型带材在线厚度监测，实现产品质量分选、公差控制与材料损耗降低〔REF-002〕。", "focused_product": "ZLDS100Rd", "product_series": "ZLDS100Rd", "industry": [ "金属加工", "塑料与橡胶制品", "造纸与包装" ], "measurement": [ "薄型带材厚度", "卷材在线轮廓与平整度" ], "tags": [ "ZLDS100Rd", "金属加工", "塑料与橡胶制品", "薄型带材厚度", "传感器" ], "updated_at": "2025-03-01", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS100Rd-点激光传感器薄型带材厚度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "thin-sheet-metal-thickness-measurement-guide-zlds100rd", "category": "application_article", "category_cn": "应用文章", "title": "薄型板材尺寸检测与部署选型指南", "summary": "**目标**: 实现薄型板材在线微米级厚度测量，替代接触式机械检测，提升产线节拍与数据追溯能力。〔REF-002〕", "focused_product": "ZLDS100Rd", "product_series": "ZLDS100Rd", "industry": [ "制造业", "金属加工", "质量控制" ], "measurement": [ "薄型板材", "板材厚度", "表面轮廓" ], "tags": [ "ZLDS100Rd", "制造业", "金属加工", "薄型板材", "传感器" ], "updated_at": "2025-04-10", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS100Rd-点激光传感器薄型板材厚度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "thin-sheet-thickness-measurement-guide-zlds100rd", "category": "application_article", "category_cn": "应用文章", "title": "薄型片材厚度测量选型与部署指南", "summary": "**目标**: 为航空航天、汽车制造及电子元件行业中的薄型片材、薄膜及金属薄片提供高精度非接触式厚度检测方案，确保产品质量一致性与产线节拍匹配。", "focused_product": "ZLDS100Rd", "product_series": "ZLDS100Rd", "industry": [ "航空航天", "汽车制造", "电子元件" ], "measurement": [ "薄型片材", "薄膜", "金属薄片" ], "tags": [ "ZLDS100Rd", "航空航天", "汽车制造", "薄型片材", "传感器" ], "updated_at": "2025-01-14", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS100Rd-点激光传感器薄型片材厚度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "thin-film-thickness-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "薄膜材料厚度非接触式测量选型与部署指南", "summary": "**目标**: 实现薄膜材料在生产过程中的实时、高精度、非接触式厚度测量，提升良率并避免机械接触损伤〔REF-002〕。", "focused_product": "ZLDS100Rd", "product_series": "ZLDS100Rd", "industry": [ "电子制造", "光学薄膜生产", "汽车零部件检测" ], "measurement": [ "薄膜材料厚度", "表面平整度" ], "tags": [ "ZLDS100Rd", "电子制造", "光学薄膜生产", "薄膜材料厚度", "传感器" ], "updated_at": "2025-12-25", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS100Rd-点激光传感器薄膜材料厚度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "continuous-ring-strapping-monitoring-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "连续环形扎带几何尺寸与张力检测选型与部署指南", "summary": "**目标**: 实现连续环形扎带在生产线上宽度、厚度及运行张力的非接触式高精度实时监控，保障产品几何尺寸稳定性与装配可靠性〔REF-002〕。", "focused_product": "ZLDS100Rd", "product_series": "ZLDS100Rd", "industry": [ "汽车制造", "电子产品组装", "建筑工程" ], "measurement": [ "扎带宽度", "扎带厚度", "运行张力", "环形轨迹连续度" ], "tags": [ "ZLDS100Rd", "汽车制造", "电子产品组装", "扎带宽度", "传感器" ], "updated_at": "2026-01-07", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS100Rd-点激光传感器连续环形扎带参数监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "continuous-ring-strap-width-measurement-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "连续环形扎带宽度测量选型与部署指南", "summary": "**目标**: 实现连续环形扎带在高速流转过程中的非接触式宽度与边缘轮廓高精度检测，替代传统机械量具，满足数字化质检追溯需求。〔REF-002〕", "focused_product": "ZLDS100Rd", "product_series": "ZLDS100Rd", "industry": [ "制造业", "包装工业", "道路检测" ], "measurement": [ "连续环形扎带宽度", "路面轮廓及平整度" ], "tags": [ "ZLDS100Rd", "制造业", "包装工业", "连续环形扎带宽度", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS100Rd-点激光传感器连续环形扎带宽度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "continuous-ring-strap-height-measurement-guide-zlds100rd", "category": "application_article", "category_cn": "应用文章", "title": "连续环形扎带高度测量选型与部署指南", "summary": "**目标**: 实现连续环形扎带在自动化产线流转过程中的非接触式高精度高度尺寸检测，保障制药、食品及化工等行业的批次一致性〔REF-002〕。", "focused_product": "ZLDS100Rd", "product_series": "ZLDS100Rd", "industry": [ "制药", "食品", "化工" ], "measurement": [ "连续环形扎带", "高度尺寸" ], "tags": [ "ZLDS100Rd", "制药", "食品", "连续环形扎带", "传感器" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS100Rd-点激光传感器连续环形扎带高度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "continuous-ring-cable-tie-pitch-monitoring-measurement-guide-zlds100rd", "category": "application_article", "category_cn": "应用文章", "title": "连续环形扎带齿距检测选型与部署指南", "summary": "**目标**: 实现连续环形扎带在生产线与装配环节中的齿距均匀性在线监测，确保安装精度并降低批量不良率。", "focused_product": "ZLDS100Rd", "product_series": "ZLDS100Rd", "industry": [ "制造业", "包装工业", "自动化装配" ], "measurement": [ "连续环形扎带齿距", "扎带表面轮廓", "安装间距" ], "tags": [ "ZLDS100Rd", "制造业", "包装工业", "连续环形扎带齿距", "传感器" ], "updated_at": "2025-04-09", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS100Rd-点激光传感器连续环形扎带齿距监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "stamping-press-safety-monitoring-displacement-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "冲压机安全监测与精密位移选型部署指南", "summary": "**目标**: 针对汽车制造、金属冲压及电子产线，实现冲压模具位移、工件几何尺寸及设备运行间隙的非接触式实时安全监测与质量控制〔REF-002〕。", "focused_product": "ZLDS101", "product_series": "ZLDS101", "industry": [ "汽车制造", "电子产品生产", "金属冲压加工" ], "measurement": [ "冲压模具位移", "工件几何尺寸", "设备运行间隙" ], "tags": [ "ZLDS101", "汽车制造", "电子产品生产", "冲压模具位移", "传感器" ], "updated_at": "2025-12-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS101-点激光传感器冲压机安全监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "laminated-pipe-mass-production-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "层压管规模化生产非接触尺寸检测选型与部署指南", "summary": "**目标**: 在层压管大规模连续生产中实现高速、无损伤的尺寸与轮廓在线检测，提升产线质检自动化率与批次一致性〔REF-002〕。", "focused_product": "ZLDS101", "product_series": "ZLDS101", "industry": [ "管道制造", "复合材料加工", "工业自动化检测" ], "measurement": [ "层压管外径", "层压管壁厚", "管材表面轮廓" ], "tags": [ "ZLDS101", "管道制造", "复合材料加工", "层压管外径", "传感器" ], "updated_at": "2026-01-19", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS101-点激光传感器大规模生产层压管无接触扫描测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "laminated-tube-geometry-measurement-guide-zlds101", "category": "application_article", "category_cn": "应用文章", "title": "层压管几何尺寸检测选型与部署指南", "summary": "**目标**: 面向航空航天、汽车制造及精密加工领域的层压管外径、壁厚与椭圆度进行高精度、非接触式在线几何尺寸检测，替代传统机械卡尺或人工抽检模式，实现全流程质量…", "focused_product": "ZLDS101", "product_series": "ZLDS101", "industry": [ "航空航天", "汽车制造", "精密制造" ], "measurement": [ "层压管外径", "层压管壁厚", "层压管椭圆度" ], "tags": [ "ZLDS101", "航空航天", "汽车制造", "层压管外径", "传感器" ], "updated_at": "2025-10-20", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS101-点激光传感器层压管几何参数测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "logistics-picking-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "物流拣选系统位移测量选型与部署指南", "summary": "**目标**: 实现物流拣选系统在高速往复运动与复杂工况下的非接触式高精度位移测量与货物位置闭环跟踪〔REF-002〕。", "focused_product": "ZLDS101", "product_series": "ZLDS101", "industry": [ "智能仓储", "自动化物流" ], "measurement": [ "拣选机位移", "货物定位跟踪" ], "tags": [ "ZLDS101", "智能仓储", "自动化物流", "拣选机位移", "传感器" ], "updated_at": "2025-11-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS101-点激光传感器拣选机位移测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "robot-arm-dynamic-position-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "工业机器人手臂动态位置检测选型与部署指南", "summary": "**目标**: 为工业机器人手臂动态位置确定提供高精度、低延迟的非接触式测量方案选型依据，提升自动化产线协同控制效率〔REF-002〕。", "focused_product": "ZLDS101", "product_series": "ZLDS101", "industry": [ "工业自动化", "机器人集成", "智能制造" ], "measurement": [ "机器人手臂末端位移", "动态运动轨迹", "非接触式空间定位" ], "tags": [ "ZLDS101", "工业自动化", "机器人集成", "机器人手臂末端位移", "传感器" ], "updated_at": "2025-10-06", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS101-点激光传感器机器人手臂动态位置确定/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "robot-arm-dynamic-displacement-measurement-guide-zlds101", "category": "application_article", "category_cn": "应用文章", "title": "机器臂动态位移测量选型与部署指南", "summary": "**目标**: 针对自动化产线与机器人集成场景中的机器臂末端动态位移、运动目标轨迹及位置变化，提供高精度、高响应速度的非接触式实时监测方案。〔REF-002〕", "focused_product": "ZLDS101", "product_series": "ZLDS101", "industry": [ "自动化产线", "机器人集成", "精密制造" ], "measurement": [ "机器臂末端位移", "运动目标轨迹", "动态位置变化" ], "tags": [ "ZLDS101", "自动化产线", "机器人集成", "机器臂末端位移", "传感器" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS101-点激光传感器机器臂动态位移测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "automotive-production-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "汽车生产位移测量设备选型与部署指南", "summary": "**目标**: 满足汽车白车身、底盘及动力总成装配环节中对微小位移、间隙与平面度的高精度非接触式在线检测需求，提升装配合格率与生产节拍〔REF-002〕。", "focused_product": "ZLDS101", "product_series": "ZLDS101", "industry": [ "汽车制造", "精密装配" ], "measurement": [ "车身部件间隙", "底盘定位精度", "发动机缸体位移" ], "tags": [ "ZLDS101", "汽车制造", "精密装配", "车身部件间隙", "传感器" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS101-点激光传感器汽车生产领域位移测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "automotive-production-distance-measurement-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "汽车生产距离测量选型与部署指南", "summary": "**目标**: 面向汽车焊装与总装产线，实现非接触式高精度距离与几何尺寸在线检测，提升定位精度与尺寸一致性。〔REF-002〕", "focused_product": "ZLDS101", "product_series": "ZLDS101", "industry": [ "汽车制造", "汽车零部件加工" ], "measurement": [ "焊接间隙", "装配定位距离", "表面轮廓高度" ], "tags": [ "ZLDS101", "汽车制造", "汽车零部件加工", "焊接间隙", "传感器" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS101-点激光传感器汽车生产领域距离测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "narrow-gap-object-measurement-guide-zlds101", "category": "application_article", "category_cn": "应用文章", "title": "狭小间隙物体测距选型与部署指南", "summary": "**目标**: 针对机械装配、电子元件检测及医疗设备维护等场景中的狭小空间，提供高精度、非接触式距离与几何尺寸测量方案，实现在线质量控制与自动化集成。〔REF-0…", "focused_product": "ZLDS101", "product_series": "ZLDS101", "industry": [ "机械装配", "电子元器件检测", "医疗设备维护" ], "measurement": [ "狭小间隙内物体", "运动目标物", "高温或高反光表面" ], "tags": [ "ZLDS101", "机械装配", "电子元器件检测", "狭小间隙内物体", "传感器" ], "updated_at": "2026-02-24", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS101-点激光传感器狭小间隙中的物体测距/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "narrow-strip-thickness-measurement-guide-zlds101", "category": "application_article", "category_cn": "应用文章", "title": "狭窄带材厚度非接触式激光检测选型与部署指南", "summary": "**目标**: 在金属加工、塑料制造及造纸等连续产线中，实现狭窄带材厚度的高精度、非接触、实时在线检测，替代传统接触式或机械式测量环节。〔REF-002〕", "focused_product": "ZLDS101", "product_series": "ZLDS101", "industry": [ "金属加工", "塑料制造", "造纸行业" ], "measurement": [ "狭窄带材厚度", "运动带材实时厚度" ], "tags": [ "ZLDS101", "金属加工", "塑料制造", "狭窄带材厚度", "传感器" ], "updated_at": "2025-02-18", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS101-点激光传感器狭窄带材厚度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "amr-positioning-laser-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "自主移动机器人精准定位系统选型与部署指南", "summary": "**目标**: 为 AMR 在复杂制造与物流环境中的实时导航、路径规划与动态避障提供可落地的测距定位选型依据。〔REF-002〕", "focused_product": "ZLDS101", "product_series": "ZLDS101", "industry": [ "制造业", "物流仓储" ], "measurement": [ "高精度测距", "路径规划定位", "障碍物监测" ], "tags": [ "ZLDS101", "制造业", "物流仓储", "高精度测距", "传感器" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS101-点激光传感器自主移动机器人（AMRs）精准定位/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "autonomous-transport-positioning-guide", "category": "application_article", "category_cn": "应用文章", "title": "自主运输系统定位精度选型与部署指南", "summary": "**目标**: 为自主运输系统（AGV/AMR）在智能仓储与自动化产线中的路径规划、累积误差补偿及实时位置检测提供结构化选型依据。〔REF-002〕", "focused_product": "ZLDS101", "product_series": "ZLDS101", "industry": [ "智能仓储物流", "自动化产线" ], "measurement": [ "高精度距离测量", "实时位置检测", "运动物体定位" ], "tags": [ "ZLDS101", "智能仓储物流", "自动化产线", "高精度距离测量", "传感器" ], "updated_at": "2025-11-20", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS101-点激光传感器自主运输系统定位/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "agv-positioning-distance-guide", "category": "application_article", "category_cn": "应用文章", "title": "自动引导车辆精准定位激光传感器选型与部署指南", "summary": "**目标**: 为自动引导车辆（AGV）提供连续、低延迟的距离与轮廓数据，支撑路径跟踪、动态避障与多车协同定位〔REF-001〕〔REF-002〕。", "focused_product": "ZLDS101", "product_series": "ZLDS101", "industry": [ "仓储物流", "智能制造", "自动化生产线" ], "measurement": [ "距离测量", "路径定位", "环境轮廓感知" ], "tags": [ "ZLDS101", "仓储物流", "智能制造", "距离测量", "传感器" ], "updated_at": "2025-06-11", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS101-点激光传感器自动引导车辆（AGVs）精准定位/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "thin-sheet-thickness-measurement-guide-zlds101", "category": "application_article", "category_cn": "应用文章", "title": "薄型带材厚度测量选型与部署指南", "summary": "**目标**: 面向薄型带材连续生产线的非接触式厚度实时监测，支撑产品质量一致性控制与工艺闭环反馈。", "focused_product": "ZLDS101", "product_series": "ZLDS101", "industry": [ "汽车制造", "航空航天", "电子元器件", "金属加工" ], "measurement": [ "薄型带材", "连续卷材厚度", "运动物体表面轮廓" ], "tags": [ "ZLDS101", "汽车制造", "航空航天", "薄型带材", "传感器" ], "updated_at": "2026-03-23", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS101-点激光传感器薄型带材厚度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "thin-sheet-thickness-measurement-guide-zlds101-2", "category": "application_article", "category_cn": "应用文章", "title": "薄型板材厚度测量选型与部署指南", "summary": "**目标**: 实现薄型板材在静态或高速运动状态下的非接触式高精度厚度检测，保障产品质量一致性并支持实时闭环控制〔REF-002〕。", "focused_product": "ZLDS101", "product_series": "ZLDS101", "industry": [ "航空航天", "汽车工业", "电子制造" ], "measurement": [ "薄型板材", "板材厚度" ], "tags": [ "ZLDS101", "航空航天", "汽车工业", "薄型板材", "传感器" ], "updated_at": "2025-12-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS101-点激光传感器薄型板材厚度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "thin-sheet-thickness-measurement-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "薄型片材厚度测量选型与部署指南", "summary": "**目标**: 为薄型片材在线/离线高精度厚度检测提供传感器选型依据与现场部署规范，实现质量控制闭环与材料损耗优化〔REF-002〕。", "focused_product": "ZLDS101", "product_series": "ZLDS101", "industry": [ "电子制造", "汽车工业", "航空航天" ], "measurement": [ "薄型片材厚度", "运动物体尺寸", "高温目标物表面" ], "tags": [ "ZLDS101", "电子制造", "汽车工业", "薄型片材厚度", "传感器" ], "updated_at": "2025-06-24", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS101-点激光传感器薄型片材厚度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "thin-film-thickness-measurement-measurement-guide-zlds101", "category": "application_article", "category_cn": "应用文章", "title": "薄膜材料厚度检测选型与部署指南", "summary": "**目标**: 为薄膜材料在线/离线厚度检测提供非接触式高精度测量方案选型依据，确保尺寸一致性并满足行业质量控制标准〔REF-002〕。", "focused_product": "ZLDS101", "product_series": "ZLDS101", "industry": [ "电子制造", "光学器件", "工业涂层" ], "measurement": [ "薄膜材料厚度", "表面轮廓" ], "tags": [ "ZLDS101", "电子制造", "光学器件", "薄膜材料厚度", "传感器" ], "updated_at": "2025-06-04", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS101-点激光传感器薄膜材料厚度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "continuous-ring-strapping-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "连续环形扎带参数监测选型与部署指南", "summary": "**目标**: 针对连续环形扎带产线实现非接触式高精度几何尺寸与结构参数在线监测，保障生产一致性并预警潜在质量缺陷〔REF-002〕。", "focused_product": "ZLDS101", "product_series": "ZLDS101", "industry": [ "电子制造", "汽车工业", "航空航天" ], "measurement": [ "连续环形扎带", "扎带尺寸与结构参数" ], "tags": [ "ZLDS101", "电子制造", "汽车工业", "连续环形扎带", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS101-点激光传感器连续环形扎带参数监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "continuous-ring-strap-width-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "连续环形扎带宽度测量选型与部署指南", "summary": "**目标**: 实现连续环形扎带在高速产线上的非接触式宽度在线检测，保障捆扎材料尺寸一致性并提升良率。〔REF-002〕", "focused_product": "ZLDS101", "product_series": "ZLDS101", "industry": [ "包装工业", "制造业", "自动化生产线" ], "measurement": [ "连续环形扎带宽度", "动态运动物体轮廓" ], "tags": [ "ZLDS101", "包装工业", "制造业", "连续环形扎带宽度", "传感器" ], "updated_at": "2025-03-01", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS101-点激光传感器连续环形扎带宽度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "continuous-ring-strap-height-measurement-guide-zlds101", "category": "application_article", "category_cn": "应用文章", "title": "连续环形扎带高度检测选型与部署指南", "summary": "**目标**: 实现连续环形扎带在生产流转过程中的非接触式高度在线检测，确保尺寸公差受控并触发实时报警〔REF-002〕。", "focused_product": "ZLDS101", "product_series": "ZLDS101", "industry": [ "工业制造", "自动化产线", "包装与捆扎" ], "measurement": [ "连续环形扎带", "带状材料高度", "非标工件轮廓" ], "tags": [ "ZLDS101", "工业制造", "自动化产线", "连续环形扎带", "传感器" ], "updated_at": "2026-01-09", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS101-点激光传感器连续环形扎带高度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "continuous-strapping-pitch-monitoring-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "连续环形扎带齿距监测选型与部署指南", "summary": "**目标**: 实现连续环形扎带在生产线上高速运动状态下的齿距高精度在线监测，替代传统接触式或低精度光学方案，提升质检效率与防错能力〔REF-002〕。", "focused_product": "ZLDS101", "product_series": "ZLDS101", "industry": [ "包装制造", "工业自动化", "线材加工" ], "measurement": [ "连续环形扎带齿距", "表面轮廓", "运动目标位置" ], "tags": [ "ZLDS101", "包装制造", "工业自动化", "连续环形扎带齿距", "传感器" ], "updated_at": "2025-12-10", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS101-点激光传感器连续环形扎带齿距监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "stamping-machine-safety-monitoring-displacement-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "冲压设备安全运行与位移监测选型部署指南", "summary": "**目标**: 实现冲压机滑块位置与模具间隙的实时非接触监测，保障设备安全联锁与异常预警〔REF-002〕。", "focused_product": "ZLDS103", "product_series": "ZLDS103", "industry": [ "金属加工", "冲压制造", "工业自动化" ], "measurement": [ "冲压模具间隙", "滑块位移", "板材厚度", "设备振动幅度" ], "tags": [ "ZLDS103", "金属加工", "冲压制造", "冲压模具间隙", "传感器" ], "updated_at": "2025-07-06", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS103-点激光传感器冲压机安全监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "laminated-tube-non-contact-scanning-guide", "category": "application_article", "category_cn": "应用文章", "title": "线激光轮廓传感器选型与部署指南", "summary": "**目标**：为工业场景中的厚度、宽度、平面度、轮廓偏差等几何尺寸在线/离线测量提供选型与部署参考，辅助工程、采购与售前人员快速评估适用性〔REF-002〕。", "focused_product": "ZLDS103", "product_series": "ZLDS系列", "industry": [ "工业制造", "金属加工", "塑料挤出" ], "measurement": [ "厚度", "宽度", "平面度", "轮廓偏差" ], "tags": [ "ZLDS103", "ZLDS系列", "工业制造", "金属加工", "厚度", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS103-点激光传感器大规模生产层压管无接触扫描测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "laminated-pipe-geometry-measurement-guide-zlds103", "category": "application_article", "category_cn": "应用文章", "title": "层压管几何参数测量选型与部署指南", "summary": "**目标**: 实现层压管外径、壁厚及截面圆度的高精度非接触式在线检测，满足航空航天管路系统与汽车零部件产线的过程质量控制需求〔REF-002〕。", "focused_product": "ZLDS103", "product_series": "ZLDS103", "industry": [ "航空航天", "汽车工业", "机械设备制造" ], "measurement": [ "层压管外径", "层压管壁厚", "层压管圆度" ], "tags": [ "ZLDS103", "航空航天", "汽车工业", "层压管外径", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS103-点激光传感器层压管几何参数测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "picking-machine-displacement-measurement-guide-zlds103", "category": "application_article", "category_cn": "应用文章", "title": "拣选机位移测量选型与部署指南", "summary": "**目标**: 为物流分拣与自动化产线提供高可靠性、非接触式的位移与位置检测方案，提升分拣效率与系统稳定性〔REF-002〕。", "focused_product": "ZLDS103", "product_series": "ZLDS103", "industry": [ "物流分拣", "智能制造", "工业自动化" ], "measurement": [ "位移", "位置", "尺寸", "表面轮廓" ], "tags": [ "ZLDS103", "物流分拣", "智能制造", "位移", "传感器" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS103-点激光传感器拣选机位移测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "robot-arm-dynamic-positioning-measurement-guide-zlds103", "category": "application_article", "category_cn": "应用文章", "title": "工业机器人手臂动态定位选型与部署指南", "summary": "**目标**: 实现高速高精度动态定位，满足复杂产线中机器人末端执行器的实时轨迹跟踪与位置补偿需求〔REF-002〕。", "focused_product": "ZLDS103", "product_series": "ZLDS103", "industry": [ "智能制造", "自动化装配", "精密检测" ], "measurement": [ "机器人手臂末端位置", "动态位移", "表面轮廓与变形", "高频振动" ], "tags": [ "ZLDS103", "智能制造", "自动化装配", "机器人手臂末端位置", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS103-点激光传感器机器人手臂动态位置确定/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "robot-arm-dynamic-displacement-measurement-guide-zlds103", "category": "application_article", "category_cn": "应用文章", "title": "机器臂动态位移测量选型与部署指南", "summary": "**目标**: 为工业机器臂在高速运动、空间受限及复杂工况下的末端位移与轨迹监测提供高可靠性的非接触式测量方案〔REF-002〕。", "focused_product": "ZLDS103", "product_series": "ZLDS103", "industry": [ "自动化制造", "精密加工", "智能装备" ], "measurement": [ "机器臂末端位移", "高速运动轨迹", "非接触形变" ], "tags": [ "ZLDS103", "自动化制造", "精密加工", "机器臂末端位移", "传感器" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS103-点激光传感器机器臂动态位移测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "automotive-production-displacement-measurement-guide-zlds103", "category": "application_article", "category_cn": "应用文章", "title": "汽车生产领域位移测量选型与部署指南", "summary": "**目标**: 在汽车焊接、涂装及总装产线中实现高精度、非接触式在线位移与几何尺寸监测，保障工艺公差并优化生产节拍〔REF-002〕。", "focused_product": "ZLDS103", "product_series": "ZLDS103", "industry": [ "汽车制造", "精密加工" ], "measurement": [ "位移", "几何尺寸", "表面轮廓" ], "tags": [ "ZLDS103", "汽车制造", "精密加工", "位移", "传感器" ], "updated_at": "2025-03-29", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS103-点激光传感器汽车生产领域位移测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "automotive-production-distance-measurement-guide-zlds103", "category": "application_article", "category_cn": "应用文章", "title": "汽车产线精密尺寸检测与部署选型指南", "summary": "**目标**: 为汽车制造、精密装配及质量检测环节提供非接触式距离与几何尺寸测量的标准化选型与部署参考，提升产线检测效率并降低人工测量成本〔REF-002〕。", "focused_product": "ZLDS103", "product_series": "ZLDS103", "industry": [ "汽车制造", "精密装配", "质量检测" ], "measurement": [ "零部件位移", "表面轮廓", "间隙与错位", "厚度变形" ], "tags": [ "ZLDS103", "汽车制造", "精密装配", "零部件位移", "传感器" ], "updated_at": "2025-11-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS103-点激光传感器汽车生产领域距离测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "narrow-gap-object-measurement-guide-zlds103", "category": "application_article", "category_cn": "应用文章", "title": "狭小空间精密测距选型与部署指南", "summary": "**目标**: 在物理空间受限的狭小间隙内，实现高精度、非接触式动态测距与位移监测〔REF-002〕。", "focused_product": "ZLDS103", "product_series": "ZLDS103", "industry": [ "工业制造", "精密加工", "自动化检测" ], "measurement": [ "狭小间隙物体", "材料厚度", "表面轮廓", "位移与振动" ], "tags": [ "ZLDS103", "工业制造", "精密加工", "狭小间隙物体", "传感器" ], "updated_at": "2025-11-13", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS103-点激光传感器狭小间隙中的物体测距/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "narrow-strip-thickness-measurement-guide-zlds103", "category": "application_article", "category_cn": "应用文章", "title": "狭窄带材厚度测量选型与部署指南", "summary": "**目标**: 面向窄幅连续带材的高速在线厚度检测与表面位移监控，提供非接触式激光位移传感器的售前选型依据与现场部署参考〔REF-001〕。", "focused_product": "ZLDS103", "product_series": "ZLDS103", "industry": [ "制造业", "金属加工", "新材料生产" ], "measurement": [ "狭窄带材厚度", "带材表面位移" ], "tags": [ "ZLDS103", "制造业", "金属加工", "狭窄带材厚度", "传感器" ], "updated_at": "2025-01-16", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS103-点激光传感器狭窄带材厚度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "amr-precise-positioning-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "自主移动机器人精准定位传感器选型与部署指南", "summary": "**目标**: 为自主移动机器人（AMR）在仓储物流、柔性产线及复杂工业场景中的高精度相对定位、底盘测距与路面轮廓监测提供可落地的选型与部署框架。〔REF-002…", "focused_product": "ZLDS103", "product_series": "ZLDS103", "industry": [ "物流仓储", "工业自动化", "智能制造" ], "measurement": [ "位移测量", "轮廓扫描", "几何尺寸检测" ], "tags": [ "ZLDS103", "物流仓储", "工业自动化", "位移测量", "传感器" ], "updated_at": "2025-04-14", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS103-点激光传感器自主移动机器人（AMRs）精准定位/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "autonomous-transport-positioning-measurement-guide-zlds103", "category": "application_article", "category_cn": "应用文章", "title": "自主运输系统定位测量选型与部署指南", "summary": "**目标**: 为自主运输系统（AGV/AMR/自动化载具）提供高精度、低延迟的位置定位与位移监测方案，支撑路径优化与安全避障决策。〔REF-002〕", "focused_product": "ZLDS103", "product_series": "ZLDS103", "industry": [ "物流仓储", "智能制造", "工业自动化" ], "measurement": [ "位置定位", "位移测量", "轮廓扫描", "材料测厚" ], "tags": [ "ZLDS103", "物流仓储", "智能制造", "位置定位", "传感器" ], "updated_at": "2025-01-05", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS103-点激光传感器自主运输系统定位/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "agv-positioning-measurement-guide-zlds103", "category": "application_article", "category_cn": "应用文章", "title": "自动引导车辆精准定位传感器选型与部署指南", "summary": "**目标**: 为自动引导车辆（AGV）在仓储、制造及自动化产线中实现高精度自主导航定位，提供从传感器选型、现场输入条件确认到部署验收的完整决策参考〔REF-00…", "focused_product": "ZLDS103", "product_series": "ZLDS103", "industry": [ "仓储物流", "智能制造", "自动化装备" ], "measurement": [ "位移检测", "位置校准", "轮廓扫描" ], "tags": [ "ZLDS103", "仓储物流", "智能制造", "位移检测", "传感器" ], "updated_at": "2025-11-23", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS103-点激光传感器自动引导车辆（AGVs）精准定位/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "thin-strip-thickness-measurement-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "薄型带材厚度测量选型与部署指南", "summary": "**目标**: 在连续高速产线上实现薄型带材的非接触式厚度、位移与表面轮廓在线监测，支撑质量控制与工艺闭环调节。", "focused_product": "ZLDS103", "product_series": "ZLDS103", "industry": [ "金属加工", "塑料与复合材料制造", "板材与薄膜生产" ], "measurement": [ "薄型带材厚度", "位移变化", "表面轮廓" ], "tags": [ "ZLDS103", "金属加工", "塑料与复合材料制造", "薄型带材厚度", "传感器" ], "updated_at": "2025-06-07", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS103-点激光传感器薄型带材厚度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "thin-sheet-thickness-measurement-guide-zlds103", "category": "application_article", "category_cn": "应用文章", "title": "薄型板材厚度测量选型与部署指南", "summary": "**目标**: 面向高速产线或狭小空间的薄型板材、金属薄片及有机材料表面进行非接触式高精度厚度检测，实现实时质量闭环控制。", "focused_product": "ZLDS103", "product_series": "ZLDS103", "industry": [ "汽车制造", "航空航天", "电子产品生产" ], "measurement": [ "薄型板材", "金属薄片", "有机材料表面" ], "tags": [ "ZLDS103", "汽车制造", "航空航天", "薄型板材", "传感器" ], "updated_at": "2025-06-01", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS103-点激光传感器薄型板材厚度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "thin-sheet-thickness-measurement-guide-zlds103-2", "category": "application_article", "category_cn": "应用文章", "title": "薄型片材高精度厚度测量选型与部署指南", "summary": "**目标**: 实现高速连续产线上薄型片材的非接触式厚度实时监控，彻底替代易损伤表面的机械接触式检测手段〔REF-002〕。", "focused_product": "ZLDS103", "product_series": "ZLDS103", "industry": [ "电子制造", "包装工业", "汽车制造" ], "measurement": [ "薄型片材厚度", "表面轮廓", "位移与振动" ], "tags": [ "ZLDS103", "电子制造", "包装工业", "薄型片材厚度", "传感器" ], "updated_at": "2025-03-28", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS103-点激光传感器薄型片材厚度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "thin-film-thickness-measurement-guide-zlds103", "category": "application_article", "category_cn": "应用文章", "title": "薄膜材料厚度测量与部署选型指南", "summary": "**目标**: 为薄膜材料在线/离线精密测厚提供非接触式光学测量选型与部署参考，提升检测精度并降低原材料损耗〔REF-002〕。", "focused_product": "ZLDS103", "product_series": "ZLDS103", "industry": [ "电子制造", "光电产业", "包装工业" ], "measurement": [ "薄膜材料厚度", "表面轮廓", "位移与振动" ], "tags": [ "ZLDS103", "电子制造", "光电产业", "薄膜材料厚度", "传感器" ], "updated_at": "2025-06-14", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS103-点激光传感器薄膜材料厚度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "continuous-ring-tie-wrap-parameter-monitoring-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "连续环形扎带几何尺寸检测选型与部署指南", "summary": "**目标**: 实现连续环形扎带在生产流转过程中的外径、内径、厚度及表面轮廓的实时高精度监测，保障批次一致性并降低人工复检成本〔REF-002〕。", "focused_product": "ZLDS103", "product_series": "ZLDS103", "industry": [ "塑料制品制造", "包装工业", "自动化产线" ], "measurement": [ "环形扎带外径", "内径", "厚度", "表面轮廓" ], "tags": [ "ZLDS103", "塑料制品制造", "包装工业", "环形扎带外径", "传感器" ], "updated_at": "2025-12-20", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS103-点激光传感器连续环形扎带参数监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "continuous-ring-strap-width-measurement-measurement-guide-zlds103", "category": "application_article", "category_cn": "应用文章", "title": "连续环形扎带宽度测量选型与部署指南", "summary": "**目标**: 针对连续环形扎带生产线，提供非接触式高精度宽度检测的选型依据与工程部署方案，以提升流水线质检效率并保障产品一致性〔REF-002〕。", "focused_product": "ZLDS103", "product_series": "ZLDS103", "industry": [ "包装制造", "工业自动化", "材料加工" ], "measurement": [ "连续环形扎带宽度", "产品厚度", "表面轮廓" ], "tags": [ "ZLDS103", "包装制造", "工业自动化", "连续环形扎带宽度", "传感器" ], "updated_at": "2026-05-11", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS103-点激光传感器连续环形扎带宽度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "continuous-ring-strap-height-measurement-guide-zlds103", "category": "application_article", "category_cn": "应用文章", "title": "连续环形扎带高度测量选型与部署指南", "summary": "**目标**: 实现连续环形扎带在生产流转过程中的非接触式高速高度检测，消除人工或机械量具带来的效率瓶颈与累积误差。〔REF-002〕", "focused_product": "ZLDS103", "product_series": "ZLDS103", "industry": [ "包装行业", "自动化生产线", "物流运输" ], "measurement": [ "连续环形扎带", "柔性带状材料" ], "tags": [ "ZLDS103", "包装行业", "自动化生产线", "连续环形扎带", "传感器" ], "updated_at": "2025-06-21", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS103-点激光传感器连续环形扎带高度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "continuous-ring-tie-strap-pitch-monitoring-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "环形扎带齿距检测与部署选型指南", "summary": "**目标**: 实现连续环形扎带生产过程中的齿距高精度实时监测，消除人工抽检滞后性，提升装配合格率与工艺稳定性〔REF-002〕。", "focused_product": "ZLDS103", "product_series": "ZLDS103", "industry": [ "塑料制品制造", "包装工业", "自动化产线" ], "measurement": [ "环形扎带齿距", "表面位移", "轮廓变形" ], "tags": [ "ZLDS103", "塑料制品制造", "包装工业", "环形扎带齿距", "传感器" ], "updated_at": "2025-11-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS103-点激光传感器连续环形扎带齿距监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "cnc-internal-bore-roundness-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "机床内孔圆度与尺寸精密测量选型部署指南", "summary": "**目标**: 面向CNC加工后微小内孔的在线几何尺寸检测，实现内径、圆度、椭圆度、锥度与同轴度的微米级非接触评估〔REF-001〕。", "focused_product": "ZLDS104", "product_series": "ZLDS104", "industry": [ "精密制造", "航空航天", "医疗器械" ], "measurement": [ "内径", "圆度", "椭圆度", "锥度", "同轴度" ], "tags": [ "ZLDS104", "精密制造", "航空航天", "内径", "传感器" ], "updated_at": "2025-03-30", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS104-定制内径测量仪CNC机床内孔圆度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "cnc-bore-ovality-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "CNC机床内孔椭圆度测量选型与部署指南", "summary": "**目标**: 面向CNC机床加工后微小内孔的椭圆度在线检测，实现内径尺寸、截面椭圆度及圆柱度的微米级非接触评估〔REF-001〕。", "focused_product": "ZLDS104", "product_series": "ZLDS104", "industry": [ "精密制造", "汽车零部件", "航空航天" ], "measurement": [ "内孔椭圆度", "内径尺寸", "圆柱度" ], "tags": [ "ZLDS104", "精密制造", "汽车零部件", "内孔椭圆度", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS104-定制内径测量仪CNC机床内孔椭圆度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "cnc-machine-internal-diameter-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "CNC机床内径精密测量选型与部署指南", "summary": "**目标**: 在CNC机床或自动化产线中，实现对微小孔径（最小4mm）及复杂几何形状（同轴度、圆度等）的非接触式高精度在线检测，替代传统机械量具以提升效率并避免…", "focused_product": "ZLDS104", "product_series": "ZLDS104", "industry": [ "精密制造", "航空航天", "医疗器械" ], "measurement": [ "内径", "同轴度", "圆度", "椭圆度", "锥度" ], "tags": [ "ZLDS104", "精密制造", "航空航天", "内径", "传感器" ], "updated_at": "2025-05-05", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS104-定制内径测量仪CNC机床内径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "measurement-guide-zlds104", "category": "application_article", "category_cn": "应用文章", "title": "下水管道内壁几何尺寸检测选型与部署指南", "summary": "**目标**: 针对市政及工业下水管道的内壁均匀性、内径精度、椭圆度及潜在缺陷进行高精度非接触式在线或离线检测，确保排水系统结构稳定性〔REF-002〕。", "focused_product": "ZLDS104", "product_series": "ZLDS104", "industry": [ "市政工程", "基础设施维护" ], "measurement": [ "下水管道内径", "内壁均匀性", "椭圆度" ], "tags": [ "ZLDS104", "市政工程", "基础设施维护", "下水管道内径", "传感器" ], "updated_at": "2025-08-08", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS104-定制内径测量仪下水管道内壁均匀性测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "irregular-pore-diameter-inspection-guide", "category": "application_article", "category_cn": "应用文章", "title": "不规则圆孔内壁扫描直径与几何形位公差选型与部署指南", "summary": "**目标**: 实现小孔径（≥4mm）内壁的高精度非接触在线测量，获取内径、椭圆度、锥度及同轴度数据，满足精密制造质量控制需求〔REF-002〕。", "focused_product": "示例产品", "product_series": "示例系列", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "示例产品", "示例系列", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-01-01", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS104-定制内径测量仪不规则圆孔内壁扫描/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "irregular-cylinder-bore-scan-measurement-guide-zlds104", "category": "application_article", "category_cn": "应用文章", "title": "不规则圆筒内壁扫描检测选型与部署指南", "summary": "**目标**: 针对航空航天、医疗器械及精密制造领域中的不规则圆筒及微小孔径内壁，实现高精度、非接触式的几何参数在线或离线检测〔REF-002〕。", "focused_product": "ZLDS104", "product_series": "ZLDS104", "industry": [ "航空航天", "医疗器械", "精密制造" ], "measurement": [ "不规则圆筒内壁", "小孔内径", "椭圆度", "锥度", "同轴度" ], "tags": [ "ZLDS104", "航空航天", "医疗器械", "不规则圆筒内壁", "传感器" ], "updated_at": "2026-01-19", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS104-定制内径测量仪不规则圆筒内壁扫描/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "optical-lens-barrel-inner-diameter-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "光学镜头镜筒内径精密检测选型与部署指南", "summary": "**目标**: 面向光学镜头镜筒及微小孔径制造场景，提供非接触式微米级内径在线测量与几何质量控制方案〔REF-001〕。", "focused_product": "ZLDS104", "product_series": "ZLDS104", "industry": [ "光学制造", "精密仪器", "航空航天", "医疗器械" ], "measurement": [ "光学镜头镜筒内径", "微小孔径", "椭圆度与同轴度" ], "tags": [ "ZLDS104", "光学制造", "精密仪器", "光学镜头镜筒内径", "传感器" ], "updated_at": "2025-06-05", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS104-定制内径测量仪光学镜头镜筒内径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "inner-thread-size-control-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "内螺纹尺寸控制选型与部署指南", "summary": "**目标**: 面向航空航天、医疗器械、汽车及精密制造领域的内螺纹/小孔内径尺寸控制，提供非接触式在线几何量检测与质量判定依据〔REF-002〕。", "focused_product": "ZLDS104", "product_series": "ZLDS104", "industry": [ "精密制造", "航空航天", "医疗器械", "汽车制造" ], "measurement": [ "内螺纹尺寸", "内径", "椭圆度", "锥度", "同轴度" ], "tags": [ "ZLDS104", "精密制造", "航空航天", "内螺纹尺寸", "传感器" ], "updated_at": "2025-09-22", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS104-定制内径测量仪内螺纹尺寸控制/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "measurement-guide-zlds104-2", "category": "application_article", "category_cn": "应用文章", "title": "小孔内螺纹轮廓与几何精度测量选型与部署指南", "summary": "**目标**: 面向航空航天、医疗器械、汽车制造及精密机械制造领域的小孔内螺纹轮廓与几何精度在线检测需求，提供基于线激光三角测量原理的传感器选型与部署参考〔REF…", "focused_product": "ZLDS104", "product_series": "ZLDS104", "industry": [ "航空航天", "医疗器械", "汽车制造", "精密机械制造" ], "measurement": [ "内螺纹轮廓", "内径", "椭圆度", "锥度", "同轴度" ], "tags": [ "ZLDS104", "航空航天", "医疗器械", "内螺纹轮廓", "传感器" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS104-定制内径测量仪内螺纹轮廓扫描/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "groove-inner-wall-scanning-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "凹槽内壁扫描与微孔内径在线测量选型部署指南", "summary": "**目标**: 针对直径 4mm-48mm 的微孔及复杂内壁结构，实现高精度、非接触式的在线几何尺寸检测〔REF-001〕。", "focused_product": "ZLDS104", "product_series": "ZLDS104", "industry": [ "精密制造", "航空航天", "医疗器械", "汽车零部件" ], "measurement": [ "小孔内径", "凹槽内壁几何形状", "椭圆度", "锥度", "台阶", "同轴度" ], "tags": [ "ZLDS104", "精密制造", "航空航天", "小孔内径", "传感器" ], "updated_at": "2025-11-27", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS104-定制内径测量仪凹槽内壁扫描/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "train-rod-bore-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "列车杆件内孔几何尺寸检测与选型部署指南", "summary": "**目标**: 针对轨道交通列车关键杆件的内孔几何尺寸（直径、椭圆度、同轴度等）实现高精度、非接触式在线或离线检测，替代传统低效机械测量〔REF-002〕。", "focused_product": "ZLDS104", "product_series": "ZLDS104", "industry": [ "轨道交通", "精密制造" ], "measurement": [ "杆件内孔直径", "椭圆度", "同轴度", "锥度" ], "tags": [ "ZLDS104", "轨道交通", "精密制造", "杆件内孔直径", "传感器" ], "updated_at": "2025-09-21", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS104-定制内径测量仪列车杆件内孔测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "brake-pump-internal-groove-diameter-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "刹车泵内部沟槽直径测量选型与部署指南", "summary": "**目标**: 针对刹车泵内部沟槽直径及几何形状（圆度、同轴度、椭圆度）进行非接触在线测量，确保刹车系统安全性和可靠性〔REF-001〕。", "focused_product": "ZLDS104", "product_series": "ZLDS104", "industry": [ "汽车制造", "汽车零部件", "精密制造" ], "measurement": [ "内径", "沟槽直径", "圆度", "同轴度", "椭圆度" ], "tags": [ "ZLDS104", "汽车制造", "汽车零部件", "内径", "传感器" ], "updated_at": "2026-05-12", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS104-定制内径测量仪刹车泵内部沟槽直径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "brake-pump-internal-seal-diameter-measurement-guide-zlds104", "category": "application_article", "category_cn": "应用文章", "title": "刹车泵内部胶圈直径测量选型与部署指南", "summary": "**目标**: 针对汽车刹车泵内部密封胶圈及小孔内径的高精度在线几何尺寸检测，替代传统机械量具，实现非接触式快速全检〔REF-002〕。", "focused_product": "ZLDS104", "product_series": "ZLDS104", "industry": [ "汽车制造与维修", "精密制造" ], "measurement": [ "刹车泵内部胶圈直径", "内径", "椭圆度", "同轴度" ], "tags": [ "ZLDS104", "汽车制造与维修", "精密制造", "刹车泵内部胶圈直径", "传感器" ], "updated_at": "2025-09-21", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS104-定制内径测量仪刹车泵内部胶圈直径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "single-tube-extruder-inner-diameter-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "单筒挤出机内径在线检测选型与部署指南", "summary": "**目标**: 针对单筒挤出工艺中的管材、衬套或小孔部件，实现非接触式的高精度内径、椭圆度及同轴度在线实时监测，确保产品符合严格的公差要求〔REF-001〕。", "focused_product": "ZLDS104", "product_series": "ZLDS104", "industry": [ "塑料挤出", "精密制造" ], "measurement": [ "小孔内径", "椭圆度", "同轴度" ], "tags": [ "ZLDS104", "塑料挤出", "精密制造", "小孔内径", "传感器" ], "updated_at": "2025-07-07", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS104-定制内径测量仪单筒挤出机内径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "double-barrel-extruder-internal-diameter-measurement-guide-zlds104", "category": "application_article", "category_cn": "应用文章", "title": "双筒挤出机内径测量选型与部署指南", "summary": "**目标**: 为双筒挤出机生产线提供在线、非接触式小孔径内径测量方案，覆盖内径、椭圆度、同轴度、锥度等多维几何参数评估〔REF-002〕。", "focused_product": "ZLDS104", "product_series": "ZLDS104", "industry": [ "塑料制品制造", "精密制造", "航空航天", "医疗器械" ], "measurement": [ "内径", "椭圆度", "同轴度", "锥度", "台阶" ], "tags": [ "ZLDS104", "塑料制品制造", "精密制造", "内径", "传感器" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS104-定制内径测量仪双筒挤出机内径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "engine-cylinder-bore-measurement-guide-zlds104", "category": "application_article", "category_cn": "应用文章", "title": "发动机气缸内径精密测量选型与部署指南", "summary": "**目标**: 面向发动机气缸及类似微小孔径，实现非接触式在线高精度内径、椭圆度、锥度与同轴度检测，替代传统机械量具并满足产线节拍要求〔REF-001〕。", "focused_product": "ZLDS104", "product_series": "ZLDS104", "industry": [ "汽车制造与发动机维修", "航空航天", "医疗器械", "精密机械制造" ], "measurement": [ "发动机气缸内径", "椭圆度与锥度", "同轴度与圆柱度" ], "tags": [ "ZLDS104", "汽车制造与发动机维修", "航空航天", "发动机气缸内径", "传感器" ], "updated_at": "2025-04-29", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS104-定制内径测量仪发动机气缸内径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "engine-cylinder-bore-measurement-guide-zlds104-2", "category": "application_article", "category_cn": "应用文章", "title": "发动机缸体内径精密测量选型与部署指南", "summary": "**目标**: 面向发动机缸体内径、椭圆度/圆度、锥度及同轴度的在线非接触式尺寸与几何参数并行检测，支撑研发试制、量产过程控制与终检放行。〔REF-001〕", "focused_product": "ZLDS104", "product_series": "ZLDS104", "industry": [ "汽车制造", "精密机械加工", "航空航天" ], "measurement": [ "发动机缸体内径", "椭圆度/圆度", "锥度", "同轴度" ], "tags": [ "ZLDS104", "汽车制造", "精密机械加工", "发动机缸体内径", "传感器" ], "updated_at": "2025-12-02", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS104-定制内径测量仪发动机缸体内径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "variable-diameter-bore-inspection-guide", "category": "application_article", "category_cn": "应用文章", "title": "变径内腔内壁检测选型与部署指南", "summary": "**目标**: 实现变径内腔内壁的非接触式在线几何尺寸测量，覆盖内径、椭圆度、锥度、同轴度等多参数评估〔REF-001〕。", "focused_product": "ZLDS104", "product_series": "ZLDS104", "industry": [ "精密制造", "航空航天", "医疗器械", "电子电气" ], "measurement": [ "内径", "椭圆度", "锥度", "同轴度", "圆柱度" ], "tags": [ "ZLDS104", "精密制造", "航空航天", "内径", "传感器" ], "updated_at": "2026-01-17", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS104-定制内径测量仪变径内腔内壁检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "variable-diameter-bore-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "变径孔内径高精度非接触测量选型与部署指南", "summary": "**目标**: 解决航空航天、医疗器械及精密制造领域中，变径孔、微孔及异形孔的高精度在线几何尺寸检测难题，替代传统机械接触式或低精度光学手段〔REF-002〕。", "focused_product": "ZLDS104", "product_series": "ZLDS104", "industry": [ "航空航天", "医疗器械", "精密制造" ], "measurement": [ "变径孔内径", "椭圆度", "同轴度", "锥度" ], "tags": [ "ZLDS104", "航空航天", "医疗器械", "变径孔内径", "传感器" ], "updated_at": "2025-03-18", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS104-定制内径测量仪变径孔内径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "blade-spring-hole-inside-diameter-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "叶片弹簧孔内径在线测量选型与部署指南", "summary": "**目标**: 针对叶片弹簧等微小孔径（最小4mm）实现高精度、非接触式的在线几何尺寸检测，消除传统机械测量的效率瓶颈与接触式磨损风险〔REF-001〕。", "focused_product": "ZLDS104", "product_series": "ZLDS104", "industry": [ "航空航天", "医疗器械", "精密制造" ], "measurement": [ "叶片弹簧孔内径", "椭圆度", "锥度", "同轴度" ], "tags": [ "ZLDS104", "航空航天", "医疗器械", "叶片弹簧孔内径", "传感器" ], "updated_at": "2025-11-05", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS104-定制内径测量仪叶片弹簧孔内径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "breather-bottle-embellishment-wall-thickness-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "呼吸器瓶胚内胆壁厚及几何精度选型与部署指南", "summary": "**目标**: 在呼吸器瓶胚制造环节，实现非接触式、高精度的内胆壁厚、内径及几何形状（椭圆度、同轴度）在线或离线检测，确保医疗产品的安全性与合规性〔REF-002…", "focused_product": "ZLDS104", "product_series": "ZLDS104", "industry": [ "医疗器械制造", "精密工业制造" ], "measurement": [ "瓶胚内胆壁厚", "内径", "椭圆度", "锥度", "同轴度" ], "tags": [ "ZLDS104", "医疗器械制造", "精密工业制造", "瓶胚内胆壁厚", "传感器" ], "updated_at": "2025-11-07", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS104-定制内径测量仪呼吸器瓶胚内胆壁厚测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "nozzle-inner-diameter-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "喷嘴内径精密检测选型与部署指南", "summary": "**目标**: 面向航空航天、医疗器械、汽车制造及精密制造领域中小孔/细管类喷嘴的内径、椭圆度、锥度、同轴度等几何参数，实现非接触式在线高精度测量〔REF-001…", "focused_product": "ZLDS104", "product_series": "ZLDS104", "industry": [ "航空航天", "医疗器械", "汽车制造", "精密制造" ], "measurement": [ "喷嘴内径", "椭圆度", "锥度", "同轴度" ], "tags": [ "ZLDS104", "航空航天", "医疗器械", "喷嘴内径", "传感器" ], "updated_at": "2025-02-03", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS104-定制内径测量仪喷嘴内径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "nozzle-wear-control-measurement-guide-zlds104", "category": "application_article", "category_cn": "应用文章", "title": "喷嘴磨损控制内径检测选型与部署指南", "summary": "**目标**: 针对工业喷嘴、细管及微小孔径的在线磨损监测，提供非接触式高精度几何尺寸检测方案，以替代传统机械测量或低精度光学方案〔REF-002〕。", "focused_product": "ZLDS104", "product_series": "ZLDS104", "industry": [ "精密制造", "航空航天", "医疗器械" ], "measurement": [ "喷嘴内径", "小孔几何形状", "椭圆度", "锥度", "同轴度" ], "tags": [ "ZLDS104", "精密制造", "航空航天", "喷嘴内径", "传感器" ], "updated_at": "2025-08-04", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS104-定制内径测量仪喷嘴磨损控制/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "rotor-inner-wall-scanning-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "回转体内壁扫描与精密小孔内径检测选型部署指南", "summary": "**目标**: 面向回转体、小孔、细管内壁几何尺寸在线检测，实现内径、椭圆度、锥度、同轴度、圆柱度等多参数高精度测量〔REF-002〕。", "focused_product": "ZLDS104", "product_series": "ZLDS104", "industry": [ "航空航天", "医疗器械", "精密机械", "精密制造" ], "measurement": [ "内径", "椭圆度", "锥度", "同轴度", "圆柱度" ], "tags": [ "ZLDS104", "航空航天", "医疗器械", "内径", "传感器" ], "updated_at": "2025-05-28", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS104-定制内径测量仪回转体内壁扫描/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "rotary-body-inner-diameter-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "回转体内径精密测量选型与部署指南", "summary": "**目标**: 针对狭小空间内的回转体、小孔及细管进行高精度、非接触式的在线几何尺寸实时监测，克服传统机械接触测量的效率瓶颈。", "focused_product": "ZLDS104", "product_series": "ZLDS104", "industry": [ "汽车制造", "航空航天", "医疗器械" ], "measurement": [ "回转体内径", "小孔直径", "细管内径" ], "tags": [ "ZLDS104", "汽车制造", "航空航天", "回转体内径", "传感器" ], "updated_at": "2025-08-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS104-定制内径测量仪回转体内径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "stacked-core-inner-diameter-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "堆叠铁芯内径高精度选型与部署指南", "summary": "**目标**: 针对堆叠铁芯、精密衬套等微小孔径，实现非接触式、高精度的在线几何尺寸检测，替代传统机械测量以解决效率与损伤痛点〔REF-002〕。", "focused_product": "ZLDS104", "product_series": "ZLDS104", "industry": [ "精密制造", "航空航天", "医疗器械" ], "measurement": [ "堆叠铁芯内径", "圆度", "同轴度" ], "tags": [ "ZLDS104", "精密制造", "航空航天", "堆叠铁芯内径", "传感器" ], "updated_at": "2026-04-26", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS104-定制内径测量仪堆叠铁芯内径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "plastic-pipeline-inner-diameter-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "塑料管道内壁检测选型与部署指南", "summary": "**目标**: 针对塑料管道内壁的内径、圆度、椭圆度等几何参数进行高精度在线检测，确保产品符合质量控制要求〔REF-002〕。", "focused_product": "ZLDS104", "product_series": "ZLDS104", "industry": [ "水处理", "建筑", "电力", "精密制造", "航空航天", "医疗器械" ], "measurement": [ "内径", "圆度", "椭圆度", "几何形状" ], "tags": [ "ZLDS104", "水处理", "建筑", "内径", "传感器" ], "updated_at": "2025-09-01", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS104-定制内径测量仪塑料管道内壁检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "composite-internal-dimension-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "复合材料内径高精度测量选型与部署指南", "summary": "**目标**: 实现小孔径（4-48mm）复合材料内壁的非接触式几何参数评估，确保产品性能与装配精度〔REF-001〕。", "focused_product": "ZLDS104", "product_series": "ZLDS104", "industry": [ "航空航天", "医疗器械" ], "measurement": [ "内径", "椭圆度" ], "tags": [ "ZLDS104", "航空航天", "医疗器械", "内径", "传感器" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS104-定制内径测量仪复合材料内壁扫描/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "composite-material-bore-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "复合材料小孔内径在线测量选型与部署指南", "summary": "**目标**: 针对航空航天及精密制造中复合材料部件的小孔、细管进行非接触式高精度在线内径及几何形状测量，解决传统机械接触式测量效率低且易损伤工件的问题〔REF-…", "focused_product": "ZLDS104", "product_series": "ZLDS104", "industry": [ "航空航天", "汽车制造", "精密制造" ], "measurement": [ "复合材料内径", "小孔几何形状", "椭圆度", "同轴度" ], "tags": [ "ZLDS104", "航空航天", "汽车制造", "复合材料内径", "传感器" ], "updated_at": "2025-08-08", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS104-定制内径测量仪复合材料内径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "multi-cone-long-pipe-inner-diameter-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "多内锥长管内径测量选型与部署指南", "summary": "**目标**: 解决最小直径 4mm 至 48mm 范围内的细管、内锥长管及微小孔径的高精度、非接触式在线测量难题，特别是针对复杂几何形状（如锥度、台阶、同轴度）…", "focused_product": "ZLDS104", "product_series": "ZLDS104", "industry": [ "精密制造", "航空航天", "医疗器械" ], "measurement": [ "细管内径", "内锥长管内径", "椭圆度", "同轴度" ], "tags": [ "ZLDS104", "精密制造", "航空航天", "细管内径", "传感器" ], "updated_at": "2026-01-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS104-定制内径测量仪多内锥长管内径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "measurement-guide-zlds104-3", "category": "application_article", "category_cn": "应用文章", "title": "大缸径精密内径几何尺寸检测与质量控制选型指南", "summary": "**目标**: 针对大缸径及复杂工况下的内径几何尺寸高精度检测，提供非接触式在线测量选型参考，确保装配精度与产品质量〔REF-002〕。", "focused_product": "ZLDS104", "product_series": "ZLDS104", "industry": [ "精密制造", "航空航天", "医疗器械" ], "measurement": [ "大缸径内径", "椭圆度", "锥度" ], "tags": [ "ZLDS104", "精密制造", "航空航天", "大缸径内径", "传感器" ], "updated_at": "2025-08-20", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS104-定制内径测量仪大缸径内径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "sleeve-inner-wall-scanning-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "套筒内壁扫描内径测量选型与部署指南", "summary": "**目标**: 在套筒、细管、衬套等小孔内径场景下，实现内径、椭圆度、同轴度、圆柱度等几何参数的非接触式在线精密测量，满足航空航天、医疗器械及精密制造行业的质量控…", "focused_product": "ZLDS104", "product_series": "ZLDS104", "industry": [ "航空航天", "医疗器械", "精密制造" ], "measurement": [ "内径", "圆度", "同轴度" ], "tags": [ "ZLDS104", "航空航天", "医疗器械", "内径", "传感器" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS104-定制内径测量仪套筒内壁扫描/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "measurement-guide-zlds104-4", "category": "application_article", "category_cn": "应用文章", "title": "微小孔径内径高精度在线检测选型与部署指南", "summary": "**目标**: 解决微小细管、衬套及复杂结构件内部几何尺寸（内径、椭圆度、同轴度等）的高精度、非接触式在线测量需求〔REF-002〕。", "focused_product": "ZLDS104", "product_series": "ZLDS104", "industry": [ "精密制造", "航空航天", "医疗器械" ], "measurement": [ "套筒内径", "椭圆度", "同轴度", "锥度" ], "tags": [ "ZLDS104", "精密制造", "航空航天", "套筒内径", "传感器" ], "updated_at": "2025-12-16", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS104-定制内径测量仪套筒内径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "measurement-guide-zlds104-5", "category": "application_article", "category_cn": "应用文章", "title": "小孔及管道内径在线检测与质量控制选型指南", "summary": "**目标**: 针对石油、天然气及精密制造领域中小孔径（4mm-48mm）套管的在线几何尺寸检测，实现非接触式高精度测量，替代传统机械式低效检测手段〔REF-00…", "focused_product": "ZLDS104", "product_series": "ZLDS104", "industry": [ "石油天然气", "精密制造", "航空航天" ], "measurement": [ "套管内径", "椭圆度", "同轴度" ], "tags": [ "ZLDS104", "石油天然气", "精密制造", "套管内径", "传感器" ], "updated_at": "2025-03-31", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS104-定制内径测量仪套管内径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "sleeve-deformation-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "套管内径与变形几何特征在线选型部署指南", "summary": "**目标**: 实现小孔内径（4-48mm）、椭圆度、同轴度的非接触式高精度在线检测〔REF-001〕。", "focused_product": "ZLDS104", "product_series": "ZLDS104", "industry": [ "航空航天", "医疗器械", "精密制造" ], "measurement": [ "套管内径", "同轴度" ], "tags": [ "ZLDS104", "航空航天", "医疗器械", "套管内径", "传感器" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS104-定制内径测量仪套管变形测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "stator-inner-diameter-roundness-measurement-guide-zlds104", "category": "application_article", "category_cn": "应用文章", "title": "定子内径圆度测量选型与部署指南", "summary": "**目标**: 针对电机及发电机定子等微小孔径工件，实现非接触式、高精度的在线几何尺寸与形状检测，以提升生产效率并降低后期维护成本〔REF-002〕。", "focused_product": "ZLDS104", "product_series": "ZLDS104", "industry": [ "精密制造", "航空航天", "医疗器械" ], "measurement": [ "定子内径", "圆度", "椭圆度", "锥度", "同轴度" ], "tags": [ "ZLDS104", "精密制造", "航空航天", "定子内径", "传感器" ], "updated_at": "2026-05-14", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS104-定制内径测量仪定子内径圆度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "measurement-guide-zlds104-6", "category": "application_article", "category_cn": "应用文章", "title": "导管架桩腿内径在线检测与选型部署指南", "summary": "**目标**: 针对导管架桩腿（海上工程、桥梁建设）的内径、圆度、同轴度及内壁缺陷进行高精度非接触式在线或离线检测，确保结构合规性与安全性〔REF-002〕。", "focused_product": "ZLDS104", "product_series": "ZLDS104", "industry": [ "海上工程", "桥梁建设", "高端装备制造" ], "measurement": [ "桩腿内径", "圆度", "同轴度", "椭圆度", "锥度" ], "tags": [ "ZLDS104", "海上工程", "桥梁建设", "桩腿内径", "传感器" ], "updated_at": "2025-07-21", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS104-定制内径测量仪导管架桩腿内径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "small-diameter-hole-inspection-measurement-guide-zlds104", "category": "application_article", "category_cn": "应用文章", "title": "小直径孔洞内径几何尺寸检测选型与部署指南", "summary": "**目标**: 解决传统接触式量具在小孔径测量中效率低、易损伤工件及难以实现自动化在线检测的问题，通过非接触式激光技术实现高精度、高速度的几何参数评估〔REF-0…", "focused_product": "ZLDS104", "product_series": "ZLDS104", "industry": [ "精密制造", "航空航天", "医疗器械" ], "measurement": [ "小孔内径", "椭圆度", "同轴度" ], "tags": [ "ZLDS104", "精密制造", "航空航天", "小孔内径", "传感器" ], "updated_at": "2026-01-07", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS104-定制内径测量仪小直径孔洞检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "layered-pipe-geometry-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "层压管几何尺寸检测与选型部署指南", "summary": "**目标**: 为层压管内径、椭圆度、锥度、同轴度、台阶等几何参数提供非接触式在线检测方案，支撑尺寸精度检测、壁厚均匀性评估与形状缺陷检测。", "focused_product": "ZLDS104", "product_series": "ZLDS104", "industry": [ "精密制造", "航空航天", "医疗器械" ], "measurement": [ "层压管内径", "椭圆度", "锥度", "同轴度", "台阶" ], "tags": [ "ZLDS104", "精密制造", "航空航天", "层压管内径", "传感器" ], "updated_at": "2026-02-01", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS104-定制内径测量仪层压管几何形状测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "content-示例产品-30", "category": "application_article", "category_cn": "应用文章", "title": "带凸台管道内壁扫描与内径几何形位公差选型部署指南", "summary": "带凸台管道的内壁检测是精密制造、航空航天和医疗器械领域的核心质量控制环节。凸台结构（如法兰台阶、密封槽、阀座配合面）的存在使得传统接触式测量难以覆盖全部关键特征…", "focused_product": "示例产品", "product_series": "示例系列", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "示例产品", "示例系列", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-01-01", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS104-定制内径测量仪带凸台管道内壁扫描/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "measurement-guide-zlds104-7", "category": "application_article", "category_cn": "应用文章", "title": "小孔及异形孔内壁几何尺寸检测与选型部署指南", "summary": "**目标**: 针对航空航天、汽车及医疗器械等行业中，直径在 4mm 至 48mm 范围内的小孔及异形孔内壁，实现微米级精度的在线几何尺寸检测〔REF-001〕。", "focused_product": "ZLDS104", "product_series": "ZLDS104", "industry": [ "航空航天", "汽车制造", "医疗器械" ], "measurement": [ "内径", "椭圆度", "同轴度", "锥度", "台阶" ], "tags": [ "ZLDS104", "航空航天", "汽车制造", "内径", "传感器" ], "updated_at": "2025-05-22", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS104-定制内径测量仪异形孔内壁测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "extruder-bore-inspection-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "挤出机筒内壁精密测量选型与部署指南", "summary": "**目标**: 针对挤出机筒及小孔内壁的高精度在线检测，实现非接触式的几何尺寸监控，消除人工抽检滞后性，提升生产稳定性〔REF-002〕。", "focused_product": "ZLDS104", "product_series": "ZLDS104", "industry": [ "塑料加工", "机械制造" ], "measurement": [ "挤出机筒内壁", "内径尺寸", "椭圆度", "同轴度" ], "tags": [ "ZLDS104", "塑料加工", "机械制造", "挤出机筒内壁", "传感器" ], "updated_at": "2026-05-13", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS104-定制内径测量仪挤出机筒内壁测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "extruder-bore-scan-guide", "category": "application_article", "category_cn": "应用文章", "title": "挤塑机机膛内壁精密扫描检测选型与部署指南", "summary": "**目标**: 针对挤塑机机膛内壁进行高精度、非接触式的在线或离线扫描，以监测内径尺寸、椭圆度及同轴度，确保壁厚均匀性并预防质量缺陷〔REF-002〕。", "focused_product": "ZLDS104", "product_series": "ZLDS104", "industry": [ "塑料挤出制造", "工业精密加工" ], "measurement": [ "机膛内径", "椭圆度", "同轴度" ], "tags": [ "ZLDS104", "塑料挤出制造", "工业精密加工", "机膛内径", "传感器" ], "updated_at": "2025-09-01", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS104-定制内径测量仪挤塑机机膛内壁扫描/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "extruder-bore-measurement-guide-zlds104", "category": "application_article", "category_cn": "应用文章", "title": "挤塑机机膛内径在线测量选型与部署指南", "summary": "**目标**: 解决挤塑机机膛内径、椭圆度及锥度的高精度非接触式在线监测需求，确保挤出材料流动性与产品物理性能的一致性〔REF-002〕。", "focused_product": "ZLDS104", "product_series": "ZLDS104", "industry": [ "塑料挤出加工", "精密制造" ], "measurement": [ "机膛内径", "椭圆度", "锥度" ], "tags": [ "ZLDS104", "塑料挤出加工", "精密制造", "机膛内径", "传感器" ], "updated_at": "2025-09-26", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS104-定制内径测量仪挤塑机机膛内径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "heat-exchanger-tube-inner-diameter-measurement-guide-zlds104", "category": "application_article", "category_cn": "应用文章", "title": "换热管内径精密测量选型与部署指南", "summary": "**目标**: 实现换热管、细孔及衬套的高精度非接触式在线几何尺寸检测，确保流体动力学特性与热交换效率〔REF-002〕。", "focused_product": "ZLDS104", "product_series": "ZLDS104", "industry": [ "暖通空调", "发电设备", "化工设施" ], "measurement": [ "换热管内径", "圆度", "同轴度", "椭圆度", "锥度", "台阶度" ], "tags": [ "ZLDS104", "暖通空调", "发电设备", "换热管内径", "传感器" ], "updated_at": "2026-02-28", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS104-定制内径测量仪换热管内径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "square-hole-inner-wall-scan-measurement-guide-zlds104", "category": "application_article", "category_cn": "应用文章", "title": "方形孔内壁扫描与精密内径测量选型部署指南", "summary": "**目标**: 针对航空航天、医疗器械及精密机械领域中的方形孔、细管及异形孔内壁，实现非接触式高精度几何尺寸在线检测〔REF-002〕。", "focused_product": "ZLDS104", "product_series": "ZLDS104", "industry": [ "航空航天", "医疗器械", "精密机械" ], "measurement": [ "方形孔内壁", "小孔内径", "异形孔几何形状" ], "tags": [ "ZLDS104", "航空航天", "医疗器械", "方形孔内壁", "传感器" ], "updated_at": "2026-05-06", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS104-定制内径测量仪方形孔内壁扫描/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "square-hole-straightness-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "方形孔直线度检测选型与部署指南", "summary": "本指南旨在为高精密制造领域的售前工程师及采购决策者，提供基于激光三角测量原理的方形孔几何尺寸在线检测选型框架。针对方孔直线度与内径检测场景，核心结论如下：", "focused_product": "ZLDS104", "product_series": "ZLDS104", "industry": [ "航空航天", "精密机械" ], "measurement": [ "方形孔内径", "直线度" ], "tags": [ "ZLDS104", "航空航天", "精密机械", "方形孔内径", "传感器" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS104-定制内径测量仪方形孔直线度检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "square-tube-inner-wall-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "方管内壁精密检测选型与部署指南", "summary": "**目标**: 针对方管内径、椭圆度、同轴度及内壁表面质量，实现非接触式、高动态在线精密测量，替代传统机械接触式检测，消除人为误差与机械损伤风险〔REF-001〕…", "focused_product": "ZLDS104", "product_series": "ZLDS104", "industry": [ "机械制造", "航空航天", "医疗器械" ], "measurement": [ "方管内径", "内壁光滑度", "椭圆度", "同轴度" ], "tags": [ "ZLDS104", "机械制造", "航空航天", "方管内径", "传感器" ], "updated_at": "2025-01-08", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS104-定制内径测量仪方管内壁检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "square-tube-inner-diameter-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "方管及微孔内径在线检测选型与部署指南", "summary": "**目标**: 实现方管内径、椭圆度、锥度、同轴度及台阶尺寸的在线精密检测，提升批次产品几何尺寸一致性并降低废品率〔REF-002〕。", "focused_product": "ZLDS104", "product_series": "ZLDS104", "industry": [ "汽车制造", "航空航天", "医疗器械", "精密机械制造" ], "measurement": [ "方管内径", "椭圆度", "锥度", "同轴度", "台阶尺寸" ], "tags": [ "ZLDS104", "汽车制造", "航空航天", "方管内径", "传感器" ], "updated_at": "2025-11-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS104-定制内径测量仪方管内径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "small-hole-inner-diameter-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "精密小孔内径几何尺寸检测与选型部署指南", "summary": "**目标**: 针对航空航天、医疗器械及精密机械制造领域中的微小孔径（4mm-48mm），实现高精度、非接触式的在线几何尺寸检测，替代传统机械量具的低效与接触式测…", "focused_product": "ZLDS104", "product_series": "ZLDS104", "industry": [ "精密机械制造", "航空航天", "医疗器械" ], "measurement": [ "小孔内径", "椭圆度", "同轴度" ], "tags": [ "ZLDS104", "精密机械制造", "航空航天", "小孔内径", "传感器" ], "updated_at": "2025-04-09", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS104-定制内径测量仪机械制造ID测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "machining-internal-diameter-measurement-guide-zlds104", "category": "application_article", "category_cn": "应用文章", "title": "精密制造内径测量选型与部署指南", "summary": "**目标**: 实现微小孔径（≥4mm）的高精度在线几何尺寸检测，替代传统接触式量具，提升生产效率与一致性〔REF-001〕。", "focused_product": "ZLDS104", "product_series": "ZLDS104", "industry": [ "机械制造", "精密加工", "航空航天" ], "measurement": [ "内径", "椭圆度", "圆柱度" ], "tags": [ "ZLDS104", "机械制造", "精密加工", "内径", "传感器" ], "updated_at": "2026-02-24", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS104-定制内径测量仪机械制造内径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "measurement-guide-zlds104-8", "category": "application_article", "category_cn": "应用文章", "title": "小孔及机筒内径几何尺寸在线检测选型与部署指南", "summary": "**目标**: 针对航空航天、医疗器械等高精密行业，实现最小直径 4mm 的微小机筒/孔洞内径、椭圆度及同轴度的高精度非接触在线测量〔REF-001〕。", "focused_product": "ZLDS104", "product_series": "ZLDS104", "industry": [ "航空航天", "医疗器械", "高精密制造" ], "measurement": [ "机筒内径", "椭圆度", "同轴度", "微小孔径" ], "tags": [ "ZLDS104", "航空航天", "医疗器械", "机筒内径", "传感器" ], "updated_at": "2025-03-04", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS104-定制内径测量仪机筒内径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "measurement-guide-zlds104-9", "category": "application_article", "category_cn": "应用文章", "title": "椎体内径精密测量选型与部署指南", "summary": "**目标**: 为椎体等微小孔径内径及多项几何参数（椭圆度、同轴度、圆柱度、锥度）提供高精度在线测量方案选型与部署参考〔REF-002〕。", "focused_product": "ZLDS104", "product_series": "ZLDS104", "industry": [ "医疗器械", "航空航天", "精密加工" ], "measurement": [ "内径", "椭圆度", "同轴度", "圆柱度", "锥度" ], "tags": [ "ZLDS104", "医疗器械", "航空航天", "内径", "传感器" ], "updated_at": "2025-08-23", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS104-定制内径测量仪椎体内径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "rubber-tube-inner-diameter-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "橡胶管内径在线检测与选型部署指南", "summary": "**目标**: 实现橡胶管内径、椭圆度、锥度、同轴度及台阶等几何参数的非接触式高精度在线质量控制。〔REF-001〕", "focused_product": "ZLDS104", "product_series": "ZLDS104", "industry": [ "橡胶制品制造", "精密机械加工", "航空航天", "医疗器械" ], "measurement": [ "橡胶管内径", "椭圆度", "锥度", "同轴度", "台阶" ], "tags": [ "ZLDS104", "橡胶制品制造", "精密机械加工", "橡胶管内径", "传感器" ], "updated_at": "2025-04-01", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS104-定制内径测量仪橡胶管内径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "cylinder-bore-dimension-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "气缸内壁尺寸测量选型与部署指南", "summary": "**目标**: 实现微小孔径（最小 4mm）的高精度在线非接触式测量，克服传统机械测量效率低及普通光学测量对高反射表面适应性差的难题〔REF-001〕。", "focused_product": "ZLDS104", "product_series": "ZLDS104", "industry": [ "精密制造", "航空航天", "医疗器械" ], "measurement": [ "气缸内壁", "小孔内径", "椭圆度", "锥度" ], "tags": [ "ZLDS104", "精密制造", "航空航天", "气缸内壁", "传感器" ], "updated_at": "2026-04-07", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS104-定制内径测量仪气缸内壁尺寸测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "cylinder-bore-corrosion-detection-measurement-guide-zlds104", "category": "application_article", "category_cn": "应用文章", "title": "气缸内表面腐蚀检测与几何尺寸测量选型指南", "summary": "**目标**: 针对气缸内壁的微小腐蚀坑、划痕及几何形状偏差（如椭圆度、锥度），提供非接触式、高精度的在线或离线无损检测方案，以评估零件寿命并优化制造工艺〔REF…", "focused_product": "ZLDS104", "product_series": "ZLDS104", "industry": [ "机械制造", "汽车发动机维修", "航空航天" ], "measurement": [ "气缸内径", "椭圆度", "锥度", "台阶高度", "同轴度" ], "tags": [ "ZLDS104", "机械制造", "汽车发动机维修", "气缸内径", "传感器" ], "updated_at": "2026-02-09", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS104-定制内径测量仪气缸内表面腐蚀检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "cylinder-bore-dimension-measurement-guide-zlds104", "category": "application_article", "category_cn": "应用文章", "title": "气缸内径精密测量与几何质量控制选型部署指南", "summary": "**目标**: 实现小孔径气缸内径、椭圆度、锥度及同轴度的在线高精度尺寸控制，提升产品几何形位公差合格率。", "focused_product": "ZLDS104", "product_series": "ZLDS104", "industry": [ "航空航天制造", "精密机械加工" ], "measurement": [ "气缸内径", "椭圆度" ], "tags": [ "ZLDS104", "航空航天制造", "精密机械加工", "气缸内径", "传感器" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS104-定制内径测量仪气缸直径控制/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "oil-gas-pipe-inner-diameter-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "油田管道内径高精度在线测量选型与部署指南", "summary": "**目标**: 针对油田管道及套管在制造、安装及运维阶段的内径几何尺寸进行非接触式高精度在线监测，确保流体输送效率与结构安全性〔REF-002〕。", "focused_product": "ZLDS104", "product_series": "ZLDS104", "industry": [ "石油天然气", "油田管道运维" ], "measurement": [ "管道内径", "椭圆度", "同轴度", "锥度" ], "tags": [ "ZLDS104", "石油天然气", "油田管道运维", "管道内径", "传感器" ], "updated_at": "2025-01-13", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS104-定制内径测量仪油田管道内径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "oilfield-pipe-wax-thickness-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "油田管道结蜡厚度与非接触式几何尺寸选型与部署指南", "summary": "**目标**: 针对油田输油管道内壁结蜡导致的管径缩小及流动阻力增加问题，提供高精度、非接触式的在线或离线几何尺寸检测方案，以评估管道健康状态并预测堵塞风险〔RE…", "focused_product": "ZLDS104", "product_series": "ZLDS104", "industry": [ "石油天然气", "工业制造" ], "measurement": [ "管道内径", "结蜡厚度", "椭圆度", "同轴度" ], "tags": [ "ZLDS104", "石油天然气", "工业制造", "管道内径", "传感器" ], "updated_at": "2025-12-17", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS104-定制内径测量仪油田管道结蜡厚度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "oil-cylinder-bore-dimension-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "油缸内壁尺寸精密测量选型与部署指南", "summary": "**目标**: 针对液压缸及精密小孔内壁的尺寸、形状公差进行非接触式高精度在线或离线检测，替代传统机械内径千分尺，解决人工测量效率低、易损伤内壁及一致性差的问题〔…", "focused_product": "ZLDS104", "product_series": "ZLDS104", "industry": [ "液压元件制造", "精密机械加工" ], "measurement": [ "油缸内壁尺寸", "内径圆度", "同轴度" ], "tags": [ "ZLDS104", "液压元件制造", "精密机械加工", "油缸内壁尺寸", "传感器" ], "updated_at": "2025-04-06", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS104-定制内径测量仪油缸内壁尺寸测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "oil-cylinder-bore-inspection-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "油缸内壁几何尺寸检测选型与部署指南", "summary": "**目标**: 实现油缸内壁等小孔几何尺寸的非接触式高精度在线测量，涵盖内径、椭圆度、锥度、台阶、同轴度及圆柱度等关键参数〔REF-001〕。", "focused_product": "ZLDS104", "product_series": "ZLDS104", "industry": [ "精密制造", "汽车", "航空航天", "医疗器械" ], "measurement": [ "油缸内壁内径", "椭圆度", "锥度", "台阶", "同轴度", "圆柱度" ], "tags": [ "ZLDS104", "精密制造", "汽车", "油缸内壁内径", "传感器" ], "updated_at": "2026-03-09", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS104-定制内径测量仪油缸内壁检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "oil-cylinder-bore-inspection-inner-diameter-guide", "category": "application_article", "category_cn": "应用文章", "title": "油缸内壁缺陷检测与内径尺寸选型部署指南", "summary": "**目标**: 面向液压缸及小孔类零件内壁几何缺陷检测，实现非接触式在线高精度尺寸与形位公差评估。〔REF-002〕", "focused_product": "ZLDS104", "product_series": "ZLDS104", "industry": [ "液压设备制造", "精密机械加工", "航空航天", "汽车零部件" ], "measurement": [ "油缸内径", "圆度", "椭圆度", "同轴度", "台阶高度", "锥度" ], "tags": [ "ZLDS104", "液压设备制造", "精密机械加工", "油缸内径", "传感器" ], "updated_at": "2025-12-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS104-定制内径测量仪油缸内壁缺陷检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "oil-cylinder-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "油缸内壁锈蚀与几何形位精度测量选型部署指南", "summary": "**目标**: 实现小孔油缸内壁的锈蚀深度评估、内径精度测量及形位公差分析，确保设备密封性和运行可靠性〔REF-001〕。", "focused_product": "ZLDS104", "product_series": "ZLDS104", "industry": [ "精密制造", "航空航天", "医疗器械" ], "measurement": [ "内径", "椭圆度" ], "tags": [ "ZLDS104", "精密制造", "航空航天", "内径", "传感器" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS104-定制内径测量仪油缸内壁锈蚀检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "oil-cylinder-bore-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "油缸内径测量选型与部署指南", "summary": "**目标**: 针对油缸、衬套、细管等微小内径的几何尺寸在线测量，实现高精度、高效率的非接触式检测，满足精密制造、航空航天及医疗器械等领域对内径、椭圆度、同轴度、…", "focused_product": "ZLDS104", "product_series": "ZLDS104", "industry": [ "精密制造", "航空航天", "医疗器械" ], "measurement": [ "油缸内径", "椭圆度", "同轴度", "锥度", "台阶尺寸" ], "tags": [ "ZLDS104", "精密制造", "航空航天", "油缸内径", "传感器" ], "updated_at": "2026-04-09", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS104-定制内径测量仪油缸内径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "subsea-pipeline-id-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "海管内径精密检测与传感器选型部署指南", "summary": "**目标**: 保障海管流通与承压安全，消除因内径偏差引发的流体流动异常与结构隐患，实现非接触式高频在线检测〔REF-002〕。", "focused_product": "ZLDS104", "product_series": "ZLDS104", "industry": [ "海洋工程", "船舶与海工装备", "能源管道输送" ], "measurement": [ "海管内径", "椭圆度", "锥度", "同轴度" ], "tags": [ "ZLDS104", "海洋工程", "船舶与海工装备", "海管内径", "传感器" ], "updated_at": "2025-07-28", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS104-定制内径测量仪海管内径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "hydraulic-support-cylinder-bore-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "液压支架油缸内壁几何尺寸检测与选型部署指南", "summary": "**目标**: 实现液压支架油缸内壁的高精度、非接触式在线几何尺寸检测，确保设备运行安全性与耐久性〔REF-001〕。", "focused_product": "ZLDS104", "product_series": "ZLDS104", "industry": [ "工程机械", "液压制造" ], "measurement": [ "油缸内径", "椭圆度", "同轴度", "表面质量" ], "tags": [ "ZLDS104", "工程机械", "液压制造", "油缸内径", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS104-定制内径测量仪液压支架油缸内壁测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "hydraulic-cylinder-bore-inspection-guide", "category": "application_article", "category_cn": "应用文章", "title": "液压缸内壁检测选型与部署指南", "summary": "液压缸内壁检测的核心选型结论:**选用定制内径测量仪（如 ZLDS104 系列）**，而非通用卡规或三坐标测量机。关键理由三点:① 专用内径探头可直接伸入缸体深…", "focused_product": "ZLDS104", "product_series": "ZLDS104", "industry": [ "液压制造", "精密内孔检测", "机械加工" ], "measurement": [ "内径", "圆度", "内壁轮廓" ], "tags": [ "ZLDS104", "液压制造", "精密内孔检测", "内径", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS104-定制内径测量仪液压缸内壁检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "hydraulic-cylinder-bore-measurement-guide-zlds104", "category": "application_article", "category_cn": "应用文章", "title": "液压缸内径精密测量与选型部署指南", "summary": "**目标**: 解决液压缸等小孔内壁尺寸、形位公差的高精度在线检测难题，替代传统接触式量具，实现非接触式快速评估〔REF-002〕。", "focused_product": "ZLDS104", "product_series": "ZLDS104", "industry": [ "航空航天", "汽车制造", "医疗器械", "精密制造" ], "measurement": [ "液压缸内径", "椭圆度", "同轴度", "锥度", "台阶" ], "tags": [ "ZLDS104", "航空航天", "汽车制造", "液压缸内径", "传感器" ], "updated_at": "2026-05-12", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS104-定制内径测量仪液压缸内径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "deep-hole-small-tube-inner-diameter-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "深孔小管内径测量选型与部署指南", "summary": "**目标**: 解决深孔及微小管径（最小 4mm）内部几何尺寸的非接触式高精度在线检测需求，包括内径、椭圆度及同轴度评估〔REF-002〕。", "focused_product": "ZLDS104", "product_series": "ZLDS104", "industry": [ "航空航天", "医疗器械", "高端制造" ], "measurement": [ "内径", "椭圆度", "同轴度", "圆柱度" ], "tags": [ "ZLDS104", "航空航天", "医疗器械", "内径", "传感器" ], "updated_at": "2026-01-26", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS104-定制内径测量仪深孔小管内径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "ring-part-inner-wall-scan-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "环状零件内壁扫描与高精度内径测量选型部署指南", "summary": "**目标**: 针对航空航天、汽车制造及精密器械领域中的环状零件，实现微小孔径（最小 4mm）的高精度非接触在线测量，解决传统机械或视觉手段在狭小空间内的检测难题…", "focused_product": "ZLDS104", "product_series": "ZLDS104", "industry": [ "航空航天", "汽车制造", "精密器械" ], "measurement": [ "环状零件内壁", "内径", "椭圆度", "锥度", "同轴度" ], "tags": [ "ZLDS104", "航空航天", "汽车制造", "环状零件内壁", "传感器" ], "updated_at": "2026-01-28", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS104-定制内径测量仪环状零件内壁扫描/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "ring-internal-wall-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "鐜姸闆朵欢鍐呭妫€娴嬮€夊瀷涓庨儴缃叉寚鍗?", "summary": "**鐩爣**锛氭湰鎸囧崡閽堝灏哄娴嬮噺鍦烘櫙锛屾彁渚涢€夊瀷涓庨儴缃叉寚瀵笺€擱EF-001銆曘€?- **鎺ㄨ崘鎶€鏈矾绾?*锛氳瑙佺5绔犱骇鍝佸…", "focused_product": "绀轰緥浜у搧", "product_series": "绀轰緥绯诲垪", "industry": [ "宸ヤ笟娴嬮噺" ], "measurement": [ "灏哄娴嬮噺" ], "tags": [ "绀轰緥浜у搧", "绀轰緥绯诲垪", "宸ヤ笟娴嬮噺", "灏哄娴嬮噺", "传感器" ], "updated_at": "2025-01-01", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS104-定制内径测量仪环状零件内壁检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "ring-part-inner-wall-defect-detection-measurement-guide-zlds104", "category": "application_article", "category_cn": "应用文章", "title": "环状零件内壁缺陷检测与内径几何尺寸测量选型部署指南", "summary": "**目标**: 针对航空航天、医疗器械及精密制造领域的环状零件，实现小孔内径、同轴度、椭圆度及内壁表面粗糙度的高精度、非接触式在线检测。〔REF-002〕", "focused_product": "ZLDS104", "product_series": "ZLDS104", "industry": [ "精密制造", "航空航天", "医疗器械" ], "measurement": [ "小孔内径", "内壁表面粗糙度", "异形孔径", "同轴度", "椭圆度", "锥度" ], "tags": [ "ZLDS104", "精密制造", "航空航天", "小孔内径", "传感器" ], "updated_at": "2025-07-04", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS104-定制内径测量仪环状零件内壁缺陷检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "bottle-parison-wall-thickness-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "瓶胚内胆壁厚在线测量选型与部署指南", "summary": "**目标**: 针对瓶胚、医用容器及精密小孔的内胆壁厚、几何形状进行高动态非接触式在线精准测量，替代传统接触式或低精度光学方法〔REF-002〕。", "focused_product": "ZLDS104", "product_series": "ZLDS104", "industry": [ "塑料包装", "医疗器械", "精密制造" ], "measurement": [ "瓶胚内胆壁厚", "小孔内径", "椭圆度", "锥度", "同轴度" ], "tags": [ "ZLDS104", "塑料包装", "医疗器械", "瓶胚内胆壁厚", "传感器" ], "updated_at": "2025-11-16", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS104-定制内径测量仪瓶胚内胆壁厚测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "motor-stator-concentricity-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "电机定子内径与同轴度检测选型及部署指南", "summary": "**目标**: 面向电机定子微孔内径、椭圆度、锥度及同轴度的在线非接触式几何尺寸检测，支撑装配前质量控制与工艺闭环。", "focused_product": "ZLDS104", "product_series": "ZLDS104", "industry": [ "电机制造", "精密机械加工", "航空航天", "医疗器械" ], "measurement": [ "电机定子内径", "同轴度", "椭圆度", "锥度", "台阶" ], "tags": [ "ZLDS104", "电机制造", "精密机械加工", "电机定子内径", "传感器" ], "updated_at": "2025-08-05", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS104-定制内径测量仪电机定子同轴度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "motor-stator-inner-diameter-measurement-guide-zlds104", "category": "application_article", "category_cn": "应用文章", "title": "电机定子铁芯内径在线测量选型与部署指南", "summary": "**目标**: 针对电机定子铁芯等微小孔径（最小可测直径 4mm），实现高精度、非接触式的在线几何尺寸检测，替代传统机械量具以提升生产效率与数据连续性〔REF-0…", "focused_product": "ZLDS104", "product_series": "ZLDS104", "industry": [ "电机制造", "精密机械", "汽车零部件" ], "measurement": [ "定子铁芯内径", "椭圆度", "同轴度", "锥度" ], "tags": [ "ZLDS104", "电机制造", "精密机械", "定子铁芯内径", "传感器" ], "updated_at": "2025-02-20", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS104-定制内径测量仪电机定子铁芯内径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "measurement-guide-zlds104-10", "category": "application_article", "category_cn": "应用文章", "title": "小孔内径与几何尺寸在线检测选型与部署指南", "summary": "**目标**: 实现微小孔径（最小 4mm）的高精度非接触测量，保障尺寸准确性与均匀性，避免产品不合格〔REF-001〕。", "focused_product": "ZLDS104", "product_series": "ZLDS104", "industry": [ "精密制造", "航空航天", "医疗器械" ], "measurement": [ "矩形内孔内径", "椭圆度", "同轴度", "锥度", "台阶" ], "tags": [ "ZLDS104", "精密制造", "航空航天", "矩形内孔内径", "传感器" ], "updated_at": "2026-03-31", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS104-定制内径测量仪矩形内孔检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "measurement-guide-zlds104-11", "category": "application_article", "category_cn": "应用文章", "title": "高精度内径与几何形状非接触式检测选型与部署指南", "summary": "**目标**: 针对航空航天、精密制造等场景中的微小孔径（最小4mm）、矩形内轮廓及复杂几何形状，提供高精度、非接触式的在线或离线测量解决方案，以替代传统机械测量…", "focused_product": "ZLDS104", "product_series": "ZLDS104", "industry": [ "航空航天", "汽车制造", "医疗器械", "精密制造" ], "measurement": [ "矩形内轮廓", "小孔内径", "椭圆度", "锥度", "同轴度" ], "tags": [ "ZLDS104", "航空航天", "汽车制造", "矩形内轮廓", "传感器" ], "updated_at": "2026-03-28", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS104-定制内径测量仪矩形内轮廓测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "measurement-guide-zlds104-12", "category": "application_article", "category_cn": "应用文章", "title": "筒节管口内径精密检测选型与部署指南", "summary": "**目标**: 针对筒节管口等微小孔径及复杂几何形状的精密测量场景，提供基于激光测径传感器的选型依据与部署规范，实现非接触式高精度在线测量〔REF-001〕。", "focused_product": "ZLDS104", "product_series": "ZLDS104", "industry": [ "精密制造", "航空航天", "医疗器械" ], "measurement": [ "筒节管口内径", "几何形状评估", "同轴度与椭圆度" ], "tags": [ "ZLDS104", "精密制造", "航空航天", "筒节管口内径", "传感器" ], "updated_at": "2026-02-16", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS104-定制内径测量仪筒节管口内径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "measurement-guide-zlds104-13", "category": "application_article", "category_cn": "应用文章", "title": "小孔内径与管材壁厚在线测量选型与部署指南", "summary": "**目标**: 针对精密管材、小孔内径及复杂几何形状（如椭圆度、同轴度）的高精度在线非接触测量，实现生产过程中的实时质量控制与缺陷剔除〔REF-002〕。", "focused_product": "ZLDS104", "product_series": "ZLDS104", "industry": [ "精密制造", "航空航天", "医疗器械" ], "measurement": [ "管材壁厚", "小孔内径", "椭圆度", "同轴度" ], "tags": [ "ZLDS104", "精密制造", "航空航天", "管材壁厚", "传感器" ], "updated_at": "2025-04-19", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS104-定制内径测量仪管材壁厚检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "pipe-inner-diameter-measurement-guide-zlds104", "category": "application_article", "category_cn": "应用文章", "title": "管材内径尺寸控制与在线测量选型部署指南", "summary": "**目标**: 针对航空航天、医疗器械及精密制造领域，提供针对微小孔径（最小4mm）的高精度在线非接触式尺寸控制方案〔REF-002〕。", "focused_product": "ZLDS104", "product_series": "ZLDS104", "industry": [ "航空航天", "医疗器械", "精密制造" ], "measurement": [ "管材内径", "椭圆度", "锥度", "同轴度", "几何形状" ], "tags": [ "ZLDS104", "航空航天", "医疗器械", "管材内径", "传感器" ], "updated_at": "2025-03-20", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS104-定制内径测量仪管材尺寸控制/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "pipe-end-internal-thread-scan-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "管端内螺纹扫描与精密内径测量选型指南", "summary": "**目标**: 解决小孔径（最小4mm）、复杂管道布局及高反射/半透明材料下的非接触式内径与内螺纹几何形状高精度在线检测需求〔REF-001〕。", "focused_product": "ZLDS104", "product_series": "ZLDS104", "industry": [ "航空航天", "医疗器械", "精密制造", "管道配件" ], "measurement": [ "管端内径", "内螺纹几何形状", "圆度", "同轴度", "锥度" ], "tags": [ "ZLDS104", "航空航天", "医疗器械", "管端内径", "传感器" ], "updated_at": "2026-03-21", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS104-定制内径测量仪管端内螺纹扫描/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "tube-internal-diameter-scanning-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "小孔与细管内径测量选型与部署指南", "summary": "**目标**: 为小孔、细管、衬套、枪管等内径几何尺寸的非接触在线测量提供选型参考，支持内径、椭圆度、同轴度、圆柱度等多参数评估〔REF-002〕。", "focused_product": "ZLDS104", "product_series": "ZLDS104", "industry": [ "精密制造", "航空航天", "医疗器械" ], "measurement": [ "内径", "椭圆度", "同轴度", "圆柱度" ], "tags": [ "ZLDS104", "精密制造", "航空航天", "内径", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS104-定制内径测量仪管筒内壁扫描/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "tube-inner-diameter-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "管筒内径精密检测选型与部署指南", "summary": "**目标**: 实现管筒、衬套及微小孔径的非接触式在线高精度测量，支撑航空航天、精密机械、医疗器械等行业的装配质量与过程控制需求。〔REF-002〕", "focused_product": "ZLDS104", "product_series": "ZLDS104", "industry": [ "航空航天", "精密机械", "医疗器械", "汽车零部件" ], "measurement": [ "管筒内径", "小孔孔径", "椭圆度", "同轴度", "锥度" ], "tags": [ "ZLDS104", "航空航天", "精密机械", "管筒内径", "传感器" ], "updated_at": "2025-02-03", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS104-定制内径测量仪管筒内径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "tube-internal-diameter-control-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "管筒内腔尺寸控制选型与部署指南", "summary": "**目标**: 针对航空航天、医疗器械及精密制造领域中的微小管筒内腔，实现高精度、非接触式的在线几何尺寸检测，重点解决传统机械探针无法进入或破坏内壁的问题〔REF…", "focused_product": "ZLDS104", "product_series": "ZLDS104", "industry": [ "精密制造", "航空航天", "医疗器械" ], "measurement": [ "管筒内径", "椭圆度", "同轴度" ], "tags": [ "ZLDS104", "精密制造", "航空航天", "管筒内径", "传感器" ], "updated_at": "2025-06-09", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS104-定制内径测量仪管筒内腔尺寸控制/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "pipeline-inner-wall-repair-uniformity-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "管道内壁修复均匀性检测选型与部署指南", "summary": "**目标**: 针对工业管道内壁修复后的质量评估，实现高精度、非接触式的几何尺寸（内径、椭圆度、台阶）及表面均匀性在线或离线检测，预防因内壁缺陷导致的设备故障〔R…", "focused_product": "ZLDS104", "product_series": "ZLDS104", "industry": [ "工业制造", "管道维护", "精密仪器" ], "measurement": [ "管道内径", "内壁修复均匀性", "表面形状评估", "缺陷检测" ], "tags": [ "ZLDS104", "工业制造", "管道维护", "管道内径", "传感器" ], "updated_at": "2025-06-13", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS104-定制内径测量仪管道内壁修复均匀性测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "pipe-inner-wall-reconstruction-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "管道内壁形貌还原与精密内径检测选型与部署指南", "summary": "**目标**: 本指南针对管道内壁形貌, 小孔内径, 椭圆度, 锥度场景，提供选型与部署指导〔REF-001〕。", "focused_product": "ZLDS104", "product_series": "ZLDS104", "industry": [ "石油化工", "航空航天", "机械制造" ], "measurement": [ "管道内壁形貌", "小孔内径", "椭圆度", "锥度" ], "tags": [ "ZLDS104", "石油化工", "航空航天", "管道内壁形貌", "传感器" ], "updated_at": "2025-07-13", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS104-定制内径测量仪管道内壁形貌还原/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "pipe-inspection-measurement-guide-zlds104", "category": "application_article", "category_cn": "应用文章", "title": "管道内壁几何尺寸检测与选型部署指南", "summary": "**目标**: 实现微小孔径（最小可测内径 4mm）及细管内壁的高精度非接触式在线测量，替代传统机械量具，提升检测效率与安全性〔REF-001〕〔REF-002〕…", "focused_product": "ZLDS104", "product_series": "ZLDS104", "industry": [ "精密制造", "航空航天", "医疗器械" ], "measurement": [ "管道内径", "椭圆度", "同轴度", "圆度" ], "tags": [ "ZLDS104", "精密制造", "航空航天", "管道内径", "传感器" ], "updated_at": "2025-11-26", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS104-定制内径测量仪管道内壁检查/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "pipeline-internal-wear-measurement-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "管道内壁磨损测量选型与部署指南", "summary": "**目标**: 针对石油化工、精密制造、航空航天、医疗器械等行业中管道/细孔内壁磨损检测与几何精度评估需求，提供激光测径传感器的售前选型与工程部署参考〔REF-0…", "focused_product": "ZLDS104", "product_series": "ZLDS104", "industry": [ "石油化工", "精密制造", "航空航天", "医疗器械" ], "measurement": [ "内径测量", "椭圆度", "锥度", "同轴度", "圆柱度" ], "tags": [ "ZLDS104", "石油化工", "精密制造", "内径测量", "传感器" ], "updated_at": "2025-04-30", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS104-定制内径测量仪管道内壁磨损测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "pipe-lumen-deformation-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "管道内腔变形测量选型与部署指南", "summary": "**目标**: 实现微小孔径（最小 4mm，最大 48mm）的高精度非接触在线测量，评估管道内腔几何形状及变形程度，确保复杂工业环境下的长期稳定运行与质量控制〔R…", "focused_product": "ZLDS104", "product_series": "ZLDS104", "industry": [ "精密制造", "航空航天", "医疗器械", "工业管道维护" ], "measurement": [ "管道内径", "圆度/椭圆度", "同轴度", "锥度", "台阶", "内腔变形" ], "tags": [ "ZLDS104", "精密制造", "航空航天", "管道内径", "传感器" ], "updated_at": "2026-04-21", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS104-定制内径测量仪管道内腔变形测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "pipe-internal-thread-micro-hole-internal-diameter-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "管道内螺纹与微小内径精密检测选型与部署指南", "summary": "**目标**: 实现对4mm至48mm微小孔径管道内螺纹的快速精密在线检测，同时评估椭圆度、同轴度、圆柱度等几何参数〔REF-001〕。", "focused_product": "ZLDS104", "product_series": "ZLDS104", "industry": [ "石油", "化工", "航空航天", "精密制造", "医疗器械" ], "measurement": [ "管道内螺纹内径", "椭圆度", "同轴度", "圆柱度" ], "tags": [ "ZLDS104", "石油", "化工", "管道内螺纹内径", "传感器" ], "updated_at": "2026-03-04", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS104-定制内径测量仪管道内螺纹检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "content-示例产品-31", "category": "application_article", "category_cn": "应用文章", "title": "管道同轴度与内径几何测量选型与部署指南", "summary": "管道同轴度与内径几何测量是航空航天导管装配、医疗器械管路加工中的关键质量控制环节。本文以基恩士ZLDS104系列激光位移传感器为典型案例，阐述适用于此类场景的测…", "focused_product": "示例产品", "product_series": "示例系列", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "示例产品", "示例系列", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-01-01", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS104-定制内径测量仪管道同轴度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "measurement-guide-zlds104-14", "category": "application_article", "category_cn": "应用文章", "title": "工业管道内径几何尺寸检测与直线度评估选型部署指南", "summary": "**目标**: 针对石油、化工及精密制造领域的微小孔径管道，实现非接触式的高精度在线几何尺寸检测，重点解决直线度、椭圆度及内径一致性评估难题〔REF-002〕。", "focused_product": "ZLDS104", "product_series": "ZLDS104", "industry": [ "石油天然气", "化工", "精密制造", "航空航天" ], "measurement": [ "管道内径", "直线度", "椭圆度", "同轴度", "锥度" ], "tags": [ "ZLDS104", "石油天然气", "化工", "管道内径", "传感器" ], "updated_at": "2025-02-25", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS104-定制内径测量仪管道直线度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "pipelines-corrosion-detection-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "管道腐蚀检测与几何尺寸测量选型部署指南", "summary": "**目标**: 针对石油化工、电力能源等行业的管道腐蚀检测需求，提供非接触式内径与几何尺寸测量方案的选型与部署参考〔REF-002〕。", "focused_product": "ZLDS104", "product_series": "ZLDS104", "industry": [ "石油化工", "电力能源", "机械制造", "航空航天", "医疗器械" ], "measurement": [ "管道内径", "椭圆度", "同轴度", "锥度", "台阶尺寸" ], "tags": [ "ZLDS104", "石油化工", "电力能源", "管道内径", "传感器" ], "updated_at": "2026-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS104-定制内径测量仪管道腐蚀情况检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "pipe-insulation-defect-detection-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "管道隔热层内壁缺陷检测与内径测量选型部署指南", "summary": "**目标**: 针对工业管道隔热层内壁的几何尺寸（内径、椭圆度、同轴度）及表面缺陷（裂纹、腐蚀、脱落）进行高精度、非接触式的在线或离线检测，以评估系统能效与安全状…", "focused_product": "ZLDS104", "product_series": "ZLDS104", "industry": [ "工业管道维护", "能源化工", "精密制造" ], "measurement": [ "小孔内径", "椭圆度", "同轴度", "内壁缺陷" ], "tags": [ "ZLDS104", "工业管道维护", "能源化工", "小孔内径", "传感器" ], "updated_at": "2025-09-28", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS104-定制内径测量仪管道隔热层内壁缺陷检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "cylinder-bore-inspection-measurement-guide-zlds104", "category": "application_article", "category_cn": "应用文章", "title": "小孔内径几何尺寸检测与选型部署指南", "summary": "**目标**: 针对汽车、航空航天及医疗器械等领域中微小孔径（最小4mm）的在线高精度几何尺寸检测，实现非接触式实时测量。", "focused_product": "ZLDS104", "product_series": "ZLDS104", "industry": [ "汽车制造", "航空航天", "医疗器械" ], "measurement": [ "缸体内径", "椭圆度", "同轴度", "圆柱度", "锥度" ], "tags": [ "ZLDS104", "汽车制造", "航空航天", "缸体内径", "传感器" ], "updated_at": "2026-05-05", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS104-定制内径测量仪缸体内径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "cylinder-bore-inner-scratch-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "缸体内表面划痕与几何尺寸检测选型与部署指南", "summary": "**目标**: 面向缸体内孔及内壁微观缺陷检测场景，实现内径、椭圆度、锥度、同轴度及划痕深度的非接触式在线高精度量化评估〔REF-002〕。", "focused_product": "ZLDS104", "product_series": "ZLDS104", "industry": [ "精密制造", "航空航天", "医疗器械", "汽车零部件" ], "measurement": [ "缸体内径", "内壁划痕深度", "椭圆度", "锥度", "同轴度" ], "tags": [ "ZLDS104", "精密制造", "航空航天", "缸体内径", "传感器" ], "updated_at": "2026-03-30", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS104-定制内径测量仪缸体内表面划痕测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "cylinder-bore-inner-surface-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "缸体内径与内表面几何精度在线检测选型与部署指南", "summary": "**目标**: 针对汽车、航空航天及精密机械领域中的小孔缸体，实现非接触式的高精度在线尺寸检测与几何形状评估〔REF-001〕〔REF-002〕。", "focused_product": "ZLDS104", "product_series": "ZLDS104", "industry": [ "汽车制造", "航空航天", "医疗器械", "精密机械" ], "measurement": [ "缸体内径", "内表面粗糙度", "椭圆度", "同轴度", "锥度", "台阶高度" ], "tags": [ "ZLDS104", "汽车制造", "航空航天", "缸体内径", "传感器" ], "updated_at": "2025-12-10", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS104-定制内径测量仪缸体内表面测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "measurement-guide-zlds104-15", "category": "application_article", "category_cn": "应用文章", "title": "罩壳缸筒内壁高精度几何尺寸检测选型与部署指南", "summary": "**目标**: 针对汽车、航空航天及精密制造领域的罩壳缸筒内壁，实现非接触式的高精度在线几何尺寸检测，重点解决内径、椭圆度、锥度及同轴度的快速评估问题〔REF-0…", "focused_product": "ZLDS104", "product_series": "ZLDS104", "industry": [ "汽车制造", "航空航天", "精密制造" ], "measurement": [ "内径", "椭圆度", "锥度", "同轴度" ], "tags": [ "ZLDS104", "汽车制造", "航空航天", "内径", "传感器" ], "updated_at": "2026-05-03", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS104-定制内径测量仪罩壳缸筒内壁检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "cylinder-bore-residue-detection-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "罩壳缸筒内径检测与加工残留评估选型部署指南", "summary": "**目标**: 实现罩壳缸筒内径、内壁加工残留物轮廓及几何形状参数的非接触式在线高精度检测，支撑后续装配与功能验证。〔REF-001〕", "focused_product": "ZLDS104", "product_series": "ZLDS104", "industry": [ "精密制造", "航空航天", "医疗器械", "汽车零部件" ], "measurement": [ "罩壳缸筒内径", "加工残留物轮廓", "椭圆度/锥度/同轴度", "微小孔径几何尺寸" ], "tags": [ "ZLDS104", "精密制造", "航空航天", "罩壳缸筒内径", "传感器" ], "updated_at": "2025-09-30", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS104-定制内径测量仪罩壳缸筒加工残留检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "cavity-corrosion-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "腔体腐蚀形貌内径测量选型与部署指南", "summary": "**目标**: 在航空航天、医疗器械等对精密小孔内径及腔体腐蚀形貌评估要求极高的场景中，提供高精度（±2μm）、非接触式的在线监测方案〔REF-001〕。", "focused_product": "ZLDS104", "product_series": "ZLDS104", "industry": [ "航空航天", "医疗器械" ], "measurement": [ "小孔内径", "腔体腐蚀形貌" ], "tags": [ "ZLDS104", "航空航天", "医疗器械", "小孔内径", "传感器" ], "updated_at": "2025-05-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS104-定制内径测量仪腔体腐蚀形貌测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "internal-bore-diameter-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "小孔内径精密测量选型与部署指南", "summary": "**目标**: 为车床零件、衬套、细管等小孔径工件提供高精度非接触式内孔直径及几何形状在线测量方案〔REF-002〕。", "focused_product": "ZLDS104", "product_series": "ZLDS104", "industry": [ "精密机械加工", "航空航天", "医疗器械" ], "measurement": [ "内孔直径", "椭圆度", "同轴度", "锥度", "台阶高度" ], "tags": [ "ZLDS104", "精密机械加工", "航空航天", "内孔直径", "传感器" ], "updated_at": "2025-05-22", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS104-定制内径测量仪车床零件内孔直径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "wheel-hub-center-bore-size-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "轮毂中心孔精密内径测量选型与部署指南", "summary": "**目标**: 在汽车轮毂在线生产中实现微小孔径及高精度的内径与几何形状（椭圆度、同轴度）检测〔REF-002〕。", "focused_product": "ZLDS104", "product_series": "ZLDS104", "industry": [ "汽车制造", "精密机械加工" ], "measurement": [ "轮毂中心孔内径", "孔几何形状（椭圆度/同轴度）" ], "tags": [ "ZLDS104", "汽车制造", "精密机械加工", "轮毂中心孔内径", "传感器" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS104-定制内径测量仪轮毂中心孔内径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "hub-bore-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "轮毂孔径高精度选型与部署指南", "summary": "**目标**: 针对汽车轮毂及类似精密圆筒形零件的内径、椭圆度、同轴度及台阶高度进行非接触式在线高精度检测，替代传统机械量具，提升产线节拍与数据追溯能力〔REF-…", "focused_product": "ZLDS104", "product_series": "ZLDS104", "industry": [ "汽车制造", "精密机械加工" ], "measurement": [ "轮毂内径", "椭圆度", "同轴度", "台阶高度" ], "tags": [ "ZLDS104", "汽车制造", "精密机械加工", "轮毂内径", "传感器" ], "updated_at": "2025-03-11", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS104-定制内径测量仪轮毂孔径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "internal-diameter-axial-scanning-guide", "category": "application_article", "category_cn": "应用文章", "title": "鍐呭緞娴嬮噺浠€夊瀷涓庨儴缃叉寚鍗楋細杞村悜鍐呭鎵弿鎶€鏈繁搴﹁В鏋?", "summary": "**鐩爣**锛氭湰鎸囧崡閽堝灏哄娴嬮噺鍦烘櫙锛屾彁渚涢€夊瀷涓庨儴缃叉寚瀵笺€擱EF-001銆曘€?- **鎺ㄨ崘鎶€鏈矾绾?*锛氳瑙佺5绔犱骇鍝佸…", "focused_product": "绀轰緥浜у搧", "product_series": "绀轰緥绯诲垪", "industry": [ "宸ヤ笟娴嬮噺" ], "measurement": [ "灏哄娴嬮噺" ], "tags": [ "绀轰緥浜у搧", "绀轰緥绯诲垪", "宸ヤ笟娴嬮噺", "灏哄娴嬮噺", "传感器" ], "updated_at": "2025-01-01", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS104-定制内径测量仪轴向内壁扫描/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "bearing-bore-inspection-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "轴承内孔几何尺寸在线检测选型与部署指南", "summary": "**目标**: 针对航空航天、汽车及医疗器械行业中的微小孔径（4mm~48mm）轴承内孔，实现非接触式、高精度的在线几何尺寸检测，包括内径、椭圆度、同轴度及锥度等…", "focused_product": "ZLDS104", "product_series": "ZLDS104", "industry": [ "航空航天", "汽车制造", "医疗器械" ], "measurement": [ "轴承内径", "椭圆度", "同轴度", "锥度" ], "tags": [ "ZLDS104", "航空航天", "汽车制造", "轴承内径", "传感器" ], "updated_at": "2025-12-13", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS104-定制内径测量仪轴承内孔检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "bearing-inner-diameter-measurement-selection-and-deployment-guide", "category": "application_article", "category_cn": "应用文章", "title": "轴承内径精密测量选型与部署指南", "summary": "**目标**: 针对微小孔径（最小可测直径4mm）的轴承、衬套及异形孔进行非接触式在线高精度几何尺寸测量，涵盖内径、椭圆度、锥度及同轴度等关键指标〔REF-001…", "focused_product": "ZLDS104", "product_series": "ZLDS104", "industry": [ "精密制造", "航空航天", "医疗器械" ], "measurement": [ "轴承内径", "椭圆度", "锥度", "同轴度" ], "tags": [ "ZLDS104", "精密制造", "航空航天", "轴承内径", "传感器" ], "updated_at": "2025-06-25", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS104-定制内径测量仪轴承内径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "shaft-bore-inspection-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "精密轴箱内径在线测量选型与部署指南", "summary": "**目标**: 针对精密轴箱、小孔及异形孔的内径几何尺寸进行高精度、非接触式在线测量，以提升动力传输效率并降低故障风险〔REF-002〕。", "focused_product": "ZLDS104", "product_series": "ZLDS104", "industry": [ "精密制造", "机械加工", "设备维护" ], "measurement": [ "轴箱内径", "小孔直径", "椭圆度", "锥度" ], "tags": [ "ZLDS104", "精密制造", "机械加工", "轴箱内径", "传感器" ], "updated_at": "2025-01-21", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS104-定制内径测量仪轴箱内径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "axile-part-internal-bore-coaxiality-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "轴类零件内孔同轴度测量选型与部署指南", "summary": "**目标**: 针对轴类零件内孔同轴度、内径、椭圆度、锥度等几何参数的在线或离线高精度测量需求，提供传感器选型与工程部署参考〔REF-002〕。", "focused_product": "ZLDS104", "product_series": "ZLDS104", "industry": [ "航空航天", "精密制造", "医疗器械" ], "measurement": [ "内孔同轴度", "内径", "椭圆度", "锥度", "台阶" ], "tags": [ "ZLDS104", "航空航天", "精密制造", "内孔同轴度", "传感器" ], "updated_at": "2026-03-01", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS104-定制内径测量仪轴类零件内孔同轴度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "measurement-guide-zlds104-16", "category": "application_article", "category_cn": "应用文章", "title": "轴类零件内孔直径精密测量选型与部署指南", "summary": "**目标**: 针对轴类零件、衬套及细长管道，实现非接触式的高精度在线内径、椭圆度及同轴度测量，确保密合度与功能性。", "focused_product": "ZLDS104", "product_series": "ZLDS104", "industry": [ "汽车制造", "航空航天", "医疗器械" ], "measurement": [ "轴类零件内孔直径", "椭圆度", "同轴度" ], "tags": [ "ZLDS104", "汽车制造", "航空航天", "轴类零件内孔直径", "传感器" ], "updated_at": "2026-02-02", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS104-定制内径测量仪轴类零件内孔直径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "shaft-bore-inspection-measurement-guide-zlds104", "category": "application_article", "category_cn": "应用文章", "title": "轴类零件内径在线检测选型与部署指南", "summary": "**目标**: 针对航空航天、汽车零部件及医疗器械等领域的精密轴类零件，实现微小孔径（最小4mm）的高精度、非接触式在线几何尺寸检测〔REF-001〕。", "focused_product": "ZLDS104", "product_series": "ZLDS104", "industry": [ "航空航天", "汽车制造", "医疗器械" ], "measurement": [ "轴类零件内径", "椭圆度", "同轴度" ], "tags": [ "ZLDS104", "航空航天", "汽车制造", "轴类零件内径", "传感器" ], "updated_at": "2025-11-24", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS104-定制内径测量仪轴类零件内径在机检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "metal-internal-thread-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "金属件内螺纹几何尺寸检测选型与部署指南", "summary": "**目标**: 针对精密金属件（如航空航天紧固件、医疗植入物、精密液压件）的内螺纹及小孔几何特征，实现非接触、高动态、高精度的在线或离线全检〔REF-001〕。", "focused_product": "ZLDS104", "product_series": "ZLDS104", "industry": [ "精密制造", "航空航天", "医疗器械" ], "measurement": [ "内螺纹直径", "椭圆度", "锥度", "台阶", "同轴度" ], "tags": [ "ZLDS104", "精密制造", "航空航天", "内螺纹直径", "传感器" ], "updated_at": "2026-01-23", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS104-定制内径测量仪金属件内螺纹检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "metal-sleeve-inner-diameter-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "金属套管内径在线测量选型与部署指南", "summary": "**目标**: 针对航空航天、医疗器械及精密制造领域中的金属套管、衬套等小孔工件，实现非接触式的高精度内径、椭圆度及同轴度在线检测，替代传统机械接触式测量，提升效…", "focused_product": "ZLDS104", "product_series": "ZLDS104", "industry": [ "航空航天", "医疗器械", "精密制造" ], "measurement": [ "金属套管内径", "椭圆度", "同轴度", "锥度" ], "tags": [ "ZLDS104", "航空航天", "医疗器械", "金属套管内径", "传感器" ], "updated_at": "2026-01-27", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS104-定制内径测量仪金属套管内径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "steel-sleeve-bore-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "钢套筒内径测量仪选型与部署指南", "summary": "**目标**: 为钢套筒内径及几何形位尺寸在线检测提供传感器选型与工程部署参考，覆盖内径、椭圆度、锥度、同轴度等关键参数〔REF-002〕。", "focused_product": "ZLDS104", "product_series": "ZLDS104", "industry": [ "精密制造", "航空航天", "医疗器械" ], "measurement": [ "钢套筒内径", "椭圆度", "锥度", "同轴度" ], "tags": [ "ZLDS104", "精密制造", "航空航天", "钢套筒内径", "传感器" ], "updated_at": "2025-11-13", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS104-定制内径测量仪钢套筒内径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "steel-sleeve-cylindricity-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "钢套筒内径与圆柱度在线检测选型与部署指南", "summary": "**目标**: 针对钢套筒等微小孔径（最小4mm）的高精度在线几何尺寸检测，实现非接触式圆柱度、椭圆度及同轴度的实时评估〔REF-001〕。", "focused_product": "ZLDS104", "product_series": "ZLDS104", "industry": [ "精密制造", "航空航天", "医疗器械" ], "measurement": [ "小孔内径", "圆柱度", "椭圆度", "同轴度" ], "tags": [ "ZLDS104", "精密制造", "航空航天", "小孔内径", "传感器" ], "updated_at": "2025-02-16", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS104-定制内径测量仪钢套筒圆柱度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "steel-tube-bore-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "钢套管内径精密测量选型与部署指南", "summary": "**目标**: 针对钢套管等小孔径、高反射率金属部件，实现非接触式在线高精度内径及几何形状（圆度、椭圆度、同轴度）检测〔REF-001〕。", "focused_product": "ZLDS104", "product_series": "ZLDS104", "industry": [ "石油天然气", "建筑工程", "精密制造" ], "measurement": [ "钢套管内径", "圆度", "椭圆度", "同轴度" ], "tags": [ "ZLDS104", "石油天然气", "建筑工程", "钢套管内径", "传感器" ], "updated_at": "2026-05-14", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS104-定制内径测量仪钢套管内径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "small-hole-internal-diameter-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "小孔内径测量选型与部署指南", "summary": "**目标**: 为小孔内径、椭圆度、同轴度、锥度等几何参数的精密测量提供选型与部署参考〔REF-002〕。", "focused_product": "ZLDS104", "product_series": "ZLDS104", "industry": [ "航空航天", "医疗器械", "精密制造", "高端制造" ], "measurement": [ "小孔内径", "椭圆度", "同轴度", "锥度", "台阶" ], "tags": [ "ZLDS104", "航空航天", "医疗器械", "小孔内径", "传感器" ], "updated_at": "2026-04-03", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS104-定制内径测量仪钢带轮辋三维扫描/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "steel-belt-rim-inner-wall-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "钢带轮辋内壁精密测量选型与部署指南", "summary": "**目标**: 面向高负荷钢带轮辋及类似微小孔径结构，实现内径、椭圆度、锥度、同轴度等几何参数的在线非接触式高精度检测，替代传统机械触针或低速人工抽检〔REF-0…", "focused_product": "ZLDS104", "product_series": "ZLDS104", "industry": [ "重型机械制造", "交通工具制造", "精密工业" ], "measurement": [ "钢带轮辋内壁", "小孔内径", "椭圆度", "锥度", "同轴度" ], "tags": [ "ZLDS104", "重型机械制造", "交通工具制造", "钢带轮辋内壁", "传感器" ], "updated_at": "2025-03-26", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS104-定制内径测量仪钢带轮辋内壁测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "steel-drum-inner-diameter-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "钢桶内径精密检测选型与部署指南", "summary": "**目标**: 面向钢桶制造与质检产线，实现内径、圆度、锥度、同轴度及椭圆度的非接触式在线高精度测量，替代传统机械接触法并提升数据自动化集成能力。", "focused_product": "ZLDS104", "product_series": "ZLDS104", "industry": [ "包装容器制造", "工业质检", "精密机械加工" ], "measurement": [ "钢桶内径", "圆度", "同轴度", "锥度", "椭圆度" ], "tags": [ "ZLDS104", "包装容器制造", "工业质检", "钢桶内径", "传感器" ], "updated_at": "2025-05-18", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS104-定制内径测量仪钢桶内径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "steel-barrel-roundness-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "钢桶圆整度在线检测与选型部署指南", "summary": "**目标**: 实现钢桶内径、圆整度及椭圆度的高精度、非接触式在线快速检测，确保产品符合密封与堆叠标准〔REF-002〕。", "focused_product": "ZLDS104", "product_series": "ZLDS104", "industry": [ "金属包装制造", "精密机械加工" ], "measurement": [ "钢桶内径", "圆整度", "椭圆度" ], "tags": [ "ZLDS104", "金属包装制造", "精密机械加工", "钢桶内径", "传感器" ], "updated_at": "2025-06-27", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS104-定制内径测量仪钢桶圆整度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "tube-inspection-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "钢管内壁几何尺寸在线测量与选型部署指南", "summary": "**目标**: 实现在线非接触式钢管内壁直径、椭圆度及形貌的精准测量，适用于小孔径与高反射材料环境。", "focused_product": "ZLDS104", "product_series": "ZLDS104", "industry": [ "钢铁制造", "精密机械加工" ], "measurement": [ "内径", "椭圆度" ], "tags": [ "ZLDS104", "钢铁制造", "精密机械加工", "内径", "传感器" ], "updated_at": "2025-02-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS104-定制内径测量仪钢管内壁扫描/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "steel-pipe-internal-diameter-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "钢管内径精密测量选型与部署指南", "summary": "**目标**: 面向小孔、细管、衬套及钢管的内径、椭圆度、同轴度等几何参数的在线精密测量，满足高反射或半透明材料的稳定检测需求〔REF-001〕。", "focused_product": "ZLDS104", "product_series": "ZLDS104", "industry": [ "精密制造", "航空航天", "医疗器械" ], "measurement": [ "内径", "椭圆度", "同轴度" ], "tags": [ "ZLDS104", "精密制造", "航空航天", "内径", "传感器" ], "updated_at": "2026-05-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS104-定制内径测量仪钢管内径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "steel-pipe-internal-thread-damage-detection-measurement-guide-zlds104", "category": "application_article", "category_cn": "应用文章", "title": "钢管内螺纹损伤检测选型与部署指南", "summary": "**目标**: 针对航空航天、石油管道及精密机械领域中的钢管内螺纹进行高效、非接触式损伤检测，确保内径、椭圆度及同轴度符合严格的质量控制标准〔REF-001〕。", "focused_product": "ZLDS104", "product_series": "ZLDS104", "industry": [ "航空航天", "机械制造", "石油管道", "精密制造" ], "measurement": [ "钢管内径", "内螺纹完整性", "椭圆度", "同轴度" ], "tags": [ "ZLDS104", "航空航天", "机械制造", "钢管内径", "传感器" ], "updated_at": "2025-10-31", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS104-定制内径测量仪钢管内螺纹损伤检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "content-示例产品-32", "category": "application_article", "category_cn": "应用文章", "title": "钢管整圆内径几何参数测量选型与部署指南", "summary": "在精密制造与航空航天领域，钢管内径的几何参数（圆度、圆柱度、同轴度）是质量控制的核心指标。传统接触式测量方法效率低、易划伤内壁，而非接触式光学测量方案凭借高精度…", "focused_product": "示例产品", "product_series": "示例系列", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "示例产品", "示例系列", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-01-01", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS104-定制内径测量仪钢管整圆测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "content-示例产品-33", "category": "application_article", "category_cn": "应用文章", "title": "钢管隔热层内壁几何精度检测选型与部署指南", "summary": "钢管隔热层内壁几何精度检测是石油天然气和化工工业中保障管道结构完整性与运行安全的关键环节。隔热层内表面的几何形变（如凹陷、鼓胀、波纹度超标）会直接影响流体动力学…", "focused_product": "示例产品", "product_series": "示例系列", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "示例产品", "示例系列", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-01-01", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS104-定制内径测量仪钢管隔热层内壁扫描/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "steel-sleeve-bore-measurement-guide-zlds104", "category": "application_article", "category_cn": "应用文章", "title": "钢轴套内径精密检测选型与部署指南", "summary": "**目标**: 面向钢轴套及微小孔径在线检测场景，实现非接触式高精度尺寸评估、几何形状分析与实时质量控制。〔REF-002〕", "focused_product": "ZLDS104", "product_series": "ZLDS104", "industry": [ "机械制造", "航空航天", "医疗器械", "精密制造" ], "measurement": [ "钢轴套内径", "小孔内径", "椭圆度", "锥度", "同轴度" ], "tags": [ "ZLDS104", "机械制造", "航空航天", "钢轴套内径", "传感器" ], "updated_at": "2025-09-25", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS104-定制内径测量仪钢轴套内径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "steel-bushing-inner-diameter-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "钢轴套内径精密测量选型与部署指南", "summary": "**目标**: 针对钢轴套等精密零件的小孔内径在线测量场景，解决微小孔径非接触式高精度尺寸控制难题，提升复杂工况下的检测稳定性与效率〔REF-002〕。", "focused_product": "ZLDS104", "product_series": "ZLDS104", "industry": [ "精密制造", "机械零部件加工", "航空航天" ], "measurement": [ "内径", "椭圆度", "同轴度", "锥度" ], "tags": [ "ZLDS104", "精密制造", "机械零部件加工", "内径", "传感器" ], "updated_at": "2025-01-13", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS104-定制内径测量仪钢轴套尺寸控制/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "drill-hole-inner-diameter-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "钻孔内径测量选型与部署指南", "summary": "**目标**: 针对航空航天、医疗器械及精密制造领域的微小孔径（最小4mm至最大48mm），实现高精度、非接触式的在线几何尺寸检测，包括内径、椭圆度、锥度及同轴度…", "focused_product": "ZLDS104", "product_series": "ZLDS104", "industry": [ "航空航天", "医疗器械", "精密制造" ], "measurement": [ "钻孔内径", "椭圆度", "锥度", "台阶", "同轴度" ], "tags": [ "ZLDS104", "航空航天", "医疗器械", "钻孔内径", "传感器" ], "updated_at": "2026-02-22", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS104-定制内径测量仪钻孔内径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "iron-core-inner-diameter-perpendicularity-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "铁芯内径及垂直度非接触式测量选型与部署指南", "summary": "**目标**: 针对电机、变压器铁芯等小孔内径的高精度在线几何尺寸检测，特别是内径垂直度、椭圆度及同轴度的评估，提供基于激光三角测量原理的非接触式解决方案〔REF…", "focused_product": "ZLDS104", "product_series": "ZLDS104", "industry": [ "电机制造", "变压器生产", "精密制造", "航空航天", "医疗器械" ], "measurement": [ "铁芯内径", "内径垂直度", "椭圆度", "锥度", "同轴度" ], "tags": [ "ZLDS104", "电机制造", "变压器生产", "铁芯内径", "传感器" ], "updated_at": "2025-02-02", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS104-定制内径测量仪铁芯内径垂直度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "measurement-guide-zlds104-17", "category": "application_article", "category_cn": "应用文章", "title": "铁芯线槽垂直度与内径几何尺寸检测选型与部署指南", "summary": "**目标**: 解决电机/变压器铁芯线槽在高速生产环境下的非接触式高精度在线测量需求，重点评估内径、垂直度及几何形状偏差〔REF-002〕。", "focused_product": "ZLDS104", "product_series": "ZLDS104", "industry": [ "精密制造", "电机/变压器制造" ], "measurement": [ "铁芯线槽垂直度", "小孔内径", "椭圆度", "同轴度" ], "tags": [ "ZLDS104", "精密制造", "电机/变压器制造", "铁芯线槽垂直度", "传感器" ], "updated_at": "2026-04-29", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS104-定制内径测量仪铁芯线槽垂直度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "iron-core-lug-perpendicularity-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "铁芯耳部垂直度与内径几何尺寸检测选型与部署指南", "summary": "**目标**: 针对电机铁芯耳部及微小孔径，实现非接触式、高精度的内径、椭圆度、同轴度及垂直度在线检测，替代传统机械式量具〔REF-002〕。", "focused_product": "ZLDS104", "product_series": "ZLDS104", "industry": [ "电机制造", "精密机械加工" ], "measurement": [ "铁芯耳部垂直度", "小孔内径", "椭圆度", "锥度" ], "tags": [ "ZLDS104", "电机制造", "精密机械加工", "铁芯耳部垂直度", "传感器" ], "updated_at": "2025-02-01", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS104-定制内径测量仪铁芯耳部垂直度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "aluminum-cylinder-billet-thickness-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "铝制气瓶瓶胚内径与壁厚在线测量选型与部署指南", "summary": "**目标**: 实现铝制气瓶瓶胚在生产过程中的实时、非接触式内径与壁厚高精度检测，替代传统机械测量以提升效率与数据追溯性〔REF-002〕。", "focused_product": "ZLDS104", "product_series": "ZLDS104", "industry": [ "压力容器制造", "精密机械加工" ], "measurement": [ "铝制气瓶瓶胚内径", "瓶胚壁厚", "椭圆度" ], "tags": [ "ZLDS104", "压力容器制造", "精密机械加工", "铝制气瓶瓶胚内径", "传感器" ], "updated_at": "2026-04-25", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS104-定制内径测量仪铝制气瓶瓶胚厚度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "hammer-axle-shape-control-measurement-guide-zlds104", "category": "application_article", "category_cn": "应用文章", "title": "锤式车轴形状控制与内径精密检测选型部署指南", "summary": "**目标**: 针对锤式车轴等复杂几何部件，实现高速动态下的非接触式内径、椭圆度及同轴度精密测量，以提升生产线检测效率并降低废品率〔REF-001〕。", "focused_product": "ZLDS104", "product_series": "ZLDS104", "industry": [ "精密制造", "航空航天", "医疗器械" ], "measurement": [ "小孔内径", "椭圆度", "同轴度", "锥度", "台阶尺寸" ], "tags": [ "ZLDS104", "精密制造", "航空航天", "小孔内径", "传感器" ], "updated_at": "2025-04-02", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS104-定制内径测量仪锤式车轴形状控制/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "conical-hole-inner-diameter-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "锥形孔内径精密测量选型与部署指南", "summary": "**目标**: 解决航空航天、汽车及医疗领域中，最小直径≥4mm的锥形孔、细管内径及几何形状（椭圆度、同轴度、锥度）的高精度在线非接触测量需求〔REF-002〕。", "focused_product": "ZLDS104", "product_series": "ZLDS104", "industry": [ "航空航天", "汽车制造", "医疗器械" ], "measurement": [ "锥形孔内径", "椭圆度", "同轴度" ], "tags": [ "ZLDS104", "航空航天", "汽车制造", "锥形孔内径", "传感器" ], "updated_at": "2026-05-12", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS104-定制内径测量仪锥形孔内径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "conical-hole-inner-diameter-measurement-guide-zlds104", "category": "application_article", "category_cn": "应用文章", "title": "锥形孔及微小内径高精度选型与部署指南", "summary": "**目标**: 针对工业生产中难以触及的微小锥形孔、细管或衬套，实现非接触式、高精度的内径尺寸及几何形状（如锥度、同轴度）在线或离线测量〔REF-001〕。", "focused_product": "ZLDS104", "product_series": "ZLDS104", "industry": [ "精密制造", "航空航天", "医疗器械" ], "measurement": [ "锥形孔内径", "几何形状评估", "缺陷检测" ], "tags": [ "ZLDS104", "精密制造", "航空航天", "锥形孔内径", "传感器" ], "updated_at": "2026-03-06", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS104-定制内径测量仪锥形孔尺寸测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "cone-thread-inner-wall-scanning-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "锥螺纹内壁高精度扫描与在线检测选型部署指南", "summary": "**目标**: 针对精密零件锥螺纹内壁、小孔内径进行非接触式高精度几何尺寸在线测量，确保零部件配合性能及整体质量〔REF-002〕。", "focused_product": "ZLDS104", "product_series": "ZLDS104", "industry": [ "精密制造", "航空航天", "医疗器械" ], "measurement": [ "锥螺纹内径", "椭圆度", "同轴度" ], "tags": [ "ZLDS104", "精密制造", "航空航天", "锥螺纹内径", "传感器" ], "updated_at": "2025-09-16", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS104-定制内径测量仪锥螺纹内壁扫描/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "tapered-bore-internal-diameter-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "锥螺纹内径精密检测选型与部署指南", "summary": "**目标**: 面向锥螺纹及微小孔径零部件，实现非接触式在线几何量检测，覆盖内径、椭圆度、同轴度、锥度与台阶直径等关键尺寸〔REF-002〕。", "focused_product": "ZLDS104", "product_series": "ZLDS104", "industry": [ "航空航天", "医疗器械", "精密制造", "汽车零部件" ], "measurement": [ "锥螺纹内径", "椭圆度", "同轴度", "锥度", "台阶直径" ], "tags": [ "ZLDS104", "航空航天", "医疗器械", "锥螺纹内径", "传感器" ], "updated_at": "2025-12-30", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS104-定制内径测量仪锥螺纹内径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "measurement-guide-zlds104-18", "category": "application_article", "category_cn": "应用文章", "title": "精密内径与几何尺寸非接触测量选型与部署指南", "summary": "**目标**: 针对微小孔径（最小 4mm）、复杂几何形状及高反射材料，提供高精度、非接触式的在线尺寸检测方案，解决传统机械测量效率低、人工依赖强的问题〔REF-…", "focused_product": "ZLDS104", "product_series": "ZLDS104", "industry": [ "精密制造", "航空航天", "医疗器械" ], "measurement": [ "小孔内径", "细管内壁", "椭圆度", "同轴度", "台阶高度" ], "tags": [ "ZLDS104", "精密制造", "航空航天", "小孔内径", "传感器" ], "updated_at": "2025-11-17", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS104-定制内径测量仪镜头镜筒内壁扫描/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "lens-barrel-inner-diameter-control-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "镜头镜筒内径控制选型与部署指南", "summary": "**目标**: 针对镜头镜筒等微小孔径部件，实现高精度、非接触式的在线内径、椭圆度及同轴度测量，替代传统机械量具或低精度视觉方案〔REF-001〕。", "focused_product": "ZLDS104", "product_series": "ZLDS104", "industry": [ "精密制造", "医疗器械", "光学仪器" ], "measurement": [ "镜头镜筒内径", "椭圆度", "同轴度", "圆柱度", "锥度" ], "tags": [ "ZLDS104", "精密制造", "医疗器械", "镜头镜筒内径", "传感器" ], "updated_at": "2026-02-23", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS104-定制内径测量仪镜头镜筒内径控制/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "long-bore-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "长内径高精度非接触测量选型与部署指南", "summary": "**目标**: 解决微小孔径（最小4mm）及长内径的高精度、非接触式在线几何尺寸检测需求，特别是针对高反射或半透明材料的测量稳定性问题〔REF-001〕。", "focused_product": "ZLDS104", "product_series": "ZLDS104", "industry": [ "航空航天", "医疗器械", "精密制造" ], "measurement": [ "长内径", "椭圆度", "锥度", "同轴度" ], "tags": [ "ZLDS104", "航空航天", "医疗器械", "长内径", "传感器" ], "updated_at": "2026-05-04", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS104-定制内径测量仪长内径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "long-tube-inner-wall-scanning-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "长管内壁扫描检测选型与部署指南", "summary": "**目标**: 针对航空航天、精密制造及医疗器械等领域中，直径在 4mm 至 48mm 范围内的长管、细孔或衬套进行非接触式高精度在线几何尺寸检测〔REF-001…", "focused_product": "ZLDS104", "product_series": "ZLDS104", "industry": [ "航空航天", "精密制造", "医疗器械" ], "measurement": [ "长管内径", "椭圆度", "同轴度", "表面缺陷" ], "tags": [ "ZLDS104", "航空航天", "精密制造", "长管内径", "传感器" ], "updated_at": "2025-02-20", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS104-定制内径测量仪长管内壁扫描/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "long-tube-inner-diameter-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "长管内径高精度非接触测量选型与部署指南", "summary": "**目标**: 针对航空航天、医疗器械及精密机械制造中的微小孔径（4mm-48mm）长管，实现非接触式的高精度在线内径、圆度及几何形状检测〔REF-001〕。", "focused_product": "ZLDS104", "product_series": "ZLDS104", "industry": [ "航空航天", "医疗器械", "精密机械制造" ], "measurement": [ "长管内径", "椭圆度", "同轴度" ], "tags": [ "ZLDS104", "航空航天", "医疗器械", "长管内径", "传感器" ], "updated_at": "2025-06-11", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS104-定制内径测量仪长管内径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "measurement-guide-zlds104-19", "category": "application_article", "category_cn": "应用文章", "title": "小孔与阶梯孔内径几何尺寸检测选型与部署指南", "summary": "**目标**: 为阶梯孔及小孔内径几何尺寸在线检测提供传感器选型与工程部署参考，确保测量精度满足±2μm级别要求〔REF-001〕。", "focused_product": "ZLDS104", "product_series": "ZLDS104", "industry": [ "精密制造", "航空航天", "医疗器械" ], "measurement": [ "内径", "圆度", "椭圆度", "锥度", "台阶", "同轴度" ], "tags": [ "ZLDS104", "精密制造", "航空航天", "内径", "传感器" ], "updated_at": "2025-07-09", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS104-定制内径测量仪阶梯孔内径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "stamping-machine-safety-monitoring-displacement-guide", "category": "application_article", "category_cn": "应用文章", "title": "冲压机安全监测与位移检测选型部署指南", "summary": "**目标**: 针对高负荷冲压生产环境，建立实时、高精度的位移与安全状态监测体系，降低设备故障率与人工干预风险。", "focused_product": "ZLDS112", "product_series": "ZLDS112", "industry": [ "汽车制造", "金属加工", "工业冲压" ], "measurement": [ "冲压位移", "模具厚度", "设备定位" ], "tags": [ "ZLDS112", "汽车制造", "金属加工", "冲压位移", "传感器" ], "updated_at": "2025-10-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS112-点激光传感器冲压机安全监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "laminated-tube-scanning-measurement-guide-zlds112", "category": "application_article", "category_cn": "应用文章", "title": "层压管规模化生产无接触几何尺寸检测选型与部署指南", "summary": "**目标**: 实现层压管规模化生产线上的高精度、非接触式外径与壁厚同步在线检测，替代传统机械接触式量具〔REF-002〕。", "focused_product": "ZLDS112", "product_series": "ZLDS112", "industry": [ "管材制造", "食品包装", "木材加工", "汽车零部件" ], "measurement": [ "层压管外径", "壁厚", "表面平整度", "直线度" ], "tags": [ "ZLDS112", "管材制造", "食品包装", "层压管外径", "传感器" ], "updated_at": "2025-09-19", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS112-点激光传感器大规模生产层压管无接触扫描测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "laminated-tube-geometry-measurement-guide-zlds112", "category": "application_article", "category_cn": "应用文章", "title": "层压管几何尺寸检测选型与部署指南", "summary": "**目标**: 针对层压管在生产与质检环节中的外径、内径、壁厚及圆度等关键几何参数，提供非接触式高精度快速检测方案，替代传统卡尺/千分尺等低效人工测量方式〔REF…", "focused_product": "ZLDS112", "product_series": "ZLDS112", "industry": [ "制造业", "食品加工", "木材加工", "汽车制造" ], "measurement": [ "层压管外径", "层压管内径", "壁厚", "圆度", "同轴度" ], "tags": [ "ZLDS112", "制造业", "食品加工", "层压管外径", "传感器" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS112-点激光传感器层压管几何参数测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "picking-machine-displacement-measurement-guide-zlds112", "category": "application_article", "category_cn": "应用文章", "title": "拣选设备位移检测选型与部署指南", "summary": "**目标**: 实现拣选机运动平台的高频、非接触式位移与高度检测，优化自动化流转节拍与定位精度〔REF-002〕。", "focused_product": "ZLDS112", "product_series": "ZLDS112", "industry": [ "物流仓储", "制造业", "食品加工", "木材处理", "汽车制造" ], "measurement": [ "位移测量", "高度检测", "厚度测量", "位置定位" ], "tags": [ "ZLDS112", "物流仓储", "制造业", "位移测量", "传感器" ], "updated_at": "2025-05-14", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS112-点激光传感器拣选机位移测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "robot-arm-dynamic-positioning-laser-displacement-guide", "category": "application_article", "category_cn": "应用文章", "title": "机器人手臂动态位置检测选型与部署指南", "summary": "**目标**: 实现机器人末端执行器在高速运动轨迹中的非接触式实时定位与几何尺寸监测，提升产线节拍与闭环控制精度〔REF-002〕。", "focused_product": "ZLDS112", "product_series": "ZLDS112", "industry": [ "食品加工", "木材加工", "汽车制造" ], "measurement": [ "动态位置检测", "高度与厚度测量" ], "tags": [ "ZLDS112", "食品加工", "木材加工", "动态位置检测", "传感器" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS112-点激光传感器机器人手臂动态位置确定/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "robot-arm-dynamic-displacement-measurement-guide-zlds112", "category": "application_article", "category_cn": "应用文章", "title": "机器臂动态位移测量选型与部署指南", "summary": "**目标**: 面向自动化产线中机器臂高速运动过程中的非接触式动态位移监测，实现微米级精度与毫秒级响应的闭环数据采集〔REF-002〕。", "focused_product": "ZLDS112", "product_series": "ZLDS112", "industry": [ "食品工业", "木材加工", "汽车制造", "自动化装配" ], "measurement": [ "机器臂动态位移", "工件高度检测", "材料厚度测量", "空间位置定位" ], "tags": [ "ZLDS112", "食品工业", "木材加工", "机器臂动态位移", "传感器" ], "updated_at": "2025-12-29", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS112-点激光传感器机器臂动态位移测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "automotive-displacement-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "汽车生产位移测量选型与部署指南", "summary": "**目标**: 面向汽车制造与精密加工产线中的车身焊接、零部件装配及最终质检环节，提供高精度、非接触式位移测量的标准化选型与部署方案〔REF-002〕。", "focused_product": "ZLDS112", "product_series": "ZLDS112", "industry": [ "汽车制造", "精密加工" ], "measurement": [ "车身焊接位移", "零部件装配定位", "产品质量检验" ], "tags": [ "ZLDS112", "汽车制造", "精密加工", "车身焊接位移", "传感器" ], "updated_at": "2025-02-17", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS112-点激光传感器汽车生产领域位移测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "automotive-production-distance-measurement-guide-zlds112", "category": "application_article", "category_cn": "应用文章", "title": "汽车生产领域距离测量选型与部署指南", "summary": "**目标**: 针对汽车焊装与总装车间的狭小空间与高速节拍，提供非接触式高精度距离测量方案，实现零部件定位与几何尺寸实时监测。〔REF-002〕", "focused_product": "ZLDS112", "product_series": "ZLDS112", "industry": [ "汽车制造", "工业精密检测" ], "measurement": [ "零部件定位", "几何尺寸测量" ], "tags": [ "ZLDS112", "汽车制造", "工业精密检测", "零部件定位", "传感器" ], "updated_at": "2025-06-06", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS112-点激光传感器汽车生产领域距离测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "narrow-gap-object-distance-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "狭小间隙精密测距选型与部署指南", "summary": "**目标**: 针对汽车、电子、食品及木材等工业场景中狭小间隙内的非接触式高精度距离、高度与厚度测量需求，提供标准化的选型与部署参考。〔REF-002〕", "focused_product": "ZLDS112", "product_series": "ZLDS112", "industry": [ "汽车制造", "电子产品组装", "食品工业", "木材加工" ], "measurement": [ "狭小间隙内物体距离", "高度", "厚度", "定位坐标" ], "tags": [ "ZLDS112", "汽车制造", "电子产品组装", "狭小间隙内物体距离", "传感器" ], "updated_at": "2025-08-23", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS112-点激光传感器狭小间隙中的物体测距/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "narrow-strip-thickness-measurement-guide-zlds112", "category": "application_article", "category_cn": "应用文章", "title": "狭窄带材厚度测量选型与部署指南", "summary": "**目标**: 面向狭窄带材在线厚度检测场景，提供非接触式激光位移传感器的售前选型框架与现场部署验证路径。", "focused_product": "ZLDS112", "product_series": "ZLDS112", "industry": [ "金属加工", "汽车制造", "电子元件生产", "食品与木材加工" ], "measurement": [ "狭窄带材厚度", "高度与轮廓检测" ], "tags": [ "ZLDS112", "金属加工", "汽车制造", "狭窄带材厚度", "传感器" ], "updated_at": "2025-03-05", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS112-点激光传感器狭窄带材厚度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "amr-precise-positioning-laser-displacement-guide", "category": "application_article", "category_cn": "应用文章", "title": "自主移动机器人精准定位激光位移传感器选型与部署指南", "summary": "**目标**: 面向自主移动机器人（AMR）在仓储物流、制造业及医疗场景中的亚毫米级精准定位与路径感知需求，提供基于点激光三角测量技术的传感器选型与工程部署参考〔…", "focused_product": "ZLDS112", "product_series": "ZLDS112", "industry": [ "物流仓储", "制造业", "医疗行业" ], "measurement": [ "机器人相对位置感知", "地面或载物台高度检测", "货物厚度与平整度测量" ], "tags": [ "ZLDS112", "物流仓储", "制造业", "机器人相对位置感知", "传感器" ], "updated_at": "2025-05-05", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS112-点激光传感器自主移动机器人（AMRs）精准定位/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "autonomous-transport-positioning-laser-displacement-guide", "category": "application_article", "category_cn": "应用文章", "title": "自主运输系统定位精度选型与部署指南", "summary": "**目标**: 为 AGV/AMR 及自主运输载体提供高精度非接触式定位、高度检测与厚度测量能力，支撑路径规划、停靠对位与实时避障控制闭环。〔REF-002〕", "focused_product": "ZLDS112", "product_series": "ZLDS112", "industry": [ "食品工业", "木材加工", "汽车制造", "物流仓储" ], "measurement": [ "货物位置定位", "高度检测", "厚度测量" ], "tags": [ "ZLDS112", "食品工业", "木材加工", "货物位置定位", "传感器" ], "updated_at": "2025-03-08", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS112-点激光传感器自主运输系统定位/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "agv-precision-positioning-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "AGV精准定位与部署选型指南", "summary": "**目标**: 为自动引导车辆（AGV）在仓储、物流及制造场景中的亚毫米级精准停靠、路径跟踪与物料高度监测提供传感器选型与工程部署依据〔REF-002〕。", "focused_product": "ZLDS112", "product_series": "ZLDS112", "industry": [ "仓储物流", "工业自动化", "制造业", "汽车与木材加工" ], "measurement": [ "AGV车身相对位置", "地面或导轨平整度", "物料堆垛高度与厚度" ], "tags": [ "ZLDS112", "仓储物流", "工业自动化", "AGV车身相对位置", "传感器" ], "updated_at": "2025-07-13", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS112-点激光传感器自动引导车辆（AGVs）精准定位/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "thin-sheet-material-thickness-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "薄型带材厚度测量选型与部署指南", "summary": "**目标**: 实现薄型带材在线非接触式高精度厚度检测，满足连续产线质量控制与过程追溯需求〔REF-002〕。", "focused_product": "ZLDS112", "product_series": "ZLDS112", "industry": [ "汽车制造", "电子工业", "包装材料" ], "measurement": [ "薄型带材", "厚度尺寸" ], "tags": [ "ZLDS112", "汽车制造", "电子工业", "薄型带材", "传感器" ], "updated_at": "2025-05-27", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS112-点激光传感器薄型带材厚度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "thin-sheet-metal-thickness-measurement-guide-zlds112", "category": "application_article", "category_cn": "应用文章", "title": "薄型板材厚度检测选型与部署指南", "summary": "**目标**: 面向薄型板材在线连续生产环境，提供高精度、非接触式厚度与轮廓检测的工程化选型与部署方案，替代传统人工或机械接触测量，降低误判率并提升节拍效率〔RE…", "focused_product": "ZLDS112", "product_series": "ZLDS112", "industry": [ "汽车制造", "电子工业", "建筑建材", "食品与木材加工" ], "measurement": [ "薄型板材厚度", "表面高度轮廓", "装配间隙" ], "tags": [ "ZLDS112", "汽车制造", "电子工业", "薄型板材厚度", "传感器" ], "updated_at": "2025-04-02", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS112-点激光传感器薄型板材厚度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "thin-sheet-thickness-measurement-guide-zlds112", "category": "application_article", "category_cn": "应用文章", "title": "薄型片材厚度检测选型与部署指南", "summary": "**目标**: 实现薄型片材、金属箔带及塑料薄膜的高速在线非接触测厚，满足产线质量控制对精度与稳定性的基本要求〔REF-001〕。", "focused_product": "ZLDS112", "product_series": "ZLDS112", "industry": [ "汽车制造", "航空航天", "电子制造", "食品包装", "木材加工" ], "measurement": [ "薄型片材", "金属箔带", "塑料薄膜" ], "tags": [ "ZLDS112", "汽车制造", "航空航天", "薄型片材", "传感器" ], "updated_at": "2026-04-04", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS112-点激光传感器薄型片材厚度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "thin-film-thickness-measurement-guide-zlds112", "category": "application_article", "category_cn": "应用文章", "title": "薄膜材料厚度测量选型与部署指南", "summary": "**目标**: 实现薄膜材料在线厚度与表面平整度的高精度非接触测量，保障产品质量一致性并优化生产良率〔REF-002〕。", "focused_product": "ZLDS112", "product_series": "ZLDS112", "industry": [ "电子", "光学", "医疗" ], "measurement": [ "薄膜材料厚度", "表面平整度" ], "tags": [ "ZLDS112", "电子", "光学", "薄膜材料厚度", "传感器" ], "updated_at": "2025-04-10", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS112-点激光传感器薄膜材料厚度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "continuous-tie-parameter-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "连续环形扎带尺寸监测选型与部署指南", "summary": "**目标**: 实现连续环形扎带在生产线上非接触式、高频次的厚度与外径尺寸监测，确保批次一致性并替代人工抽检〔REF-002〕。", "focused_product": "ZLDS112", "product_series": "ZLDS112", "industry": [ "包装制造", "食品加工", "汽车零部件" ], "measurement": [ "连续环形扎带", "扎带厚度", "扎带外径" ], "tags": [ "ZLDS112", "包装制造", "食品加工", "连续环形扎带", "传感器" ], "updated_at": "2025-05-24", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS112-点激光传感器连续环形扎带参数监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "continuous-ring-strap-width-measurement-guide-zlds112", "category": "application_article", "category_cn": "应用文章", "title": "连续环形扎带宽度检测选型与部署指南", "summary": "**目标**: 针对连续环形扎带的高速生产线，提供非接触式几何尺寸在线检测方案，实现宽度、高度及厚度的一致性控制，降低人工抽检成本与材料浪费〔REF-002〕。", "focused_product": "ZLDS112", "product_series": "ZLDS112", "industry": [ "包装行业", "汽车工业", "木材加工", "食品饮料" ], "measurement": [ "连续环形扎带宽度", "产品高度检测", "材料厚度测量" ], "tags": [ "ZLDS112", "包装行业", "汽车工业", "连续环形扎带宽度", "传感器" ], "updated_at": "2025-04-30", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS112-点激光传感器连续环形扎带宽度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "continuous-cable-tie-height-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "连续环形扎带高度测量选型与部署指南", "summary": "**目标**: 实现连续环形扎带在线非接触式高度监测，保障尺寸一致性并降低材料浪费与废品率〔REF-002〕。", "focused_product": "ZLDS112", "product_series": "ZLDS112", "industry": [ "离散制造业", "自动化产线", "食品饮料包装", "汽车零部件" ], "measurement": [ "连续环形扎带高度", "产品几何尺寸", "厚度与定位" ], "tags": [ "ZLDS112", "离散制造业", "自动化产线", "连续环形扎带高度", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS112-点激光传感器连续环形扎带高度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "continuous-cable-tie-pitch-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "连续环形扎带齿距高精度监测选型与部署指南", "summary": "**目标**: 实现连续环形扎带在生产流转过程中的齿距高精度在线监测，消除人工抽检误差，提升产线自动化品控水平。〔REF-002〕", "focused_product": "ZLDS112", "product_series": "ZLDS112", "industry": [ "汽车制造", "电子产品组装", "工业品质控制" ], "measurement": [ "连续环形扎带齿距", "非接触几何尺寸" ], "tags": [ "ZLDS112", "汽车制造", "电子产品组装", "连续环形扎带齿距", "传感器" ], "updated_at": "2025-04-29", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS112-点激光传感器连续环形扎带齿距监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "press-machine-safety-monitoring-displacement-guide", "category": "application_article", "category_cn": "应用文章", "title": "冲压机安全监测位移传感器选型与部署指南", "summary": "**目标**: 实现冲压机滑块行程、模具闭合间隙及工件厚度的实时非接触监测，构建底层安全联锁与工艺质量控制数据基座〔REF-002〕。", "focused_product": "ZLDS113", "product_series": "ZLDS113", "industry": [ "汽车制造", "金属加工", "工业冲压" ], "measurement": [ "冲压模具间隙", "滑块行程位移", "工件厚度变化" ], "tags": [ "ZLDS113", "汽车制造", "金属加工", "冲压模具间隙", "传感器" ], "updated_at": "2025-12-26", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS113-点激光传感器冲压机安全监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "laminated-tube-noncontact-scanning-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "层压管规模化生产高精度测量选型与部署指南", "summary": "**目标**: 在层压管连续化生产中实现外径、壁厚及表面轮廓的在线无接触检测，替代传统机械接触式测量以降低损伤风险并提升节拍。〔REF-002〕", "focused_product": "ZLDS113", "product_series": "ZLDS113", "industry": [ "管材制造", "复合材料加工", "工业质检" ], "measurement": [ "层压管外径", "壁厚", "表面轮廓" ], "tags": [ "ZLDS113", "管材制造", "复合材料加工", "层压管外径", "传感器" ], "updated_at": "2025-08-13", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS113-点激光传感器大规模生产层压管无接触扫描测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "laminated-tube-geometry-measurement-guide-zlds113", "category": "application_article", "category_cn": "应用文章", "title": "层压管几何参数非接触式检测选型与部署指南", "summary": "**目标**: 实现层压管外径、内径、壁厚及连续几何轮廓的高精度在线非接触检测，满足航空、汽车及电子行业对尺寸公差与表面质量的严苛要求〔REF-002〕。", "focused_product": "ZLDS113", "product_series": "ZLDS113", "industry": [ "航空制造", "汽车工业", "电子元器件" ], "measurement": [ "层压管外径", "层压管内径", "层压管壁厚", "连续几何轮廓" ], "tags": [ "ZLDS113", "航空制造", "汽车工业", "层压管外径", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS113-点激光传感器层压管几何参数测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "picking-machine-displacement-measurement-guide-zlds113", "category": "application_article", "category_cn": "应用文章", "title": "自动化仓储拣选设备位移检测选型与部署指南", "summary": "**目标**: 为自动化仓储与物流分拣场景中的拣选机位移检测提供可落地的传感器选型依据与工程部署规范，实现高精度实时位置反馈以提升出库效率。", "focused_product": "ZLDS113", "product_series": "ZLDS113", "industry": [ "自动化仓储", "物流分拣" ], "measurement": [ "位移测量", "位置监控" ], "tags": [ "ZLDS113", "自动化仓储", "物流分拣", "位移测量", "传感器" ], "updated_at": "2025-12-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS113-点激光传感器拣选机位移测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "robot-arm-dynamic-position-measurement-guide-zlds113", "category": "application_article", "category_cn": "应用文章", "title": "机器人动态位置测量选型与部署指南", "summary": "**目标**: 实现机器人手臂高速动态精准定位，降低非接触测量过程中的生产误差，满足复杂工业环境下的实时位置反馈〔REF-002〕。", "focused_product": "ZLDS113", "product_series": "ZLDS113", "industry": [ "工业自动化", "机器人集成", "精密制造" ], "measurement": [ "机器人手臂动态位移", "非接触位置坐标" ], "tags": [ "ZLDS113", "工业自动化", "机器人集成", "机器人手臂动态位移", "传感器" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS113-点激光传感器机器人手臂动态位置确定/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "robot-arm-dynamic-displacement-measurement-guide-zlds113", "category": "application_article", "category_cn": "应用文章", "title": "机器臂动态位移测量选型与部署指南", "summary": "**目标**: 实现机器臂高速运动过程中的非接触式动态位移与轨迹高精度监测，提升自动化产线的位置控制精度与质量管控效率。〔REF-002〕", "focused_product": "ZLDS113", "product_series": "ZLDS113", "industry": [ "工业自动化", "智能制造", "高温工业过程" ], "measurement": [ "机器臂动态位移", "高速运动轨迹", "目标表面形变" ], "tags": [ "ZLDS113", "工业自动化", "智能制造", "机器臂动态位移", "传感器" ], "updated_at": "2025-06-05", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS113-点激光传感器机器臂动态位移测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "automotive-production-measurement-guide-zlds113", "category": "application_article", "category_cn": "应用文章", "title": "汽车生产领域位移测量选型与部署指南", "summary": "**目标**: 为汽车焊装、涂装及总装车间提供非接触式高精度位移与轮廓检测方案，提升装配精度与过程质量控制能力。〔REF-002〕", "focused_product": "ZLDS113", "product_series": "ZLDS113", "industry": [ "汽车制造", "精密加工" ], "measurement": [ "车身部件位移", "焊缝间隙", "涂装厚度", "高温工件轮廓" ], "tags": [ "ZLDS113", "汽车制造", "精密加工", "车身部件位移", "传感器" ], "updated_at": "2025-11-30", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS113-点激光传感器汽车生产领域位移测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "automotive-production-distance-measurement-guide-zlds113", "category": "application_article", "category_cn": "应用文章", "title": "汽车生产领域距离与厚度测量选型与部署指南", "summary": "**目标**: 满足汽车产线零部件装配间隙、焊接位置及厚度尺寸的高精度在线监测需求，替代传统接触式或低速光学测量手段〔REF-002〕。", "focused_product": "ZLDS113", "product_series": "ZLDS113", "industry": [ "汽车制造", "零部件装配" ], "measurement": [ "装配间隙", "焊接位置", "厚度" ], "tags": [ "ZLDS113", "汽车制造", "零部件装配", "装配间隙", "传感器" ], "updated_at": "2025-12-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS113-点激光传感器汽车生产领域距离测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "narrow-gap-object-measurement-guide-zlds113", "category": "application_article", "category_cn": "应用文章", "title": "狭小间隙物距测量选型与部署指南", "summary": "**目标**: 在航空航天、汽车制造及精密电子组装等受限空间内，实现非接触式高精度测距与厚度检测，替代传统接触式量具以避免工件损伤并提升节拍效率〔REF-002〕…", "focused_product": "ZLDS113", "product_series": "ZLDS113", "industry": [ "航空航天", "汽车制造", "电子设备组装" ], "measurement": [ "狭小间隙内物体距离", "高温目标表面位移", "双传感器配对厚度" ], "tags": [ "ZLDS113", "航空航天", "汽车制造", "狭小间隙内物体距离", "传感器" ], "updated_at": "2025-11-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS113-点激光传感器狭小间隙中的物体测距/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "narrow-strip-thickness-measurement-guide-zlds113", "category": "application_article", "category_cn": "应用文章", "title": "狭窄带材厚度精密检测选型与部署指南", "summary": "**目标**: 面向狭窄带材连续生产场景，建立在线厚度实时监控与闭环质量控制能力，替代传统接触式千分尺或离线抽检模式。〔REF-002〕", "focused_product": "ZLDS113", "product_series": "ZLDS113", "industry": [ "电子制造", "汽车零部件", "航空航天" ], "measurement": [ "狭窄带材厚度", "连续带材几何尺寸" ], "tags": [ "ZLDS113", "电子制造", "汽车零部件", "狭窄带材厚度", "传感器" ], "updated_at": "2026-03-20", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS113-点激光传感器狭窄带材厚度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "amr-positioning-measurement-guide-zlds113", "category": "application_article", "category_cn": "应用文章", "title": "自主移动机器人精准定位传感器选型与部署指南", "summary": "**目标**: 为自主移动机器人（AMRs）在复杂制造与物流环境中实现高精度位移测量、实时障碍物检测与定位精度校准提供传感器选型参考〔REF-002〕。", "focused_product": "ZLDS113", "product_series": "ZLDS113", "industry": [ "制造业", "物流仓储" ], "measurement": [ "位移测量", "障碍物检测", "定位精度校准" ], "tags": [ "ZLDS113", "制造业", "物流仓储", "位移测量", "传感器" ], "updated_at": "2026-03-26", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS113-点激光传感器自主移动机器人（AMRs）精准定位/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "autonomous-transport-positioning-measurement-guide-zlds113", "category": "application_article", "category_cn": "应用文章", "title": "自主运输系统定位传感器选型与部署指南", "summary": "**目标**: 为自动化仓储、物流配送及智能制造场景下的自主运输系统（AGV/AMR/输送分拣线）提供高精度、低延迟的实时位移与位置偏差检测方案，支撑导航反馈与路…", "focused_product": "ZLDS113", "product_series": "ZLDS113", "industry": [ "自动化仓储", "物流配送", "智能制造" ], "measurement": [ "位移", "位置偏差", "运行轨迹" ], "tags": [ "ZLDS113", "自动化仓储", "物流配送", "位移", "传感器" ], "updated_at": "2026-05-04", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS113-点激光传感器自主运输系统定位/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "agv-positioning-displacement-guide", "category": "application_article", "category_cn": "应用文章", "title": "自动引导车辆精准定位传感器选型与部署指南", "summary": "**目标**: 为自动引导车辆（AGV）在制造与物流场景中的高精度、实时位置定位提供传感器选型、工程部署与验收判定依据。", "focused_product": "ZLDS113", "product_series": "ZLDS113", "industry": [ "制造业", "物流仓储", "自动化产线" ], "measurement": [ "位移测量", "位置定位", "轮廓与厚度检测" ], "tags": [ "ZLDS113", "制造业", "物流仓储", "位移测量", "传感器" ], "updated_at": "2025-07-09", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS113-点激光传感器自动引导车辆（AGVs）精准定位/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "thin-strip-thickness-measurement-guide-zlds113", "category": "application_article", "category_cn": "应用文章", "title": "薄型带材厚度测量选型与部署指南", "summary": "**目标**: 面向薄型带材连续产线，提供高精度、非接触式在线厚度检测与实时质量监控的工程选型参考〔REF-001〕。", "focused_product": "ZLDS113", "product_series": "ZLDS113", "industry": [ "电子制造", "汽车工业", "航空航天" ], "measurement": [ "薄型带材", "材料厚度" ], "tags": [ "ZLDS113", "电子制造", "汽车工业", "薄型带材", "传感器" ], "updated_at": "2026-05-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS113-点激光传感器薄型带材厚度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "sheet-metal-thickness-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "薄型板材厚度检测选型与部署指南", "summary": "**目标**: 面向金属加工与精密制造产线，提供薄型板材及片材的高精度、非接触式厚度在线监测与质量控制方案。", "focused_product": "ZLDS113", "product_series": "ZLDS113", "industry": [ "金属加工", "精密制造", "质量控制" ], "measurement": [ "薄型板材", "金属片材", "非接触几何尺寸" ], "tags": [ "ZLDS113", "金属加工", "精密制造", "薄型板材", "传感器" ], "updated_at": "2025-04-07", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS113-点激光传感器薄型板材厚度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "thin-sheet-thickness-measurement-guide-zlds113", "category": "application_article", "category_cn": "应用文章", "title": "薄型片材厚度测量与部署选型指南", "summary": "**目标**: 实现薄型片材在线非接触式高精度厚度测量，满足高温环境与高速产线的实时质量控制需求〔REF-002〕。", "focused_product": "ZLDS113", "product_series": "ZLDS113", "industry": [ "金属加工", "塑料挤出", "薄膜制造" ], "measurement": [ "薄型片材厚度", "高温目标表面位移" ], "tags": [ "ZLDS113", "金属加工", "塑料挤出", "薄型片材厚度", "传感器" ], "updated_at": "2025-07-02", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS113-点激光传感器薄型片材厚度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "measurement-guide-zlds113", "category": "application_article", "category_cn": "应用文章", "title": "薄膜材料厚度检测选型与部署指南", "summary": "**目标**: 实现薄膜材料的高精度非接触式厚度在线监测，替代传统机械接触或超声波方案，满足半导体及光电涂层产线的质量控制需求〔REF-002〕。", "focused_product": "ZLDS113", "product_series": "ZLDS113", "industry": [ "半导体制造", "光电设备生产", "涂层材料加工" ], "measurement": [ "薄膜材料厚度", "表面位移" ], "tags": [ "ZLDS113", "半导体制造", "光电设备生产", "薄膜材料厚度", "传感器" ], "updated_at": "2025-11-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS113-点激光传感器薄膜材料厚度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "continuous-strap-parameter-monitoring-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "连续环形扎带几何尺寸非接触检测选型与部署指南", "summary": "**目标**: 实现连续环形扎带在高速生产线上的非接触式高精度几何尺寸与厚度监测，彻底消除传统机械卡规造成的表面划伤与产能瓶颈。〔REF-002〕", "focused_product": "ZLDS113", "product_series": "ZLDS113", "industry": [ "线缆制造", "工业装配", "精密加工" ], "measurement": [ "连续环形扎带几何尺寸", "扎带厚度", "高温表面形变" ], "tags": [ "ZLDS113", "线缆制造", "工业装配", "连续环形扎带几何尺寸", "传感器" ], "updated_at": "2025-11-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS113-点激光传感器连续环形扎带参数监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "continuous-strap-width-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "连续环形扎带宽度精密测量选型与部署指南", "summary": "**目标**: 实现连续环形扎带在高速生产线上的非接触式宽度与厚度实时监测，替代传统人工抽检与低速机械量具〔REF-002〕。", "focused_product": "ZLDS113", "product_series": "ZLDS113", "industry": [ "包装制造", "塑料制品加工", "工业线束生产" ], "measurement": [ "扎带带宽", "带体厚度" ], "tags": [ "ZLDS113", "包装制造", "塑料制品加工", "扎带带宽", "传感器" ], "updated_at": "2026-02-12", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS113-点激光传感器连续环形扎带宽度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "continuous-ring-strapping-height-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "连续环形扎带高度检测选型与部署指南", "summary": "**目标**: 针对连续环形扎带生产线的高度一致性控制与厚度合规性验证，提供非接触式高精度激光位移测量的售前选型与工程部署规范〔REF-002〕。", "focused_product": "ZLDS113", "product_series": "ZLDS113", "industry": [ "电线电缆制造", "管道工程固定", "工业捆扎包装" ], "measurement": [ "连续环形扎带高度", "扎带厚度" ], "tags": [ "ZLDS113", "电线电缆制造", "管道工程固定", "连续环形扎带高度", "传感器" ], "updated_at": "2025-03-29", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS113-点激光传感器连续环形扎带高度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "continuous-ring-strapping-pitch-monitoring-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "连续环形扎带齿距精密测量与部署选型指南", "summary": "**目标**: 实现连续环形扎带产线的高速、非接触式齿距精度实时检测，替代传统机械接触方案以提升良品率与生产效率。〔REF-002〕", "focused_product": "ZLDS113", "product_series": "ZLDS113", "industry": [ "塑料制品制造", "包装工业", "自动化产线" ], "measurement": [ "环形扎带齿距", "连续运动位移", "表面轮廓" ], "tags": [ "ZLDS113", "塑料制品制造", "包装工业", "环形扎带齿距", "传感器" ], "updated_at": "2025-01-06", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS113-点激光传感器连续环形扎带齿距监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "press-machine-safety-monitoring-displacement-guide-zlds114", "category": "application_article", "category_cn": "应用文章", "title": "冲压机安全监测与位移检测选型部署指南", "summary": "**目标**: 为冲压机提供实时、高精度的滑块位置反馈与振动监测，保障设备安全联锁与工艺质量控制〔REF-002〕。", "focused_product": "ZLDS114", "product_series": "ZLDS114", "industry": [ "金属加工", "冲压制造", "工业自动化" ], "measurement": [ "位移检测", "振动监测", "位置反馈", "厚度测量" ], "tags": [ "ZLDS114", "金属加工", "冲压制造", "位移检测", "传感器" ], "updated_at": "2025-12-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS114-点激光传感器冲压机安全监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "laminated-tube-mass-production-scan-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "层压管大规模生产无接触扫描测量选型与部署指南", "summary": "**目标**: 实现层压管在高速连续生产过程中的非接触式几何尺寸与表面状态实时监控，替代传统机械探针或人工抽检，提升全检覆盖率与数据追溯能力〔REF-002〕。", "focused_product": "ZLDS114", "product_series": "ZLDS114", "industry": [ "航空制造", "汽车工业", "建筑建材", "复合材料加工" ], "measurement": [ "层压管外径与壁厚", "表面平整度", "连续高速位移", "厚度差值" ], "tags": [ "ZLDS114", "航空制造", "汽车工业", "层压管外径与壁厚", "传感器" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS114-点激光传感器大规模生产层压管无接触扫描测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "laminated-tube-geometry-measurement-guide-zlds114", "category": "application_article", "category_cn": "应用文章", "title": "层压管几何参数非接触式测量选型与部署指南", "summary": "**目标**: 针对层压管在航空航天与汽车制造中的高精度几何尺寸检测需求，提供标准化非接触式测量方案选型与现场部署规范。〔REF-002〕", "focused_product": "ZLDS114", "product_series": "ZLDS114", "industry": [ "航空航天", "汽车制造", "工业质检" ], "measurement": [ "层压管管径", "壁厚", "圆度", "直线度" ], "tags": [ "ZLDS114", "航空航天", "汽车制造", "层压管管径", "传感器" ], "updated_at": "2025-10-03", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS114-点激光传感器层压管几何参数测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "picking-machine-displacement-measurement-guide-zlds114", "category": "application_article", "category_cn": "应用文章", "title": "拣选机位移测量选型与部署指南", "summary": "**目标**: 为物流分拣与自动化仓储产线的拣选机提供高精度、高响应速度的物料位移追踪与位置定位解决方案，优化分拣逻辑并降低误判率〔REF-002〕。", "focused_product": "ZLDS114", "product_series": "ZLDS114", "industry": [ "物流分拣", "智能制造", "仓储自动化" ], "measurement": [ "物料位移追踪", "位置精确定位", "产品厚度检测" ], "tags": [ "ZLDS114", "物流分拣", "智能制造", "物料位移追踪", "传感器" ], "updated_at": "2025-10-17", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS114-点激光传感器拣选机位移测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "robot-arm-dynamic-positioning-measurement-guide-zlds114", "category": "application_article", "category_cn": "应用文章", "title": "机器人手臂动态位置确定选型与部署指南", "summary": "**目标**: 为自动化产线中的机器人手臂提供非接触式高精度动态位置跟踪方案，实现末端位姿实时监测与抓取定位精度提升。〔REF-002〕", "focused_product": "ZLDS114", "product_series": "ZLDS114", "industry": [ "工业自动化", "智能制造", "精密装配" ], "measurement": [ "机器人末端位姿", "高速运动轨迹", "传送带物料坐标" ], "tags": [ "ZLDS114", "工业自动化", "智能制造", "机器人末端位姿", "传感器" ], "updated_at": "2025-09-20", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS114-点激光传感器机器人手臂动态位置确定/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "robot-arm-dynamic-displacement-measurement-guide-zlds114", "category": "application_article", "category_cn": "应用文章", "title": "机器人手臂动态位移测量选型与部署指南", "summary": "**目标**: 为机器人手臂在高速运动、狭小空间及复杂光照环境下的非接触式动态位移监测提供标准化选型与部署依据〔REF-002〕。", "focused_product": "ZLDS114", "product_series": "ZLDS114", "industry": [ "精密制造", "自动化装配", "工业质检" ], "measurement": [ "动态位移", "高速运动轨迹", "表面形变" ], "tags": [ "ZLDS114", "精密制造", "自动化装配", "动态位移", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS114-点激光传感器机器臂动态位移测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "automotive-production-measurement-guide-zlds114", "category": "application_article", "category_cn": "应用文章", "title": "工业生产线位移测量选型与部署指南", "summary": "**目标**: 实现汽车产线零部件装配、车身间隙及发动机位置的实时非接触高精度位移检测。〔REF-002〕", "focused_product": "ZLDS114", "product_series": "ZLDS114", "industry": [ "汽车制造", "精密装配" ], "measurement": [ "零部件装配位移", "车身与底盘间隙", "发动机位置校准" ], "tags": [ "ZLDS114", "汽车制造", "精密装配", "零部件装配位移", "传感器" ], "updated_at": "2025-07-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS114-点激光传感器汽车生产领域位移测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "automotive-production-distance-measurement-measurement-guide-zlds114", "category": "application_article", "category_cn": "应用文章", "title": "汽车生产领域精密距离测量选型与部署指南", "summary": "**目标**: 为汽车制造、零部件加工及自动化装配环节提供高精度、非接触式距离测量的选型与部署参考，降低产线停机时间并提升过程质量控制能力〔REF-002〕。", "focused_product": "ZLDS114", "product_series": "ZLDS114", "industry": [ "汽车制造", "汽车零部件加工", "自动化装配" ], "measurement": [ "零部件间隙", "车身厚度", "装配位置距离" ], "tags": [ "ZLDS114", "汽车制造", "汽车零部件加工", "零部件间隙", "传感器" ], "updated_at": "2025-05-28", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS114-点激光传感器汽车生产领域距离测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "narrow-gap-object-measurement-guide-zlds114", "category": "application_article", "category_cn": "应用文章", "title": "狭小间隙物体非接触测距选型与部署指南", "summary": "**目标**: 针对狭小空间内的工件位置、间隙及厚度进行高精度非接触式实时测量，替代传统机械或超声波方案。〔REF-002〕", "focused_product": "ZLDS114", "product_series": "ZLDS114", "industry": [ "汽车制造", "电子产品组装", "精密工程" ], "measurement": [ "狭小间隙物体距离", "工件几何尺寸", "材料厚度" ], "tags": [ "ZLDS114", "汽车制造", "电子产品组装", "狭小间隙物体距离", "传感器" ], "updated_at": "2025-04-10", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS114-点激光传感器狭小间隙中的物体测距/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "narrow-strip-thickness-measurement-guide-zlds114", "category": "application_article", "category_cn": "应用文章", "title": "狭窄带材厚度测量选型与部署指南", "summary": "**目标**: 在连续卷材高速运行状态下，实现狭窄带材厚度的非接触式实时监测、偏差报警与闭环质量控制〔REF-001〕〔REF-002〕。", "focused_product": "ZLDS114", "product_series": "ZLDS114", "industry": [ "金属轧制与分切", "塑料薄膜与片材", "造纸与纤维素加工", "纺织与非织造布" ], "measurement": [ "狭窄带材动态厚度", "带材宽度方向截面轮廓", "上下游传感器配对间隙" ], "tags": [ "ZLDS114", "金属轧制与分切", "塑料薄膜与片材", "狭窄带材动态厚度", "传感器" ], "updated_at": "2025-09-26", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS114-点激光传感器狭窄带材厚度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "amr-precision-positioning-displacement-guide", "category": "application_article", "category_cn": "应用文章", "title": "自主移动机器人精准定位激光位移传感器选型与部署指南", "summary": "**目标**: 为自主移动机器人（AMR）在动态工业环境中的路径规划、相对定位与障碍物检测提供高精度、低延迟的测距数据支撑〔REF-002〕。", "focused_product": "ZLDS114", "product_series": "ZLDS114", "industry": [ "工业自动化", "物流仓储", "智能制造" ], "measurement": [ "地面轮廓与相对距离", "AMR导航定位", "障碍物检测" ], "tags": [ "ZLDS114", "工业自动化", "物流仓储", "地面轮廓与相对距离", "传感器" ], "updated_at": "2025-12-03", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS114-点激光传感器自主移动机器人（AMRs）精准定位/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "agv-positioning-measurement-guide-zlds114", "category": "application_article", "category_cn": "应用文章", "title": "自主运输系统定位传感器选型与部署指南", "summary": "**目标**: 面向自主运输系统（AGV/AMR）的路径障碍物检测、目标物体定位坐标获取及工件位移与间隙测量，提供高可靠性非接触式定位方案选型依据〔REF-002…", "focused_product": "ZLDS114", "product_series": "ZLDS114", "industry": [ "工业自动化，智能仓储，物流配送" ], "measurement": [ "运输路径障碍物距离，目标物体定位坐标，工件位移与间隙" ], "tags": [ "ZLDS114", "工业自动化，智能仓储，物流配送", "运输路径障碍物距离，目标物体定位坐标，工件位移与间隙", "传感器" ], "updated_at": "2025-12-07", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS114-点激光传感器自主运输系统定位/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "agv-precision-positioning-guide", "category": "application_article", "category_cn": "应用文章", "title": "自动引导车辆精准定位传感器选型与部署指南", "summary": "**目标**: 为自动引导车辆（AGVs）在复杂工业与仓储环境中实现高精度、低延迟的实时定位与路径跟踪提供传感器选型与部署依据〔REF-002〕。", "focused_product": "ZLDS114", "product_series": "ZLDS114", "industry": [ "制造业", "物流仓储" ], "measurement": [ "位移测量", "路径定位", "厚度测量" ], "tags": [ "ZLDS114", "制造业", "物流仓储", "位移测量", "传感器" ], "updated_at": "2026-05-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS114-点激光传感器自动引导车辆（AGVs）精准定位/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "thin-strip-thickness-measurement-guide-zlds114", "category": "application_article", "category_cn": "应用文章", "title": "薄型带材精密厚度检测选型与部署指南", "summary": "**目标**: 面向薄型带材高速在线厚度检测场景，提供基于双传感器对射的非接触式测量选型与工程部署参考〔REF-002〕。", "focused_product": "ZLDS114", "product_series": "ZLDS114", "industry": [ "汽车制造", "电子元器件", "航空航天", "金属加工" ], "measurement": [ "薄型带材厚度", "双面对射间隙" ], "tags": [ "ZLDS114", "汽车制造", "电子元器件", "薄型带材厚度", "传感器" ], "updated_at": "2025-10-12", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS114-点激光传感器薄型带材厚度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "thin-sheet-thickness-measurement-guide-zlds114", "category": "application_article", "category_cn": "应用文章", "title": "薄型板材厚度测量选型与部署指南", "summary": "**目标**: 面向高速产线中的薄型板材（如金属箔、复合膜、精密钢板等）实现非接触式、高精度实时厚度监测与质量控制〔REF-002〕。", "focused_product": "ZLDS114", "product_series": "ZLDS114", "industry": [ "航空航天", "汽车制造", "电子行业" ], "measurement": [ "薄型板材", "动态厚度" ], "tags": [ "ZLDS114", "航空航天", "汽车制造", "薄型板材", "传感器" ], "updated_at": "2026-05-17", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS114-点激光传感器薄型板材厚度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "thin-sheet-thickness-measurement-guide-zlds114-2", "category": "application_article", "category_cn": "应用文章", "title": "薄型片材厚度非接触测量选型与部署指南", "summary": "**目标**: 面向电子、汽车及航空航天等行业的薄型片材在线生产，实现高精度、非接触式的实时厚度监测与质量控制〔REF-002〕。", "focused_product": "ZLDS114", "product_series": "ZLDS114", "industry": [ "电子制造", "汽车工业", "航空航天" ], "measurement": [ "薄型片材厚度", "表面平整度", "间隙与位移" ], "tags": [ "ZLDS114", "电子制造", "汽车工业", "薄型片材厚度", "传感器" ], "updated_at": "2025-08-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS114-点激光传感器薄型片材厚度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "measurement-guide-zlds114", "category": "application_article", "category_cn": "应用文章", "title": "薄膜材料厚度非接触式检测选型与部署指南", "summary": "**目标**: 实现薄膜材料微米级高精度厚度检测，提升产线自动化效率并降低因机械接触导致的废品率〔REF-002〕。", "focused_product": "ZLDS114", "product_series": "ZLDS114", "industry": [ "电子制造", "光电产业", "新材料研发" ], "measurement": [ "薄膜材料厚度", "表面平整度", "间隙与台阶高度" ], "tags": [ "ZLDS114", "电子制造", "光电产业", "薄膜材料厚度", "传感器" ], "updated_at": "2025-08-28", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS114-点激光传感器薄膜材料厚度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "continuous-ring-strap-parameter-monitoring-guide", "category": "application_article", "category_cn": "应用文章", "title": "连续环形扎带参数监测选型与部署指南", "summary": "**目标**: 针对连续环形扎带在生产、收卷及安装环节的尺寸一致性、厚度公差与表面状态进行高精度非接触式实时监测，以提升产线良率并降低人工复检成本〔REF-002…", "focused_product": "ZLDS114", "product_series": "ZLDS114", "industry": [ "电缆管道固定", "工业制造", "包装与线缆管理" ], "measurement": [ "扎带张力", "扎带厚度", "扎带宽度" ], "tags": [ "ZLDS114", "电缆管道固定", "工业制造", "扎带张力", "传感器" ], "updated_at": "2025-03-02", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS114-点激光传感器连续环形扎带参数监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "continuous-strap-width-measurement-guide-zlds114", "category": "application_article", "category_cn": "应用文章", "title": "连续环形扎带宽度检测选型与部署指南", "summary": "**目标**: 实现连续环形扎带在生产流转过程中的在线宽度与厚度高精度非接触测量，替代传统人工或机械卡尺检测。〔REF-002〕", "focused_product": "ZLDS114", "product_series": "ZLDS114", "industry": [ "制造业", "包装行业", "连续生产线" ], "measurement": [ "环形扎带宽度", "连续材料厚度", "动态位移变化" ], "tags": [ "ZLDS114", "制造业", "包装行业", "环形扎带宽度", "传感器" ], "updated_at": "2025-08-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS114-点激光传感器连续环形扎带宽度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "continuous-ring-cable-tie-height-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "连续环形扎带高度精密测量选型与部署指南", "summary": "**目标**: 实现高速产线上连续环形扎带的高度、厚度及轮廓一致性在线监测，保障汽车与航空航天等严苛行业的装配精度与质量追溯能力〔REF-002〕。", "focused_product": "ZLDS114", "product_series": "ZLDS114", "industry": [ "汽车制造", "航空航天" ], "measurement": [ "环形扎带高度", "连续尺寸检测" ], "tags": [ "ZLDS114", "汽车制造", "航空航天", "环形扎带高度", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS114-点激光传感器连续环形扎带高度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "continuous-ring-tie-belt-tooth-pitch-monitoring-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "连续环形扎带齿距检测选型与部署指南", "summary": "**目标**: 实现连续环形扎带在生产线上高速、非接触式的齿距与厚度几何尺寸实时管控，保障锁紧力一致性并降低人工抽检成本。", "focused_product": "ZLDS114", "product_series": "ZLDS114", "industry": [ "线缆制造", "塑料制品", "工业自动化", "质量控制" ], "measurement": [ "连续环形扎带齿距", "扎带厚度", "表面轮廓" ], "tags": [ "ZLDS114", "线缆制造", "塑料制品", "连续环形扎带齿距", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS114-点激光传感器连续环形扎带齿距监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "press-machine-safety-monitoring-displacement-guide-zlds115", "category": "application_article", "category_cn": "应用文章", "title": "冲压机安全监测与厚度测量选型部署指南", "summary": "**目标**: 为冲压机安全间隙监控及连续板材厚度测量提供高精度、非接触式位移传感器的选型与工程部署参考，保障产线连续运行与人员设备安全〔REF-002〕。", "focused_product": "ZLDS115", "product_series": "ZLDS115", "industry": [ "汽车制造", "重型机械" ], "measurement": [ "冲压间隙位移", "板材厚度" ], "tags": [ "ZLDS115", "汽车制造", "重型机械", "冲压间隙位移", "传感器" ], "updated_at": "2025-08-24", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS115-点激光传感器冲压机安全监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "laminated-pipe-mass-production-measurement-guide-zlds115", "category": "application_article", "category_cn": "应用文章", "title": "层压管尺寸与厚度非接触检测选型与部署指南", "summary": "**目标**: 面向层压管大规模连续生产场景，实现外径与壁厚的实时在线监测与闭环质量控制〔REF-002〕。", "focused_product": "ZLDS115", "product_series": "ZLDS115", "industry": [ "汽车制造", "航空航天", "建筑工程" ], "measurement": [ "层压管外径", "层压管壁厚" ], "tags": [ "ZLDS115", "汽车制造", "航空航天", "层压管外径", "传感器" ], "updated_at": "2025-11-25", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS115-点激光传感器大规模生产层压管无接触扫描测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "laminated-tube-geometry-measurement-guide-zlds115", "category": "application_article", "category_cn": "应用文章", "title": "层压管几何参数检测选型与部署指南", "summary": "**目标**: 实现层压管外径、壁厚、椭圆度及表面轮廓的在线非接触式高精度测量，替代传统机械量具，提升产线质检效率与数据追溯能力。〔REF-002〕", "focused_product": "ZLDS115", "product_series": "ZLDS115", "industry": [ "航空航天", "汽车工业", "化工制造" ], "measurement": [ "管径", "壁厚", "外形尺寸", "层压管轮廓" ], "tags": [ "ZLDS115", "航空航天", "汽车工业", "管径", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS115-点激光传感器层压管几何参数测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "picking-machine-displacement-measurement-guide-zlds115", "category": "application_article", "category_cn": "应用文章", "title": "拣选机位移测量选型与部署指南", "summary": "**目标**: 面向物流仓储与自动化分拣产线，提供拣选机运动轴位移、物料位置坐标及配对厚度测量的高精度非接触式解决方案，降低误拣/漏拣率并提升分拣节拍。〔REF-…", "focused_product": "ZLDS115", "product_series": "ZLDS115", "industry": [ "物流仓储", "制造业", "自动化分拣" ], "measurement": [ "物料位移", "位置坐标", "厚度", "运动轨迹" ], "tags": [ "ZLDS115", "物流仓储", "制造业", "物料位移", "传感器" ], "updated_at": "2025-05-29", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS115-点激光传感器拣选机位移测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "robot-arm-dynamic-position-measurement-guide-zlds115", "category": "application_article", "category_cn": "应用文章", "title": "工业机器人手臂动态位置检测选型与部署指南", "summary": "**目标**: 实现机器人手臂在高速动态运行下的毫米级至亚毫米级实时位置反馈，保障末端执行器轨迹控制精度〔REF-002〕。", "focused_product": "ZLDS115", "product_series": "ZLDS115", "industry": [ "智能制造", "自动化装备", "机器人集成" ], "measurement": [ "机器人末端执行器位移", "动态运动轨迹", "空间坐标定位" ], "tags": [ "ZLDS115", "智能制造", "自动化装备", "机器人末端执行器位移", "传感器" ], "updated_at": "2025-08-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS115-点激光传感器机器人手臂动态位置确定/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "robot-arm-dynamic-displacement-measurement-guide-zlds115", "category": "application_article", "category_cn": "应用文章", "title": "机器臂动态位移测量选型与部署指南", "summary": "**目标**: 实现机器臂高速运动过程中的实时位置监控与轨迹跟踪，保障自动化产线的运行精度与安全冗余〔REF-002〕。", "focused_product": "ZLDS115", "product_series": "ZLDS115", "industry": [ "工业自动化", "智能制造", "机器人集成" ], "measurement": [ "机器臂末端动态位移", "运动轨迹与位置", "加速度与旋转角度变化" ], "tags": [ "ZLDS115", "工业自动化", "智能制造", "机器臂末端动态位移", "传感器" ], "updated_at": "2025-04-13", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS115-点激光传感器机器臂动态位移测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "automotive-production-measurement-guide-zlds115", "category": "application_article", "category_cn": "应用文章", "title": "汽车生产领域位移测量选型与部署指南", "summary": "**目标**: 实现汽车装配线与焊接车间的高精度非接触位移监测，保障零部件几何尺寸一致性与产线SPC闭环控制。〔REF-002〕", "focused_product": "ZLDS115", "product_series": "ZLDS115", "industry": [ "汽车制造", "汽车零部件装配" ], "measurement": [ "零部件位移", "装配间隙", "焊接变形" ], "tags": [ "ZLDS115", "汽车制造", "汽车零部件装配", "零部件位移", "传感器" ], "updated_at": "2025-12-12", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS115-点激光传感器汽车生产领域位移测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "automotive-production-distance-measurement-guide-zlds115", "category": "application_article", "category_cn": "应用文章", "title": "汽车生产领域距离测量选型与部署指南", "summary": "**目标**: 面向汽车焊装、总装及精密装配环节的高精度非接触式距离与几何尺寸检测需求，提供标准化售前选型逻辑与现场部署验证路径〔REF-002〕。", "focused_product": "ZLDS115", "product_series": "ZLDS115", "industry": [ "汽车制造", "精密装配" ], "measurement": [ "车身组件间距", "零部件厚度", "焊接间隙" ], "tags": [ "ZLDS115", "汽车制造", "精密装配", "车身组件间距", "传感器" ], "updated_at": "2025-08-03", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS115-点激光传感器汽车生产领域距离测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "narrow-gap-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "狭小间隙物体测距选型与部署指南", "summary": "**目标**: 实现狭小空间内非接触式高精度测距，满足自动化产线实时质量控制与在线检测需求。", "focused_product": "ZLDS115", "product_series": "ZLDS115", "industry": [ "精密制造", "半导体封装", "汽车零部件装配", "电子元件检测" ], "measurement": [ "微小间隙宽度", "工件表面位移", "薄片厚度", "高温目标轮廓" ], "tags": [ "ZLDS115", "精密制造", "半导体封装", "微小间隙宽度", "传感器" ], "updated_at": "2025-11-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS115-点激光传感器狭小间隙中的物体测距/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "narrow-strip-thickness-measurement-guide-zlds115", "category": "application_article", "category_cn": "应用文章", "title": "狭窄带材厚度非接触式检测选型与部署指南", "summary": "**目标**: 面向金属轧制、塑料薄膜、造纸及复合材料等连续产线，实现狭窄带材的实时在线厚度监控、边缘轮廓追踪与质量闭环反馈。〔REF-002〕", "focused_product": "ZLDS115", "product_series": "ZLDS115", "industry": [ "金属轧制", "塑料薄膜制造", "造纸与纸品加工", "复合材料生产" ], "measurement": [ "狭窄带材厚度", "带材宽度轮廓", "板材表面平整度" ], "tags": [ "ZLDS115", "金属轧制", "塑料薄膜制造", "狭窄带材厚度", "传感器" ], "updated_at": "2026-02-05", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS115-点激光传感器狭窄带材厚度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "amr-positioning-displacement-guide", "category": "application_article", "category_cn": "应用文章", "title": "自主移动机器人精准定位与导航选型部署指南", "summary": "**目标**: 为自主移动机器人（AMR）在动态工业环境中的实时位置测量、路径规划与障碍物感知提供非接触式激光位移传感器的售前选型与工程部署参考〔REF-002〕…", "focused_product": "ZLDS115", "product_series": "ZLDS115", "industry": [ "智能制造", "物流仓储自动化", "工业机器人" ], "measurement": [ "位移测量", "位置定位", "障碍物检测" ], "tags": [ "ZLDS115", "智能制造", "物流仓储自动化", "位移测量", "传感器" ], "updated_at": "2026-02-13", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS115-点激光传感器自主移动机器人（AMRs）精准定位/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "agv-positioning-displacement-guide-zlds115", "category": "application_article", "category_cn": "应用文章", "title": "自主运输系统定位与位移检测选型部署指南", "summary": "**目标**: 为自主运输系统（AGV/AMR）及自动化产线提供高精度、非接触式的实时定位与位移检测方案，确保在动态工况下的测量稳定性与数据可追溯性〔REF-00…", "focused_product": "ZLDS115", "product_series": "ZLDS115", "industry": [ "物流仓储", "自动化产线", "智能制造" ], "measurement": [ "相对距离", "表面位移", "厚度" ], "tags": [ "ZLDS115", "物流仓储", "自动化产线", "相对距离", "传感器" ], "updated_at": "2026-03-09", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS115-点激光传感器自主运输系统定位/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "agv-positioning-displacement-guide-zlds115-2", "category": "application_article", "category_cn": "应用文章", "title": "自动导引车辆定位测量选型与部署指南", "summary": "**目标**: 为自动导引车辆（AGV）在仓储、产线及复杂物流场景中的高精度实时导航、轨迹校正与位置定位提供传感器选型与工程部署参考〔REF-002〕。", "focused_product": "ZLDS115", "product_series": "ZLDS115", "industry": [ "仓储物流", "智能制造", "工业自动化" ], "measurement": [ "位移监测", "轨迹校正", "位置定位" ], "tags": [ "ZLDS115", "仓储物流", "智能制造", "位移监测", "传感器" ], "updated_at": "2025-04-12", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS115-点激光传感器自动引导车辆（AGVs）精准定位/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "thin-sheet-thickness-measurement-guide-zlds115", "category": "application_article", "category_cn": "应用文章", "title": "薄型带材厚度测量选型与部署指南", "summary": "**目标**: 面向电子制造、汽车零部件及航空航天等领域的薄型带材在线厚度检测，实现非接触式高精度测量与实时质量控制，降低材料浪费并提升产线良率〔REF-002〕…", "focused_product": "ZLDS115", "product_series": "ZLDS115", "industry": [ "电子制造", "汽车零部件", "航空航天" ], "measurement": [ "薄型带材厚度", "在线动态厚度", "双点激光差值厚度" ], "tags": [ "ZLDS115", "电子制造", "汽车零部件", "薄型带材厚度", "传感器" ], "updated_at": "2025-08-07", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS115-点激光传感器薄型带材厚度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "thin-sheet-metal-thickness-measurement-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "薄型板材厚度测量选型与部署指南", "summary": "**目标**: 面向汽车冲压件、航空航天复合材料及精密电子薄板，提供高精度、非接触式在线厚度监测方案，替代传统接触式测厚仪以消除表面损伤与机械滞后。〔REF-00…", "focused_product": "ZLDS115", "product_series": "ZLDS115", "industry": [ "汽车制造", "航空航天", "电子产品制造" ], "measurement": [ "薄型板材厚度", "非接触位移" ], "tags": [ "ZLDS115", "汽车制造", "航空航天", "薄型板材厚度", "传感器" ], "updated_at": "2025-12-05", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS115-点激光传感器薄型板材厚度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "thin-sheet-thickness-measurement-guide-zlds115-2", "category": "application_article", "category_cn": "应用文章", "title": "薄型片材厚度检测选型与部署指南", "summary": "**目标**: 实现高速产线环境下薄型片材上下表面的非接触式同步测量与实时厚度闭环控制，消除机械探针造成的材料划伤与停机损耗。", "focused_product": "ZLDS115", "product_series": "ZLDS115", "industry": [ "电子制造", "汽车工业", "航空航天" ], "measurement": [ "薄型片材厚度", "双表面间距" ], "tags": [ "ZLDS115", "电子制造", "汽车工业", "薄型片材厚度", "传感器" ], "updated_at": "2025-03-23", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS115-点激光传感器薄型片材厚度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "thin-film-thickness-measurement-guide-zlds115", "category": "application_article", "category_cn": "应用文章", "title": "薄膜材料厚度非接触测量选型与部署指南", "summary": "**目标**: 实现薄膜材料在高速连续生产线上的高精度、实时厚度监测，为工艺闭环控制提供可靠数据支撑〔REF-001〕。", "focused_product": "ZLDS115", "product_series": "ZLDS115", "industry": [ "电子制造", "光学器件", "包装材料" ], "measurement": [ "薄膜材料厚度", "表面平整度" ], "tags": [ "ZLDS115", "电子制造", "光学器件", "薄膜材料厚度", "传感器" ], "updated_at": "2025-09-10", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS115-点激光传感器薄膜材料厚度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "continuous-ring-strap-monitoring-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "连续环形扎带几何尺寸与张力参数监测选型与部署指南", "summary": "**目标**: 实现连续环形扎带在生产线上游的几何尺寸、厚度及张力参数的非接触式实时监测，保障捆扎可靠性并优化工艺闭环。〔REF-002〕", "focused_product": "ZLDS115", "product_series": "ZLDS115", "industry": [ "工业制造", "线缆管道捆扎", "自动化包装" ], "measurement": [ "连续环形扎带尺寸", "扎带张力参数", "表面形貌" ], "tags": [ "ZLDS115", "工业制造", "线缆管道捆扎", "连续环形扎带尺寸", "传感器" ], "updated_at": "2025-06-18", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS115-点激光传感器连续环形扎带参数监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "continuous-tie-wrap-width-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "连续环形扎带宽度测量选型与部署指南", "summary": "**目标**: 在高速连续环形扎带生产线上实现非接触式宽度实时监控，替代传统人工机械测量，提升批次一致性与产线节拍〔REF-002〕。", "focused_product": "ZLDS115", "product_series": "ZLDS115", "industry": [ "包装工业", "塑料制品制造", "自动化产线集成" ], "measurement": [ "环形扎带宽度", "连续带状材料截面尺寸" ], "tags": [ "ZLDS115", "包装工业", "塑料制品制造", "环形扎带宽度", "传感器" ], "updated_at": "2025-08-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS115-点激光传感器连续环形扎带宽度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "continuous-ring-strap-height-measurement-guide-zlds115", "category": "application_article", "category_cn": "应用文章", "title": "连续环形扎带高度测量选型与部署指南", "summary": "**目标**: 实现连续环形扎带非接触式高精度高度测量，提升产品合格率并优化下游分拣与包装流程。〔REF-002〕", "focused_product": "ZLDS115", "product_series": "ZLDS115", "industry": [ "包装制造", "物流分拣", "工业检测" ], "measurement": [ "连续环形扎带", "带状物高度" ], "tags": [ "ZLDS115", "包装制造", "物流分拣", "连续环形扎带", "传感器" ], "updated_at": "2025-08-05", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS115-点激光传感器连续环形扎带高度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "continuous-ring-strap-tooth-pitch-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "连续环形扎带齿距监测选型与部署指南", "summary": "**目标**: 实现连续环形扎带生产过程中的非接触式高速齿距在线检测，确保节距精度稳定达标并支持实时质量反馈。〔REF-002〕", "focused_product": "ZLDS115", "product_series": "ZLDS115", "industry": [ "包装制造", "塑料加工", "工业自动化" ], "measurement": [ "连续环形扎带齿距", "带状材料厚度" ], "tags": [ "ZLDS115", "包装制造", "塑料加工", "连续环形扎带齿距", "传感器" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS115-点激光传感器连续环形扎带齿距监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "stamping-machine-safety-monitoring-displacement-measurement-guide-zlds116", "category": "application_article", "category_cn": "应用文章", "title": "冲压机安全监测与位移测量选型部署指南", "summary": "**目标**: 为冲压产线提供实时位移监测与安全联锁控制方案，替代传统接触式机械检测，降低设备干涉风险〔REF-002〕。", "focused_product": "ZLDS116", "product_series": "ZLDS116", "industry": [ "汽车制造", "电子加工", "家电生产", "金属冲压" ], "measurement": [ "位移", "高度", "厚度", "直径" ], "tags": [ "ZLDS116", "汽车制造", "电子加工", "位移", "传感器" ], "updated_at": "2025-04-10", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS116-点激光传感器冲压机安全监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "laminated-pipe-production-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "工业层压管尺寸与表面质量检测选型与部署指南", "summary": "**目标**: 实现层压管大规模生产的高速无接触扫描，确保外径、壁厚及直线度的高精度闭环控制。〔REF-001〕", "focused_product": "ZLDS116", "product_series": "ZLDS116", "industry": [ "工业制造", "管材生产", "质量控制" ], "measurement": [ "层压管外径", "壁厚", "直线度", "表面轮廓" ], "tags": [ "ZLDS116", "工业制造", "管材生产", "层压管外径", "传感器" ], "updated_at": "2025-10-17", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS116-点激光传感器大规模生产层压管无接触扫描测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "laminated-tube-geometric-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "层压管几何尺寸检测选型与部署指南", "summary": "**目标**: 实现层压管在连续生产流中的直径、长度、直线度及卷径等非接触式高精度在线检测，保障结构强度与良品率〔REF-002〕。", "focused_product": "ZLDS116", "product_series": "ZLDS116", "industry": [ "航空航天", "汽车制造", "建筑工程" ], "measurement": [ "层压管直径", "层压管长度", "直线度", "卷径" ], "tags": [ "ZLDS116", "航空航天", "汽车制造", "层压管直径", "传感器" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS116-点激光传感器层压管几何参数测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "picking-line-displacement-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "拣选线位移测量选型与部署指南", "summary": "**目标**: 实现拣选线物料位置、位移行程与运动轨迹的实时监控，降低分选错误率并提升搬运节拍。〔REF-002〕", "focused_product": "ZLDS116", "product_series": "ZLDS116", "industry": [ "物流分拣", "智能制造", "工业自动化" ], "measurement": [ "物料位移", "位置坐标", "运动轨迹" ], "tags": [ "ZLDS116", "物流分拣", "智能制造", "物料位移", "传感器" ], "updated_at": "2025-10-29", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS116-点激光传感器拣选机位移测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "robot-arm-dynamic-position-measurement-guide-zlds116", "category": "application_article", "category_cn": "应用文章", "title": "机器人手臂动态位置确定选型与部署指南", "summary": "**目标**: 为机器人手臂在高速动态运行工况下提供非接触式、毫秒级响应的末端位置与轨迹实时反馈，满足高精度装配、涂胶或抓取闭环控制需求〔REF-002〕。", "focused_product": "ZLDS116", "product_series": "ZLDS116", "industry": [ "智能制造", "机器人装配", "自动化产线" ], "measurement": [ "机器人末端动态位置", "运动轨迹实时坐标", "工件相对空间姿态" ], "tags": [ "ZLDS116", "智能制造", "机器人装配", "机器人末端动态位置", "传感器" ], "updated_at": "2025-12-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS116-点激光传感器机器人手臂动态位置确定/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "robot-arm-dynamic-displacement-measurement-guide-zlds116", "category": "application_article", "category_cn": "应用文章", "title": "工业机器臂动态位移测量选型与部署指南", "summary": "**目标**: 为工业自动化场景中机器臂末端及高温工件的动态位移监测提供选型依据与工程部署路径，确保实时数据采集与闭环控制精度〔REF-002〕。", "focused_product": "ZLDS116", "product_series": "ZLDS116", "industry": [ "工业自动化", "智能制造", "精密加工", "高温环境检测" ], "measurement": [ "机器臂末端位移", "动态运动轨迹", "高温工件表面形变" ], "tags": [ "ZLDS116", "工业自动化", "智能制造", "机器臂末端位移", "传感器" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS116-点激光传感器机器臂动态位移测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "automotive-production-displacement-measurement-guide-zlds116", "category": "application_article", "category_cn": "应用文章", "title": "汽车生产位移测量选型与部署指南", "summary": "**目标**: 针对汽车制造产线中车身部件位移、焊接间隙及直线度检测需求，提供非接触式高精度位移测量的选型依据与工程部署方案〔REF-002〕。", "focused_product": "ZLDS116", "product_series": "ZLDS116", "industry": [ "汽车制造", "工业装配" ], "measurement": [ "车身部件位移", "焊接间隙", "直线度与卷径" ], "tags": [ "ZLDS116", "汽车制造", "工业装配", "车身部件位移", "传感器" ], "updated_at": "2025-04-26", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS116-点激光传感器汽车生产领域位移测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "automotive-production-distance-measurement-guide-zlds116", "category": "application_article", "category_cn": "应用文章", "title": "汽车生产领域距离测量选型与部署指南", "summary": "**目标**: 为汽车制造及自动化产线提供高精度、非接触式距离测量方案的选型依据与工程部署规范，支撑零部件定位、装配检测与质量控制闭环〔REF-002〕。", "focused_product": "ZLDS116", "product_series": "ZLDS116", "industry": [ "汽车制造", "工业自动化" ], "measurement": [ "零部件直径", "装配长度", "工件高度", "卷径" ], "tags": [ "ZLDS116", "汽车制造", "工业自动化", "零部件直径", "传感器" ], "updated_at": "2025-10-23", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS116-点激光传感器汽车生产领域距离测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "narrow-gap-object-measurement-guide-zlds116", "category": "application_article", "category_cn": "应用文章", "title": "狭小间隙物体测距选型与部署指南", "summary": "**目标**: 实现狭小空间内非接触式高精度距离与几何尺寸测量，满足高速动态产线的实时质量控制与闭环反馈需求〔REF-001〕。", "focused_product": "ZLDS116", "product_series": "ZLDS116", "industry": [ "精密制造", "自动化产线", "金属加工", "冶金工业" ], "measurement": [ "狭小间隙内物体距离", "组件间距与相对位置", "直径与长度尺寸" ], "tags": [ "ZLDS116", "精密制造", "自动化产线", "狭小间隙内物体距离", "传感器" ], "updated_at": "2026-02-27", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS116-点激光传感器狭小间隙中的物体测距/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "narrow-strip-thickness-measurement-guide-zlds116", "category": "application_article", "category_cn": "应用文章", "title": "狭窄带材厚度非接触式测量选型与部署指南", "summary": "**目标**: 在金属加工、塑料制造等狭窄带材高速生产线上，实现非接触式厚度在线监测，确保每条带材厚度符合设计标准，提升材料利用率并控制生产成本〔REF-002〕…", "focused_product": "ZLDS116", "product_series": "ZLDS116", "industry": [ "金属加工，塑料制造，通用工业制造" ], "measurement": [ "狭窄带材厚度，高速动态厚度" ], "tags": [ "ZLDS116", "金属加工，塑料制造，通用工业制造", "狭窄带材厚度，高速动态厚度", "传感器" ], "updated_at": "2025-09-02", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS116-点激光传感器狭窄带材厚度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "amr-precision-positioning-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "自主移动机器人精准定位传感器选型与部署指南", "summary": "**目标**: 为自主移动机器人（AMR）在仓储、产线及物流中心提供高精度、低延迟的非接触式位移与定位反馈，支撑路径规划与任务执行安全〔REF-002〕。", "focused_product": "ZLDS116", "product_series": "ZLDS116", "industry": [ "工业自动化", "仓储物流", "智能制造" ], "measurement": [ "位移测量", "几何尺寸检测", "动态定位跟踪" ], "tags": [ "ZLDS116", "工业自动化", "仓储物流", "位移测量", "传感器" ], "updated_at": "2025-10-11", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS116-点激光传感器自主移动机器人（AMRs）精准定位/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "autonomous-transport-positioning-measurement-guide-zlds116", "category": "application_article", "category_cn": "应用文章", "title": "自主运输系统定位与路径监测选型部署指南", "summary": "**目标**: 面向仓储物流、制造业及自动化产线中的自主运输系统，提供实时定位监测、碰撞预警与安全避障、路径规划优化的传感器选型与部署参考。", "focused_product": "ZLDS116", "product_series": "ZLDS116", "industry": [ "仓储物流，制造业，自动化产线" ], "measurement": [ "设备位移，运行轨迹，位置姿态" ], "tags": [ "ZLDS116", "仓储物流，制造业，自动化产线", "设备位移，运行轨迹，位置姿态", "传感器" ], "updated_at": "2025-04-10", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS116-点激光传感器自主运输系统定位/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "agv-positioning-laser-displacement-guide", "category": "application_article", "category_cn": "应用文章", "title": "AGV精准定位传感器选型与部署指南", "summary": "**目标**: 为仓储物流与智能制造场景中的自动引导车辆（AGV）提供动态环境下的精准定位、障碍物测距及承载平台平整度检测能力，支撑实时导航与路径规划〔REF-0…", "focused_product": "ZLDS116", "product_series": "ZLDS116", "industry": [ "仓储物流", "智能制造", "工业自动化" ], "measurement": [ "AGV行驶路径定位", "障碍物距离检测", "承载平台高度与平整度" ], "tags": [ "ZLDS116", "仓储物流", "智能制造", "AGV行驶路径定位", "传感器" ], "updated_at": "2025-09-04", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS116-点激光传感器自动引导车辆（AGVs）精准定位/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "thin-strip-thickness-measurement-guide-zlds116", "category": "application_article", "category_cn": "应用文章", "title": "薄型带材厚度测量选型与部署指南", "summary": "**目标**: 面向金属加工、电子元件及卷材生产线，实现薄型带材厚度的非接触式、高精度在线监测，并支持动态高速生产环境下的实时数据采集与闭环控制〔REF-001〕…", "focused_product": "ZLDS116", "product_series": "ZLDS116", "industry": [ "金属加工", "电子元件制造", "卷材与带钢生产" ], "measurement": [ "薄型带材厚度", "卷径", "直线度" ], "tags": [ "ZLDS116", "金属加工", "电子元件制造", "薄型带材厚度", "传感器" ], "updated_at": "2025-04-03", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS116-点激光传感器薄型带材厚度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "thin-sheet-metal-thickness-measurement-measurement-guide-zlds116", "category": "application_article", "category_cn": "应用文章", "title": "薄型板材厚度测量选型与部署指南", "summary": "**目标**: 针对航空、汽车及电子工业中的薄型板材在线厚度检测，提供基于光学非接触原理的传感器选型、现场部署与验收标准，以提升生产效率并降低材料损耗〔REF-0…", "focused_product": "ZLDS116", "product_series": "ZLDS116", "industry": [ "航空航天", "汽车制造", "电子工业" ], "measurement": [ "薄型板材厚度", "直径", "长度", "直线度", "卷径" ], "tags": [ "ZLDS116", "航空航天", "汽车制造", "薄型板材厚度", "传感器" ], "updated_at": "2025-08-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS116-点激光传感器薄型板材厚度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "thin-sheet-thickness-measurement-guide-zlds116", "category": "application_article", "category_cn": "应用文章", "title": "薄型片材厚度测量选型与部署指南", "summary": "**目标**: 为金属、塑料及复合材料薄型片材产线提供高精度、非接触式在线厚度监测方案，提升质量控制效率并降低人工检测成本〔REF-002〕。", "focused_product": "ZLDS116", "product_series": "ZLDS116", "industry": [ "金属加工", "塑料制造", "复合材料生产" ], "measurement": [ "薄型片材厚度", "卷径与定心", "带钢回路高度" ], "tags": [ "ZLDS116", "金属加工", "塑料制造", "薄型片材厚度", "传感器" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS116-点激光传感器薄型片材厚度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "film-thickness-measurement-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "薄膜材料厚度测量选型与部署指南", "summary": "**目标**: 实现薄膜材料微米级非接触厚度检测，消除物理接触带来的表面损伤风险，提升动态产线质量控制效率〔REF-002〕。", "focused_product": "ZLDS116", "product_series": "ZLDS116", "industry": [ "薄膜制造", "新材料研发", "精密加工" ], "measurement": [ "薄膜厚度", "卷材直径", "带钢回路高度" ], "tags": [ "ZLDS116", "薄膜制造", "新材料研发", "薄膜厚度", "传感器" ], "updated_at": "2025-06-20", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS116-点激光传感器薄膜材料厚度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "continuous-strap-monitoring-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "连续环形扎带几何尺寸检测选型与部署指南", "summary": "**目标**: 实现连续环形扎带在高速输送线上的非接触式几何尺寸实时监控，确保公差符合率并降低人工干预风险〔REF-002〕。", "focused_product": "ZLDS116", "product_series": "ZLDS116", "industry": [ "包装工业", "输送设备", "制造业质量控制" ], "measurement": [ "扎带直径", "扎带厚度", "扎带长度", "环形周长" ], "tags": [ "ZLDS116", "包装工业", "输送设备", "扎带直径", "传感器" ], "updated_at": "2025-08-12", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS116-点激光传感器连续环形扎带参数监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "continuous-ring-strap-width-measurement-guide-zlds116", "category": "application_article", "category_cn": "应用文章", "title": "连续环形扎带宽度测量选型与部署指南", "summary": "**目标**: 实现连续环形扎带在生产线上的非接触式动态宽度监测，确保尺寸精度符合工艺公差，降低人工抽检成本与漏检率。", "focused_product": "ZLDS116", "product_series": "ZLDS116", "industry": [ "塑料加工", "包装制造", "工业自动化" ], "measurement": [ "环形扎带宽度", "连续带材尺寸" ], "tags": [ "ZLDS116", "塑料加工", "包装制造", "环形扎带宽度", "传感器" ], "updated_at": "2025-05-21", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS116-点激光传感器连续环形扎带宽度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "industrial-manufacturing-profile-guide", "category": "application_article", "category_cn": "应用文章", "title": "工业制造几何尺寸检测选型与部署指南", "summary": "**目标**: 面向工业制造场景的几何尺寸在线检测需求，提供线激光三角测量传感器的售前选型与部署参考，支持厚度、高度差、宽度、平面度等核心参数的快速评估与落地。", "focused_product": "典型产品", "product_series": "典型系列", "industry": [ "工业制造" ], "measurement": [ "几何尺寸测量", "轮廓检测" ], "tags": [ "典型产品", "典型系列", "工业制造", "几何尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS116-点激光传感器连续环形扎带高度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "lianxu-zadachi-chijujiance-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "连续环形扎带齿距监测选型与部署指南", "summary": "**目标**: 实现连续环形扎带在生产线上高精度、非接触式的实时齿距与长度监测，替代传统机械卡尺或基础视觉方案，提升质量控制一致性。", "focused_product": "ZLDS116", "product_series": "ZLDS116", "industry": [ "包装制造", "工业检测", "自动化产线" ], "measurement": [ "环形扎带齿距", "连续带状物体长度", "动态位移变化" ], "tags": [ "ZLDS116", "包装制造", "工业检测", "环形扎带齿距", "传感器" ], "updated_at": "2025-07-14", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS116-点激光传感器连续环形扎带齿距监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "stamping-machine-safety-monitoring-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "冲压机运行状态与位移安全监测选型部署指南", "summary": "**目标**: 构建冲压设备滑块位移与模具闭合状态的实时闭环监测体系，实现碰撞预警与工艺参数追溯，显著提升产线本质安全水平与运行效率〔REF-002〕。", "focused_product": "ZLDS130", "product_series": "ZLDS130", "industry": [ "汽车制造", "电子零部件", "机床加工", "航空航天" ], "measurement": [ "冲压滑块位移", "模具闭合高度", "工件厚度与轮廓" ], "tags": [ "ZLDS130", "汽车制造", "电子零部件", "冲压滑块位移", "传感器" ], "updated_at": "2025-09-10", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS130-点激光传感器冲压机安全监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "laminated-tube-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "层压管几何尺寸与厚度非接触检测选型与部署指南", "summary": "**目标**: 针对层压管规模化生产线，提供高精度、高速度的非接触式几何尺寸与厚度检测方案，替代传统接触式量具，降低人工干预与产品损伤风险〔REF-002〕。", "focused_product": "ZLDS130", "product_series": "ZLDS130", "industry": [ "食品饮料", "包装", "医疗", "电子零部件" ], "measurement": [ "层压管尺寸", "层压管厚度", "层压管形状" ], "tags": [ "ZLDS130", "食品饮料", "包装", "层压管尺寸", "传感器" ], "updated_at": "2025-06-30", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS130-点激光传感器大规模生产层压管无接触扫描测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "laminated-tube-geometry-measurement-guide-zlds130", "category": "application_article", "category_cn": "应用文章", "title": "层压管几何尺寸检测与质量控制选型部署指南", "summary": "**目标**: 实现层压管外径、内径、壁厚及截面形状的在线高精度非接触测量，替代传统人工或机械量具，满足食品、医疗等行业对几何一致性的严苛要求。〔REF-002〕", "focused_product": "ZLDS130", "product_series": "ZLDS130", "industry": [ "食品饮料", "医疗", "电子零部件", "包装", "纺织", "橡胶/塑胶", "仓储", "机床" ], "measurement": [ "层压管外径", "层压管内径", "管壁厚度", "截面形状" ], "tags": [ "ZLDS130", "食品饮料", "医疗", "层压管外径", "传感器" ], "updated_at": "2025-06-05", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS130-点激光传感器层压管几何参数测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "picker-machine-displacement-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "拣选机位移测量选型与部署指南", "summary": "**目标**: 为拣选机在高速分拣、定位切换环节提供非接触式位移变化量测量方案，提升分拣精度与实时数据同步能力〔REF-002〕。", "focused_product": "ZLDS130", "product_series": "ZLDS130", "industry": [ "食品饮料", "包装", "电子零部件", "仓储物流", "机床加工" ], "measurement": [ "物料位移变化量", "产品尺寸与厚度", "工件形状轮廓" ], "tags": [ "ZLDS130", "食品饮料", "包装", "物料位移变化量", "传感器" ], "updated_at": "2025-05-31", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS130-点激光传感器拣选机位移测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "robot-arm-dynamic-position-measurement-guide-zlds130", "category": "application_article", "category_cn": "应用文章", "title": "工业机器人手臂动态位置测量选型与部署指南", "summary": "**目标**: 实现机器人在高速动态工况下的末端高精度实时定位，满足闭环控制与在线质量检测需求〔REF-002〕。", "focused_product": "ZLDS130", "product_series": "ZLDS130", "industry": [ "食品饮料", "医疗", "电子零部件", "包装", "仓储", "机床" ], "measurement": [ "产品尺寸", "厚度", "形状", "动态位移" ], "tags": [ "ZLDS130", "食品饮料", "医疗", "产品尺寸", "传感器" ], "updated_at": "2025-06-16", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS130-点激光传感器机器人手臂动态位置确定/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "robot-arm-dynamic-displacement-measurement-guide-zlds130", "category": "application_article", "category_cn": "应用文章", "title": "机器臂动态位移测量选型与部署指南", "summary": "**目标**: 实现机器臂高速运动过程中的非接触式动态位移监控、轨迹校准与潜在故障预警。", "focused_product": "ZLDS130", "product_series": "ZLDS130", "industry": [ "工业自动化", "机器人制造", "食品饮料", "包装", "医疗", "电子零部件", "仓储", "机床" ], "measurement": [ "机器臂动态位移", "产品尺寸", "厚度", "形状" ], "tags": [ "ZLDS130", "工业自动化", "机器人制造", "机器臂动态位移", "传感器" ], "updated_at": "2026-03-02", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS130-点激光传感器机器臂动态位移测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "automotive-production-displacement-measurement-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "汽车零部件位移测量选型与部署指南", "summary": "**目标**: 本指南针对\"车身部件位移\", \"装配间隙\", \"厚度与形状尺寸\"场景，提供选型与部署指导〔REF-001〕。", "focused_product": "ZLDS130", "product_series": "ZLDS130", "industry": [ "汽车制造", "机械加工", "电子零部件" ], "measurement": [ "车身部件位移", "装配间隙", "厚度与形状尺寸" ], "tags": [ "ZLDS130", "汽车制造", "机械加工", "车身部件位移", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS130-点激光传感器汽车生产领域位移测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "automotive-production-distance-measurement-guide-zlds130", "category": "application_article", "category_cn": "应用文章", "title": "汽车生产线距离测量选型与部署指南", "summary": "**目标**: 在汽车零部件焊接、装配及厚度检测环节实现高精度、非接触式实时距离监控，消除人工测量滞后与接触式损伤风险〔REF-002〕。", "focused_product": "ZLDS130", "product_series": "ZLDS130", "industry": [ "汽车制造", "电子零部件", "包装机械" ], "measurement": [ "车身部件位移", "装配间隙", "产品厚度与轮廓" ], "tags": [ "ZLDS130", "汽车制造", "电子零部件", "车身部件位移", "传感器" ], "updated_at": "2025-02-25", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS130-点激光传感器汽车生产领域距离测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "narrow-gap-object-measurement-guide-zlds130", "category": "application_article", "category_cn": "应用文章", "title": "狭小间隙物体测距选型与部署指南", "summary": "**目标**: 在物理空间受限的狭小间隙环境中，实现高精度、非接触式的实时位移与几何尺寸检测，替代传统机械量具与易受干涉的光学方案〔REF-002〕。", "focused_product": "ZLDS130", "product_series": "ZLDS130", "industry": [ "电子零部件制造", "包装", "医疗器械", "食品饮料", "纺织", "橡胶/塑胶", "仓储", "机床" ], "measurement": [ "产品尺寸", "厚度", "形状", "狭小间隙位移" ], "tags": [ "ZLDS130", "电子零部件制造", "包装", "产品尺寸", "传感器" ], "updated_at": "2025-11-11", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS130-点激光传感器狭小间隙中的物体测距/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "narrow-strip-thickness-measurement-guide-zlds130", "category": "application_article", "category_cn": "应用文章", "title": "狭窄带材厚度测量选型与部署指南", "summary": "**目标**: 面向狭窄带材在线厚度检测，提供非接触式高精度尺寸反馈，支撑工艺闭环控制与质量追溯〔REF-002〕。", "focused_product": "ZLDS130", "product_series": "ZLDS130", "industry": [ "食品饮料", "包装", "医疗", "电子零部件", "纺织", "橡胶/塑胶", "仓储", "机床" ], "measurement": [ "狭窄带材厚度", "产品尺寸", "形状轮廓" ], "tags": [ "ZLDS130", "食品饮料", "包装", "狭窄带材厚度", "传感器" ], "updated_at": "2025-04-19", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS130-点激光传感器狭窄带材厚度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "amr-precision-positioning-displacement-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "自主移动机器人定位与尺寸检测选型部署指南", "summary": "**目标**: 为自主移动机器人（AMR）在仓储、产线及物流环境中的实时精准定位、底盘高度监测与多维尺寸检测提供售前选型与工程部署参考。〔REF-002〕", "focused_product": "ZLDS130", "product_series": "ZLDS130", "industry": [ "仓储物流", "食品饮料", "医疗", "电子零部件", "纺织", "橡胶塑胶", "机床加工" ], "measurement": [ "产品尺寸", "厚度", "形状轮廓", "位移变化量" ], "tags": [ "ZLDS130", "仓储物流", "食品饮料", "产品尺寸", "传感器" ], "updated_at": "2025-04-05", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS130-点激光传感器自主移动机器人（AMRs）精准定位/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "agv-positioning-displacement-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "自主运输系统定位与非接触位移检测选型部署指南", "summary": "**目标**: 为自主运输系统（AGV/AMR/输送线）提供非接触式位移与定位检测的选型依据，降低人为操作误差，实现实时位移反馈与产线质量控制〔REF-002〕。", "focused_product": "ZLDS130", "product_series": "ZLDS130", "industry": [ "食品饮料", "包装", "医疗", "电子零部件", "纺织", "橡胶/塑胶", "仓储", "机床" ], "measurement": [ "产品尺寸", "厚度", "形状", "位移变化量" ], "tags": [ "ZLDS130", "食品饮料", "包装", "产品尺寸", "传感器" ], "updated_at": "2025-11-13", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS130-点激光传感器自主运输系统定位/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "agv-precision-positioning-displacement-guide", "category": "application_article", "category_cn": "应用文章", "title": "AGV精准定位与轨迹监测激光位移传感器选型部署指南", "summary": "**目标**: 为自动引导车辆（AGV）在仓储、产线及配送中心的精准停靠与轨迹纠偏提供非接触式位移测量选型依据，降低因定位漂移导致的物料损耗与节拍延误〔REF-0…", "focused_product": "ZLDS130", "product_series": "ZLDS130", "industry": [ "仓储物流", "生产线制造", "配送中心", "食品饮料", "电子零部件" ], "measurement": [ "AGV车身或导轨相对位移", "运动轨迹偏差", "产品尺寸与厚度" ], "tags": [ "ZLDS130", "仓储物流", "生产线制造", "AGV车身或导轨相对位移", "传感器" ], "updated_at": "2025-10-01", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS130-点激光传感器自动引导车辆（AGVs）精准定位/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "thin-sheet-thickness-measurement-guide-zlds130", "category": "application_article", "category_cn": "应用文章", "title": "薄型带材厚度在线检测选型与部署指南", "summary": "**目标**: 面向薄型带材高速在线生产，建立连续、非接触式的厚度波动监控与质量闭环控制体系。〔REF-002〕", "focused_product": "ZLDS130", "product_series": "ZLDS130", "industry": [ "食品饮料", "包装", "医疗", "电子零部件", "纺织", "橡胶/塑胶", "仓储", "机床" ], "measurement": [ "薄型带材", "厚度", "位移变化量", "产品尺寸" ], "tags": [ "ZLDS130", "食品饮料", "包装", "薄型带材", "传感器" ], "updated_at": "2026-03-11", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS130-点激光传感器薄型带材厚度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "thin-sheet-thickness-measurement-guide-zlds130-2", "category": "application_article", "category_cn": "应用文章", "title": "薄型板材厚度测量选型与部署指南", "summary": "**目标**: 为薄型板材在线生产提供非接触式高精度厚度监测方案，实现实时质量控制与工艺闭环〔REF-002〕。", "focused_product": "ZLDS130", "product_series": "ZLDS130", "industry": [ "食品饮料", "包装", "医疗", "电子零部件", "纺织", "橡胶/塑胶", "仓储", "机床" ], "measurement": [ "薄型板材厚度", "产品尺寸", "形状轮廓" ], "tags": [ "ZLDS130", "食品饮料", "包装", "薄型板材厚度", "传感器" ], "updated_at": "2025-04-10", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS130-点激光传感器薄型板材厚度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "thin-sheet-thickness-measurement-guide-zlds130-3", "category": "application_article", "category_cn": "应用文章", "title": "薄型片材厚度测量选型与部署指南", "summary": "**目标**: 实现薄型片材在高速连续生产线上的实时厚度监控，消除接触式机械测厚带来的磨损与停机风险，保障工艺一致性〔REF-002〕。", "focused_product": "ZLDS130", "product_series": "ZLDS130", "industry": [ "食品包装", "电子元件制造", "医疗器械", "纺织橡胶" ], "measurement": [ "薄型片材厚度", "产品尺寸", "表面形状" ], "tags": [ "ZLDS130", "食品包装", "电子元件制造", "薄型片材厚度", "传感器" ], "updated_at": "2026-01-11", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS130-点激光传感器薄型片材厚度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "thin-film-thickness-measurement-measurement-guide-zlds130", "category": "application_article", "category_cn": "应用文章", "title": "工业薄膜厚度测量选型与部署指南", "summary": "**目标**: 针对高速连续运行的薄膜材料产线，提供非接触式、高重复精度的在线厚度检测方案，实现工艺闭环控制与质量追溯〔REF-002〕。", "focused_product": "ZLDS130", "product_series": "ZLDS130", "industry": [ "食品饮料", "包装", "电子零部件", "医疗", "纺织", "橡胶/塑胶" ], "measurement": [ "薄膜厚度", "产品尺寸", "表面形状" ], "tags": [ "ZLDS130", "食品饮料", "包装", "薄膜厚度", "传感器" ], "updated_at": "2025-11-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS130-点激光传感器薄膜材料厚度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "continuous-circular-zip-tie-parameter-monitoring-guide", "category": "application_article", "category_cn": "应用文章", "title": "连续环形扎带尺寸与厚度非接触监测选型部署指南", "summary": "**目标**: 实现连续环形扎带在生产过程中的尺寸、厚度及边缘轮廓的非接触式高精度实时监测，保障产品质量闭环控制〔REF-002〕。", "focused_product": "ZLDS130", "product_series": "ZLDS130", "industry": [ "食品饮料", "包装", "医疗", "电子零部件", "纺织", "橡胶与塑胶" ], "measurement": [ "产品宽度", "材料厚度", "边缘轮廓" ], "tags": [ "ZLDS130", "食品饮料", "包装", "产品宽度", "传感器" ], "updated_at": "2025-02-09", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS130-点激光传感器连续环形扎带参数监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "continuous-ring-strap-width-measurement-guide-zlds130", "category": "application_article", "category_cn": "应用文章", "title": "连续环形扎带宽度测量选型与部署指南", "summary": "**目标**: 实现连续环形扎带在高速产线上的非接触式宽度几何尺寸在线检测，替代人工卡尺与离线抽检，提升批次一致性并降低综合质检成本〔REF-002〕。", "focused_product": "ZLDS130", "product_series": "ZLDS130", "industry": [ "电子元件", "医疗设备", "包装材料", "食品包装", "机床制造" ], "measurement": [ "连续环形扎带宽度", "产品尺寸", "厚度", "形状" ], "tags": [ "ZLDS130", "电子元件", "医疗设备", "连续环形扎带宽度", "传感器" ], "updated_at": "2025-11-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS130-点激光传感器连续环形扎带宽度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "continuous-ring-band-height-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "连续环形扎带高度测量选型与部署指南", "summary": "**目标**: 在连续环形扎带高速生产线上实现非接触式、高实时性的几何尺寸监控，确保产品厚度与高度一致性满足质量控制标准〔REF-002〕。", "focused_product": "ZLDS130", "product_series": "ZLDS130", "industry": [ "包装", "电子零部件", "纺织", "橡胶/塑胶", "机床" ], "measurement": [ "连续环形扎带高度", "产品厚度与形状", "位移变化量" ], "tags": [ "ZLDS130", "包装", "电子零部件", "连续环形扎带高度", "传感器" ], "updated_at": "2025-07-08", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS130-点激光传感器连续环形扎带高度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "continuous-ring-strap-tooth-pitch-measurement-guide-zlds130", "category": "application_article", "category_cn": "应用文章", "title": "连续环形扎带齿距监测选型与部署指南", "summary": "**目标**: 实现连续环形扎带在生产线上齿距与几何尺寸的高精度非接触式实时监测，保障批次质量一致性。〔REF-002〕", "focused_product": "ZLDS130", "product_series": "ZLDS130", "industry": [ "食品饮料", "包装", "医疗", "电子零部件", "纺织", "橡胶/塑胶", "仓储", "机床" ], "measurement": [ "连续环形扎带齿距", "产品厚度", "几何尺寸" ], "tags": [ "ZLDS130", "食品饮料", "包装", "连续环形扎带齿距", "传感器" ], "updated_at": "2025-01-30", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS130-点激光传感器连续环形扎带齿距监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "stamping-machine-safety-monitoring-measurement-guide-zlds150", "category": "application_article", "category_cn": "应用文章", "title": "冲压机安全监测与几何尺寸检测选型部署指南", "summary": "**目标**: 为冲压产线提供非接触式实时位移与几何轮廓监测，预防模具异常、保障人员安全并提升薄板件尺寸一致性〔REF-002〕。", "focused_product": "ZLDS150", "product_series": "ZLDS150", "industry": [ "汽车制造", "家电生产", "金属加工" ], "measurement": [ "薄零件圆度", "铝板厚度", "轮胎胎面深度", "圆柱体平滑度", "间隙与小孔" ], "tags": [ "ZLDS150", "汽车制造", "家电生产", "薄零件圆度", "传感器" ], "updated_at": "2025-10-31", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS150-点激光传感器冲压机安全监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "laminated-tube-production-scanning-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "层压管生产无接触扫描测量选型与部署指南", "summary": "**目标**: 实现层压管在高速连续生产中的高精度、非接触式几何尺寸在线检测，替代传统机械接触方案以降低磨损并提升节拍。〔REF-002〕", "focused_product": "ZLDS150", "product_series": "ZLDS150", "industry": [ "高分子材料制造", "管材生产", "精密加工" ], "measurement": [ "层压管厚度", "圆度", "表面平滑度", "小孔与间隙" ], "tags": [ "ZLDS150", "高分子材料制造", "管材生产", "层压管厚度", "传感器" ], "updated_at": "2025-12-04", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS150-点激光传感器大规模生产层压管无接触扫描测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "laminated-tube-geometric-measurement-guide-zlds150", "category": "application_article", "category_cn": "应用文章", "title": "层压管几何参数高精度测量选型与部署指南", "summary": "**目标**: 实现层压管圆度、厚度及微小间隙的高精度非接触式在线检测，确保结构稳定性与质量控制达标。〔REF-002〕", "focused_product": "ZLDS150", "product_series": "ZLDS150", "industry": [ "航空航天", "汽车制造", "电子设备" ], "measurement": [ "层压管圆度", "层压管厚度", "微小间隙与孔径" ], "tags": [ "ZLDS150", "航空航天", "汽车制造", "层压管圆度", "传感器" ], "updated_at": "2025-06-24", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS150-点激光传感器层压管几何参数测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "picking-machine-displacement-measurement-guide-zlds150", "category": "application_article", "category_cn": "应用文章", "title": "拣选机位移测量选型与部署指南", "summary": "**目标**: 为拣选机及高速分选产线提供高精度、非接触式位移与轮廓监测方案，支撑实时位置反馈、尺寸判定与质量闭环控制〔REF-002〕。", "focused_product": "ZLDS150", "product_series": "ZLDS150", "industry": [ "离散制造", "汽车零部件", "物流分拣" ], "measurement": [ "拣选机位移", "铝板厚度", "轮胎胎面深度", "圆柱体平滑度", "小孔与间隙" ], "tags": [ "ZLDS150", "离散制造", "汽车零部件", "拣选机位移", "传感器" ], "updated_at": "2025-03-03", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS150-点激光传感器拣选机位移测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "robot-arm-dynamic-position-measurement-guide-zlds150", "category": "application_article", "category_cn": "应用文章", "title": "机器人手臂动态位置测量选型与部署指南", "summary": "**目标**: 为机器人手臂末端执行器提供高精度、高响应速度的动态位置与形貌测量方案，提升产线自动化闭环控制能力〔REF-002〕。", "focused_product": "ZLDS150", "product_series": "ZLDS150", "industry": [ "汽车制造", "电子半导体", "精密加工" ], "measurement": [ "薄零件圆度", "铝板厚度", "轮胎胎面深度", "小孔与间隙尺寸", "圆柱体平滑度" ], "tags": [ "ZLDS150", "汽车制造", "电子半导体", "薄零件圆度", "传感器" ], "updated_at": "2025-09-17", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS150-点激光传感器机器人手臂动态位置确定/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "robot-arm-dynamic-displacement-measurement-guide-zlds150", "category": "application_article", "category_cn": "应用文章", "title": "机器人臂动态位移测量选型与部署指南", "summary": "**目标**: 面向机器人臂高速动态作业场景，提供非接触式纳米级位移监测方案，实现实时轨迹追踪与几何尺寸闭环控制〔REF-002〕。", "focused_product": "ZLDS150", "product_series": "ZLDS150", "industry": [ "精密制造", "工业自动化", "机器人集成" ], "measurement": [ "机器臂末端位移", "薄零件圆度", "小孔与间隙", "圆柱体平滑度" ], "tags": [ "ZLDS150", "精密制造", "工业自动化", "机器臂末端位移", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS150-点激光传感器机器臂动态位移测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "automotive-production-displacement-measurement-guide-zlds150", "category": "application_article", "category_cn": "应用文章", "title": "汽车生产位移测量选型与部署指南", "summary": "**目标**: 实现汽车产线薄板件圆度、铝板厚度及装配间隙的纳米级非接触位移监测，提升装配精度并降低在线检测成本〔REF-001〕。", "focused_product": "ZLDS150", "product_series": "ZLDS150", "industry": [ "汽车制造", "精密加工" ], "measurement": [ "薄零件圆度", "铝板厚度", "轮胎胎面深度", "圆柱体平滑度", "小孔与间隙" ], "tags": [ "ZLDS150", "汽车制造", "精密加工", "薄零件圆度", "传感器" ], "updated_at": "2025-03-26", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS150-点激光传感器汽车生产领域位移测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "auto-production-distance-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "汽车生产领域距离测量选型与部署指南", "summary": "**目标**: 为汽车制造及精密加工产线提供高精度、非接触式距离与几何尺寸检测方案，满足薄板件圆度、铝板厚度及轮胎胎面深度的在线质量控制需求〔REF-002〕。", "focused_product": "ZLDS150", "product_series": "ZLDS150", "industry": [ "汽车制造", "精密加工" ], "measurement": [ "薄零件圆度", "铝板厚度", "轮胎胎面深度", "小孔与间隙" ], "tags": [ "ZLDS150", "汽车制造", "精密加工", "薄零件圆度", "传感器" ], "updated_at": "2025-12-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS150-点激光传感器汽车生产领域距离测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "narrow-gap-measurement-guide-zlds150", "category": "application_article", "category_cn": "应用文章", "title": "狭小间隙物体尺寸检测与部署选型指南", "summary": "**目标**: 实现纳米级非接触高精度测量，解决狭小间隙、复杂曲面及高反光材质下的数据丢失与基准漂移问题〔REF-001〕。", "focused_product": "ZLDS150", "product_series": "ZLDS150", "industry": [ "航空航天", "汽车制造", "电子工业" ], "measurement": [ "薄零件厚度", "轮胎胎面深度", "圆柱体平滑度与圆度", "小孔与狭小间隙尺寸" ], "tags": [ "ZLDS150", "航空航天", "汽车制造", "薄零件厚度", "传感器" ], "updated_at": "2026-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS150-点激光传感器狭小间隙中的物体测距/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "narrow-strip-thickness-measurement-guide-zlds150", "category": "application_article", "category_cn": "应用文章", "title": "狭窄带材厚度检测选型与部署指南", "summary": "**目标**: 在高速工业产线中实现纳米级精度的非接触式带材厚度在线检测与几何轮廓重建，替代传统接触式测厚方案以降低表面损伤风险。〔REF-001〕", "focused_product": "ZLDS150", "product_series": "ZLDS150", "industry": [ "汽车制造", "航空航天", "电子制造", "金属板材加工" ], "measurement": [ "狭窄带材厚度", "铝板/薄板厚度", "圆柱体圆度与平滑度", "小孔与间隙" ], "tags": [ "ZLDS150", "汽车制造", "航空航天", "狭窄带材厚度", "传感器" ], "updated_at": "2025-08-23", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS150-点激光传感器狭窄带材厚度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "amr-precise-positioning-displacement-guide", "category": "application_article", "category_cn": "应用文章", "title": "自主移动机器人精准定位与位移测量选型与部署指南", "summary": "**目标**: 为自主移动机器人（AMR）在仓储物流、智能制造及自动化搬运场景中的高精度实时导航、动态避障与几何尺寸检测提供激光位移传感器选型依据。〔REF-00…", "focused_product": "ZLDS150", "product_series": "ZLDS150", "industry": [ "仓储物流", "智能制造", "自动化搬运" ], "measurement": [ "机器人底盘位移", "障碍物距离", "路径平面度", "薄壁零件圆度", "间隙与高度" ], "tags": [ "ZLDS150", "仓储物流", "智能制造", "机器人底盘位移", "传感器" ], "updated_at": "2025-10-13", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS150-点激光传感器自主移动机器人（AMRs）精准定位/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "autonomous-transport-positioning-displacement-guide", "category": "application_article", "category_cn": "应用文章", "title": "自主运输系统高精度定位选型与部署指南", "summary": "**目标**: 为自主运输系统（AGV/AMR/智能搬运平台）提供纳米级位移反馈与动态定位校准能力，确保货物转运、薄件圆度检测及厚度监控的闭环精度〔REF-002…", "focused_product": "ZLDS150", "product_series": "ZLDS150", "industry": [ "智能制造", "仓储物流", "汽车零部件检测" ], "measurement": [ "薄零件圆度", "铝板厚度", "轮胎胎面深度", "圆柱体平滑度", "小孔与间隙" ], "tags": [ "ZLDS150", "智能制造", "仓储物流", "薄零件圆度", "传感器" ], "updated_at": "2025-08-06", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS150-点激光传感器自主运输系统定位/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "agv-precision-positioning-measurement-guide-zlds150", "category": "application_article", "category_cn": "应用文章", "title": "AGV精准定位激光位移传感器选型与部署指南", "summary": "**目标**: 面向自动引导车辆（AGV）在仓储物流、产线配送及厂区自动化场景中的高精度路径校准、实时测距与障碍物/间隙安全检测〔REF-002〕。", "focused_product": "ZLDS150", "product_series": "ZLDS150", "industry": [ "仓储物流，智能制造，厂区自动化" ], "measurement": [ "位移测量，厚度检测，轮廓扫描，间隙测量，圆度检测" ], "tags": [ "ZLDS150", "仓储物流，智能制造，厂区自动化", "位移测量，厚度检测，轮廓扫描，间隙测量，圆度检测", "传感器" ], "updated_at": "2025-06-28", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS150-点激光传感器自动引导车辆（AGVs）精准定位/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "thin-sheet-thickness-measurement-guide-zlds150", "category": "application_article", "category_cn": "应用文章", "title": "薄型带材及精密零件厚度与轮廓测量选型部署指南", "summary": "**目标**: 面向薄型带材、铝板及精密零件，建立纳米级非接触式厚度与轮廓检测能力，替代千分尺等接触式工具以避免样品损伤并提升产线节拍〔REF-002〕。", "focused_product": "ZLDS150", "product_series": "ZLDS150", "industry": [ "金属加工", "橡胶轮胎制造", "精密机械制造", "工业生产质量控制" ], "measurement": [ "薄型带材厚度", "铝板厚度", "轮胎胎面深度", "圆柱形物体平滑度与圆度", "小孔与间隙" ], "tags": [ "ZLDS150", "金属加工", "橡胶轮胎制造", "薄型带材厚度", "传感器" ], "updated_at": "2025-10-06", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS150-点激光传感器薄型带材厚度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "thin-sheet-metal-thickness-measurement-guide-zlds150", "category": "application_article", "category_cn": "应用文章", "title": "薄型板材几何尺寸检测与部署选型指南", "summary": "**目标**: 实现纳米级非接触高精度测量，支持产线实时高速监测与多表面材质自动调节。〔REF-001〕", "focused_product": "ZLDS150", "product_series": "ZLDS150", "industry": [ "航空航天", "汽车制造", "电子工业", "精密加工" ], "measurement": [ "薄型板材厚度", "零件圆度", "圆柱体平滑度", "微小间隙", "孔径与胎面深度" ], "tags": [ "ZLDS150", "航空航天", "汽车制造", "薄型板材厚度", "传感器" ], "updated_at": "2025-04-01", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS150-点激光传感器薄型板材厚度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "thin-sheet-thickness-measurement-guide-zlds150-2", "category": "application_article", "category_cn": "应用文章", "title": "薄型片材厚度测量选型与部署指南", "summary": "**目标**: 实现薄型片材、铝板及复杂几何特征的纳米级非接触式高精度检测，替代传统机械接触测量带来的磨损与人为误差〔REF-002〕。", "focused_product": "ZLDS150", "product_series": "ZLDS150", "industry": [ "电子制造", "汽车零部件", "金属加工", "新材料研发" ], "measurement": [ "薄型片材厚度", "铝板厚度", "轮胎胎面深度", "圆柱体平滑度与高度", "小孔与间隙" ], "tags": [ "ZLDS150", "电子制造", "汽车零部件", "薄型片材厚度", "传感器" ], "updated_at": "2025-05-08", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS150-点激光传感器薄型片材厚度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "film-thickness-measurement-guide-zlds150", "category": "application_article", "category_cn": "应用文章", "title": "薄膜材料几何尺寸检测与厚度测量选型部署指南", "summary": "**目标**: 实现薄膜材料厚度、薄零件圆度及表面微小间隙的高精度非接触式在线检测，满足电子制造与光学涂层行业的严格质量控制标准〔REF-002〕。", "focused_product": "ZLDS150", "product_series": "ZLDS150", "industry": [ "电子制造", "光学涂层", "包装印刷" ], "measurement": [ "薄膜材料厚度", "薄零件圆度", "表面间隙与孔径" ], "tags": [ "ZLDS150", "电子制造", "光学涂层", "薄膜材料厚度", "传感器" ], "updated_at": "2025-10-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS150-点激光传感器薄膜材料厚度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "continuous-ring-strapping-thickness-roundness-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "连续环形扎带关键几何尺寸检测与部署选型指南", "summary": "**目标**: 实现连续环形扎带在线厚度、圆度及表面平滑度的非接触式高精度监测，消除人工抽检滞后性，提升产线质量一致性。〔REF-002〕", "focused_product": "ZLDS150", "product_series": "ZLDS150", "industry": [ "制造业", "包装工业", "线缆与扎带生产" ], "measurement": [ "环形扎带厚度", "圆度", "表面平滑度", "间隙与孔径" ], "tags": [ "ZLDS150", "制造业", "包装工业", "环形扎带厚度", "传感器" ], "updated_at": "2025-12-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS150-点激光传感器连续环形扎带参数监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "continuous-tie-wrap-width-measurement-guide-zlds150", "category": "application_article", "category_cn": "应用文章", "title": "连续环形扎带宽度非接触式测量选型与部署指南", "summary": "**目标**: 实现连续环形扎带在生产流转过程中的在线宽度精准监测，保障尺寸一致性与良品率〔REF-002〕。", "focused_product": "ZLDS150", "product_series": "ZLDS150", "industry": [ "包装制造", "精密加工", "汽车零部件" ], "measurement": [ "环形扎带宽度", "薄壁件圆度", "表面间隙" ], "tags": [ "ZLDS150", "包装制造", "精密加工", "环形扎带宽度", "传感器" ], "updated_at": "2025-08-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS150-点激光传感器连续环形扎带宽度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "continuous-ring-tie-height-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "连续环形扎带几何尺寸检测与部署选型指南", "summary": "**目标**: 实现连续环形扎带及类似薄壁/曲面工件的高度、厚度与轮廓偏差的纳米级在线监测，替代传统接触式或低精度光学方案，提升产线良率与闭环控制能力〔REF-0…", "focused_product": "ZLDS150", "product_series": "ZLDS150", "industry": [ "塑料包装制造", "橡胶轮胎生产", "精密金属加工" ], "measurement": [ "连续环形扎带高度", "铝板厚度", "轮胎胎面深度", "圆柱体平滑度" ], "tags": [ "ZLDS150", "塑料包装制造", "橡胶轮胎生产", "连续环形扎带高度", "传感器" ], "updated_at": "2025-08-20", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS150-点激光传感器连续环形扎带高度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "continuous-ring-strap-tooth-pitch-monitoring-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "连续环形扎带齿距精密检测选型与部署指南", "summary": "**目标**: 面向连续环形扎带在线生产环境，实现齿距一致性、薄壁结构圆度及间隙尺寸的高精度非接触式监测，支撑快速质量判定与工艺闭环〔REF-002〕。", "focused_product": "ZLDS150", "product_series": "ZLDS150", "industry": [ "包装与捆扎制造", "工业自动化检测", "精密质量控制" ], "measurement": [ "连续环形扎带齿距", "薄零件圆度", "间隙与孔径" ], "tags": [ "ZLDS150", "包装与捆扎制造", "工业自动化检测", "连续环形扎带齿距", "传感器" ], "updated_at": "2026-04-02", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS150-点激光传感器连续环形扎带齿距监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "low-reflection-surface-2d-3d-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "低反射表面高精度二维及三维轮廓测量选型与部署指南", "summary": "**目标**: 实现对深色、吸光、复杂几何形状物体表面的非接触式、高动态、高精度 3D 轮廓采集与尺寸公差验证。〔REF-002〕", "focused_product": "ZLDS202-2Cam", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-2Cam", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-2Cam-线激光传感器低反射表面2D-3D测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "smooth-surface-micro-defect-detection-guide", "category": "application_article", "category_cn": "应用文章", "title": "光滑表面微小缺陷在线检测与传感器选型部署指南", "summary": "**目标**: 实现高反光、光滑工业表面（如活塞顶面、医疗植入物、航空叶片）微小划痕、凹坑及几何形变的自动化、非接触式检测。〔REF-002〕", "focused_product": "ZLDS202-2Cam", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-2Cam", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-2Cam-线激光传感器光滑表面微小缺陷识别/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "blade-angle-measurement-selection-and-deployment-guide", "category": "application_article", "category_cn": "应用文章", "title": "工业切削刀片角度高精度测量选型与部署指南", "summary": "**目标**: 实现切削刀片刃口角度及几何轮廓的非接触式、高动态在线测量，替代传统接触式测量仪。〔REF-002〕", "focused_product": "ZLDS202-2Cam", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-2Cam", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-2Cam-线激光传感器刀片角度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "cutting-blade-wear-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "工业切割刀片磨损自动化检测选型与部署指南", "summary": "**目标**: 通过高精度非接触式扫描技术，实现切割刀片磨损量的微米级量化评估，替代低效且易损的人工接触式测量〔REF-002〕。", "focused_product": "ZLDS202-2Cam", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-2Cam", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-2Cam-线激光传感器切割刀片磨损情况测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "large-component-3d-measurement-cutting-system-guide", "category": "application_article", "category_cn": "应用文章", "title": "切割系统大型组件3D测量选型与部署指南", "summary": "**目标**: 在现代工业切割流程中，实现对大型复杂几何形状组件的高精度、非接触式 3D 几何尺寸扫描与质量验证〔REF-002〕。", "focused_product": "ZLDS202-2Cam", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-2Cam", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-2Cam-线激光传感器切割系统中大型组件的3D测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "train-tire-profile-detection-guide", "category": "application_article", "category_cn": "应用文章", "title": "列车轮胎三维轮廓精密检测系统选型与部署指南", "summary": "**目标**: 实现列车在入库或运行过程中的非接触式轮胎三维轮廓动态扫描，用于自动识别踏面磨损、缺陷及轮缘几何参数。〔REF-002〕", "focused_product": "ZLDS202-2Cam", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-2Cam", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-2Cam-线激光传感器列车轮胎轮廓检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "stepped-part-tolerance-judgment-selection-guide", "category": "application_article", "category_cn": "应用文章", "title": "台阶零件公差判断与高精度轮廓检测选型指南", "summary": "**目标: ** 实现精密机械加工、汽车零配件及消费电子中台阶类零件的自动化尺寸验证与公差判定，确保装配一致性〔REF-002〕。", "focused_product": "ZLDS202-2Cam", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-2Cam", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-2Cam-线激光传感器台阶零件公差判断/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "matte-surface-micro-defect-detection-guide", "category": "application_article", "category_cn": "应用文章", "title": "哑光表面微小缺陷检测系统选型与部署指南", "summary": "**目标**: 实现对哑光材质（如阳极氧化铝、哑光喷涂件、陶瓷等）表面微米级缺陷（划痕、凹陷、颗粒）的自动高精度识别〔REF-002〕。", "focused_product": "ZLDS202-2Cam", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-2Cam", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-2Cam-线激光传感器哑光表面微小缺陷检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "round-steel-diameter-measurement-selection-guide", "category": "application_article", "category_cn": "应用文章", "title": "圆钢直径精密在线测量选型与部署指南", "summary": "**目标**: 实现圆钢生产线上直径、圆度及横截面轮廓的非接触式、高动态在线精密监测〔REF-002〕。", "focused_product": "ZLDS202-2Cam", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-2Cam", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-2Cam-线激光传感器圆钢直径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "potato-chip-thickness-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "食品加工行业物料厚度在线监测与自动化质量控制选型指南", "summary": "**测量目标**: 实现土豆片、烘焙食品等不规则薄片物料的在线实时厚度测量，支持 4600剖面/秒的高速流水线。〔REF-001〕", "focused_product": "ZLDS202-2Cam", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-2Cam", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-2Cam-线激光传感器土豆片厚度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "industrial-tread-circumferential-wear-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "工业设备踏面圆周磨耗在线检测选型与部署指南", "summary": "**目标**: 在不停机状态下实现高精度、非接触式的踏面圆周磨耗、轮廓形状及表面缺陷在线监测〔REF-002〕。", "focused_product": "ZLDS202-2Cam", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-2Cam", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-2Cam-线激光传感器在线测量踏面圆周磨耗/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "dam-surface-crack-monitoring-selection-guide", "category": "application_article", "category_cn": "应用文章", "title": "水利工程堤坝表面裂缝非接触式测量与选型部署指南", "summary": "**监测目标**: 实现对大坝、堤坝等水利工程表面微小裂缝（宽度、深度及形态）的高精度、自动化非接触扫描与形变分析指标监控〔REF-002〕。", "focused_product": "ZLDS202-2Cam", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-2Cam", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-2Cam-线激光传感器堤坝表面裂缝监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "plastic-product-appearance-shape-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "塑料制品外观形状精密测量选型与部署指南", "summary": "**目标**: 解决复杂几何形状塑料制品在高速生产过程中的高精度非接触式轮廓扫描与缺陷识别需求。〔REF-002〕", "focused_product": "ZLDS202-2Cam", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-2Cam", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-2Cam-线激光传感器塑料制品外观形状测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "large-object-inner-surface-detection-guide", "category": "application_article", "category_cn": "应用文章", "title": "大型工业组件内表面高精度轮廓检测选型与部署指南", "summary": "**目标**: 实现针对大型结构件（如管道、机匣、复杂壳体）内表面三维几何尺寸的高密度、高速度、非接触式自动化扫描〔REF-002〕。", "focused_product": "ZLDS202-2Cam", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-2Cam", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-2Cam-线激光传感器大型物体的内表面检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "large-pipe-geometric-parameter-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "大型管道几何参数在线检测选型与部署指南", "summary": "**测量目标**: 实现大直径管道（如石油天然气输送管、压力钢管）的外径、内径、圆度及管端几何形貌的高精度自动化在线检测，替代低效且人为误差大的手工机械量具〔RE…", "focused_product": "ZLDS202-2Cam", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-2Cam", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-2Cam-线激光传感器大型管道几何参数测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "large-pipe-roundness-measurement-selection-guide", "category": "application_article", "category_cn": "应用文章", "title": "大型管道圆度高精度非接触式测量选型与部署指南", "summary": "**测量目标**: 实现大型工业管道（如石油输送管、市政排水管、电站压力钢管）圆度误差的高精度、非接触式在线或离线自动化检测，以替代低效且高误差的传统机械测量工具…", "focused_product": "ZLDS202-2Cam", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-2Cam", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-2Cam-线激光传感器大型管道圆度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "large-pipe-curvature-measurement-selection-guide", "category": "application_article", "category_cn": "应用文章", "title": "大型管道曲率测量与轮廓扫描传感器选型与部署指南", "summary": "**目标**: 实现大型管道（钢管、复合管、混凝土管）的高精度、非接触式曲率与截面轮廓测量，替代效率低下的机械式量具。〔REF-002〕", "focused_product": "ZLDS202-2Cam", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-2Cam", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-2Cam-线激光传感器大型管道曲率测量测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "large-pipe-diameter-measurement-selection-guide", "category": "application_article", "category_cn": "应用文章", "title": "大型管道直径在线测量系统选型与部署指南", "summary": "**目标**: 在复杂、恶劣的工业环境下实现大型管道（如石油、天然气输送管）直径、圆度及表面轮廓的高精度在线监测。〔REF-002〕", "focused_product": "ZLDS202-2Cam", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-2Cam", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-2Cam-线激光传感器大型管道直径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "industrial-automation-precision-dimension-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "工业自动化精密尺寸测量与二维轮廓扫描选型指南", "summary": "**目标**: 在高速动态生产环境下实现复杂形状工件的高精度二维轮廓采集与三维尺寸验证，解决单目视觉易产生的遮挡盲区问题〔REF-001〕〔REF-002〕。", "focused_product": "ZLDS202-2Cam", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-2Cam", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-2Cam-线激光传感器工业自动化精密尺寸测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "industrial-automation-precision-contour-scanning-selection-guide", "category": "application_article", "category_cn": "应用文章", "title": "工业自动化精密轮廓扫描系统选型与部署指南", "summary": "**核心目标**: 实现对复杂几何形状工件的高精度三维重构及实时质量监测，解决传统测量手段在动态场景下的低效问题〔REF-002〕。", "focused_product": "ZLDS202-2Cam", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-2Cam", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-2Cam-线激光传感器工业自动化精密轮廓扫描/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "industrial-automation-path-correction-selection-guide", "category": "application_article", "category_cn": "应用文章", "title": "工业自动化路径校正线激光传感器选型与部署指南", "summary": "**目标**: 实现复杂几何工件在高速运动过程中的高精度路径校正与实时位姿补偿补偿〔REF-002〕。", "focused_product": "ZLDS202-2Cam", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-2Cam", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-2Cam-线激光传感器工业自动化路径校正/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "i-beam-geometric-parameter-measurement-selection-guide", "category": "application_article", "category_cn": "应用文章", "title": "工字钢几何参数在线测量与传感器选型部署指南", "summary": "**目标**: 实现工字钢（I-Beam）在生产线高速运行状态下的高度、翼缘宽度、腹板厚度及边缘直线度等关键几何参数的实时、高精度非接触式监测〔REF-002〕。", "focused_product": "ZLDS202-2Cam", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-2Cam", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-2Cam-线激光传感器工字钢几何参数测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "industrial-strip-multi-channel-width-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "工业带状物体在线宽度测量系统选型与部署指南", "summary": "**目标**: 在高速生产线上实现工业带状物体（如带钢、纸张、织物、薄膜）的非接触式、高精度、实时宽度监测与多通道轮廓分析。〔REF-002〕", "focused_product": "ZLDS202-2Cam", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-2Cam", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-2Cam-线激光传感器带状物体同步多通道宽度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "steel-strip-width-detection-guide", "category": "application_article", "category_cn": "应用文章", "title": "工业带钢及金属板材宽度在线测量选型与部署指南", "summary": "**目标**: 在高速钢铁生产线上实现非接触、高精度的带钢宽度实时监测，替代传统机械或低频光学测量方案〔REF-002〕。", "focused_product": "ZLDS202-2Cam", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-2Cam", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-2Cam-线激光传感器带钢宽度检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "spring-3d-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "复杂形状零件高速三维轮廓扫描选型与部署指南", "summary": "**目标**: 实现复杂几何结构零件（如精密弹簧、异形工件）的全自动化、非接触式三维形貌重构与尺寸公差快速验证。〔REF-002〕", "focused_product": "ZLDS202-2Cam", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-2Cam", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-2Cam-线激光传感器弹簧的三维测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "minimally-invasive-surgery-organic-material-3d-scanning", "category": "application_article", "category_cn": "应用文章", "title": "微创手术有机材料高精度三维扫描选型与部署指南", "summary": "**目标**: 实现微创手术中复杂形状有机材料（如植入物、生物组织）的高精度、高动态、非接触式三维轮廓采集。〔REF-002〕", "focused_product": "ZLDS202-2Cam", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-2Cam", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-2Cam-线激光传感器微创手术中的有机材料三维扫描/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "pcb-pin-height-measurement-selection-guide", "category": "application_article", "category_cn": "应用文章", "title": "印刷电路板组件高度精密测量选型与部署指南", "summary": "**目标**: 实现高密度 PCB 插脚（PIN 针）高度、位置及共面性的高速在线全检，确保焊接可靠性。〔REF-002〕", "focused_product": "ZLDS202-2Cam", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-2Cam", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-2Cam-线激光传感器快速测量PCB板插脚（PIN针 ）的高度/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "suspension-arm-geometric-parameter-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "悬挂臂精密几何参数在线测量与检测部署指南", "summary": "**目标**: 实现汽车悬挂臂复杂异形结构的高精度3D形貌还原及多维几何公差（长度、角度、位置度）在线实时检测。〔REF-002〕", "focused_product": "ZLDS202-2Cam", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-2Cam", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-2Cam-线激光传感器悬挂臂几何参数测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "plug-pin-coplanarity-detection-selection-guide", "category": "application_article", "category_cn": "应用文章", "title": "插头引脚共面性在线测量与选型部署指南", "summary": "**目标**: 实现电子连接器引脚共面性的100%在线全检，确保引脚高度差控制在±0.1mm公差范围内，预防电气接触不良或短路风险〔REF-002〕。", "focused_product": "ZLDS202-2Cam", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-2Cam", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-2Cam-线激光传感器插头引脚共面性检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "connector-pin-gap-detection-selection-guide", "category": "application_article", "category_cn": "应用文章", "title": "电子连接器引脚间隙高精度在线测量选型与部署指南", "summary": "**目标**: 实现电子连接器（如高速背板、车载接插件）引脚间隙、共面性及相对位置的微米级高速在线检测，确保连接可靠性并防止短路风险〔REF-002〕。", "focused_product": "ZLDS202-2Cam", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-2Cam", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-2Cam-线激光传感器插头引脚间隙检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "square-steel-width-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "方钢宽度高精度在线测量选型与部署指南", "summary": "**目标**: 实现方钢生产线宽度、截面几何形状及表面质量的全自动化、非接触式实时监测，替代传统卡尺抽检方案〔REF-002〕。", "focused_product": "ZLDS202-2Cam", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-2Cam", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-2Cam-线激光传感器方钢宽度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "seamless-steel-pipe-od-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "无缝钢管外径非接触式高精度测量选型与部署指南", "summary": "**目标**: 实现无缝钢管在线生产过程中的高频、高精度外径、圆度及截面轮廓自动化测量，替代低效的接触式卡具。", "focused_product": "ZLDS202-2Cam", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-2Cam", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-2Cam-线激光传感器无缝钢管外径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "crankshaft-cutting-tool-geometric-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "曲轴及复杂几何切削工具精密轮廓测量与选型指南", "summary": "**目标**: 实现对发动机曲轴及切削刀具等复杂几何体的高速、高精度非接触式三维轮廓扫描〔REF-002〕。", "focused_product": "ZLDS202-2Cam", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-2Cam", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-2Cam-线激光传感器曲轴切削工具精密几何测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "channel-steel-flatness-measurement-selection-guide", "category": "application_article", "category_cn": "应用文章", "title": "槽钢平直度在线精密测量与线激光扫描仪选型部署指南", "summary": "**核心目标**: 实现槽钢在高速动态生产线上的非接触式平直度监控与几何尺寸精密测量，通过高密度剖面采样捕捉细微形变缺陷。〔REF-002〕", "focused_product": "ZLDS202-2Cam", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-2Cam", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-2Cam-线激光传感器槽钢平直度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "airbag-stitching-inspection-guide", "category": "application_article", "category_cn": "应用文章", "title": "汽车安全气囊缝合质量轮廓检测系统选型与部署指南", "summary": "**目标**: 在大批量汽车生产线上实现安全气囊缝合位置、深度及整体几何形状的高精度、零损伤自动检测。〔REF-002〕", "focused_product": "ZLDS202-2Cam", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-2Cam", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-2Cam-线激光传感器气囊缝合位置检查/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "automotive-robot-gap-control-guide", "category": "application_article", "category_cn": "应用文章", "title": "汽车行业自动化装配与机器人控制间隙测量选型部署指南", "summary": "**目标**: 通过高精度线激光扫描技术，解决汽车车身焊接、组装及质量检测过程中的高精度间隙控制与自动化定位需求〔REF-002〕。", "focused_product": "ZLDS202-2Cam", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-2Cam", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-2Cam-线激光传感器汽车行业机器人控制中的精确间隙控制/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "foam-cutter-blade-sharpness-detection-guide", "category": "application_article", "category_cn": "应用文章", "title": "泡沫切割设备刀具锋利度在线检测选型与部署指南", "summary": "**目标**: 实现泡沫切割机刀具锋利度的实时在线监测，预防切割毛刺及原材料浪费〔REF-002〕。", "focused_product": "ZLDS202-2Cam", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-2Cam", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-2Cam-线激光传感器泡沫切割机带刀锋利度检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "laser-coating-workpiece-3d-scanning-guide", "category": "application_article", "category_cn": "应用文章", "title": "激光涂覆工件三维轮廓扫描与质量检测选型指南", "summary": "**目标**: 在激光涂覆工艺前，通过非接触式三维扫描获取工件的高精度几何数据，用于缺陷识别及激光头路径规划支持〔REF-002〕。", "focused_product": "ZLDS202-2Cam", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-2Cam", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-2Cam-线激光传感器激光涂覆前的工件3D扫描/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "laser-weld-integrity-measurement-selection-guide", "category": "application_article", "category_cn": "应用文章", "title": "激光焊缝完整性高精度测量选型与部署指南", "summary": "**目标**: 实现对工业激光焊接后焊缝完整性的三维几何参数自动化测量与缺陷识别，确保结构强度与密封性符合标准〔REF-002〕。", "focused_product": "ZLDS202-2Cam", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-2Cam", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-2Cam-线激光传感器激光焊缝完整性测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "welding-seam-recognition-tracking-deployment-guide", "category": "application_article", "category_cn": "应用文章", "title": "焊接接缝高精度识别与动态跟踪选型部署指南", "summary": "**目标**: 实现自动化焊接过程中接缝的实时高精度识别、特征提取及动态路径跟踪，解决工件一致性差导致的焊接偏移问题。", "focused_product": "ZLDS202-2Cam", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-2Cam", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-2Cam-线激光传感器焊接接缝识别和跟踪/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "welding-seam-tracking-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "工业焊接接缝实时跟踪与几何参数在线测量系统选型与部署指南", "summary": "**目标**: 实现焊接过程中接缝的实时高精度跟踪与焊后几何参数（宽度、深度、一致性）的数字化质量评估。〔REF-002〕", "focused_product": "ZLDS202-2Cam", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-2Cam", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-2Cam-线激光传感器焊接接缝跟踪和几何参数测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "welded-steel-pipe-diameter-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "焊接钢管直径在线自动测量选型与部署指南", "summary": "**目标**: 实现焊接钢管在高速生产过程中的外径在线、非接触、高精度自动化测量，替代人工卡尺抽检。〔REF-002〕", "focused_product": "ZLDS202-2Cam", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-2Cam", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-2Cam-线激光传感器焊接钢管直径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "industrial-weld-seam-recognition-positioning-selection-guide", "category": "application_article", "category_cn": "应用文章", "title": "工业自动化焊缝识别与精确定位系统选型指南", "summary": "**核心目标**: 针对现代制造业中复杂形状、高动态变化的焊缝，实现非接触式实时识别与厘米级乃至微米级的精确定位〔REF-002〕。", "focused_product": "ZLDS202-2Cam", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-2Cam", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-2Cam-线激光传感器焊缝定位/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "weld-seam-profile-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "焊缝轮廓测量选型与部署指南", "summary": "**目标**: 在工业焊接场景中，实现焊缝高度、宽度、截面形状及焊趾过渡区的非接触式高精度在线质量检测，确保焊接接头强度与耐久性〔REF-002〕。", "focused_product": "ZLDS202-2Cam", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-2Cam", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-2Cam-线激光传感器焊缝的轮廓测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "weld-seam-identification-selection-guide", "category": "application_article", "category_cn": "应用文章", "title": "工业焊接焊缝识别与质量监测系统选型与部署指南", "summary": "**目标**: 实现焊接全生命周期（前、中、后）的高精度几何参数测量、接缝跟踪及缺陷识别〔REF-002〕。", "focused_product": "ZLDS202-2Cam", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-2Cam", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-2Cam-线激光传感器焊缝识别/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "weld-profile-measurement-selection-guide", "category": "application_article", "category_cn": "应用文章", "title": "工业级高精度焊缝轮廓测量与质量控制选型指南", "summary": "**目标**: 实现对金属焊缝（对接、搭接、角接等）几何尺寸及缺陷的高精度非接触式三维在线测量，确保焊接强度与安全性符合设计公差。", "focused_product": "ZLDS202-2Cam", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-2Cam", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-2Cam-线激光传感器焊缝轮廓测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "logistics-item-position-measurement-selection-guide", "category": "application_article", "category_cn": "应用文章", "title": "物流自动化领域物品位置精确测量选型与部署指南", "summary": "**目标**: 实现物流传送带上不规则物品（包裹、托盘、物料）的亚毫米级三维位置识别与姿态监测，为下游自动化分拣或码垛机器人提供高精度坐标输入〔REF-002〕。", "focused_product": "ZLDS202-2Cam", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-2Cam", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-2Cam-线激光传感器物流管理中物品位置测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "logistics-item-shape-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "物流自动化领域物品几何形状在线测量与三维轮廓扫描选型部署指南", "summary": "**目标**: 实现物流高速动态输送线上不规则物品（如快递包裹、异形工件）的高精度、实时三维几何轮廓捕捉与形状识别。〔REF-002〕", "focused_product": "ZLDS202-2Cam", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-2Cam", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-2Cam-线激光传感器物流管理中物品形状测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "silicon-ingot-side-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "半导体硅锭几何尺寸高精度非接触式测量选型与部署指南", "summary": "**目标**: 实现半导体硅锭在切割前道工序中的侧向长度及截面几何轮廓的高精度自动化测量，以优化材料利用率并降低后续加工损耗。〔REF-002〕", "focused_product": "ZLDS202-2Cam", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-2Cam", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-2Cam-线激光传感器硅锭侧长测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "silicon-ingot-geometry-check-guide", "category": "application_article", "category_cn": "应用文章", "title": "半导体硅锭几何参数在线检测系统选型与部署指南", "summary": "**目标**: 实现半导体级或光伏级硅锭在生产线上的高频、非接触、全维度几何参数监控，确保后续晶片切片的良率与设备安全〔REF-002〕。", "focused_product": "ZLDS202-2Cam", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-2Cam", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-2Cam-线激光传感器硅锭几何参数检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "silicon-ingot-diagonal-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "硅锭对角线长度精密检测选型与部署指南", "summary": "**目标**: 针对半导体及光伏晶体生长环节，提供硅锭对角线长度及几何轮廓的非接触式高精度测量方案，确保后续切割加工的可靠性〔REF-002〕。", "focused_product": "ZLDS202-2Cam", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-2Cam", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-2Cam-线激光传感器硅锭对角线长度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "silicon-ingot-flatness-measurement-selection-guide", "category": "application_article", "category_cn": "应用文章", "title": "半导体硅锭表面平面度高精度非接触式测量选型与部署指南", "summary": "**测量目标**: 实现半导体级或光伏级硅锭在切割、研磨前后的表面平面度与几何轮廓高精度实时监控。〔REF-002〕", "focused_product": "ZLDS202-2Cam", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-2Cam", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-2Cam-线激光传感器硅锭平面度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "silicon-ingot-phase-length-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "半导体制造硅锭相位长高精度在线测量选型与部署指南", "summary": "**目标**: 实现半导体级或光伏级硅锭相位长（Phase Length）的高精度在线测量，确保后续切割工序的定位精度与材料利用率〔REF-002〕。", "focused_product": "ZLDS202-2Cam", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-2Cam", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-2Cam-线激光传感器硅锭相位长测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "silicon-ingot-angle-measurement-selection-guide", "category": "application_article", "category_cn": "应用文章", "title": "硅锭几何角度非接触式自动测量与部署指南", "summary": "**目标**: 实现半导体级或光伏级硅锭在切割前、后的端面角度及侧缘轮廓的高精度自动验证，减少由于角度偏差导致的切片损耗〔REF-002〕。", "focused_product": "ZLDS202-2Cam", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-2Cam", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-2Cam-线激光传感器硅锭角度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "carbon-ribbon-width-measurement-selection-guide", "category": "application_article", "category_cn": "应用文章", "title": "碳带生产加工中宽度在线测量选型与部署指南", "summary": "**目标**: 实现碳带生产及分切过程中高精度、非接触式的在线宽度监测，确保成品符合打印头适配要求〔REF-002〕。", "focused_product": "ZLDS202-2Cam", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-2Cam", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-2Cam-线激光传感器碳带宽度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "seed-shape-size-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "种子形状与尺寸自动化测量系统选型与部署指南", "summary": "**目标**: 实现对不规则、复杂形状种子（如水稻、小麦、玉米等）的高精度二维轮廓扫描与三维形态重构，提升育种筛选与品质控制的自动化水平。〔REF-002〕", "focused_product": "ZLDS202-2Cam", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-2Cam", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-2Cam-线激光传感器种子的形状及尺寸测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "adhesive-strip-identification-guide", "category": "application_article", "category_cn": "应用文章", "title": "工业自动化粘合剂条识别与在线轮廓测量选型指南", "summary": "**目标**: 在高速生产线上实现对粘合剂条（胶条）的几何尺寸（高度、宽度）、位置坐标及截面形状的实时在线检测〔REF-002〕。", "focused_product": "ZLDS202-2Cam", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-2Cam", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-2Cam-线激光传感器粘合剂条识别/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "adhesive-strip-profile-measurement-selection-guide", "category": "application_article", "category_cn": "应用文章", "title": "工业粘合剂条截面质量在线检测选型与部署指南", "summary": "**目标**: 在涂胶过程中实现实时、非接触式的截面轮廓监测，确保胶粘剂分布的一致性并防止密封失效〔REF-002〕。", "focused_product": "ZLDS202-2Cam", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-2Cam", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-2Cam-线激光传感器粘合剂条轮廓测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "adhesive-bead-inspection-selection-guide", "category": "application_article", "category_cn": "应用文章", "title": "高精度线激光轮廓传感器在粘合剂珠检测中的选型与部署指南", "summary": "**目标**: 实现对涂胶工艺（如密封胶、结构胶）的在线高速三维质量检测，量化胶珠的高度、宽度、截面及路径连续性〔REF-002〕。", "focused_product": "ZLDS202-2Cam", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-2Cam", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-2Cam-线激光传感器粘合剂珠检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "adhesive-bead-edge-detection-guide", "category": "application_article", "category_cn": "应用文章", "title": "工业粘合剂珠边缘质量在线检测与选型部署指南", "summary": "**目标**: 在高速涂胶生产线上实现对粘合剂珠（Adhesive Bead）边缘位置、截面形貌及缺陷的实时 3D 在线检测，确保密封与粘接质量〔REF-002〕…", "focused_product": "ZLDS202-2Cam", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-2Cam", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-2Cam-线激光传感器粘合剂珠边缘检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "precision-workpiece-dimension-tolerance-verification-guide", "category": "application_article", "category_cn": "应用文章", "title": "精密工件尺寸公差在线检测与自动化验证系统选型部署指南", "summary": "**核心目标**: 实现航空航天、汽车及医疗器械等高精度行业中精密工件的 100% 在线尺寸公差验证，确保几何轮廓符合设计要求并监控工艺稳定性〔REF-002〕。", "focused_product": "ZLDS202-2Cam", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-2Cam", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-2Cam-线激光传感器精密工件尺寸公差验证/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "precision-workpiece-bending-radius-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "精密工件弯曲半径测量选型与部署指南", "summary": "**目标**: 实现航空航天、汽车及精密加工领域中复杂工件弯曲半径的高精度非接触式测量，确保结构强度与工艺一致性〔REF-002〕。", "focused_product": "ZLDS202-2Cam", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-2Cam", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-2Cam-线激光传感器精密工件弯曲半径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "workpiece-shape-deviation-measurement-selection-guide", "category": "application_article", "category_cn": "应用文章", "title": "精密工件形状偏差测量系统选型与部署指南", "summary": "**测量目标**: 实现复杂精密工件表面形状偏差、轮廓公差及几何尺寸的高精度、非接触式在线检测。〔REF-002〕", "focused_product": "ZLDS202-2Cam", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-2Cam", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-2Cam-线激光传感器精密工件形状偏差测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "precision-workpiece-angle-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "精密工件角度非接触式测量选型与部署指南", "summary": "**目标**: 在不损伤工件表面的前提下，实现精密机械零件（如叶片、齿轮、模具）的角度、几何公差及二维轮廓的高精度自动化测量〔REF-002〕。", "focused_product": "ZLDS202-2Cam", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-2Cam", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-2Cam-线激光传感器精密工件角度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "precision-workpiece-height-measurement-selection-guide", "category": "application_article", "category_cn": "应用文章", "title": "精密工件高度测量系统选型与部署指南", "summary": "**目标**: 在高速动态环境下实现微米级（±0.01% 线性度）的工件高度及轮廓尺寸测量，确保装配一致性〔REF-001〕〔REF-002〕。", "focused_product": "ZLDS202-2Cam", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-2Cam", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-2Cam-线激光传感器精密工件高度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "precision-component-dimension-verification-guide", "category": "application_article", "category_cn": "应用文章", "title": "精密部件尺寸在线测量选型与部署指南", "summary": "**目标**: 在高速生产线上实现微米级（±0.01%线性度）的精密部件尺寸在线验证，解决复杂几何形状的测量死角问题〔REF-001〕。", "focused_product": "ZLDS202-2Cam", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-2Cam", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-2Cam-线激光传感器精密部件尺寸验证/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "racing-car-ground-clearance-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "赛车离地间隙高动态测量与轮廓扫描选型与部署指南", "summary": "**目标**: 在赛车超高速行驶（300km/h+）及高频振动环境下，实现底盘离地间隙（Ground Clearance）的亚毫米级实时监测与赛道路面三维轮廓采集…", "focused_product": "ZLDS202-2Cam", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-2Cam", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-2Cam-线激光传感器精确测量赛车与路面的距离/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "paper-width-precision-measurement-selection-guide", "category": "application_article", "category_cn": "应用文章", "title": "纸张制造行业宽度在线精确测量与自动监测系统选型部署指南", "summary": "**目标: ** 实现纸张、卷材生产全流程中宽度尺寸的非接触式、高动态、高精度在线实时监测，消除机械接触带来的划伤风险〔REF-002〕。", "focused_product": "ZLDS202-2Cam", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-2Cam", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-2Cam-线激光传感器纸张行业物体宽度精确测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "paper-industry-object-edge-positioning-guide", "category": "application_article", "category_cn": "应用文章", "title": "纸张及薄片类物体边缘精密定位与选型部署指南", "summary": "**目标**: 在高速生产线下实现纸张及薄片材料边缘的非接触式精密定位，解决切割偏移及废品率高的问题。", "focused_product": "ZLDS202-2Cam", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-2Cam", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-2Cam-线激光传感器纸张行业物体边缘定位/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "textile-width-measurement-selection-guide", "category": "application_article", "category_cn": "应用文章", "title": "纺织行业物体宽度与轮廓精确测量选型与部署指南", "summary": "**目标**: 实现纺织品生产过程中布料、碳带、纺织纤维等物体的高精度、非接触式宽度测量与截面轮廓监控。〔REF-002〕", "focused_product": "ZLDS202-2Cam", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-2Cam", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-2Cam-线激光传感器纺织行业物体宽度精确测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "textile-edge-positioning-guide", "category": "application_article", "category_cn": "应用文章", "title": "纺织行业物体边缘定位高精度测量选型与部署指南", "summary": "**核心目标**: 针对纺织生产线中复杂形状裁片、面料边缘进行高精度、非接触式实时定位，提升裁剪与缝合的自动化闭环效率〔REF-002〕。", "focused_product": "ZLDS202-2Cam", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-2Cam", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-2Cam-线激光传感器纺织行业物体边缘定位/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "automated-width-measurement-deployment-guide", "category": "application_article", "category_cn": "应用文章", "title": "工业自动化高精度宽度测量选型与部署指南", "summary": "**目标**: 在工业生产线上实现 100% 自动化的非接触式宽度测量，消除人工干预并降低原材料损耗〔REF-002〕。", "focused_product": "ZLDS202-2Cam", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-2Cam", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-2Cam-线激光传感器自动化宽度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "automated-line-product-position-measurement", "category": "application_article", "category_cn": "应用文章", "title": "自动化生产线产品位置测量选型与部署指南", "summary": "**目标**: 在高速自动化流水线上实现对复杂形状工件的亚毫米级三维空间定位与多维轮廓特征捕捉。〔REF-002〕", "focused_product": "ZLDS202-2Cam", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-2Cam", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-2Cam-线激光传感器自动化生产线产品位置测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "automated-production-line-product-volume-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "工业自动化生产线产品体积高精度非接触式测量选型与部署指南", "summary": "**目标**: 在高速动态生产环境中实现规则或非规则物体体积的在线精密测量，确保几何尺寸符合设计规格并实现物料追溯。〔REF-002〕", "focused_product": "ZLDS202-2Cam", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-2Cam", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-2Cam-线激光传感器自动化生产线产品体积测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "automated-production-line-thickness-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "自动化生产线高精度产品厚度在线测量选型与部署指南", "summary": "**目标**: 实现自动化高速生产线上产品厚度的非接触式、高精度实时监控，确保产品几何公差符合工艺标准。〔REF-002〕", "focused_product": "ZLDS202-2Cam", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-2Cam", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-2Cam-线激光传感器自动化生产线产品厚度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "automated-production-line-object-counting-guide", "category": "application_article", "category_cn": "应用文章", "title": "自动化生产线物体计数选型与部署指南", "summary": "**目标**: 在高速（高达 4600 剖面/秒）自动化流水线上，实现对异形、复杂及紧凑排列物体的非接触式精准计数。〔REF-001〕", "focused_product": "ZLDS202-2Cam", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-2Cam", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-2Cam-线激光传感器自动化生产线物体计数/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "automated-edge-position-measurement-selection-guide", "category": "application_article", "category_cn": "应用文章", "title": "工业复杂形状物体边缘位置自动化测量选型与部署指南", "summary": "**目标**: 解决工业生产中复杂几何形状零件（如带有深槽、陡峭台阶、非规则曲面的工件）边缘位置的高精度、非接触式实时在线测量与定位问题〔REF-002〕。", "focused_product": "ZLDS202-2Cam", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-2Cam", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-2Cam-线激光传感器自动化边缘位置测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "automated-gap-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "精密工业装配自动化间隙测量选型与部署指南", "summary": "**目标**: 在现代工业流水线上实现对复杂零件装配间隙、结构缝隙及表面轮廓的非接触式、高效率自动化监测，确保产品一致性与安全性〔REF-002〕。", "focused_product": "ZLDS202-2Cam", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-2Cam", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-2Cam-线激光传感器自动化间隙测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "chip-flatness-measurement-selection-guide", "category": "application_article", "category_cn": "应用文章", "title": "半导体芯片平面度在线检测系统选型与部署指南", "summary": "**目标**: 实现半导体芯片表面微米级平面度的非接触式、高速在线检测，确保后工序（如固晶、键合）的电气连接可靠性〔REF-002〕。", "focused_product": "ZLDS202-2Cam", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-2Cam", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-2Cam-线激光传感器芯片平面度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "angle-steel-geometric-dimension-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "工业金属型材几何尺寸非接触式测量选型与部署指南", "summary": "**核心目标**: 针对角钢、方钢等复杂金属型材，实现高精度的自动化、非接触式截面尺寸（边长、厚度、夹角）实时监测〔REF-002〕。", "focused_product": "ZLDS202-2Cam", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-2Cam", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-2Cam-线激光传感器角钢几何尺寸测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "racing-car-performance-optimization-selection-guide", "category": "application_article", "category_cn": "应用文章", "title": "高性能赛车研发与测试环节的轮廓扫描系统选型与部署指南", "summary": "**目标**: 在赛车高速动态行驶过程中，实时获取车身部件、底盘及轮胎的高精度二维/三维轮廓数据，用于性能评估与调校〔REF-002〕。", "focused_product": "ZLDS202-2Cam", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-2Cam", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-2Cam-线激光传感器赛车性能优化/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "axle-profile-measurement-selection-guide", "category": "application_article", "category_cn": "应用文章", "title": "车桥几何形状与轮廓精密测量选型与部署指南", "summary": "**测量目标**: 实现车桥关键部位（如轴头、桥壳、焊缝等）的高精度二维轮廓扫描与三维几何尺寸重构，确保车辆行驶稳定性与安全性〔REF-002〕。", "focused_product": "ZLDS202-2Cam", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-2Cam", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-2Cam-线激光传感器车桥轮廓测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "vehicle-sn-emboss-depth-measurement", "category": "application_article", "category_cn": "应用文章", "title": "车身标识压印深度在线检测选型与部署指南", "summary": "**目标: ** 实现汽车生产线上 VIN 码（车身序列号）压印深度的全自动、高精度、非接触式在线检测，确保车辆身份标识的永久可读性与合规性〔REF-002〕。", "focused_product": "ZLDS202-2Cam", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-2Cam", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-2Cam-线激光传感器车身序列号的压印深度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "wheelset-profile-measurement-selection-guide", "category": "application_article", "category_cn": "应用文章", "title": "铁路轮对几何轮廓测量选型与部署指南", "summary": "**目标**: 实现铁路列车轮对运行状态下的高精度、非接触式几何轮廓扫描，用于预防性维护及磨损分析〔REF-002〕。", "focused_product": "ZLDS202-2Cam", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-2Cam", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-2Cam-线激光传感器轮对轮廓测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "rim-inner-surface-geometry-measurement", "category": "application_article", "category_cn": "应用文章", "title": "轮缘内表面几何形状高精度测量选型与部署指南", "summary": "**目标**: 实现复杂工业轮缘（如轮毂、轨道轮、精密轴套）内腔三维几何参数的非接触式、高效率测量，包括内径、圆度及圆柱度检测。", "focused_product": "ZLDS202-2Cam", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-2Cam", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-2Cam-线激光传感器轮缘内表面的几何形状测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "tire-auto-id-dot-code-recognition-guide", "category": "application_article", "category_cn": "应用文章", "title": "轮胎自动识别与DOT代码在线检测系统选型与部署指南", "summary": "**目标**: 在轮胎动态生产线或质检线上，自动完成轮胎侧壁DOT代码（生产日期、工厂代码等）的提取与规格标识识别，替代人工肉眼检测，实现全生命周期质量追溯自动化…", "focused_product": "ZLDS202-2Cam", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-2Cam", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-2Cam-线激光传感器轮胎自动识别和DOT代码识别/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "tire-industry-3d-measurement-selection-guide", "category": "application_article", "category_cn": "应用文章", "title": "工业级轮胎轮廓三维高精度扫描与质量控制系统选型部署指南", "summary": "**目标**: 实现轮胎生产全流程的高精度、高动态三维数字化检测，确保复杂形状下的轮廓完整性与尺寸公差合规。〔REF-002〕", "focused_product": "ZLDS202-2Cam", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-2Cam", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-2Cam-线激光传感器轮胎行业三维测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "metal-strip-thickness-measurement-cutting-line-guide", "category": "application_article", "category_cn": "应用文章", "title": "金属切割线板材厚度在线检测系统选型与部署指南", "summary": "**目标**: 实现金属切割生产线上板材厚度、轮廓及截面几何尺寸的非接触式、高频在线监测，确保成品一致性并减少废料生成。〔REF-002〕", "focused_product": "ZLDS202-2Cam", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-2Cam", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-2Cam-线激光传感器金属切割线中金属带的厚度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "metal-strip-thickness-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "金属带材厚度非接触式测量选型与部署指南", "summary": "**核心目标**: 针对高速生产线（如冷轧、剪切线）中的金属带材提供高精度、非接触式的在线厚度与轮廓监测方案，消除接触式测量对材料表面的损伤。〔REF-002〕", "focused_product": "ZLDS202-2Cam", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-2Cam", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-2Cam-线激光传感器金属带的厚度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "metal-strip-profile-detection-selection-guide", "category": "application_article", "category_cn": "应用文章", "title": "金属带轮廓检测系统选型与部署指南", "summary": "**目标**: 在高速生产环境下实现金属带材（如钢带、铝带、铜带）的高精度几何尺寸测量、轮廓还原及表面质量监控〔REF-002〕。", "focused_product": "ZLDS202-2Cam", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-2Cam", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-2Cam-线激光传感器金属带轮廓检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "metal-plate-deformation-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "工业金属板材变形及平整度轮廓测量系统选型与部署指南", "summary": "**目标**: 实现金属板材在生产过程中的非接触式高精度变形量监测、平整度评估及3D几何轮廓重构。〔REF-002〕", "focused_product": "ZLDS202-2Cam", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-2Cam", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-2Cam-线激光传感器金属板变形测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "metal-plate-width-online-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "工业金属板材宽度在线自动化测量与传感器选型部署指南", "summary": "**目标**: 实现在线、非接触式、高动态下的金属板材宽度及边缘特征实时测量，消除传统机械测量或单目成像的低效与误差〔REF-002〕。", "focused_product": "ZLDS202-2Cam", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-2Cam", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-2Cam-线激光传感器金属板宽度在线测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "metal-plate-dimension-automation-selection-guide", "category": "application_article", "category_cn": "应用文章", "title": "金属板尺寸自动化在线测量系统选型与部署指南", "summary": "**目标**: 实现金属板生产线上高精度、非接触式的多维尺寸（长、宽、高、轮廓、平面度）自动化在线监测〔REF-002〕。", "focused_product": "ZLDS202-2Cam", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-2Cam", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-2Cam-线激光传感器金属板尺寸自动化测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "metal-plate-flatness-measurement-selection-guide", "category": "application_article", "category_cn": "应用文章", "title": "金属板平面度在线测量系统选型与部署指南", "summary": "**目标**: 实现金属板材在高速生产过程中的高精度平面度检测，替代低效的人工接触式抽检，提升装配一致性〔REF-002〕。", "focused_product": "ZLDS202-2Cam", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-2Cam", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-2Cam-线激光传感器金属板平面度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "metal-plate-straightness-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "金属板直线度在线测量系统选型与部署指南", "summary": "**目标**: 实现金属板材在高速生产/检测过程中的非接触式直线度、平整度及表面轮廓的高精度自动化测量〔REF-002〕。", "focused_product": "ZLDS202-2Cam", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-2Cam", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-2Cam-线激光传感器金属板直线度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "metal-plate-angle-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "金属板角度在线测量与质量控制选型指南", "summary": "**目标**: 在高速、复杂、恶劣的工业环境下，实现金属板材折弯角度及边缘轮廓的高精度在线非接触式监测，确保产品一致性并降低废品率〔REF-002〕。", "focused_product": "ZLDS202-2Cam", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-2Cam", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-2Cam-线激光传感器金属板角度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "metal-plate-length-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "工业金属板材长度高精度测量选型与部署指南", "summary": "**目标**: 在高速自动化生产线上实现金属板材长度、宽度及表面形貌的非接触式精密测量，替代低效且易错的机械式测量方案〔REF-002〕。", "focused_product": "ZLDS202-2Cam", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-2Cam", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-2Cam-线激光传感器金属板长度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "metal-surface-3d-measurement-selection-guide", "category": "application_article", "category_cn": "应用文章", "title": "工业零部件金属表面三维轮廓测量与选型部署指南", "summary": "**目标**: 实现复杂几何形状金属零部件的高精度、高速三维形貌还原与尺寸验证，解决传统接触式测量效率低及单摄像头激光扫描存在的阴影遮挡盲区问题。〔REF-002…", "focused_product": "ZLDS202-2Cam", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-2Cam", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-2Cam-线激光传感器金属表面3D测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "steel-belt-rim-geometry-parameter-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "工业零部件轮缘几何参数在线轮廓扫描测量选型与部署指南", "summary": "**目标**: 实现高速生产线上钢带轮缘等复杂形状工业部件的在线、高精度、非接触式 3D 轮廓及几何参数测量。〔REF-002〕", "focused_product": "ZLDS202-2Cam", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-2Cam", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-2Cam-线激光传感器钢带轮缘的几何参数测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "rail-profile-scanning-selection-guide", "category": "application_article", "category_cn": "应用文章", "title": "钢轨轮廓精密测量与在线监测选型及部署指南", "summary": "**测量目标**: 实现铁路钢轨横截面轮廓的高频、非接触式全量程扫描，精确评估垂直磨耗、侧面磨耗及波浪形磨耗状况〔REF-002〕。", "focused_product": "ZLDS202-2Cam", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-2Cam", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-2Cam-线激光传感器钢轨轮廓扫描/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "railway-axle-monitoring-selection-guide", "category": "application_article", "category_cn": "应用文章", "title": "铁路轮轴几何状态监测与自动化检测系统选型指南", "summary": "**核心目标**: 通过高频、非接触式轮廓扫描，实现铁路轮轴的全量程几何尺寸高精度测量、磨损量分析及表面微小裂纹/缺陷的自动化识别，旨在替代效率低下的手动机械测量…", "focused_product": "ZLDS202-2Cam", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-2Cam", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-2Cam-线激光传感器铁路轮轴监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "railway-rail-single-side-profile-scanning-guide", "category": "application_article", "category_cn": "应用文章", "title": "轨道几何形状及表面缺陷在线检测系统选型与部署指南", "summary": "**目标**: 实现铁轨全寿命周期的非接触式高精度几何轮廓监测与表面细微缺陷识别〔REF-002〕。", "focused_product": "ZLDS202-2Cam", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-2Cam", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-2Cam-线激光传感器铁轨单面扫描/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "gap-recognition-guide", "category": "application_article", "category_cn": "应用文章", "title": "工业级精密轮廓扫描与间隙检测自动化选型及部署指南", "summary": "**目标**: 实现复杂几何特征物体的非接触式高精度间隙、缝隙及阶梯差在线识别与测量。〔REF-002〕", "focused_product": "ZLDS202-2Cam", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-2Cam", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-2Cam-线激光传感器间隙识别/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "industrial-gap-profile-precision-measurement-selection-guide", "category": "application_article", "category_cn": "应用文章", "title": "工业间隙轮廓精密测量与传感器部署选型指南", "summary": "**测量目标**: 实现复杂几何形状（如窄深槽、非标准接缝）的高精度二维/三维间隙轮廓重构与实时检测指标分析。", "focused_product": "ZLDS202-2Cam", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-2Cam", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-2Cam-线激光传感器间隙轮廓测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "ceramic-geometry-precision-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "陶瓷制品精密几何尺寸测量与自动化选型部署指南", "summary": "**目标**: 实现复杂形状陶瓷制品（如电子基板、汽车传感器件、陶瓷刀具等）的高精度、高效率非接触式几何尺寸检测，替代传统低效且受人为因素干扰的接触式测量工具〔R…", "focused_product": "ZLDS202-2Cam", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-2Cam", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-2Cam-线激光传感器陶瓷品精密几何测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "integrated-circuit-pin-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "集成电路引脚精密尺寸与轮廓扫描选型与部署指南", "summary": "**目标**: 实现集成电路（IC）引脚的共面性、间距、高度及几何变形的在线高速非接触式检测。〔REF-002〕", "focused_product": "ZLDS202-2Cam", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-2Cam", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-2Cam-线激光传感器集成电路引脚测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "ic-pin-counting-gap-measurement-selection-guide", "category": "application_article", "category_cn": "应用文章", "title": "高集成电子元件引脚精密计数与间隙测量选型与部署指南", "summary": "**目标**: 实现高密度集成电路（IC）引脚的自动化计数、间隙精度测量及共面性检测，提升 SMT 产线良率〔REF-002〕。", "focused_product": "ZLDS202-2Cam", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-2Cam", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-2Cam-线激光传感器集成电路引脚计数及间隙测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "rough-rolling-high-temp-dimension-control-guide", "category": "application_article", "category_cn": "应用文章", "title": "粗轧工艺中高温物体尺寸实时测量与选型部署指南", "summary": "**目标**: 在金属粗轧的高温、强震及恶劣环境下，实现被测件轮廓尺寸的非接触式、超高速实时监控，以优化工艺反馈循环并确保成品率〔REF-002〕。", "focused_product": "ZLDS202-2Cam", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-2Cam", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-2Cam-线激光传感器高温物体在粗轧过程中尺寸的实时控制/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "precision-mechanical-parts-geometric-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "高精度机械零件精密几何测量选型与部署指南", "summary": "**目标**: 解决航空航天、汽车及高端制造领域中，复杂形状机械零件的高精度、非接触式在线几何测量难题〔REF-002〕。", "focused_product": "ZLDS202-2Cam", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-2Cam", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-2Cam-线激光传感器高精度机械零件精密几何测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "gear-dimension-tolerance-verification-guide", "category": "application_article", "category_cn": "应用文章", "title": "齿轮精密尺寸与公差在线检测选型与部署指南", "summary": "**目标**: 实现复杂几何形状齿轮（如斜齿轮、直齿轮等）的高精度自动化在线尺寸验证与公差分析。〔REF-002〕", "focused_product": "ZLDS202-2Cam", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-2Cam", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-2Cam-线激光传感器齿轮尺寸公差验证/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "gear-deformation-detection-guide", "category": "application_article", "category_cn": "应用文章", "title": "精密齿轮形变与几何公差非接触式3D检测选型与部署指南", "summary": "**目标**: 实现对工业精密齿轮在动态运转或加工后的微小几何形变、齿形偏差及尺寸公差的高精度非接触式监测〔REF-002〕。", "focused_product": "ZLDS202-2Cam", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-2Cam", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-2Cam-线激光传感器齿轮形变检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "gear-tooth-characteristic-detection-guide", "category": "application_article", "category_cn": "应用文章", "title": "复杂形状传动部件高精度轮廓扫描与特性检测选型与部署指南", "summary": "**检测目标**: 实现对齿轮、花键等复杂形状传动部件的齿形、齿距、齿顶高度及动态运行特性的非接触式高精度三维轮廓检测〔REF-002〕。", "focused_product": "ZLDS202-2Cam", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-2Cam", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-2Cam-线激光传感器齿轮齿的运行特性检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "hs-uneven-surface-2d-3d-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "不均匀表面二维及三维精密轮廓测量方案选型与部署指南", "summary": "**目标**: 实现针对汽车、铁路及精密机械加工领域中复杂、不均匀表面的高速二维轮廓及三维形貌精密测量。〔REF-002〕", "focused_product": "ZLDS202-HS", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HS", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HS-线激光传感器不均匀表面2D-3D测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "warehouse-item-positioning-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "仓储物流物品位置精密测量与定位系统选型部署指南", "summary": "**目标**: 在高速物流输送及自动化仓储场景下，实现对物品、包裹、托盘的毫米级动态定位与轮廓特征提取〔REF-002〕。", "focused_product": "ZLDS202-HS", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HS", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HS-线激光传感器仓储管理中物品位置测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "warehousing-item-shape-measurement-deployment-guide", "category": "application_article", "category_cn": "应用文章", "title": "工业仓储管理中物品形状测量与自动化检测部署指南", "summary": "**目标**: 实现仓储物流中不规则、多样化物品的自动化高精度形状捕捉与三维建模，提升空间利用率并预防入库损坏〔REF-002〕。", "focused_product": "ZLDS202-HS", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HS", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HS-线激光传感器仓储管理中物品形状测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "low-reflective-surface-2d-3d-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "低反射表面高精度2D与3D形貌测量选型与部署指南", "summary": "**目标**: 解决工业生产中低反射率材质（如黑色烤漆、碳纤维、吸光涂层）在高速动态下的高精度形貌测量难题〔REF-002〕。", "focused_product": "ZLDS202-HS", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HS", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HS-线激光传感器低反射表面2D-3D测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "smooth-surface-micro-defect-detection-guide-zlds202-hs", "category": "application_article", "category_cn": "应用文章", "title": "光滑表面微小缺陷检测选型与部署指南", "summary": "**目标**: 实现现代制造业中针对光滑/高反光表面的微米级缺陷（如划痕、凹坑、凸起）的高速在线识别与深度量化〔REF-002〕。", "focused_product": "ZLDS202-HS", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HS", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HS-线激光传感器光滑表面微小缺陷识别/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "hs-groove-identification-guide", "category": "application_article", "category_cn": "应用文章", "title": "工业生产中凹槽识别与轮廓测量技术选型与部署指南", "summary": "**目标**: 在工业自动化产线中实现对金属或非金属零件表面凹槽、狭缝的几何参数（深度、宽度、截面轮廓）进行高速、非接触、高精度的实时在线测量〔REF-002〕。", "focused_product": "ZLDS202-HS", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HS", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HS-线激光传感器凹槽识别/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "groove-profile-measurement-selection-guide", "category": "application_article", "category_cn": "应用文章", "title": "工业领域凹槽轮廓高精度测量选型与部署指南", "summary": "**目标**: 实现对工业零部件凹槽、沟槽及压印标志的自动化、非接触式三维轮廓采集与高精度尺寸验证〔REF-002〕。", "focused_product": "ZLDS202-HS", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HS", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HS-线激光传感器凹槽轮廓测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "blade-angle-measurement-selection-guide", "category": "application_article", "category_cn": "应用文章", "title": "工业刀片角度精密测量选型与部署指南", "summary": "**目标: ** 实现工业切削工具（如铣刀、车刀、航空叶片）刃口角度及三维轮廓的高速、高精度非接触式检测。 〔REF-002〕", "focused_product": "ZLDS202-HS", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HS", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HS-线激光传感器刀片角度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "cutting-blade-wear-measurement-guide-zlds202-hs", "category": "application_article", "category_cn": "应用文章", "title": "工业切割刀片磨损状态在线监测选型与部署指南", "summary": "**目标**: 实现切削加工过程中刀片刃口磨损、崩刃及几何偏差的非接触式、高精度在线监测，以替代传统人工抽检方案，优化刀片更换周期。〔REF-002〕", "focused_product": "ZLDS202-HS", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HS", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HS-线激光传感器切割刀片磨损情况测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "large-component-3d-measurement-in-cutting-systems", "category": "application_article", "category_cn": "应用文章", "title": "大型组件切割系统3D测量选型与部署指南", "summary": "**目标**: 解决工业大型切割件在动态加工过程中的三维尺寸监控、切削路径引导及成品几何公差验证，确保复杂大型组件的加工一致性〔REF-002〕。", "focused_product": "ZLDS202-HS", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HS", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HS-线激光传感器切割系统中大型组件的3D测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "train-tire-profile-detection-selection-guide", "category": "application_article", "category_cn": "应用文章", "title": "轨道交通轮对轮廓非接触式在线测量选型与部署指南", "summary": "**核心目标**: 实现列车在动态行驶过程中轮对轮廓、踏面磨耗及轮缘几何参数的实时捕捉与数字化分析，预防因轮胎疲劳、偏磨导致的安全事故〔REF-002〕。", "focused_product": "ZLDS202-HS", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HS", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HS-线激光传感器列车轮胎轮廓检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "hs-packaging-width-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "包装行业物体宽度精确测量选型与部署指南", "summary": "**测量目标**: 实现包装线上物体的实时宽度检测、轮廓扫描及包装一致性验证，确保产品质量合规并优化生产效率。〔REF-002〕", "focused_product": "ZLDS202-HS", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HS", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HS-线激光传感器包装行业物体宽度精确测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "packaging-edge-positioning-guide", "category": "application_article", "category_cn": "应用文章", "title": "包装行业物体边缘在线定位与测量选型指南", "summary": "**目标**: 在高速包装生产线上实现非接触式、高频次的包装物边缘精准捕捉与尺寸在线度量。〔REF-002〕", "focused_product": "ZLDS202-HS", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HS", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HS-线激光传感器包装行业物体边缘定位/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "hs-step-part-tolerance-judgment-guide", "category": "application_article", "category_cn": "应用文章", "title": "工业台阶零件精密尺寸测量与公差自动判断方案选型指南", "summary": "**目标**: 实现对机械、汽车及航空航天领域台阶零件（高度、宽度、内外径）的 100% 在线公差自动判定，替代低效且易损工件的传统机械量具测量方式〔REF-00…", "focused_product": "ZLDS202-HS", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HS", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HS-线激光传感器台阶零件公差判断/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "potato-chip-thickness-measurement-selection-guide", "category": "application_article", "category_cn": "应用文章", "title": "食品加工中薄片类物体厚度在线监测系统选型与部署指南", "summary": "**目标**: 实现食品生产线（如土豆片、膨化食品）的高速、非接触式厚度实时监测，确保产品口感一致性并减少人工抽检损耗。〔REF-002〕", "focused_product": "ZLDS202-HS", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HS", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HS-线激光传感器土豆片厚度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "hs-tread-wear-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "轮对踏面圆周磨耗在线监测系统选型与部署指南", "summary": "**目标**: 实现在线、高频、非接触式的列车轮对踏面轮廓采集及圆周磨耗深度定量分析〔REF-002〕。", "focused_product": "ZLDS202-HS", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HS", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HS-线激光传感器在线测量踏面圆周磨耗/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "hs-dam-surface-crack-monitoring-guide", "category": "application_article", "category_cn": "应用文章", "title": "水利工程堤坝表面裂缝非接触式自动监测选型与部署指南", "summary": "**目标**: 实现对堤坝表面（混凝土、浆砌石、岩体等）微小裂缝的自动化三维几何参数量化测量，替代低效且高风险的人工目测。〔REF-002〕", "focused_product": "ZLDS202-HS", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HS", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HS-线激光传感器堤坝表面裂缝监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "plastic-appearance-shape-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "塑料制品几何尺寸与外观轮廓在线测量选型与部署指南", "summary": "**目标**: 实现复杂形状塑料制品在高速生产线上的非接触式几何尺寸验证与轮廓缺陷检测，确保产品一致性并避免机械损伤。", "focused_product": "ZLDS202-HS", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HS", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HS-线激光传感器塑料制品外观形状测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "large-object-internal-surface-measurement-deployment-guide", "category": "application_article", "category_cn": "应用文章", "title": "大型工业构件内表面轮廓与几何尺寸检测选型部署指南", "summary": "**目标**: 实现大型工业构件（如燃气轮机机壳、大型管道、航空机载容器）内腔表面的高精度几何参数测量与质量缺陷监控，解决传统接触式测量效率低、点位覆盖不足的问题…", "focused_product": "ZLDS202-HS", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HS", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HS-线激光传感器大型物体的内表面检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "large-pipe-geometric-parameter-measurement-guide-zlds202-hs", "category": "application_article", "category_cn": "应用文章", "title": "大型管道几何参数测量选型与部署指南", "summary": "**测量目标**: 实现大型工业管道（如油气输送管、化工管件）的外径、壁厚、圆度及管端几何形状的高速非接触式自动化检测〔REF-002〕。", "focused_product": "ZLDS202-HS", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HS", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HS-线激光传感器大型管道几何参数测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "large-pipe-roundness-measurement-selection-guide-zlds202-hs", "category": "application_article", "category_cn": "应用文章", "title": "大型管道圆度在线测量系统选型与部署指南", "summary": "**目标**: 在复杂工业生产线上实现大型管道的高频在线圆度及几何公差检测，替代低效的机械接触式测量方案〔REF-002〕。", "focused_product": "ZLDS202-HS", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HS", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HS-线激光传感器大型管道圆度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "large-pipe-curvature-measurement-selection-guide-zlds202-hs", "category": "application_article", "category_cn": "应用文章", "title": "大型管道曲率高精度在线测量系统选型与部署指南", "summary": "**目标**: 实现大型管道在生产、制造及维护过程中的曲率半径、截面轮廓及圆度的实时、非接触式高精度测量。〔REF-002〕", "focused_product": "ZLDS202-HS", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HS", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HS-线激光传感器大型管道曲率测量测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "large-pipe-diameter-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "大型管道直径非接触式高精度测量选型与部署指南", "summary": "**目标**: 实现大口径工业管道（石油、化工、机械）在动态或静态环境下的高频、非接触式外径及圆度在线测量。", "focused_product": "ZLDS202-HS", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HS", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HS-线激光传感器大型管道直径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "industrial-automation-precision-dimension-measurement-guide-zlds202-hs", "category": "application_article", "category_cn": "应用文章", "title": "工业自动化高精度尺寸测量与轮廓扫描选型及部署指南", "summary": "**目标**: 在高速工业自动化生产线上实现微米级精度的几何尺寸、形状公差及轮廓细节的非接触式实时监测〔REF-002〕。", "focused_product": "ZLDS202-HS", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HS", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HS-线激光传感器工业自动化精密尺寸测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "industrial-precision-profile-scanning-selection-guide", "category": "application_article", "category_cn": "应用文章", "title": "工业自动化精密轮廓扫描选型与部署指南", "summary": "**目标**: 在高速自动化生产线上实现毫米至微米级的几何轮廓在线检测、三维形貌数字化及机器人路径引导〔REF-002〕。", "focused_product": "ZLDS202-HS", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HS", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HS-线激光传感器工业自动化精密轮廓扫描/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "industrial-automation-path-correction-guide", "category": "application_article", "category_cn": "应用文章", "title": "工业自动化路径校正与实时轮廓检测部署指南", "summary": "**目标**: 解决工业机器人在高速运动、极端环境（-40°C至+120°C）下的实时路径偏置校正与三维轮廓重构需求〔REF-002〕。", "focused_product": "ZLDS202-HS", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HS", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HS-线激光传感器工业自动化路径校正/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "i-beam-geometric-measurement-selection-guide", "category": "application_article", "category_cn": "应用文章", "title": "工字钢几何参数在线测量与自动化检测选型指南", "summary": "**目标**: 实现工字钢在高速动态生产线上的截面轮廓捕捉与关键几何尺寸（如腹板高度、翼缘宽度）的非接触式精密测量。〔REF-002〕", "focused_product": "ZLDS202-HS", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HS", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HS-线激光传感器工字钢几何参数测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "hs-multi-channel-strip-width-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "工业带状物体同步多通道宽度测量选型与部署指南", "summary": "**测量目标**: 实现高速生产线上带状材料（如带钢、橡胶带、纺织品等）的实时宽度监控、截面轮廓获取及多点同步尺寸验证〔REF-002〕。", "focused_product": "ZLDS202-HS", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HS", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HS-线激光传感器带状物体同步多通道宽度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "hs-spring-3d-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "工业弹簧精密三维形貌测量与质量控制选型指南", "summary": "**目标**: 实现高速生产线上的弹簧三维形貌全检，涵盖外径、线径、节距及表面缺陷的精密测量。〔REF-002〕", "focused_product": "ZLDS202-HS", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HS", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HS-线激光传感器弹簧的三维测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "minimally-invasive-surgery-organic-material-3d-scanning-guide", "category": "application_article", "category_cn": "应用文章", "title": "微创手术中有机材料三维轮廓扫描选型与部署指南", "summary": "**目标**: 实现微创手术中生物有机组织（如脏器、肌肉、骨骼）的亚毫米级三维重建，为术中导航与路径规划提供高实时性数据反馈〔REF-002〕。", "focused_product": "ZLDS202-HS", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HS", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HS-线激光传感器微创手术中的有机材料三维扫描/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "hs-micro-target-precision-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "工业微小目标精密尺寸测量选型与部署指南", "summary": "**目标**: 解决高精密自动化产线上微小目标（如电子引脚、微小齿轮、压印字符）的高速、高精度 3D 轮廓测量需求。〔REF-002〕", "focused_product": "ZLDS202-HS", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HS", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HS-线激光传感器微小目标精密尺寸测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "pcb-pin-height-measurement-selection-guide-zlds202-hs", "category": "application_article", "category_cn": "应用文章", "title": "电子制造领域电路板引脚高度检测选型与部署指南", "summary": "**目标**: 实现 PCB 板插脚（PIN 针）高度的在线高速全检，确保焊接可靠性与电气连接稳定性。〔REF-002〕", "focused_product": "ZLDS202-HS", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HS", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HS-线激光传感器快速测量PCB板插脚（PIN针 ）的高度/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "hs-suspension-arm-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "工业悬挂臂几何参数非接触式快速测量与选型部署指南", "summary": "**目标**: 实现复杂工业环境下悬挂臂（汽车底盘、铁路转向架等）长度、直径、孔位及角度的高精度、高效率自动化检测，替代传统低效且易损伤表面的接触式测量〔REF-…", "focused_product": "ZLDS202-HS", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HS", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HS-线激光传感器悬挂臂几何参数测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "flat-object-shape-position-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "扁平物体高精度形状与位置尺寸测量系统选型与部署指南", "summary": "**测量目标**: 实现各类扁平工业零件（如车身板件、电子壳体、包装材料等）的三维轮廓、表面平整度及动态位置尺寸的高速非接触式获取〔REF-002〕。", "focused_product": "ZLDS202-HS", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HS", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HS-线激光传感器扁平物体形状和位置长测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "flat-steel-width-detection-selection-guide", "category": "application_article", "category_cn": "应用文章", "title": "扁钢宽度在线精密测量选型与部署指南", "summary": "**测量目标**: 实现扁钢在生产线高速运动状态下的非接触式宽度实时测量，取代低效的人工抽检方案〔REF-002〕。", "focused_product": "ZLDS202-HS", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HS", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HS-线激光传感器扁钢宽度检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "plug-pin-gap-detection-selection-guide", "category": "application_article", "category_cn": "应用文章", "title": "工业插头引脚间隙精密检测选型与部署指南", "summary": "**检测目标**: 实现插头引脚（Pin）间隙、高度、共面度及几何轮廓的 100% 在线高速全检，确保电气连接的可靠性并防止接触不良或短路风险〔REF-002〕。", "focused_product": "ZLDS202-HS", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HS", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HS-线激光传感器插头引脚间隙检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "industrial-square-steel-width-measurement-selection-guide", "category": "application_article", "category_cn": "应用文章", "title": "工业方钢宽度在线高精度测量选型与部署指南", "summary": "**目标**: 在高速自动化生产线上实现方钢宽度的非接触式、实时在线高精度测量，替代传统人工卡尺或低频机械检具〔REF-002〕。", "focused_product": "ZLDS202-HS", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HS", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HS-线激光传感器方钢宽度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "seamless-steel-pipe-od-measurement-guide-zlds202-hs", "category": "application_article", "category_cn": "应用文章", "title": "无缝钢管外径在线检测系统选型与部署指南", "summary": "**目标**: 在现代制造业高速生产线上，实现无缝钢管外径、圆度及管壁轮廓的非接触式、高频、精密实时监测〔REF-002〕。", "focused_product": "ZLDS202-HS", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HS", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HS-线激光传感器无缝钢管外径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "crankshaft-cutting-tool-precision-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "高速旋转切削刀具几何特征精密非接触式在线测量与选型部署指南", "summary": "**目标**: 实现曲轴加工过程中切削刀具、几何轮廓及加工余量的亚微米级非接触式高速在线监测。〔REF-002〕", "focused_product": "ZLDS202-HS", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HS", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HS-线激光传感器曲轴切削工具精密几何测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "hs-channel-steel-geometric-detection-guide", "category": "application_article", "category_cn": "应用文章", "title": "高速线激光扫描技术在槽钢几何参数精密检测中的选型与部署指南", "summary": "**目标**: 实现槽钢生产线上高度、腿宽、腰厚及轮廓平直度的实时、非接触式精密测量〔REF-002〕。", "focused_product": "ZLDS202-HS", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HS", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HS-线激光传感器槽钢几何参数检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "hs-channel-steel-flatness-guide", "category": "application_article", "category_cn": "应用文章", "title": "型钢平直度高速在线测量系统选型与部署指南", "summary": "**目标**: 在钢铁生产线上实现槽钢平直度、弯曲度及截面几何尺寸的自动化、非接触式高速监测〔REF-002〕。", "focused_product": "ZLDS202-HS", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HS", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HS-线激光传感器槽钢平直度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "airbag-stitching-inspection-guide-zlds202-hs", "category": "application_article", "category_cn": "应用文章", "title": "气囊缝合位置在线检测与质量控制选型指南", "summary": "**目标**: 实现汽车安全气囊高速生产线（最高 16,000 轮廓/秒）中缝合轨迹、高度及完整性的 100% 自动在线检测，确保爆破安全性能〔REF-002〕。", "focused_product": "ZLDS202-HS", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HS", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HS-线激光传感器气囊缝合位置检查/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "automotive-robotics-gap-control-selection-guide", "category": "application_article", "category_cn": "应用文章", "title": "工业机器人高精度间隙测量与自动化装配选型指南", "summary": "**目标**: 实现汽车生产线白车身焊接、装配及涂装环节中，毫米级间隙与面差的高速、非接触式在线精密测量与自动化补偿〔REF-002〕。", "focused_product": "ZLDS202-HS", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HS", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HS-线激光传感器汽车行业机器人控制中的精确间隙控制/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "3d-scanning-before-laser-cladding-guide", "category": "application_article", "category_cn": "应用文章", "title": "激光涂覆工艺前工件三维扫描选型与部署指南", "summary": "**目标**: 通过高频次线激光扫描获取工件表面点云，为激光熔覆/涂覆提供高精度的路径规划基础及基准位置数据。〔REF-002〕", "focused_product": "ZLDS202-HS", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HS", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HS-线激光传感器激光涂覆前的工件3D扫描/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "laser-weld-integrity-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "激光焊缝完整性在线测量与质量评估系统选型及部署指南", "summary": "**目标**: 在工业高速生产线上实现激光焊缝 100% 的自动化几何尺寸测量与表面缺陷识别，确保焊接连接的可靠性与安全性〔REF-002〕。", "focused_product": "ZLDS202-HS", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HS", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HS-线激光传感器激光焊缝完整性测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "hot-rolled-material-thickness-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "热轧材料在线厚度测量选型与部署指南", "summary": "**目标**: 在 1000°C 以上的高温、高速（超过 4000 轮廓/秒）热轧生产线上，实现非接触式、高精度的实时厚度及轮廓监控〔REF-001〕。", "focused_product": "ZLDS202-HS", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HS", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HS-线激光传感器热轧材料厚度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "hs-welding-seam-recognition-and-tracking-guide", "category": "application_article", "category_cn": "应用文章", "title": "高精度工业焊接接缝识别与动态跟踪系统选型及部署指南", "summary": "**目标**: 在高速自动化焊接过程中，实现焊接接缝的实时精准识别、定位与路径动态纠偏，确保焊接工艺的稳定性与一致性。〔REF-002〕", "focused_product": "ZLDS202-HS", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HS", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HS-线激光传感器焊接接缝识别和跟踪/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "hs-welding-seam-tracking-guide", "category": "application_article", "category_cn": "应用文章", "title": "工业焊接接缝实时跟踪与几何参数测量选型与部署指南", "summary": "**目标: ** 在高速、高温的自动化焊接过程中，实现焊接路径的微秒级实时跟踪及焊缝几何尺寸（如间隙、错边、深度）的高精度闭环检测。〔REF-002〕", "focused_product": "ZLDS202-HS", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HS", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HS-线激光传感器焊接接缝跟踪和几何参数测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "welded-steel-pipe-diameter-measurement-guide-zlds202-hs", "category": "application_article", "category_cn": "应用文章", "title": "焊接钢管直径在线测量选型与部署指南", "summary": "**目标**: 实现焊接钢管（石油、建筑、汽车级）生产过程中外径、圆度及截面轮廓的高速、高精度非接触式在线自动监测〔REF-002〕。", "focused_product": "ZLDS202-HS", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HS", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HS-线激光传感器焊接钢管直径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "industrial-weld-seam-positioning-sensor-selection-guide", "category": "application_article", "category_cn": "应用文章", "title": "工业焊接缝自动定位与形貌测量传感器选型及部署指南", "summary": "**核心目标**: 实现焊接机器人运动路径的实时精确纠偏，并对焊后形貌（余高、宽度、错边）进行非接触式定量评估，提升焊接工艺的一致性与结构可靠性〔REF-002〕…", "focused_product": "ZLDS202-HS", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HS", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HS-线激光传感器焊缝定位/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "welding-seam-contour-measurement-selection-guide", "category": "application_article", "category_cn": "应用文章", "title": "工业级焊缝轮廓精密测量选型与部署指南", "summary": "**目标**: 实现焊接过程中或焊后焊缝几何参数（如余高、宽度、错边、坡口等）的高速、非接触式在线精密测量与质量控制〔REF-002〕。", "focused_product": "ZLDS202-HS", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HS", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HS-线激光传感器焊缝的轮廓测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "industrial-weld-seam-recognition-deployment-guide", "category": "application_article", "category_cn": "应用文章", "title": "工业级高速焊缝识别与自动化轮廓检测选型与部署指南", "summary": "**目标**: 在动态、高温及复杂工业环境下，实现焊缝几何特征（宽度、深度、形状、位置）的实时、非接触式高精度捕捉与识别〔REF-002〕。", "focused_product": "ZLDS202-HS", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HS", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HS-线激光传感器焊缝识别/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "weld-seam-profile-measurement-deployment-guide", "category": "application_article", "category_cn": "应用文章", "title": "工业级焊缝轮廓精密检测与自动化部署指南", "summary": "**目标**: 实现对焊接接头（包括高度、宽度、形状、余高及缺陷）的非接触式、高速度、高精度在线三维轮廓扫描与质量评估〔REF-002〕。", "focused_product": "ZLDS202-HS", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HS", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HS-线激光传感器焊缝轮廓测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "logistics-item-shape-measurement-guide-zlds202-hs", "category": "application_article", "category_cn": "应用文章", "title": "物流仓储物品形状测量系统选型与部署指南", "summary": "**目标**: 在高速物流流水线上实现对不同形状包裹、包装件的实时轮廓扫描、三维建模及精确体积计算。〔REF-002〕", "focused_product": "ZLDS202-HS", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HS", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HS-线激光传感器物流管理中物品形状测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "biological-tissue-thickness-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "生物组织厚度在线监测与选型部署指南", "summary": "**目标**: 在不接触、不损伤生物组织的前提下，实现亚微米级精度的实时厚度及表面轮廓测量，为手术导航、病灶评估及生物力学研究提供量化依据。〔REF-002〕", "focused_product": "ZLDS202-HS", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HS", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HS-线激光传感器生物组织厚度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "hs-silicon-ingot-side-length-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "硅锭几何尺寸高精度在线检测与扫描选型指南", "summary": "**目标**: 实现硅锭侧边长度、截面轮廓及整体几何公差的自动化、高精度在线测量，消除人工误差并提升切割前的物料一致性控制能力〔REF-002〕。", "focused_product": "ZLDS202-HS", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HS", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HS-线激光传感器硅锭侧长测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "silicon-ingot-geometric-parameter-detection-guide", "category": "application_article", "category_cn": "应用文章", "title": "硅锭几何参数高精度检测选型与部署指南", "summary": "**测量目标**: 实现硅锭（单晶硅/多晶硅）生产过程中的全自动化、非接触式几何公差检测，确保侧长、对角线、平面度等核心指标符合半导体级或光伏级工艺要求〔REF-…", "focused_product": "ZLDS202-HS", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HS", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HS-线激光传感器硅锭几何参数检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "silicon-ingot-diagonal-length-measurement-deployment-guide", "category": "application_article", "category_cn": "应用文章", "title": "半导体硅锭几何尺寸高精度自动化检测选型与部署指南", "summary": "**目标**: 实现半导体/光伏级单晶或多晶硅锭截面对角线长度、几何轮廓及表面缺陷的非接触式在线高速检测，确保切割工艺前序质量管控。〔REF-002〕", "focused_product": "ZLDS202-HS", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HS", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HS-线激光传感器硅锭对角线长度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "silicon-ingot-flatness-measurement-selection-guide-zlds202-hs", "category": "application_article", "category_cn": "应用文章", "title": "硅锭表面平面度非接触式测量选型与部署指南", "summary": "**目标**: 在半导体及光伏生产中实现硅锭（单晶/多晶）表面的高精度、高速非接触式平面度测量，以优化切割工艺并提升成品良率〔REF-002〕。", "focused_product": "ZLDS202-HS", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HS", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HS-线激光传感器硅锭平面度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "silicon-ingot-phase-length-measurement-guide-zlds202-hs", "category": "application_article", "category_cn": "应用文章", "title": "硅材料制造中的硅锭尺寸及相位长测量选型与部署指南", "summary": "**目标**: 实现硅锭相位长、总长及表面形貌的高精度、非接触式在线自动化测量，消除人工测量误差并防止划伤被测体〔REF-002〕。", "focused_product": "ZLDS202-HS", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HS", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HS-线激光传感器硅锭相位长测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "hs-silicon-ingot-angle-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "半导体制造中硅锭几何角度测量与选型部署指南", "summary": "**目标**: 实现单晶/多晶硅锭在切割工艺前的几何角度、端面垂直度及截面轮廓的在线精密检测，以降低切片损耗并提升成品率。〔REF-002〕", "focused_product": "ZLDS202-HS", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HS", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HS-线激光传感器硅锭角度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "hs-carbon-ribbon-width-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "工业碳带宽度高精度在线监测与选型部署指南", "summary": "**目标**: 在高速生产（最高 16000 轮廓/秒）环境下，实现碳带宽度的实时、非接触式在线测量与边缘质量监控〔REF-001〕〔REF-002〕。", "focused_product": "ZLDS202-HS", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HS", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HS-线激光传感器碳带宽度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "seed-geometry-measurement-selection-guide", "category": "application_article", "category_cn": "应用文章", "title": "现代农业种子几何参数非接触式测量选型与部署指南", "summary": "**目标**: 实现种子表型分析中高吞吐、高精度的几何参数自动化测量，解决人工及 2D 视觉测量在深度及体积维度的缺失问题。〔REF-002〕", "focused_product": "ZLDS202-HS", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HS", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HS-线激光传感器种子的形状及尺寸测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "hs-adhesive-bead-identification-guide", "category": "application_article", "category_cn": "应用文章", "title": "工业自动化生产线粘合剂涂覆质量识别与非接触式测量选型指南", "summary": "**核心目标**: 实现高速自动化生产线（如机器人涂胶）中粘合剂条（Adhesive Bead）的宽度、厚度、断胶及轨迹偏差的 100% 在线实时检测〔REF-0…", "focused_product": "ZLDS202-HS", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HS", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HS-线激光传感器粘合剂条识别/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "adhesive-bead-profile-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "工业自动化粘合剂条高速轮廓测量与部署指南", "summary": "**目标**: 实现现代高节奏生产线下粘合剂条、结构胶、密封条的截面几何尺寸（宽度、高度、横截面积）及涂布质量的实时检测与质量追溯。〔REF-002〕", "focused_product": "ZLDS202-HS", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HS", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HS-线激光传感器粘合剂条轮廓测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "hs-adhesive-bead-inspection-guide", "category": "application_article", "category_cn": "应用文章", "title": "工业粘合剂珠涂覆轮廓在线测量与质量评估选型指南", "summary": "**目标**: 实现高动态环境下粘合剂珠（胶条）的截面几何形状、体积一致性及空间位置的实时在线监测。", "focused_product": "ZLDS202-HS", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HS", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HS-线激光传感器粘合剂珠检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "hs-adhesive-bead-edge-detection-guide", "category": "application_article", "category_cn": "应用文章", "title": "粘合剂珠边缘高速检测系统选型与部署指南", "summary": "**目标**: 在工业自动化流水线上实现粘合剂珠（胶条）边缘位置、宽度、高度及横截面轮廓的毫秒级高精度实时检测〔REF-002〕。", "focused_product": "ZLDS202-HS", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HS", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HS-线激光传感器粘合剂珠边缘检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "precision-workpiece-tolerance-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "精密工件几何尺寸与公差验证选型及部署指南", "summary": "**目标**: 在高速自动化产线上实现精密工件的几何尺寸与形位公差（GD&T）的在线非接触式验证，确保 100% 质检覆盖率〔REF-002〕。", "focused_product": "ZLDS202-HS", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HS", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HS-线激光传感器精密工件尺寸公差验证/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "precision-workpiece-bending-radius-measurement-guide-zlds202-hs", "category": "application_article", "category_cn": "应用文章", "title": "精密工件弯曲半径在线测量与选型部署指南", "summary": "**目标**: 实现金属加工、汽车及航天等领域精密工件弯曲半径（R角）的高效率、高重复性非接触式在线自动测量。〔REF-002〕", "focused_product": "ZLDS202-HS", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HS", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HS-线激光传感器精密工件弯曲半径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "precision-workpiece-shape-deviation-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "精密工件形状偏差非接触式测量选型与部署指南", "summary": "**测量目标**: 实现对金属、塑料或复合材质精密工件的在线形状偏差（如平直度、圆度、轮廓度）的高速非接触式测量〔REF-002〕。", "focused_product": "ZLDS202-HS", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HS", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HS-线激光传感器精密工件形状偏差测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "precision-workpiece-angle-measurement-guide-zlds202-hs", "category": "application_article", "category_cn": "应用文章", "title": "精密工件角度检测与自动化选型部署指南", "summary": "**目标**: 在高速自动化生产线或机器人柔性加工单元中，实现精密工件关键特征角度（如倒角、夹角、安装倾角）的非接触式、高效率精密测量。〔REF-002〕", "focused_product": "ZLDS202-HS", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HS", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HS-线激光传感器精密工件角度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "hs-precision-workpiece-height-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "精密工件高度测量传感器选型与部署指南", "summary": "**测量目标**: 实现对精密金属、陶瓷及复合材料工件高度、台阶差及表面轮廓的非接触式、高频在线检测〔REF-002〕。", "focused_product": "ZLDS202-HS", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HS", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HS-线激光传感器精密工件高度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "hs-precision-component-size-verification-guide", "category": "application_article", "category_cn": "应用文章", "title": "精密部件尺寸验证系统选型与部署指南", "summary": "**目标**: 在高速生产线上实现精密机械零部件的 100% 尺寸验证与形位公差在线检测，替代低效的抽检模式〔REF-002〕。", "focused_product": "ZLDS202-HS", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HS", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HS-线激光传感器精密部件尺寸验证/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "racing-car-road-clearance-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "赛车地隙与动态姿态精密测量选型与部署指南", "summary": "**目标**: 在赛车高速行驶（300km/h+）过程中，实现底盘离地间隙（Ride Height）与悬挂姿态的实时、高频、微米级监测〔REF-002〕。", "focused_product": "ZLDS202-HS", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HS", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HS-线激光传感器精确测量赛车与路面的距离/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "paper-industry-object-width-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "纸张生产线宽度在线检测选型与部署指南", "summary": "**目标**: 在高速造纸或卷材加工生产线上，实现非接触式的实时宽度监控，确保尺寸公差控制在亚毫米级，同时避免物理损伤。〔REF-002〕", "focused_product": "ZLDS202-HS", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HS", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HS-线激光传感器纸张行业物体宽度精确测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "paper-industry-edge-positioning-guide", "category": "application_article", "category_cn": "应用文章", "title": "纸张生产线边缘高精定位与实时监测选型指南", "summary": "**目标**: 在高速纸张生产、印刷及包装过程中实现亚毫米级的边缘实时定位与跑偏动态监测〔REF-002〕。", "focused_product": "ZLDS202-HS", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HS", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HS-线激光传感器纸张行业物体边缘定位/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "textile-object-width-precision-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "纺织行业物体宽度高精度在线测量选型与部署指南", "summary": "**目标**: 实现高速纺织生产线上织物、布匹及柔性材料宽度的实时、非接触式精密监控〔REF-002〕。", "focused_product": "ZLDS202-HS", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HS", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HS-线激光传感器纺织行业物体宽度精确测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "textile-edge-positioning-sensor-selection-guide", "category": "application_article", "category_cn": "应用文章", "title": "纺织工业物体边缘精准定位系统选型与部署指南", "summary": "**目标**: 解决现代纺织生产线中柔性织物在高速运行状态下的边缘检测、纠偏定位及宽度实时监测问题，提升剪裁与拼接精度〔REF-002〕。", "focused_product": "ZLDS202-HS", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HS", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HS-线激光传感器纺织行业物体边缘定位/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "hs-automated-width-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "工业自动化生产线产品宽度在线检测系统选型与部署指南", "summary": "**目标**: 在高速、高动态环境下实现对工业产品（如板材、型材、零部件）宽度的非接触式实时精密测量〔REF-002〕。", "focused_product": "ZLDS202-HS", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HS", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HS-线激光传感器自动化宽度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "hs-automation-line-position-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "自动化生产线产品位置测量选型与部署指南", "summary": "**目标**: 在高速运动状态下实现被测产品空间坐标、偏转角度及关键几何特征的微秒级捕捉与定位〔REF-002〕。", "focused_product": "ZLDS202-HS", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HS", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HS-线激光传感器自动化生产线产品位置测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "production-line-volume-measurement-selection-and-deployment-guide", "category": "application_article", "category_cn": "应用文章", "title": "自动化生产线产品体积测量选型与部署指南", "summary": "**目标**: 在工业自动化生产线上实现高速、非接触式的产品三维体积实时测量与几何参数提取〔REF-002〕。", "focused_product": "ZLDS202-HS", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HS", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HS-线激光传感器自动化生产线产品体积测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "hs-production-line-object-counting-guide", "category": "application_article", "category_cn": "应用文章", "title": "自动化生产线物体计数高精度检测与系统选型指南", "summary": "**目标**: 在超高速（高达16kHz采样）自动化生产线上实现非接触式、高可靠性的物体识别与精确计数〔REF-002〕。", "focused_product": "ZLDS202-HS", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HS", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HS-线激光传感器自动化生产线物体计数/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "automated-edge-position-measurement-selection-guide-zlds202-hs", "category": "application_article", "category_cn": "应用文章", "title": "工业自动化边缘位置测量与轮廓扫描选型及部署指南", "summary": "**目标**: 在高速运动或复杂工业环境下，实现亚毫米级精度的工件边缘定位、几何特征提取及自动化质量补偿。〔REF-002〕", "focused_product": "ZLDS202-HS", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HS", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HS-线激光传感器自动化边缘位置测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "hs-automated-gap-measurement-selection-guide", "category": "application_article", "category_cn": "应用文章", "title": "工业自动化生产线间隙非接触式测量选型与部署指南", "summary": "**目标**: 在工业自动化流水线上实现高频、高精度的间隙实时在线监测，替代低效且一致性差的人工塞尺或接触式量规测量〔REF-002〕。", "focused_product": "ZLDS202-HS", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HS", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HS-线激光传感器自动化间隙测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "chip-flatness-measurement-selection-guide-zlds202-hs", "category": "application_article", "category_cn": "应用文章", "title": "工业级芯片平面度在线检测与选型部署指南", "summary": "**目标**: 实现半导体封测及精密电子制造线上的芯片表面平面度、翘曲度及形貌的高速、非接触式微米级在线检测〔REF-002〕。", "focused_product": "ZLDS202-HS", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HS", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HS-线激光传感器芯片平面度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "angle-steel-geometric-dimension-measurement-guide-zlds202-hs", "category": "application_article", "category_cn": "应用文章", "title": "角钢几何尺寸在线测量与自动化质检系统选型指南", "summary": "**测量目标**: 实现高速输送线上角钢厚度、宽度、边长及两翼夹角的实时、全量非接触式几何特征提取〔REF-002〕。", "focused_product": "ZLDS202-HS", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HS", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HS-线激光传感器角钢几何尺寸测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "racing-car-performance-optimization-selection-guide-zlds202-hs", "category": "application_article", "category_cn": "应用文章", "title": "赛车动态性能实时监测与关键部件轮廓测量系统选型部署指南", "summary": "**目标**: 在极端动态环境下（高速、高振动、变温）实现赛车底盘高度、轮胎形变及空气动力学部件的亚毫米级实时轮廓测量〔REF-002〕。", "focused_product": "ZLDS202-HS", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HS", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HS-线激光传感器赛车性能优化/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "hs-axle-contour-scanning-guide", "category": "application_article", "category_cn": "应用文章", "title": "工业车辆车桥高速轮廓扫描与尺寸检测选型指南", "summary": "**核心目标**: 实现车桥截面几何参数的高速非接触式扫描，替代传统接触式卡尺，提升生产线检测通量。〔REF-002〕", "focused_product": "ZLDS202-HS", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HS", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HS-线激光传感器车桥轮廓测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "car-body-serial-number-embossed-depth-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "车身序列号压印深度检测选型与部署指南", "summary": "**目标**: 在汽车生产线上实现 VIN 码（车辆识别码）等压印字符深度的非接触式、自动化在线测量，确保标识的清晰度与合规性。", "focused_product": "ZLDS202-HS", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HS", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HS-线激光传感器车身序列号的压印深度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "hs-wheelset-profile-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "高速线激光轮廓测量系统选型与部署指南", "summary": "**目标**: 实现轨道交通及重工业领域轮对、踏面、轮缘的高精度高速在线动态监测与几何公差验证〔REF-002〕。", "focused_product": "ZLDS202-HS", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HS", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HS-线激光传感器轮对轮廓测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "hs-flange-inner-surface-geometric-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "轮缘内表面几何形状高精度自动测量系统选型与部署指南", "summary": "**目标**: 实现轮缘内表面（如汽车轮毂、火车轮对、工业轴颈）的高频、无损、自动化 2D/3D 轮廓几何参数检测〔REF-002〕。", "focused_product": "ZLDS202-HS", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HS", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HS-线激光传感器轮缘内表面的几何形状测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "tire-identification-dot-code-scanning-guide", "category": "application_article", "category_cn": "应用文章", "title": "高速工业轮胎自动识别与字符编码检测选型与部署指南", "summary": "**目标**: 在高速旋转（全量程4kHz/ROI 16kHz）状态下实现轮胎侧壁DOT代码及几何特征的亚毫米级自动化提取〔REF-001〕〔REF-002〕。", "focused_product": "ZLDS202-HS", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HS", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HS-线激光传感器轮胎自动识别和DOT代码识别/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "hs-tire-industry-3d-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "轮胎制造过程高精度三维形状与几何尺寸测量选型与部署指南", "summary": "**目标**: 实现轮胎生产全流程的自动化高精度三维几何尺寸检测，涵盖胎面花纹深度、胎侧压印、整体轮廓及平整度。〔REF-002〕", "focused_product": "ZLDS202-HS", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HS", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HS-线激光传感器轮胎行业三维测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "hs-metal-strip-thickness-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "金属切割线板材厚度在线检测系统选型与部署指南", "summary": "**目标**: 在高速动态金属切割线上实现高精度、非接触式的板材厚度与轮廓实时监测，解决传统接触式测量损伤表面及低效的问题〔REF-002〕。", "focused_product": "ZLDS202-HS", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HS", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HS-线激光传感器金属切割线中金属带的厚度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "hs-metal-strip-thickness-measurement-guide-zlds202-hs", "category": "application_article", "category_cn": "应用文章", "title": "工业金属带材在线厚度测量系统选型与部署指南", "summary": "**目标**: 在高速自动化生产线上实现金属带（如带钢、铝箔、铜带）厚度的非接触式、高频在线实时监控〔REF-002〕。", "focused_product": "ZLDS202-HS", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HS", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HS-线激光传感器金属带的厚度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "metal-strip-profile-detection-guide", "category": "application_article", "category_cn": "应用文章", "title": "金属带材轮廓尺寸测量与选型部署指南", "summary": "**目标**: 实现金属带材（如冷/热轧钢带、铝箔、铜带等）的高速在线几何参数监测、边缘缺陷识别及平直度评估。〔REF-002〕", "focused_product": "ZLDS202-HS", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HS", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HS-线激光传感器金属带轮廓检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "metal-plate-deformation-measurement-guide-zlds202-hs", "category": "application_article", "category_cn": "应用文章", "title": "工业金属板材变形在线检测系统选型与部署指南", "summary": "**目标**: 实现对快速移动金属板材的微米级形变量、平直度及表面轮廓缺陷的实时在线监测，预防因受力或热应力引起的加工质量劣化〔REF-002〕。", "focused_product": "ZLDS202-HS", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HS", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HS-线激光传感器金属板变形测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "metal-plate-width-online-measurement-selection-guide", "category": "application_article", "category_cn": "应用文章", "title": "工业金属板宽度在线测量系统选型与部署指南", "summary": "**核心目标**: 实现金属板材在高速流水线上的实时、非接触式宽度检测，替代低效的机械测量与低精度的传统光学检测〔REF-002〕。", "focused_product": "ZLDS202-HS", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HS", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HS-线激光传感器金属板宽度在线测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "metal-plate-dimension-automation-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "金属板尺寸自动化测量与在线检测选型指南", "summary": "**目标**: 在金属加工及自动化生产线上实现板材宽度、长度及表面轮廓的实时、高频、非接触式测量。〔REF-002〕", "focused_product": "ZLDS202-HS", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HS", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HS-线激光传感器金属板尺寸自动化测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "hs-metal-plate-flatness-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "金属板平面度高精度在线测量选型与部署指南", "summary": "**目标: ** 在高动态工业生产线上实现金属板材表面平面度的非接触式、亚微米级分辨率实时检测〔REF-002〕。", "focused_product": "ZLDS202-HS", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HS", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HS-线激光传感器金属板平面度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "metal-plate-straightness-measurement-selection-guide", "category": "application_article", "category_cn": "应用文章", "title": "金属板材直线度在线检测选型与部署指南", "summary": "**目标**: 实现高速运动金属板材的直线度、平整度及几何尺寸的非接触式实时在线监测，替代低效的机械式接触测量〔REF-002〕。", "focused_product": "ZLDS202-HS", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HS", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HS-线激光传感器金属板直线度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "hs-metal-plate-length-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "工业金属板长度高精度测量选型与部署指南", "summary": "**目标**: 在动态、高速生产环境下，实现金属板材长度的非接触式、亚毫米级精度测量，解决机械测量磨损与传统点激光覆盖不足的问题〔REF-002〕。", "focused_product": "ZLDS202-HS", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HS", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HS-线激光传感器金属板长度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "hs-metal-surface-3d-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "金属表面三维轮廓与几何特征精密测量选型与部署指南", "summary": "**目标**: 实现现代工业生产中金属零部件表面高精度、高效率、非接触式的3D轮廓采集与几何特征分析〔REF-002〕。", "focused_product": "ZLDS202-HS", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HS", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HS-线激光传感器金属表面3D测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "hs-steel-belt-rim-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "工业轮缘几何参数在线轮廓测量选型与部署指南", "summary": "**目标**: 实现对高速运动中的钢带轮缘进行非接触式、高频次的几何参数（宽度、断面轮廓、高度差等）精密测量与在线质检〔REF-002〕。", "focused_product": "ZLDS202-HS", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HS", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HS-线激光传感器钢带轮缘的几何参数测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "railway-wheelset-monitoring-selection-guide", "category": "application_article", "category_cn": "应用文章", "title": "轨道交通轮轴动态几何参数在线测量与选型部署指南", "summary": "**目标: ** 实现轨道交通车辆在动态运行状态下轮轴几何尺寸、轮缘廓形、踏面磨耗及轴身损伤的非接触式、高精度实时在线监测〔REF-002〕。", "focused_product": "ZLDS202-HS", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HS", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HS-线激光传感器铁路轮轴监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "rail-single-side-scanning-deployment-guide", "category": "application_article", "category_cn": "应用文章", "title": "轨道几何形状与表面质量在线扫描选型与部署指南", "summary": "**检测目标**: 实现对铁轨几何形状、表面微小缺陷及动态磨损情况的非接触式高速在线评估，确保列车高速运行下的行车安全〔REF-002〕。", "focused_product": "ZLDS202-HS", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HS", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HS-线激光传感器铁轨单面扫描/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "hs-gap-identification-guide", "category": "application_article", "category_cn": "应用文章", "title": "工业高精度间隙识别与轮廓测量选型部署指南", "summary": "**目标**: 在高速生产（最高 16000 轮廓/秒）环境下，实现部件间隙宽度、深度及精密配合尺寸的非接触式自动化检测〔REF-001〕〔REF-002〕。", "focused_product": "ZLDS202-HS", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HS", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HS-线激光传感器间隙识别/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "industrial-gap-profile-measurement-selection-guide", "category": "application_article", "category_cn": "应用文章", "title": "工业间隙轮廓测量技术选型与部署指南", "summary": "**目标**: 实现现代工业生产线中零部件缝隙、装配间隙及焊接接缝的高速、高精度非接触式三维轮廓检测〔REF-002〕。", "focused_product": "ZLDS202-HS", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HS", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HS-线激光传感器间隙轮廓测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "ceramic-precision-geometric-measurement-selection-guide", "category": "application_article", "category_cn": "应用文章", "title": "陶瓷制品精密几何测量选型与部署指南", "summary": "**目标: ** 实现陶瓷精密零件（如电子基板、医疗陶瓷植入物、汽车喷油嘴陶瓷芯）的 100% 在线非接触式几何尺寸与三维轮廓检测〔REF-002〕。", "focused_product": "ZLDS202-HS", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HS", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HS-线激光传感器陶瓷品精密几何测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "ic-pin-measurement-selection-guide", "category": "application_article", "category_cn": "应用文章", "title": "集成电路引脚精密尺寸与形貌测量选型及部署指南", "summary": "**目标**: 实现对微米级集成电路（IC）引脚（如 QFP、SOP、BGA 等）的高度、间距、共面性及形变的非接触式自动化高速扫描检测〔REF-002〕。", "focused_product": "ZLDS202-HS", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HS", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HS-线激光传感器集成电路引脚测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "ic-pin-counting-gap-measurement-selection-guide-zlds202-hs", "category": "application_article", "category_cn": "应用文章", "title": "集成电路引脚计数与间隙测量系统选型与部署指南", "summary": "**目标**: 在高速自动化生产线上实现集成电路（IC）引脚的非接触式在线全检，涵盖计数、间隙、宽度及共面性测量〔REF-002〕。", "focused_product": "ZLDS202-HS", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HS", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HS-线激光传感器集成电路引脚计数及间隙测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "roughing-process-high-temp-size-control-guide", "category": "application_article", "category_cn": "应用文章", "title": "粗轧工艺中高温物体尺寸实时在线测量选型与部署指南", "summary": "**目标**: 在钢铁或有色金属粗轧生产线上，实现对红热状态（最高可达 1200°C 以上）金属件的非接触式截面轮廓与尺寸实时监测〔REF-002〕。", "focused_product": "ZLDS202-HS", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HS", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HS-线激光传感器高温物体在粗轧过程中尺寸的实时控制/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "hs-mechanical-parts-geometric-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "高精度机械零件精密几何测量选型与部署指南", "summary": "**目标**: 实现现代工业制造中复杂几何特征零件（如齿轮、叶片、外壳等）的非接触、高效率在线精密测量〔REF-002〕。", "focused_product": "ZLDS202-HS", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HS", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HS-线激光传感器高精度机械零件精密几何测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "gear-dimension-tolerance-verification-guide-zlds202-hs", "category": "application_article", "category_cn": "应用文章", "title": "工业齿轮几何尺寸与公差在线扫描验证选型部署指南", "summary": "**目标**: 实现大批量生产环境下齿轮几何尺寸与形位公差的非接触式、高速在线全量检测〔REF-002〕。", "focused_product": "ZLDS202-HS", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HS", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HS-线激光传感器齿轮尺寸公差验证/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "gear-deformation-detection-selection-guide", "category": "application_article", "category_cn": "应用文章", "title": "精密齿轮几何参数与形变在线检测系统选型及部署指南", "summary": "**目标**: 实现齿轮在制造、装配及运行过程中的高精度、非接触式形变与几何尺寸动态在线检测，确保机械传动系统的可靠性并预防异响或早期失效。〔REF-002〕", "focused_product": "ZLDS202-HS", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HS", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HS-线激光传感器齿轮形变检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "hs-gear-tooth-characteristics-detection-guide", "category": "application_article", "category_cn": "应用文章", "title": "工业齿轮运行特性及轮廓精度测量选型与部署指南", "summary": "**目标**: 实现高速生产线上齿轮齿形、磨损及运行特性的非接触式在线高精度监测，预防传动系统失效〔REF-002〕。", "focused_product": "ZLDS202-HS", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HS", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HS-线激光传感器齿轮齿的运行特性检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "hsr-uneven-surface-2d-3d-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "工业不均匀表面二维及三维测量方案选型与部署指南", "summary": "**目标**: 通过高频线激光扫描技术，实现对工业工件不均匀表面的亚毫米级实时轮廓提取与三维重建，识别表面缺陷及形状偏差〔REF-002〕。", "focused_product": "ZLDS202-HSR", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HSR", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HSR-线激光传感器不均匀表面2D-3D测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "hsr-warehouse-item-positioning-guide", "category": "application_article", "category_cn": "应用文章", "title": "仓储管理物品位置测量与定位系统选型与部署指南", "summary": "**目标**: 实现现代仓储中高速移动物品的厘米级乃至毫米级精确三维定位与轮廓识别，提升自动分拣与空间利用效率。〔REF-002〕", "focused_product": "ZLDS202-HSR", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HSR", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HSR-线激光传感器仓储管理中物品位置测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "warehouse-logistics-item-shape-profiling-guide", "category": "application_article", "category_cn": "应用文章", "title": "仓储管理系统中的物品形状测量选型与部署指南", "summary": "**核心目标**: 实现仓储环境中多样化物品（包裹、托盘、非标件）的自动化高精度外形轮廓捕捉与3D几何建模，以优化存储空间利用率并提升自动化搬运系统的分拣效率。〔…", "focused_product": "ZLDS202-HSR", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HSR", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HSR-线激光传感器仓储管理中物品形状测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "low-reflectance-surface-2d-3d-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "低反射率表面几何尺寸与形状非接触式测量选型及部署指南", "summary": "**目标**: 针对吸光性强的低反射材料（如黑色橡胶、哑光塑料、碳纤维等）实现高精度的2D轮廓采集与3D三维建模。〔REF-002〕", "focused_product": "ZLDS202-HSR", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HSR", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HSR-线激光传感器低反射表面2D-3D测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "hsr-glossy-surface-defect-detection-guide", "category": "application_article", "category_cn": "应用文章", "title": "工业产品光滑表面微小缺陷高精度在线检测选型与部署指南", "summary": "**检测目标**: 针对高反光、镜面或高抛光表面的亚微米至微米级缺陷（划痕、凹坑、凸起）进行非接触式高速在线识别。〔REF-001〕", "focused_product": "ZLDS202-HSR", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HSR", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HSR-线激光传感器光滑表面微小缺陷识别/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "groove-profile-measurement-selection-guide-zlds202-hsr", "category": "application_article", "category_cn": "应用文章", "title": "工业凹槽轮廓高效测量与自动化检测选型部署指南", "summary": "**目标**: 实现针对汽车零部件、铁路轨道、机械精密件等各类工业凹槽的高速、非接触式 2D/3D 轮廓扫描与质量在线判定。", "focused_product": "ZLDS202-HSR", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HSR", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HSR-线激光传感器凹槽轮廓测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "hsr-blade-angle-measurement-selection-guide", "category": "application_article", "category_cn": "应用文章", "title": "工业刀片角度在线检测选型与部署指南", "summary": "**目标**: 实现在线、非接触式刀片刃口角度及几何轮廓的高速精确测量，确保在大规模生产中加工精度的一致性。〔REF-002〕", "focused_product": "ZLDS202-HSR", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HSR", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HSR-线激光传感器刀片角度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "cutting-blade-wear-measurement-guide-zlds202-hsr", "category": "application_article", "category_cn": "应用文章", "title": "工业切割刀片磨损在线测量系统选型与部署指南", "summary": "**目标**: 实现高速生产线上切割刀片（如圆刀、直刀、合金刀具）边缘磨损量、崩刃及几何变形的非接触式自动化定量评估〔REF-002〕。", "focused_product": "ZLDS202-HSR", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HSR", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HSR-线激光传感器切割刀片磨损情况测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "large-component-3d-measurement-cutting-system", "category": "application_article", "category_cn": "应用文章", "title": "切割系统中大型组件三维测量选型与部署指南", "summary": "**目标**: 实现大型机械组件（如车桥、钢轨、大型管件）在高速切割或精密加工过程中的非接触式、高分辨率 3D 尺寸监控与质量验证。〔REF-002〕", "focused_product": "ZLDS202-HSR", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HSR", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HSR-线激光传感器切割系统中大型组件的3D测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "hsr-train-tire-profile-detection-guide", "category": "application_article", "category_cn": "应用文章", "title": "轨道交通车轮轮廓在线检测系统选型与部署指南", "summary": "**目标**: 实现列车通过检修库或检测点时，对车轮（轮胎）几何轮廓、踏面磨耗及轮缘参数的高速非接触式实时扫描〔REF-002〕。", "focused_product": "ZLDS202-HSR", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HSR", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HSR-线激光传感器列车轮胎轮廓检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "packaging-object-width-measurement-selection-guide", "category": "application_article", "category_cn": "应用文章", "title": "包装行业物体宽度高精度轮廓测量选型与部署指南", "summary": "**目标**: 在高速包装生产线上实现 100% 在线、非接触式的物体宽度精确测量与截面几何参数提取〔REF-002〕。", "focused_product": "ZLDS202-HSR", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HSR", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HSR-线激光传感器包装行业物体宽度精确测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "hsr-packaging-edge-positioning-guide", "category": "application_article", "category_cn": "应用文章", "title": "包装行业物体边缘定位线激光传感器选型与部署指南", "summary": "**目标**: 在高速包装生产线上实现亚毫米级的物体边缘识别、对齐纠偏及实时尺寸监控，解决传统机械式或光电开关精度不足、易损伤表面的痛点。〔REF-002〕", "focused_product": "ZLDS202-HSR", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HSR", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HSR-线激光传感器包装行业物体边缘定位/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "step-part-tolerance-selection-guide", "category": "application_article", "category_cn": "应用文章", "title": "台阶零件精密尺寸与公差判定选型部署指南", "summary": "**目标**: 实现在高速生产线或成品检测环节中，对台阶零件的尺寸公差、形状公差（如平面度）及位置公差（如平行度）的自动化判定〔REF-002〕。", "focused_product": "ZLDS202-HSR", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HSR", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HSR-线激光传感器台阶零件公差判断/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "matte-surface-micro-defect-detection-guide-zlds202-hsr", "category": "application_article", "category_cn": "应用文章", "title": "哑光表面微小缺陷高精度在线检测选型与部署指南", "summary": "**目标**: 实现汽车、电子及精密机械领域中，哑光（低反射、漫反射）表面微小缺陷（如划痕、压印、坑点）的高速自动化识别与深度/形貌定量分析〔REF-002〕。", "focused_product": "ZLDS202-HSR", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HSR", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HSR-线激光传感器哑光表面微小缺陷检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "hsr-round-steel-diameter-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "圆钢直径在线精密测量系统选型与部署指南", "summary": "**目标**: 实现高速生产环境下圆钢直径、外径轮廓及圆度的非接触式实时精密监控，替代低效的人工/机械卡尺测量〔REF-002〕。", "focused_product": "ZLDS202-HSR", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HSR", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HSR-线激光传感器圆钢直径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "hsr-potato-chip-thickness-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "食品加工生产线片状物料在线实时厚度测量选型与部署指南", "summary": "**目标**: 在超高速食品加工生产线上实现 100% 全检的片状物料（如土豆片、薯片）厚度在线监测，提升口感一致性并降低物料损耗。", "focused_product": "ZLDS202-HSR", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HSR", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HSR-线激光传感器土豆片厚度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "hsr-wheel-tread-wear-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "轨道车辆踏面圆周磨耗在线检测系统选型与部署指南", "summary": "**目标**: 实现轨道车辆或大型机械旋转部件在运行状态下的踏面圆周磨耗、轮缘几何轮廓的高精度、非接触式在线实时监测〔REF-002〕。", "focused_product": "ZLDS202-HSR", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HSR", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HSR-线激光传感器在线测量踏面圆周磨耗/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "dam-surface-crack-monitoring-guide", "category": "application_article", "category_cn": "应用文章", "title": "堤坝表面裂缝非接触式测量与在线监测系统选型与部署指南", "summary": "**目标**: 实现对堤坝表面（如混凝土、浆砌石）微小裂缝的亚毫米级非接触式在线监测，及时识别结构安全性风险。", "focused_product": "ZLDS202-HSR", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HSR", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HSR-线激光传感器堤坝表面裂缝监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "plastic-product-appearance-shape-measurement-guide-zlds202-hsr", "category": "application_article", "category_cn": "应用文章", "title": "工业塑料制品表面轮廓与外观尺寸在线测量选型与部署指南", "summary": "**目标: ** 实现高速自动化生产线下塑料件形状公差、表面轮廓及关键外形尺寸的 100% 在线全检，确保出厂质量标准〔REF-002〕。", "focused_product": "ZLDS202-HSR", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HSR", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HSR-线激光传感器塑料制品外观形状测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "large-object-internal-surface-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "大型工件内壁几何形貌与缺陷非接触式测量选型与部署指南", "summary": "**目标**: 解决大型发动机缸体、轴承孔、管道、涡轮机壳等大尺寸工件内壁在有限空间下的高精度、高速非接触几何特征采集与缺陷识别。〔REF-002〕", "focused_product": "ZLDS202-HSR", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HSR", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HSR-线激光传感器大型物体的内表面检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "large-pipeline-geometry-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "大型管道几何参数在线测量系统选型与部署指南", "summary": "**目标**: 实现大型管道（石油、天然气、水利等）在制造、安装及运维过程中的高精度几何参数（直径、圆度、壁厚、表面质量）非接触式自动化测量。〔REF-002〕", "focused_product": "ZLDS202-HSR", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HSR", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HSR-线激光传感器大型管道几何参数测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "large-pipe-roundness-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "大型管道圆度与几何尺寸非接触式检测选型与部署指南", "summary": "**目标**: 实现大型管道（直径 300mm 至 3000mm+）在制造、安装及维护过程中的高精度圆度、内径、外径及管口几何形状的非接触式自动化测量〔REF-0…", "focused_product": "ZLDS202-HSR", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HSR", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HSR-线激光传感器大型管道圆度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "hsr-industrial-automation-profile-scanning-guide", "category": "application_article", "category_cn": "应用文章", "title": "工业自动化场景下精密轮廓扫描技术选型与部署指南", "summary": "**目标**: 在高速工业自动化生产线上实现非接触式、高精度的三维轮廓采集与制造缺陷在线识别〔REF-002〕。", "focused_product": "ZLDS202-HSR", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HSR", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HSR-线激光传感器工业自动化精密轮廓扫描/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "hsr-industrial-automation-path-correction-guide", "category": "application_article", "category_cn": "应用文章", "title": "工业自动化设备运动轨迹在线监测与路径校正传感器选型指南", "summary": "**目标**: 解决高动态工业环境下，自动化生产线或机器人末端执行器的路径偏离纠偏问题，确保轨迹控制闭环精度达到微米级〔REF-002〕。", "focused_product": "ZLDS202-HSR", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HSR", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HSR-线激光传感器工业自动化路径校正/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "i-beam-geometry-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "工字钢几何参数高精度自动测量与选型部署指南", "summary": "**目标**: 实现工字钢在生产、加工及质量检验环节的高度、宽度、厚度及形位公差（垂直度、平行度）的自动化非接触测量，替代低效且受人为干扰的机械量具测量〔REF-…", "focused_product": "ZLDS202-HSR", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HSR", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HSR-线激光传感器工字钢几何参数测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "strip-object-multi-channel-width-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "带状物体同步多通道宽度测量系统选型与部署指南", "summary": "**目标**: 在高速工业流水线上，通过多台传感器联动，实现对带状材料（如金属带、橡胶带、碳纤带）宽度的实时、同步、非接触式高精度测量〔REF-002〕。", "focused_product": "ZLDS202-HSR", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HSR", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HSR-线激光传感器带状物体同步多通道宽度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "steel-strip-width-detection-guide-zlds202-hsr", "category": "application_article", "category_cn": "应用文章", "title": "工业带钢宽度在线检测与高频扫描系统选型部署指南", "summary": "**目标**: 实现现代钢铁高速轧制线上带钢宽度的实时、非接触、高精度闭环监测，确保产品几何尺寸符合工艺公差要求要求〔REF-002〕。", "focused_product": "ZLDS202-HSR", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HSR", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HSR-线激光传感器带钢宽度检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "hsr-spring-3d-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "弹簧三维几何参数在线测量系统选型与部署指南", "summary": "**目标**: 实现弹簧制造过程中线径、节距、外径及端面平齐度等关键几何指标的自动化、高精度三维全检〔REF-002〕。", "focused_product": "ZLDS202-HSR", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HSR", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HSR-线激光传感器弹簧的三维测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "minimally-invasive-surgery-organic-material-3d-scanning-guide-zlds202-hsr", "category": "application_article", "category_cn": "应用文章", "title": "微创手术中有机材料三维成像系统选型与部署指南", "summary": "**目标**: 在微创手术（MIS）中实现对人体软组织、有机病变部位的高精度、高动态三维重建，以辅助术前规划及术中精确导航〔REF-002〕。", "focused_product": "ZLDS202-HSR", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HSR", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HSR-线激光传感器微创手术中的有机材料三维扫描/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "precision-measurement-guide-for-micro-targets", "category": "application_article", "category_cn": "应用文章", "title": "微小目标精密尺寸测量与非接触式线激光选型部署指南", "summary": "**目标**: 实现亚微米级分辨率的微小特征在线识别，解决高动态生产线下精密零部件的几何公差全检难题〔REF-002〕。", "focused_product": "ZLDS202-HSR", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HSR", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HSR-线激光传感器微小目标精密尺寸测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "pcb-pin-height-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "电子制造业PCB板插脚高度快速测量选型与部署指南", "summary": "**目标**: 在电子制造高速流水线上实现对PCB板插脚（PIN针）高度、位置及共面性的实时、非接触式精密测量〔REF-002〕。", "focused_product": "ZLDS202-HSR", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HSR", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HSR-线激光传感器快速测量PCB板插脚（PIN针 ）的高度/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "industrial-suspension-arm-geometric-parameter-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "工业悬挂臂几何参数精密轮廓测量选型与部署指南", "summary": "**目标**: 在汽车制造、轨道交通等领域实现悬挂臂关键几何参数（截面、孔位、形位公差）的高速、非接触式自动化测量，替代低效的手工工具〔REF-002〕。", "focused_product": "ZLDS202-HSR", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HSR", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HSR-线激光传感器悬挂臂几何参数测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "flat-object-shape-and-position-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "扁平工业零部件形状与位移尺寸测量选型与部署指南", "summary": "**检测目标**: 实现扁平构件（如金属薄板、轨道零件、加工工件等）的非接触式高精度形貌扫描与位置尺寸验证〔REF-002〕。", "focused_product": "ZLDS202-HSR", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HSR", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HSR-线激光传感器扁平物体形状和位置长测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "hsr-flat-steel-width-detection-guide", "category": "application_article", "category_cn": "应用文章", "title": "工业级金属扁钢宽度在线检测系统选型与部署指南", "summary": "**目标**: 实现高速运动状态下扁钢宽度的非接触式、高精度实时测量，替代低效的人工抽检模式。〔REF-002〕", "focused_product": "ZLDS202-HSR", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HSR", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HSR-线激光传感器扁钢宽度检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "plug-pin-coplanarity-detection-selection-guide-zlds202-hsr", "category": "application_article", "category_cn": "应用文章", "title": "插头引脚共面性在线精密检测选型与部署指南", "summary": "**检测目标**: 实现电子连接器引脚相对于基准平面的高度一致性（共面性）在线全检，预防因引脚变形导致的虚焊或插接失效。〔REF-002〕", "focused_product": "ZLDS202-HSR", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HSR", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HSR-线激光传感器插头引脚共面性检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "plug-pin-gap-detection-selection-guide-zlds202-hsr", "category": "application_article", "category_cn": "应用文章", "title": "电子连接器引脚间隙在线检测选型与部署指南", "summary": "**目标**: 实现电子连接器引脚间隙（Gap）及共面度的高速、非接触式在线全检，确保电气连接的长期可靠性。〔REF-002〕", "focused_product": "ZLDS202-HSR", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HSR", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HSR-线激光传感器插头引脚间隙检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "square-steel-width-measurement-guide-zlds202-hsr", "category": "application_article", "category_cn": "应用文章", "title": "方钢宽度非接触式精密测量选型与部署指南", "summary": "**目标**: 在高速工业生产线上实现方钢宽度的非接触、自动化、高精度在线检测，消除人工干预误差〔REF-002〕。", "focused_product": "ZLDS202-HSR", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HSR", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HSR-线激光传感器方钢宽度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "hsr-seamless-steel-pipe-od-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "无缝钢管外径精密测量选型与部署指南", "summary": "**目标**: 实现无缝钢管在高速运动状态下的外径精密在线测量、圆度评价及宏观表面缺陷检测〔REF-002〕。", "focused_product": "ZLDS202-HSR", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HSR", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HSR-线激光传感器无缝钢管外径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "crankshaft-cutting-tool-geometry-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "工业曲轴切削工具精密几何测量选型与部署指南", "summary": "**目标**: 通过高频、非接触式线激光扫描技术，实现曲轴切削工具及曲轴成品的高精度几何公差在线检测〔REF-002〕。", "focused_product": "ZLDS202-HSR", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HSR", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HSR-线激光传感器曲轴切削工具精密几何测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "hsr-channel-steel-geometry-inspection-guide", "category": "application_article", "category_cn": "应用文章", "title": "槽钢几何参数自动化在线检测系统选型与部署指南", "summary": "**检测目标**: 实现热轧或冷弯槽钢在高速生产线（>100m/min）上的截面几何尺寸（宽度、高度、厚度）及全局形貌（直线度、扭曲度）的非接触式实时监测〔REF…", "focused_product": "ZLDS202-HSR", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HSR", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HSR-线激光传感器槽钢几何参数检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "hsr-channel-steel-flatness-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "槽钢平直度在线测量系统选型与部署指南", "summary": "**目标**: 实现槽钢在生产线上的高频动态平直度监测，确保几何尺寸公差符合装配精度要求，替代低效的人工抽检方案〔REF-002〕。", "focused_product": "ZLDS202-HSR", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HSR", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HSR-线激光传感器槽钢平直度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "hsr-airbag-stitching-inspection-guide", "category": "application_article", "category_cn": "应用文章", "title": "汽车安全气囊缝合质量在线检测选型与部署指南", "summary": "**目标**: 实现汽车安全气囊缝合线轨迹、深度及位置的 100% 自动化在线检测，消除人工抽检盲区，确保气囊在极端碰撞条件下的起爆一致性〔REF-002〕。", "focused_product": "ZLDS202-HSR", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HSR", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HSR-线激光传感器气囊缝合位置检查/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "automotive-robot-gap-control-selection-guide", "category": "application_article", "category_cn": "应用文章", "title": "汽车行业自动化装配精确间隙控制传感器选型与部署指南", "summary": "**目标**: 通过高频线激光轮廓扫描技术，实现机器人引导下的汽车零部件（如车门、引擎盖）装配间隙与面差的实时闭环控制。〔REF-002〕", "focused_product": "ZLDS202-HSR", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HSR", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HSR-线激光传感器汽车行业机器人控制中的精确间隙控制/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "foam-cutter-blade-sharpness-detection-selection-guide", "category": "application_article", "category_cn": "应用文章", "title": "泡沫切割设备刀具锋利度非接触式测量系统选型与部署指南", "summary": "**目标**: 实现泡沫切割带刀锋利度的在线自动化监测，替代传统低效率的人工卡尺或目测方法，降低产品废品率。〔REF-002〕", "focused_product": "ZLDS202-HSR", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HSR", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HSR-线激光传感器泡沫切割机带刀锋利度检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "hsr-workpiece-3d-scanning-before-laser-cladding-guide", "category": "application_article", "category_cn": "应用文章", "title": "激光涂覆工件预处理表面三维形貌检测选型与部署指南", "summary": "**目标**: 在激光涂覆（Laser Cladding）启动前，通过高精度三维扫描获取工件表面的精确几何形貌，为激光加工路径规划提供数据支撑，确保涂覆层厚度的均…", "focused_product": "ZLDS202-HSR", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HSR", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HSR-线激光传感器激光涂覆前的工件3D扫描/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "hsr-laser-weld-integrity-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "激光焊缝完整性在线测量与质量控制选型部署指南", "summary": "**目标**: 实现激光焊接过程中的焊缝几何形貌（深度、宽度、余高）及表面缺陷（气孔、漏焊）的 100% 在线实时监控。〔REF-002〕", "focused_product": "ZLDS202-HSR", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HSR", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HSR-线激光传感器激光焊缝完整性测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "hsr-hot-rolled-thickness-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "工业热轧材料在线厚度测量系统选型与部署指南", "summary": "**目标**: 实现红热、高速、恶劣环境下的金属板材/带材厚度及几何轮廓非接触式在线精确测量〔REF-002〕。", "focused_product": "ZLDS202-HSR", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HSR", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HSR-线激光传感器热轧材料厚度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "welding-seam-recognition-tracking-guide", "category": "application_article", "category_cn": "应用文章", "title": "线激光传感器在焊接接缝自动识别与路径跟踪中的选型与部署指南", "summary": "**目标**: 实现工业焊接机器人对焊缝中心位置的实时动态捕获，为自动路径规划与纠偏提供亚毫米级的几何输入数据数据〔REF-002〕。", "focused_product": "ZLDS202-HSR", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HSR", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HSR-线激光传感器焊接接缝识别和跟踪/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "hsr-welding-seam-tracking-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "工业焊接接缝自动化跟踪与几何参数测量系统选型及部署指南", "summary": "**核心目标**: 实现高速机器人焊接过程中的接缝实时跟踪、特征识别及焊后几何参数的高精度测量，确保复杂轨迹下的焊接质量稳健性〔REF-002〕。", "focused_product": "ZLDS202-HSR", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HSR", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HSR-线激光传感器焊接接缝跟踪和几何参数测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "welded-steel-pipe-diameter-measurement-guide-zlds202-hsr", "category": "application_article", "category_cn": "应用文章", "title": "焊接钢管直径非接触式在线测量选型与部署指南", "summary": "**目标**: 在高速生产线上实现焊接钢管外径的非接触式、高精度实时在线测量与超差预警。〔REF-002〕", "focused_product": "ZLDS202-HSR", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HSR", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HSR-线激光传感器焊接钢管直径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "weld-seam-positioning-selection-guide", "category": "application_article", "category_cn": "应用文章", "title": "工业焊接过程中的焊缝自动定位与轮廓测量选型部署指南", "summary": "**目标**: 在高速、高强度的自动化焊接作业中，通过非接触式线激光测量实现毫米级甚至微米级的焊缝实时跟踪、特征定位及截面几何分析〔REF-002〕。", "focused_product": "ZLDS202-HSR", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HSR", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HSR-线激光传感器焊缝定位/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "weld-seam-contour-measurement-selection-guide", "category": "application_article", "category_cn": "应用文章", "title": "工业级焊缝轮廓精密测量与在线质量检测选型及部署指南", "summary": "**目标**: 实现对工业焊接件焊缝几何参数（余高、宽度、错边等）的非接触式、高速、高精度轮廓采集与缺陷分析〔REF-002〕。", "focused_product": "ZLDS202-HSR", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HSR", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HSR-线激光传感器焊缝的轮廓测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "hsr-weld-seam-recognition-guide", "category": "application_article", "category_cn": "应用文章", "title": "工业自动化焊缝识别与实时监测系统选型及部署指南", "summary": "**目标**: 在高速自动化焊接（如汽车白车身、轨道交通部件）过程中，实现焊缝位置的实时跟踪、几何形貌的精确识别及质量缺陷的在线监测〔REF-002〕。", "focused_product": "ZLDS202-HSR", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HSR", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HSR-线激光传感器焊缝识别/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "hsr-weld-seam-profiling-guide", "category": "application_article", "category_cn": "应用文章", "title": "工业焊接质量检测与焊缝三维轮廓测量选型部署指南", "summary": "**目标**: 实现对焊接接缝的实时高速三维轮廓扫描，评估其几何形状、宽度、高度及缺陷特征，以替代传统低效的手动或低速测量手段〔REF-002〕。", "focused_product": "ZLDS202-HSR", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HSR", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HSR-线激光传感器焊缝轮廓测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "logistics-item-position-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "物流自动化中物品位置测量与选型部署指南", "summary": "**核心目标**: 在高速动态环境下（如分拣线、传送带）实现物品空间坐标的亚毫米级精准获取，以支持自动化机械臂抓取、包裹体积计算及库位优化分配。〔REF-002〕", "focused_product": "ZLDS202-HSR", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HSR", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HSR-线激光传感器物流管理中物品位置测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "hsr-logistics-shape-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "物流仓储物品形状高精测量系统选型与部署指南", "summary": "**目标**: 实现物流高流量输送线上物品外形轮廓、包裹几何尺寸及异形件的高精度在线三维形状重建。", "focused_product": "ZLDS202-HSR", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HSR", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HSR-线激光传感器物流管理中物品形状测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "bio-tissue-thickness-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "生物组织厚度测量线激光轮廓扫描仪选型与部署指南", "summary": "**目标**: 实现对生物组织（如皮肤、肌肉、脂肪及离体器官）的高精度、非接触式三维轮廓扫描及厚度量化，获取组织物理特性数据。〔REF-002〕", "focused_product": "ZLDS202-HSR", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HSR", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HSR-线激光传感器生物组织厚度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "silicon-ingot-side-length-measurement-selection-guide", "category": "application_article", "category_cn": "应用文章", "title": "硅锭侧长高精度非接触式测量选型与部署指南", "summary": "**测量目标**: 实现光伏硅锭及半导体硅锭在生产流转过程中的高精度自动化侧长、截面几何尺寸及形位公差在线监测。〔REF-002〕", "focused_product": "ZLDS202-HSR", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HSR", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HSR-线激光传感器硅锭侧长测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "silicon-ingot-geometric-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "硅锭几何参数精密非接触式测量选型与部署指南", "summary": "**目标**: 在半导体和光伏硅锭生产过程中，实现直径、长度、圆度及表面轮廓的高速、高精度在线实时监测，确保产品符合严苛的几何公差标准〔REF-002〕。", "focused_product": "ZLDS202-HSR", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HSR", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HSR-线激光传感器硅锭几何参数检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "silicon-ingot-diagonal-length-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "硅锭对角线长度精密测量选型与部署指南", "summary": "**目标**: 实现半导体/光伏级硅锭对角线长度及截面几何形貌的非接触式、高频在线自动化测量〔REF-002〕。", "focused_product": "ZLDS202-HSR", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HSR", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HSR-线激光传感器硅锭对角线长度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "silicon-ingot-flatness-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "硅锭平面度高精度非接触式测量选型与部署指南", "summary": "**目标**: 实现半导体级或光伏级硅锭在切割前及加工过程中的高精度平面度检测与表面缺陷筛选〔REF-002〕。", "focused_product": "ZLDS202-HSR", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HSR", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HSR-线激光传感器硅锭平面度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "hsr-silicon-ingot-phase-length-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "硅锭几何尺寸高精度非接触式测量选型与部署指南", "summary": "**测量目标**: 实现硅锭相位长及三维几何轮廓的高速在线精密检测，旨在提升切片前的质量控制水平，减少昂贵硅材在后续加工中的损耗〔REF-002〕。", "focused_product": "ZLDS202-HSR", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HSR", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HSR-线激光传感器硅锭相位长测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "hsr-silicon-ingot-angle-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "硅锭生产中角度测量与轮廓扫描选型及部署指南", "summary": "**目标**: 在硅锭生产全生命周期（从铸造到切割前）实现高精度、非接触式的角度与几何轮廓自动化测量，以替代低效的人工机械式检测〔REF-002〕。", "focused_product": "ZLDS202-HSR", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HSR", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HSR-线激光传感器硅锭角度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "hsr-carbon-ribbon-width-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "工业碳带宽度高速在线测量选型与部署指南", "summary": "**目标**: 实现高速生产线上工业碳带（Carbon Ribbon）宽度的实时、高精度非接触式监测，确保产品一致性并防止因尺寸超差导致的生产事故。", "focused_product": "ZLDS202-HSR", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HSR", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HSR-线激光传感器碳带宽度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "seed-shape-size-measurement-selection-guide", "category": "application_article", "category_cn": "应用文章", "title": "农作物种子形态尺寸精密测量方案选型与部署指南", "summary": "**方案目标**: 实现大批量、高通量种子（如水稻、小麦、玉米、大豆等）的非接触式三维形态参数（长宽高、体积、表面积、球化度）的高精度实时在线检测〔REF-002…", "focused_product": "ZLDS202-HSR", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HSR", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HSR-线激光传感器种子的形状及尺寸测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "adhesive-strip-recognition-laser-sensor-selection-guide", "category": "application_article", "category_cn": "应用文章", "title": "工业生产中粘合剂条在线识别与轮廓测量技术选型指南", "summary": "**目标**: 在 1m/s 以上的高速生产线上实现粘合剂条（胶条）的截面高度、宽度、断胶检测及空间轨迹定位〔REF-002〕。", "focused_product": "ZLDS202-HSR", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HSR", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HSR-线激光传感器粘合剂条识别/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "adhesive-strip-profile-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "粘合剂条轮廓精密测量选型与部署指南", "summary": "**目标**: 实现高速生产线下粘合剂条（胶条）截面几何尺寸的非接触式精密实时监测，确保结构强度与密封一致性〔REF-002〕。", "focused_product": "ZLDS202-HSR", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HSR", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HSR-线激光传感器粘合剂条轮廓测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "adhesive-bead-inspection-selection-guide-zlds202-hsr", "category": "application_article", "category_cn": "应用文章", "title": "工业粘合剂珠轮廓检测与自动化质检选型与部署指南", "summary": "**检测目标**: 实现高速生产线上粘合剂珠（胶条）的高度、宽度、截面轮廓及涂覆位置的实时自动化检测，识别断胶、缺胶、溢胶等缺陷〔REF-002〕。", "focused_product": "ZLDS202-HSR", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HSR", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HSR-线激光传感器粘合剂珠检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "hsr-adhesive-bead-edge-detection-guide", "category": "application_article", "category_cn": "应用文章", "title": "粘合剂涂敷边缘精密检测与在线选型部署指南", "summary": "**目标**: 实现高速生产线上粘合剂珠（Adhesive Bead）的边缘高精度识别、涂布宽度测量及质量合规性判定〔REF-002〕。", "focused_product": "ZLDS202-HSR", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HSR", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HSR-线激光传感器粘合剂珠边缘检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "hsr-precision-part-tolerance-verification-guide", "category": "application_article", "category_cn": "应用文章", "title": "线激光轮廓扫描仪选型与部署指南", "summary": "**测量目标**: 实现现代制造业中精密工件的高速、非接触式尺寸公差验证，确保产品在自动化生产线上的质量一致性〔REF-002〕。", "focused_product": "ZLDS202-HSR", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HSR", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HSR-线激光传感器精密工件尺寸公差验证/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "hsr-precision-workpiece-curvature-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "精密工件弯曲半径非接触式激光测量选型与部署指南", "summary": "**目标**: 实现针对汽车零部件、轨道交通精密构件及机械加工件的高精度、非接触式弯曲半径测量与轮廓分析。〔REF-002〕", "focused_product": "ZLDS202-HSR", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HSR", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HSR-线激光传感器精密工件弯曲半径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "precision-workpiece-shape-deviation-measurement-guide-zlds202-hsr", "category": "application_article", "category_cn": "应用文章", "title": "精密工件形状偏差测量选型与部署指南", "summary": "**目标**: 实现对精密工业工件（如汽车零部件、铁路轨道、精密机加件）形状偏差、轮廓尺寸及表面质量的非接触、高精度、高速自动化在线测量。〔REF-002〕", "focused_product": "ZLDS202-HSR", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HSR", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HSR-线激光传感器精密工件形状偏差测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "precision-workpiece-angle-measurement-guide-zlds202-hsr", "category": "application_article", "category_cn": "应用文章", "title": "精密工件角度非接触式在线测量选型与部署指南", "summary": "**测量目标**: 实现汽车、航空及精密机械加工领域中工件角度、焊接夹角及形状偏差的自动化、非接触式在线检测。〔REF-002〕", "focused_product": "ZLDS202-HSR", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HSR", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HSR-线激光传感器精密工件角度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "precision-workpiece-height-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "精密工件高度测量选型与部署指南", "summary": "**目标**: 在高速自动化产线上实现精密工件的高度、台阶差及几何尺寸的非接触式精密测量。〔REF-002〕", "focused_product": "ZLDS202-HSR", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HSR", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HSR-线激光传感器精密工件高度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "hsr-precision-component-dimension-verification-guide", "category": "application_article", "category_cn": "应用文章", "title": "精密部件几何尺寸高精度非接触式测量选型与部署指南", "summary": "**测量目标**: 实现精密零部件的外形轮廓、关键几何公差（如平面度、台阶高、曲率半径等）的自动化在线监测〔REF-002〕。", "focused_product": "ZLDS202-HSR", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HSR", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HSR-线激光传感器精密部件尺寸验证/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "racing-car-ground-clearance-measurement-selection-guide", "category": "application_article", "category_cn": "应用文章", "title": "赛车离地间隙与动态姿态非接触式测量选型与部署指南", "summary": "**目标**: 在赛车超高速行驶（≥300km/h）过程中，实现离地间隙（Ground Clearance）的高频、高精度动态捕捉，以支撑空气动力学评估与悬挂调校…", "focused_product": "ZLDS202-HSR", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HSR", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HSR-线激光传感器精确测量赛车与路面的距离/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "paper-industry-width-measurement-selection-guide", "category": "application_article", "category_cn": "应用文章", "title": "纸张及卷材宽度精确在线测量系统选型与部署指南", "summary": "**目标**: 在造纸及卷材高速生产线上实现非接触、高动态响应的宽度与边缘位置实时测量，消除传统接触式测量的滞后性与物理损伤风险〔REF-002〕。", "focused_product": "ZLDS202-HSR", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HSR", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HSR-线激光传感器纸张行业物体宽度精确测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "paper-industry-edge-positioning-system-selection-guide", "category": "application_article", "category_cn": "应用文章", "title": "纸张加工与自动化生产线物体边缘定位系统选型与部署指南", "summary": "**目标**: 在高速运行（>1000m/min）的纸张生产线上实现亚毫米级（<0.05mm）的边缘定位与宽度测量，支持切割对齐与收卷质量控制。〔REF-002〕", "focused_product": "ZLDS202-HSR", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HSR", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HSR-线激光传感器纸张行业物体边缘定位/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "textile-industry-width-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "纺织行业物体宽度精确测量选型与部署指南", "summary": "**目标**: 解决纺织行业高速织造、裁剪及质检环节中，对织物宽度、边缘轮廓进行非接触式、高精度实时测量的需求，以提升良品率与生产效率〔REF-002〕。", "focused_product": "ZLDS202-HSR", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HSR", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HSR-线激光传感器纺织行业物体宽度精确测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "hsr-textile-edge-positioning-guide", "category": "application_article", "category_cn": "应用文章", "title": "纺织生产线物体边缘高精度实时定位与非接触式轮廓测量选型指南", "summary": "**目标**: 解决纺织高速生产中织物、皮革、复合材料的边缘定位精度低、材料损耗大、传统视觉易受环境光干扰等痛点。〔REF-002〕", "focused_product": "ZLDS202-HSR", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HSR", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HSR-线激光传感器纺织行业物体边缘定位/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "automated-width-measurement-selection-guide", "category": "application_article", "category_cn": "应用文章", "title": "工业生产线物料自动化宽度精确测量选型与部署指南", "summary": "**目标**: 在高速工业生产线上实现非接触、高精度的物料宽度实时在线监测，确保产品尺寸一致性并降低废品率。〔REF-002〕", "focused_product": "ZLDS202-HSR", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HSR", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HSR-线激光传感器自动化宽度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "hsr-product-position-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "自动化生产线产品位置测量选型与部署指南", "summary": "**目标**: 在高速（>10m/min）及复杂工业环境下，实现工件空间坐标（X、Z轴）及三维姿态的非接触式实时捕捉，支持自动化对位与质量纠偏。", "focused_product": "ZLDS202-HSR", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HSR", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HSR-线激光传感器自动化生产线产品位置测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "hsr-auto-line-volume-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "自动化生产线产品体积在线测量系统选型与部署指南", "summary": "**目标**: 实现高速生产线环境下被测物体（如包裹、零部件、原材料等）三维体积的非接触式精密在线测量。〔REF-002〕", "focused_product": "ZLDS202-HSR", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HSR", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HSR-线激光传感器自动化生产线产品体积测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "automated-production-line-thickness-measurement-guide-zlds202-hsr", "category": "application_article", "category_cn": "应用文章", "title": "工业自动化生产线产品厚度高精度测量选型与部署指南", "summary": "**目标**: 在高速自动化产线上实现非接触式、高频响、微米级的厚度监控，提升产品一致性并降低废品率。〔REF-002〕", "focused_product": "ZLDS202-HSR", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HSR", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HSR-线激光传感器自动化生产线产品厚度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "automated-production-line-object-counting-guide-zlds202-hsr", "category": "application_article", "category_cn": "应用文章", "title": "自动化生产线高速物体计数测量系统选型与部署指南", "summary": "**核心目标**: 在高速（高达16000Hz扫描频率）生产环境下实现零漏计、高精度的物体检测与计数，并兼顾轮廓提取功能〔REF-001〕〔REF-002〕。", "focused_product": "ZLDS202-HSR", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HSR", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HSR-线激光传感器自动化生产线物体计数/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "automated-edge-position-selection-deployment-guide", "category": "application_article", "category_cn": "应用文章", "title": "自动化边缘位置测量系统选型与部署指南", "summary": "**测量目标**: 实现高速生产线上工件边缘、缝隙或轮廓特征点的实时精确定位与几何尺寸测量〔REF-002〕。", "focused_product": "ZLDS202-HSR", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HSR", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HSR-线激光传感器自动化边缘位置测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "hsr-automated-gap-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "工业自动化间隙测量选型与部署指南", "summary": "**目标**: 在高速、复杂或恶劣工况下实现非接触式、高精度的三维间隙尺寸（宽度、深度及截面轮廓）在线测量〔REF-002〕。", "focused_product": "ZLDS202-HSR", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HSR", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HSR-线激光传感器自动化间隙测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "hsr-chip-flatness-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "半导体芯片表面平面度高精度非接触式测量选型与部署指南", "summary": "**目标**: 实现半导体芯片、封装体及精密电子元件表面的μm级平面度、翘曲度及引脚共面性的高速在线全检〔REF-002〕。", "focused_product": "ZLDS202-HSR", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HSR", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HSR-线激光传感器芯片平面度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "hsr-racing-performance-optimization-guide", "category": "application_article", "category_cn": "应用文章", "title": "赛车高速动态轮廓测量与空气动力学性能优化选型与部署指南", "summary": "**目标**: 在极高行驶速度（如 300km/h+）下，实时获取赛车车身、底盘及气动部件的精确几何形变与高度数据，用于性能调校与设计验证〔REF-004〕。", "focused_product": "ZLDS202-HSR", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HSR", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HSR-线激光传感器赛车性能优化/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "axle-profile-measurement-sensor-selection-guide", "category": "application_article", "category_cn": "应用文章", "title": "工业级关键部件轮廓测量系统部署与质量控制技术指南", "summary": "**目标**: 在复杂工业环境中获取车桥等重型复杂结构的精确几何信息，涵盖尺寸、形状及表面特性，支持实时监控与最终质量验收〔REF-002〕。", "focused_product": "ZLDS202-HSR", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HSR", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HSR-线激光传感器车桥轮廓测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "chassis-serial-number-stamp-depth-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "汽车车身序列号压印深度在线测量选型与部署指南", "summary": "**目标**: 实现汽车车架/底盘 VIN 码（车辆识别码）及序列号打刻深度的 100% 自动化在线检测，替代人工手动测深，提升车辆身份信息追溯的准确性与完整性。", "focused_product": "ZLDS202-HSR", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HSR", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HSR-线激光传感器车身序列号的压印深度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "wheelset-profile-measurement-selection-guide-zlds202-hsr", "category": "application_article", "category_cn": "应用文章", "title": "工业轮对轮廓非接触式在线测量系统选型与部署指南", "summary": "**测量目标**: 实现工业级轮对（铁路、汽车、大型机械）几何轮廓、踏面磨耗及轮缘尺寸的高速在线自动检测。〔REF-002〕", "focused_product": "ZLDS202-HSR", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HSR", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HSR-线激光传感器轮对轮廓测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "hsr-flange-inner-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "工业轮缘内表面几何形状高精度测量选型与部署指南", "summary": "**目标**: 在复杂工业环境下，实现轮缘类零件内表面（如铁路轮对内缘、汽车轮毂内壁）的高密度几何轮廓采集与形变分析〔REF-002〕。", "focused_product": "ZLDS202-HSR", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HSR", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HSR-线激光传感器轮缘内表面的几何形状测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "hsr-tire-dot-recognition-guide", "category": "application_article", "category_cn": "应用文章", "title": "工业轮胎自动识别与字符识别系统选型与部署指南", "summary": "**目标**: 实现高速输送线上黑色橡胶轮胎的自动识别（Barcode/QR）与 DOT 代码（生产日期、批次）的 3D 轮廓提取与 OCR 识别。", "focused_product": "ZLDS202-HSR", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HSR", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HSR-线激光传感器轮胎自动识别和DOT代码识别/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "tire-industry-3d-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "工业轮胎三维轮廓扫描与质量检测系统选型及部署指南", "summary": "**目标**: 实现轮胎生产全工艺流程（成型、硫化、检测）中的高精度三维几何尺寸测量与表面缺陷识别，提升产品均匀性与安全性〔REF-002〕。", "focused_product": "ZLDS202-HSR", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HSR", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HSR-线激光传感器轮胎行业三维测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "metal-strip-thickness-measurement-guide-zlds202-hsr", "category": "application_article", "category_cn": "应用文章", "title": "金属切割工艺中金属带厚度测量选型与部署指南", "summary": "**目标**: 在现代金属切割及精密加工生产线上，实现对高速运动金属带厚度的实时、非接触式高精度监测，以优化切割质量并降低材料损耗。〔REF-002〕", "focused_product": "ZLDS202-HSR", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HSR", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HSR-线激光传感器金属切割线中金属带的厚度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "hsr-metal-strip-thickness-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "金属带在线厚度测量与轮廓扫描传感器选型部署指南", "summary": "**目标**: 实现金属带（如不锈钢、铝箔、铜带）的高速动态测厚、表面轮廓检测及几何公差闭环控制。", "focused_product": "ZLDS202-HSR", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HSR", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HSR-线激光传感器金属带的厚度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "hsr-metal-strip-profile-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "金属带材在线轮廓扫描与几何尺寸检测选型及部署指南", "summary": "**目标**: 实现高速生产线（如冷轧、平整、涂层）中金属带材的实时轮廓监控与几何尺寸（宽/厚/平直度）高精度测量。〔REF-002〕", "focused_product": "ZLDS202-HSR", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HSR", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HSR-线激光传感器金属带轮廓检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "industrial-metal-plate-deformation-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "工业金属板材变形测量与在线轮廓检测选型与部署指南", "summary": "**目标**: 实现金属板材在高速生产过程中的高精度变形量测量与表面轮廓平整度监控。〔REF-002〕", "focused_product": "ZLDS202-HSR", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HSR", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HSR-线激光传感器金属板变形测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "metal-plate-width-online-measurement-guide-zlds202-hsr", "category": "application_article", "category_cn": "应用文章", "title": "工业金属板宽度在线测量系统选型与部署指南", "summary": "**目标**: 在不损伤表面的前提下，实现高速生产线上金属板宽度的实时、高精度几何参数提取与在线监控〔REF-002〕。", "focused_product": "ZLDS202-HSR", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HSR", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HSR-线激光传感器金属板宽度在线测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "metal-plate-dimension-auto-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "金属板尺寸自动化测量选型与部署指南", "summary": "**目标**: 实现大批量生产线上金属板材（如钢板、铝板、复合金属板）的宽度、厚度、平面度及表面轮廓的高速、高精度非接触式自动化检测〔REF-002〕。", "focused_product": "ZLDS202-HSR", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HSR", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HSR-线激光传感器金属板尺寸自动化测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "hsr-metal-plate-flatness-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "工业金属板材平面度高精度非接触式检测选型与部署指南", "summary": "**目标**: 实现高速生产线上金属板材（如钢板、铝板、锂电极片等）表面平面度、翘曲度及厚度偏差的在线自动化监控〔REF-002〕。", "focused_product": "ZLDS202-HSR", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HSR", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HSR-线激光传感器金属板平面度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "hsr-metal-plate-length-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "工业金属板材精密长度非接触式测量系统选型与部署指南", "summary": "**目标**: 在高速工业生产线上实现金属板材长度、截面及表面形貌的亚毫米级精密在线测量。〔REF-002〕", "focused_product": "ZLDS202-HSR", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HSR", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HSR-线激光传感器金属板长度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "metal-surface-3d-measurement-selection-guide-zlds202-hsr", "category": "application_article", "category_cn": "应用文章", "title": "工业级金属表面三维精密测量与轮廓扫描选型与部署指南", "summary": "**目标**: 针对高反射、高复杂度的金属表面（如铝件、不锈钢、轨道等）实现毫米级至微米级的高精度三维形貌扫描与缺陷检测。〔REF-002〕", "focused_product": "ZLDS202-HSR", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HSR", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HSR-线激光传感器金属表面3D测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "steel-band-rim-geometry-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "工业钢带轮缘几何参数非接触式测量选型与部署指南", "summary": "**目标**: 实现高强度生产线下钢带轮缘尺寸、形状公差及表面压印深度的全量程、自动化、非接触式监控〔REF-002〕。", "focused_product": "ZLDS202-HSR", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HSR", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HSR-线激光传感器钢带轮缘的几何参数测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "hsr-rail-profile-scanning-guide", "category": "application_article", "category_cn": "应用文章", "title": "钢轨几何轮廓高精度高速检测选型与部署指南", "summary": "**目标**: 实现铁路钢轨在高速运行环境下的实时几何参数捕捉、截面轮廓评估及表面磨耗定量分析，保障列车行驶安全与运营效率。〔REF-002〕", "focused_product": "ZLDS202-HSR", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HSR", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HSR-线激光传感器钢轨轮廓扫描/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "railway-wheel-axle-monitoring-selection-guide", "category": "application_article", "category_cn": "应用文章", "title": "铁路轮轴几何参数在线监测系统选型与部署指南", "summary": "**目标**: 实现列车动态通过场景下铁路轮轴的高速、高精度全量程几何参数扫描与缺陷识别，替代低效的人工机械接触式测量。〔REF-002〕", "focused_product": "ZLDS202-HSR", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HSR", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HSR-线激光传感器铁路轮轴监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "railway-rail-profile-scanning-selection-guide", "category": "application_article", "category_cn": "应用文章", "title": "轨道交通铁轨几何参数与表面缺陷在线监测选型指南", "summary": "**目标**: 实现对铁轨截面几何形状、表面磨损、结构变形及微小裂纹的自动化、高频采样在线监测〔REF-002〕。", "focused_product": "ZLDS202-HSR", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HSR", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HSR-线激光传感器铁轨单面扫描/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "hsr-industrial-gap-measurement-selection-guide", "category": "application_article", "category_cn": "应用文章", "title": "工业自动化高精度间隙识别与在线测量部署指南", "summary": "**目标**: 在高速生产环境中实现 100% 的高精度间隙宽度、深度及表面平齐度在线全检〔REF-002〕。", "focused_product": "ZLDS202-HSR", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HSR", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HSR-线激光传感器间隙识别/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "ceramics-precision-geometric-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "陶瓷产品精密几何尺寸与轮廓测量选型部署指南", "summary": "**目标**: 实现陶瓷产品（如陶瓷基板、精密结构件、异形瓷件）的高速、非接触式三维几何参数检测与缺陷识别。〔REF-002〕", "focused_product": "ZLDS202-HSR", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HSR", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HSR-线激光传感器陶瓷品精密几何测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "ic-pin-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "集成电路引脚高精度在线检测选型与部署指南", "summary": "**目标**: 实现高密度集成电路（如 QFP、SOP、BGA 引脚等）的在线高精度 3D 轮廓测量与质量缺陷判定〔REF-002〕。", "focused_product": "ZLDS202-HSR", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HSR", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HSR-线激光传感器集成电路引脚测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "ic-pin-count-gap-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "集成电路引脚数量识别与间隙精密检测部署指南", "summary": "**目标**: 在高速生产线上实现集成电路（IC）引脚的微米级数量计数、间隙测量及共面性检测，确保封装质量与电气连接可靠性〔REF-002〕。", "focused_product": "ZLDS202-HSR", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HSR", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HSR-线激光传感器集成电路引脚计数及间隙测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "hsr-high-temp-rolling-dimension-control-guide", "category": "application_article", "category_cn": "应用文章", "title": "高温工业环境下线激光轮廓扫描仪选型与部署指南", "summary": "**目标**: 解决粗轧工艺中高温物体（如红热钢坯）的实时尺寸监测与反馈控制，确保热膨胀与变形状态下的几何一致性。〔REF-002〕", "focused_product": "ZLDS202-HSR", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HSR", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HSR-线激光传感器高温物体在粗轧过程中尺寸的实时控制/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "precision-mechanical-parts-geometric-measurement-guide-zlds202-hsr", "category": "application_article", "category_cn": "应用文章", "title": "高精度机械零件精密几何测量选型与部署指南", "summary": "**目标**: 在高速自动化生产线中实现对机械零件几何尺寸、形状公差及表面特性的微米级非接触式实时监测〔REF-002〕。", "focused_product": "ZLDS202-HSR", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HSR", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HSR-线激光传感器高精度机械零件精密几何测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "gear-dimension-tolerance-verification-guide-zlds202-hsr", "category": "application_article", "category_cn": "应用文章", "title": "齿轮精密几何尺寸与公差自动检测系统选型与部署指南", "summary": "**核心目标**: 针对高速生产线上的精密齿轮实现非接触式、高频次的几何尺寸（如外径、齿距、齿形等）公差验证，确保传动部件的运行稳定性〔REF-002〕。", "focused_product": "ZLDS202-HSR", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HSR", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HSR-线激光传感器齿轮尺寸公差验证/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "industrial-gear-deformation-detection-selection-guide", "category": "application_article", "category_cn": "应用文章", "title": "工业级齿轮轮廓形变精密测量与部署指南", "summary": "**测量目标**: 实现对工业齿轮在制造过程或模拟负载工况下的动态/静态形变量（齿廓、径向跳动等）的高精度量化识别〔REF-002〕。", "focused_product": "ZLDS202-HSR", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HSR", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HSR-线激光传感器齿轮形变检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "gear-tooth-running-characteristics-detection-selection-guide", "category": "application_article", "category_cn": "应用文章", "title": "齿轮齿运行特性在线检测与高精度轮廓扫描选型部署指南", "summary": "**目标**: 实现对高速运动中齿轮齿廓的动态几何形状、尺寸公差、磨损形变及运行稳定性的高频率非接触式测量〔REF-002〕。", "focused_product": "ZLDS202-HSR", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HSR", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HSR-线激光传感器齿轮齿的运行特性检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "non-uniform-surface-2d-3d-measurement-selection-guide", "category": "application_article", "category_cn": "应用文章", "title": "工业不均匀表面2D/3D精密测量选型与部署指南", "summary": "**目标**: 实现针对不均匀、复杂表面（如起伏大、反射特性不一）的高速 2D 轮廓采集与 3D 点云建模。〔REF-002〕", "focused_product": "ZLDS202-HSR2", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HSR2", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HSR2-线激光传感器不均匀表面2D-3D测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "warehouse-item-position-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "仓储物流物品位置测量与定位传感器选型与部署指南", "summary": "**目标**: 在高速输送与复杂存储环境下，实现包裹、托盘及不规则物品的毫米级三维位置识别与轮廓重构〔REF-002〕。", "focused_product": "ZLDS202-HSR2", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HSR2", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HSR2-线激光传感器仓储管理中物品位置测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "hsr2-low-reflection-surface-2d-3d-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "低反射表面二维与三维高精度轮廓测量选型与部署指南", "summary": "**目标**: 针对吸光、漫反射微弱或复杂折射率的低反射表面（如黑色塑料、深色涂层、透光玻璃等），实现高稳定性、高帧率的 2D 轮廓和 3D 形貌测量〔REF-0…", "focused_product": "ZLDS202-HSR2", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HSR2", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HSR2-线激光传感器低反射表面2D-3D测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "smooth-surface-micro-defect-detection-guide-zlds202-hsr2", "category": "application_article", "category_cn": "应用文章", "title": "高反射及光滑表面微小缺陷识别选型与部署指南", "summary": "**检测目标**: 实现针对金属、玻璃、高抛光复合材料等光滑表面微米级缺陷（如划痕、崩点、凸起）的非接触式在线识别〔REF-002〕。", "focused_product": "ZLDS202-HSR2", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HSR2", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HSR2-线激光传感器光滑表面微小缺陷识别/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "hsr2-groove-identification-guide", "category": "application_article", "category_cn": "应用文章", "title": "工业精密凹槽识别与轮廓扫描系统选型与部署指南", "summary": "**目标**: 在高速生产节拍下，通过非接触式线激光扫描技术实现对工件凹槽深度、宽度及截面轮廓的微米级精确识别与三维重构。〔REF-002〕", "focused_product": "ZLDS202-HSR2", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HSR2", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HSR2-线激光传感器凹槽识别/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "groove-profile-measurement-selection-guide-zlds202-hsr2", "category": "application_article", "category_cn": "应用文章", "title": "工业自动化中复杂凹槽轮廓测量选型与部署指南", "summary": "**测量目标**: 实现对金属、塑料及电子组件中各类凹槽（槽宽、深度、横截面轮廓）的高精度、非接触式实时监测〔REF-002〕。", "focused_product": "ZLDS202-HSR2", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HSR2", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HSR2-线激光传感器凹槽轮廓测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "blade-angle-measurement-selection-guide-zlds202-hsr2", "category": "application_article", "category_cn": "应用文章", "title": "工业刀片角度非接触式精密测量选型与部署指南", "summary": "**目标**: 在不损伤刃口的前提下，实现工业级刀片（如硬质合金、高速钢等）角度与轮廓的 100% 在线全检。〔REF-002〕", "focused_product": "ZLDS202-HSR2", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HSR2", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HSR2-线激光传感器刀片角度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "cutting-blade-wear-measurement-hsr2-guide", "category": "application_article", "category_cn": "应用文章", "title": "工业切割刀片磨损在线测量与选型部署指南", "summary": "**目标**: 实现工业级高速切割刀片（如圆锯片、带锯、切削刀具）磨损量、刃口完整性及轮廓精度的在线实时监控〔REF-002〕。", "focused_product": "ZLDS202-HSR2", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HSR2", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HSR2-线激光传感器切割刀片磨损情况测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "large-component-3d-measurement-selection-guide", "category": "application_article", "category_cn": "应用文章", "title": "工业切割系统大型组件3D测量选型与部署指南", "summary": "**目标**: 在切割过程中实现大型金属组件的高速三维建模、几何尺寸公差验证及表面缺陷识别。", "focused_product": "ZLDS202-HSR2", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HSR2", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HSR2-线激光传感器切割系统中大型组件的3D测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "train-tire-profile-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "轨道交通列车轮胎轮廓高精度在线检测选型与部署指南", "summary": "**目标**: 在列车动态运行过程中，实现对轮胎（轮对）轮廓、踏面磨耗及表面缺陷的高速、高精度非接触式在线扫描采集〔REF-002〕。", "focused_product": "ZLDS202-HSR2", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HSR2", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HSR2-线激光传感器列车轮胎轮廓检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "hsr2-packaging-edge-positioning-guide", "category": "application_article", "category_cn": "应用文章", "title": "包装行业物体边缘定位激光传感器选型与部署指南", "summary": "**目标**: 在高速包装生产线上实现亚微米级或高频率的边缘对齐与轮廓定位，减少废料并提升封口/切割精度〔REF-002〕。", "focused_product": "ZLDS202-HSR2", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HSR2", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HSR2-线激光传感器包装行业物体边缘定位/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "step-part-tolerance-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "台阶零件几何尺寸与公差在线检测选型与部署指南", "summary": "**目标**: 实现复杂几何形状台阶零件的在线高精度公差判定，确保零部件适配性与功能一致性。〔REF-002〕", "focused_product": "ZLDS202-HSR2", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HSR2", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HSR2-线激光传感器台阶零件公差判断/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "matte-surface-defect-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "哑光表面微小缺陷在线检测选型与部署指南", "summary": "**目标**: 实现工业级哑光表面（如喷砂金属、消光塑料、陶瓷基板等）亚毫米级划痕、坑点及纹理缺陷的非接触式、高速 3D 在线检测。", "focused_product": "ZLDS202-HSR2", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HSR2", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HSR2-线激光传感器哑光表面微小缺陷检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "round-steel-diameter-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "圆钢直径在线测量选型与部署指南", "summary": "**目标**: 在大规模工业生产线上实现圆钢直径的非接触式、高频在线监测，替代低效的人工卡尺测量。〔REF-002〕", "focused_product": "ZLDS202-HSR2", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HSR2", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HSR2-线激光传感器圆钢直径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "potato-chip-thickness-measurement-guide-zlds202-hsr2", "category": "application_article", "category_cn": "应用文章", "title": "土豆片厚度在线测量选型与部署指南", "summary": "**测量目标**: 在每秒万级轮廓采样的高速环境下，实现土豆片、薯片等食品切片的实时厚度检测，确保炸制工艺的一致性与产品口感。〔REF-002〕", "focused_product": "ZLDS202-HSR2", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HSR2", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HSR2-线激光传感器土豆片厚度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "hsr2-tread-wear-online-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "工业级旋转部件踏面圆周磨耗在线监测系统选型与部署指南", "summary": "**监测目标**: 实现高速旋转状态下部件踏面（如车轮、轮胎、辊筒）圆周轮廓的动态高频捕捉与磨耗定量分析，替代传统效率低下的机械接触式测量〔REF-002〕。", "focused_product": "ZLDS202-HSR2", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HSR2", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HSR2-线激光传感器在线测量踏面圆周磨耗/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "dam-surface-crack-monitoring-guide-zlds202-hsr2", "category": "application_article", "category_cn": "应用文章", "title": "堤坝表面裂缝在线监测系统选型与部署指南", "summary": "**目标**: 实现大型水利设施（如混凝土大坝、堆石坝面板）表面微米级至毫米级裂缝的自动化巡检与形变监测，预防因极端气候引起的结构失效〔REF-002〕。", "focused_product": "ZLDS202-HSR2", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HSR2", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HSR2-线激光传感器堤坝表面裂缝监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "hsr2-plastic-appearance-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "塑料制品外观形状在线检测系统选型与部署指南", "summary": "**目标**: 在高速生产环境下实现塑料制品外观形状、复杂轮廓及宽幅尺寸的非接触式精密测量〔REF-002〕。", "focused_product": "ZLDS202-HSR2", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HSR2", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HSR2-线激光传感器塑料制品外观形状测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "large-object-internal-surface-measurement-selection-guide", "category": "application_article", "category_cn": "应用文章", "title": "大型工件内表面精密几何形貌扫描选型与部署指南", "summary": "**目标**: 实现航空航天、汽车及重工设备内部腔体的高密度 3D 轮廓重建与精密缺陷识别。〔REF-002〕", "focused_product": "ZLDS202-HSR2", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HSR2", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HSR2-线激光传感器大型物体的内表面检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "large-pipe-geometric-measurement-selection-guide", "category": "application_article", "category_cn": "应用文章", "title": "大型管道几何参数测量系统选型与部署指南", "summary": "**目标**: 实现大型管道（钢管、复合管、混凝土管等）在生产或维护过程中的内径、外径、壁厚及圆度等几何参数的高精度、非接触式在线测量。", "focused_product": "ZLDS202-HSR2", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HSR2", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HSR2-线激光传感器大型管道几何参数测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "large-pipe-roundness-measurement-guide-zlds202-hsr2", "category": "application_article", "category_cn": "应用文章", "title": "大型管道圆度检测选型与部署指南", "summary": "**目标**: 实现石油、天然气及化工领域大型管道的高速、非接触式圆度及几何尺寸自动化测量，确保流体运输效率与结构安全性。〔REF-002〕", "focused_product": "ZLDS202-HSR2", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HSR2", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HSR2-线激光传感器大型管道圆度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "large-pipe-curvature-measurement-selection-guide-zlds202-hsr2", "category": "application_article", "category_cn": "应用文章", "title": "大型管道曲率与几何轮廓测量选型与部署指南", "summary": "**目标**: 实现大型、重型工业管道在线曲率、管径圆度及表面轮廓的高动态非接触式精确测量，确保几何参数符合设计规范〔REF-002〕。", "focused_product": "ZLDS202-HSR2", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HSR2", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HSR2-线激光传感器大型管道曲率测量测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "large-pipe-diameter-measurement-selection-guide-zlds202-hsr2", "category": "application_article", "category_cn": "应用文章", "title": "大型管道直径测量与在线轮廓检测选型与部署指南", "summary": "**目标**: 实现大型管道（石油、天然气、化工、市政等）在生产、安装或维护过程中的高速、非接触式外径及轮廓检测〔REF-002〕。", "focused_product": "ZLDS202-HSR2", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HSR2", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HSR2-线激光传感器大型管道直径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "hsr2-industrial-auto-precision-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "工业自动化精密尺寸测量选型与部署指南", "summary": "**目标**: 实现在高速自动化产线上对工件精密几何尺寸、表面轮廓及平面度的实时非接触式在线检测。〔REF-002〕", "focused_product": "ZLDS202-HSR2", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HSR2", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HSR2-线激光传感器工业自动化精密尺寸测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "industrial-automation-precision-profile-scanning-selection-guide", "category": "application_article", "category_cn": "应用文章", "title": "工业自动化高效率精密轮廓扫描选型与部署指南", "summary": "**目标**: 在高速生产线上实现复杂形状物体的高精度三维轮廓识别、尺寸测量及点云数据采集〔REF-002〕。", "focused_product": "ZLDS202-HSR2", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HSR2", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HSR2-线激光传感器工业自动化精密轮廓扫描/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "industrial-automation-path-correction-guide-zlds202-hsr2", "category": "application_article", "category_cn": "应用文章", "title": "工业自动化路径校正高精度轮廓扫描设备选型与部署指南", "summary": "**目标**: 实现高速度、高精度条件下的机械臂运动轨迹实时校正与路径偏差动态补偿，确保自动化生产线运行的顺畅度与产品一致性。〔REF-002〕", "focused_product": "ZLDS202-HSR2", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HSR2", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HSR2-线激光传感器工业自动化路径校正/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "hsr2-i-beam-geometric-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "工字钢几何尺寸非接触式在线测量系统选型与部署指南", "summary": "**目标**: 实现工字钢在高速生产线（轧制、精整、检测工段）上的高精度几何尺寸自动监控，确保翼缘、腹板及整体轮廓符合工程结构标准要求〔REF-002, REF-…", "focused_product": "ZLDS202-HSR2", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HSR2", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HSR2-线激光传感器工字钢几何参数测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "hsr2-multi-channel-ribbon-width-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "带状物体多通道同步宽度测量选型与部署指南", "summary": "**目标**: 实现高速生产线上带状物体（如钢带、织物、薄膜）的宽度、边缘位置及轮廓的高精度实时监测。〔REF-002〕", "focused_product": "ZLDS202-HSR2", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HSR2", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HSR2-线激光传感器带状物体同步多通道宽度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "selection-guide-spring-3d-measurement-hsr2-guide", "category": "application_article", "category_cn": "应用文章", "title": "精密弹簧三维轮廓检测系统选型与部署指南", "summary": "**核心目标**: 实现弹簧在高速生产过程中的非接触式三维重建与关键几何尺寸（如线径、节距、自由高度）的精密验证，避免传统接触式测量可能导致的表面损伤〔REF-0…", "focused_product": "ZLDS202-HSR2", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HSR2", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HSR2-线激光传感器弹簧的三维测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "micro-invasive-surgery-organic-material-3d-scanning-guide", "category": "application_article", "category_cn": "应用文章", "title": "医疗微创手术生物材料高精度三维扫描系统选型与部署指南", "summary": "**目标**: 实现微创手术植入材料、生物有机组织及精密医疗器械的高速、亚微米级三维形貌重建与尺寸公差验证〔REF-002〕。", "focused_product": "ZLDS202-HSR2", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HSR2", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HSR2-线激光传感器微创手术中的有机材料三维扫描/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "hsr2-micro-target-precision-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "微小目标精密尺寸测量与自动化检测选型部署指南", "summary": "**测量目标**: 实现电子元器件引脚、精密机械零件、医疗器械等微小物体的高度、宽度、间隙及完整轮廓的非接触式高精度测量〔REF-002〕。", "focused_product": "ZLDS202-HSR2", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HSR2", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HSR2-线激光传感器微小目标精密尺寸测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "pcb-pin-height-measurement-selection-guide-zlds202-hsr2", "category": "application_article", "category_cn": "应用文章", "title": "工业电子制造中插脚高度快速测量系统选型与部署指南", "summary": "**测量目标**: 实现 PCB 插脚（PIN 针）在高速生产线上的非接触式高度精密测量，确保焊接质量与组件共面性〔REF-002〕。", "focused_product": "ZLDS202-HSR2", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HSR2", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HSR2-线激光传感器快速测量PCB板插脚（PIN针 ）的高度/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "suspension-arm-geometric-parameter-measurement-guide-zlds202-hsr2", "category": "application_article", "category_cn": "应用文章", "title": "工业悬挂臂几何尺寸与轮廓检测选型及部署指南", "summary": "**目标**: 实现底盘悬挂臂（控制臂）关键几何参数（如孔距、曲率、压印深度等）的 100% 自动在线全检，替代低效的人工抽检与三坐标测量（CMM）〔REF-00…", "focused_product": "ZLDS202-HSR2", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HSR2", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HSR2-线激光传感器悬挂臂几何参数测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "flat-object-shape-position-measurement-guide-zlds202-hsr2", "category": "application_article", "category_cn": "应用文章", "title": "扁平物体形状与位置尺寸测量选型与部署指南", "summary": "**目标**: 实现对宽幅扁平类工件（如金属板材、PCB、精密垫片）的非接触式、高速形状特征扫描与位置坐标测量〔REF-002〕。", "focused_product": "ZLDS202-HSR2", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HSR2", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HSR2-线激光传感器扁平物体形状和位置长测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "flat-steel-width-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "扁钢宽度在线检测系统选型与部署指南", "summary": "**目标**: 实现高速生产环境下扁钢宽度的非接触式、高频、实时精密测量，替代传统人工卡尺或低频点激光检测。〔REF-002〕", "focused_product": "ZLDS202-HSR2", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HSR2", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HSR2-线激光传感器扁钢宽度检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "plug-pin-coplanarity-detection-selection-guide-zlds202-hsr2", "category": "application_article", "category_cn": "应用文章", "title": "插头引脚共面性检测技术选型与部署指南", "summary": "**检测目标**: 实现高密度连接器引脚（Pins）的共面性、高度偏差及关键几何尺寸的非接触式在线高速测量〔REF-002〕。", "focused_product": "ZLDS202-HSR2", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HSR2", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HSR2-线激光传感器插头引脚共面性检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "high-speed-plug-pin-gap-detection-selection-guide", "category": "application_article", "category_cn": "应用文章", "title": "工业级高速插头引脚间隙自动检测选型与部署指南", "summary": "**目标**: 实现电子连接器/插头引脚间隙的非接触式、高速、高精度三维轮廓检测，解决传统卡尺测量效率低及人工误差大等痛点。〔REF-002〕", "focused_product": "ZLDS202-HSR2", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HSR2", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HSR2-线激光传感器插头引脚间隙检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "square-steel-width-measurement-selection-guide", "category": "application_article", "category_cn": "应用文章", "title": "工业型材宽度高精度在线监测与轮廓测量系统选型及部署指南", "summary": "**目标**: 实现方钢在切割、成型及高速输送过程中的宽度实时测量与几何形变监控，确保成品尺寸一致性〔REF-002〕。", "focused_product": "ZLDS202-HSR2", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HSR2", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HSR2-线激光传感器方钢宽度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "seamless-steel-pipe-diameter-measurement-selection-guide", "category": "application_article", "category_cn": "应用文章", "title": "工业管材高精度非接触式外径测量系统选型与部署指南", "summary": "**目标**: 实现石油、化工及冶金行业无缝钢管生产线上的在线高速外径监测与几何质量评估〔REF-002〕。", "focused_product": "ZLDS202-HSR2", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HSR2", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HSR2-线激光传感器无缝钢管外径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "crankshaft-cutting-tool-geometric-measurement-guide-zlds202-hsr2", "category": "application_article", "category_cn": "应用文章", "title": "切削工具精密几何尺寸测量选型与部署指南", "summary": "**目标**: 实现曲轴切削工具、工业刀具等复杂零件的微米级几何轮廓自动测量与关键公差验证。〔REF-002〕", "focused_product": "ZLDS202-HSR2", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HSR2", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HSR2-线激光传感器曲轴切削工具精密几何测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "hsr2-channel-steel-geometry-detection-guide", "category": "application_article", "category_cn": "应用文章", "title": "工业槽钢几何尺寸在线选型与部署指南", "summary": "**测量目标**: 实现热轧或冷轧槽钢在高速流水线上的宽度、高度、翼缘厚度、腹板厚度及截面R角/角度的实时在线检测，确保几何公差符合建筑标准〔REF-002〕。", "focused_product": "ZLDS202-HSR2", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HSR2", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HSR2-线激光传感器槽钢几何参数检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "channel-steel-flatness-measurement-selection-guide-zlds202-hsr2", "category": "application_article", "category_cn": "应用文章", "title": "槽钢平直度在线测量系统选型与部署指南", "summary": "**测量目标**: 实现槽钢在高速连续生产过程中的全长平直度及截面几何尺寸的非接触式精密监测，替代传统滞后的机械检具测量模式。〔REF-002〕", "focused_product": "ZLDS202-HSR2", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HSR2", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HSR2-线激光传感器槽钢平直度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "airbag-stitching-inspection-guide-zlds202-hsr2", "category": "application_article", "category_cn": "应用文章", "title": "汽车安全气囊缝合位置在线检测与质量控制选型指南", "summary": "**核心目标**: 实现汽车安全气囊柔性布料缝合轨迹的微米级高度差检测，确保充气膨胀的一致性与爆破安全性〔REF-002〕。", "focused_product": "ZLDS202-HSR2", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HSR2", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HSR2-线激光传感器气囊缝合位置检查/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "automotive-robotics-precision-gap-control-guide", "category": "application_article", "category_cn": "应用文章", "title": "工业机器人自动装配中的高精度间隙控制与选型指南", "summary": "**目标: ** 在汽车自动化生产线上，通过工业机器人末端集成高精度传感器，实现白车身（BIW）或总装环节中微米级的间隙（Gap）与平齐度（Flush）在线闭环控…", "focused_product": "ZLDS202-HSR2", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HSR2", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HSR2-线激光传感器汽车行业机器人控制中的精确间隙控制/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "laser-weld-integrity-measurement-guide-zlds202-hsr2", "category": "application_article", "category_cn": "应用文章", "title": "工业级激光焊缝完整性检测选型与部署指南", "summary": "**目标**: 实现焊接全生命周期（前、中、后）的高精度、非接触式焊缝三维轮廓与完整性评估。〔REF-002〕", "focused_product": "ZLDS202-HSR2", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HSR2", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HSR2-线激光传感器激光焊缝完整性测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "hsr2-hot-rolled-material-thickness-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "热轧材料在线厚度测量系统选型与部署指南", "summary": "**目标**: 实现钢铁冶金及金属加工中，高温、高速热轧材料的非接触式在线厚度监测与三维轮廓质量控制〔REF-002〕。", "focused_product": "ZLDS202-HSR2", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HSR2", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HSR2-线激光传感器热轧材料厚度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "hsr2-welding-seam-tracking-guide", "category": "application_article", "category_cn": "应用文章", "title": "工业焊接接缝识别与自动跟踪系统选型与部署指南", "summary": "**目标**: 实现高速焊接生产线中的焊缝特征（坡口、间隙、焊道）自动化识别、实时轨迹跟踪与引导。〔REF-002〕", "focused_product": "ZLDS202-HSR2", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HSR2", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HSR2-线激光传感器焊接接缝识别和跟踪/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "welding-seam-tracking-measurement-guide-zlds202-hsr2", "category": "application_article", "category_cn": "应用文章", "title": "焊接接缝自动化跟踪与几何参数测量选型及部署指南", "summary": "**核心目标**: 实现高动态焊接过程中的接缝实时自动跟踪，并对坡口及焊后几何参数进行精确三维监控，以替代低效的人工示教或机械跟踪方案〔REF-002〕。", "focused_product": "ZLDS202-HSR2", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HSR2", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HSR2-线激光传感器焊接接缝跟踪和几何参数测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "welded-steel-pipe-diameter-measurement-guide-zlds202-hsr2", "category": "application_article", "category_cn": "应用文章", "title": "焊接钢管直径高精度非接触式测量选型与部署指南", "summary": "**目标**: 在高速焊接生产线上实现 100% 的在线外径及轮廓检测，替代低效的人工机械测量〔REF-002〕。", "focused_product": "ZLDS202-HSR2", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HSR2", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HSR2-线激光传感器焊接钢管直径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "hsr2-weld-seam-positioning-guide", "category": "application_article", "category_cn": "应用文章", "title": "线激光轮廓传感器焊缝自动定位与检测选型部署指南", "summary": "**目标**: 实现焊接机器人在动态环境下的实时路径引导、焊缝三维形貌重建及自动化质量在线监测。〔REF-002〕", "focused_product": "ZLDS202-HSR2", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HSR2", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HSR2-线激光传感器焊缝定位/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "weld-bead-profile-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "工业焊接质量管控中的焊缝轮廓精密测量选型与部署指南", "summary": "**目标**: 实现高频生产节拍（每秒数千个轮廓）下的焊缝三维形貌 100% 在线检测，替代人工肉眼观察及低速机械抽检。〔REF-002〕", "focused_product": "ZLDS202-HSR2", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HSR2", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HSR2-线激光传感器焊缝的轮廓测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "hsr2-weld-seam-recognition-guide", "category": "application_article", "category_cn": "应用文章", "title": "工业焊接焊缝识别与轮廓质量检测系统选型与部署指南", "summary": "**目标**: 实现焊接过程中焊缝的实时引导、位置跟踪以及焊后高精度的几何参数与缺陷检测〔REF-002〕。", "focused_product": "ZLDS202-HSR2", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HSR2", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HSR2-线激光传感器焊缝识别/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "weld-profile-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "焊缝轮廓在线测量与质量检测选型及部署指南", "summary": "**目标**: 实现高强度、高精度焊接工艺中的焊缝轮廓实时监测，通过非接触式测量替代低效、主观性强的传统手动或机械检测手段〔REF-002〕。", "focused_product": "ZLDS202-HSR2", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HSR2", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HSR2-线激光传感器焊缝轮廓测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "hsr2-logistics-position-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "物流仓储自动化系统物品定位与几何形状检测选型部署指南", "summary": "**目标**: 实现物流分拣及仓储场景中，针对快速移动物体的亚毫米级定位与高精度 3D 轮廓还原〔REF-002〕。", "focused_product": "ZLDS202-HSR2", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HSR2", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HSR2-线激光传感器物流管理中物品位置测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "logistics-item-shape-measurement-guide-zlds202-hsr2", "category": "application_article", "category_cn": "应用文章", "title": "物流领域物品几何轮廓非接触式测量选型与部署指南", "summary": "**目标**: 实现物流自动化场景下高速传送带上不规则物品的实时形状识别、体积测量及轮廓扫描〔REF-002〕。", "focused_product": "ZLDS202-HSR2", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HSR2", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HSR2-线激光传感器物流管理中物品形状测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "hsr2-biological-tissue-thickness-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "高精度非接触式轮廓扫描技术在生物组织厚度检测中的应用指南选型与部署指南", "summary": "**目标**: 实现对生物软组织（如皮肤、筋膜、生物合成薄膜等）的亚微米级非接触式厚度测量与三维轮廓重构〔REF-002〕。", "focused_product": "ZLDS202-HSR2", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HSR2", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HSR2-线激光传感器生物组织厚度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "hsr2-silicon-ingot-side-length-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "高精度硅锭侧长在线扫描与尺寸测量选型部署指南", "summary": "**目标**: 实现半导体级及光伏级硅锭在生产输送线上的非接触式、高速侧长及截面几何尺寸测量。〔REF-002〕", "focused_product": "ZLDS202-HSR2", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HSR2", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HSR2-线激光传感器硅锭侧长测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "hsr2-silicon-ingot-inspection-guide", "category": "application_article", "category_cn": "应用文章", "title": "硅锭几何参数在线测量选型与部署指南", "summary": "**目标**: 实现半导体级或光伏级硅锭在生产过程中的自动化几何参数分析，确保下游晶圆加工前的基准一致性〔REF-002〕。", "focused_product": "ZLDS202-HSR2", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HSR2", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HSR2-线激光传感器硅锭几何参数检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "silicon-ingot-diagonal-measurement-guide-zlds202-hsr2", "category": "application_article", "category_cn": "应用文章", "title": "硅基半导体材料几何尺寸非接触式测量选型与部署指南", "summary": "**目标**: 实现硅基半导体硅锭对角线长度的高精度、高速自动化在线测量，确保后续切片工艺的几何一致性〔REF-002〕。", "focused_product": "ZLDS202-HSR2", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HSR2", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HSR2-线激光传感器硅锭对角线长度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "silicon-ingot-flatness-measurement-guide-zlds202-hsr2", "category": "application_article", "category_cn": "应用文章", "title": "硅锭平面度测量选型与部署指南", "summary": "**目标**: 针对半导体及光伏行业硅锭生产过程中的高精度几何尺寸检测，特别是硅锭表面的平面度、厚度及轮廓扫描，提供非接触式快速检测方案〔REF-002〕。", "focused_product": "ZLDS202-HSR2", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HSR2", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HSR2-线激光传感器硅锭平面度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "hsr2-silicon-ingot-phase-length-guide", "category": "application_article", "category_cn": "应用文章", "title": "硅锭几何尺寸高精度非接触式测量选型与部署指南", "summary": "**目标**: 实现光伏及半导体级硅锭在生产及深加工过程中的高频实时尺寸监测与相位长精度控制。〔REF-002〕", "focused_product": "ZLDS202-HSR2", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HSR2", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HSR2-线激光传感器硅锭相位长测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "silicon-ingot-angle-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "硅锭角度高精度非接触式测量选型与部署指南", "summary": "**测量目标**: 实现硅锭几何角度、表面倾斜度及相对位置的高速在线精密检测，旨在优化切片加工流程并减少昂贵的材料损耗〔REF-002, REF-003〕。", "focused_product": "ZLDS202-HSR2", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HSR2", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HSR2-线激光传感器硅锭角度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "carbon-ribbon-width-measurement-selection-guide-zlds202-hsr2", "category": "application_article", "category_cn": "应用文章", "title": "宽幅带状材料宽度在线测量系统选型与部署指南", "summary": "**目标**: 实现高速生产线（如碳带、锂电极片、薄膜）的宽度、边缘位置及几何形变的非接触式在线高精度监测〔REF-002〕。", "focused_product": "ZLDS202-HSR2", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HSR2", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HSR2-线激光传感器碳带宽度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "seed-shape-size-measurement-selection-guide-zlds202-hsr2", "category": "application_article", "category_cn": "应用文章", "title": "种子形状及几何尺寸高精度自动检测选型与部署指南", "summary": "**目标**: 实现现代农业种子（如玉米、小麦、大豆等）的大批量、高频率三维形状及几何尺寸（长宽高、体积、表面缺陷）的自动化精准测量〔REF-002〕。", "focused_product": "ZLDS202-HSR2", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HSR2", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HSR2-线激光传感器种子的形状及尺寸测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "hsr2-glue-bead-identification-guide", "category": "application_article", "category_cn": "应用文章", "title": "粘合剂条三维轮廓识别与检测系统选型与部署指南", "summary": "**目标**: 实现高速生产线下粘合剂条（涂胶）的几何尺寸识别、缺陷检测（断胶、堆胶、偏位）及截面质量评估。〔REF-002〕", "focused_product": "ZLDS202-HSR2", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HSR2", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HSR2-线激光传感器粘合剂条识别/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "hsr2-glue-bead-inspection-selection-guide", "category": "application_article", "category_cn": "应用文章", "title": "工业粘合剂珠轮廓在线检测与三维重建传感器选型指南", "summary": "**目标**: 实现自动化涂胶生产线中粘合剂珠（Glue Bead）的高度、宽度、截面形状及体积的实时在线检测，确保点胶工艺的一致性与可靠性。〔REF-002〕", "focused_product": "ZLDS202-HSR2", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HSR2", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HSR2-线激光传感器粘合剂珠检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "adhesive-bead-edge-detection-selection-guide", "category": "application_article", "category_cn": "应用文章", "title": "工业粘合剂珠涂布质量边缘轮廓检测选型与部署指南", "summary": "**目标**: 实现高速生产线上粘合剂珠（Adhesive Bead）边缘轮廓、高度、宽度的实时高精度自动化检测，替代低效的人工抽检方案〔REF-002〕。", "focused_product": "ZLDS202-HSR2", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HSR2", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HSR2-线激光传感器粘合剂珠边缘检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "hsr2-precision-workpiece-tolerance-verification-guide", "category": "application_article", "category_cn": "应用文章", "title": "精密工件尺寸公差在线检测与高精度轮廓扫描选型指南", "summary": "**目标**: 实现精密制造场景下工件几何尺寸、公差带及表面细节的高速非接触式自动化核验。〔REF-002〕", "focused_product": "ZLDS202-HSR2", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HSR2", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HSR2-线激光传感器精密工件尺寸公差验证/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "precision-workpiece-bending-radius-measurement-guide-zlds202-hsr2", "category": "application_article", "category_cn": "应用文章", "title": "精密工件弯曲半径测量选型与部署指南", "summary": "**目标**: 实现精密制造中复杂曲面、弯曲边缘的非接触式高精度半径检测，解决传统机械量具效率低、人为误差大等痛点〔REF-002〕。", "focused_product": "ZLDS202-HSR2", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HSR2", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HSR2-线激光传感器精密工件弯曲半径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "precision-workpiece-shape-deviation-measurement-guide-zlds202-hsr2", "category": "application_article", "category_cn": "应用文章", "title": "精密工件形状偏差在线测量与自动化检测选型部署指南", "summary": "**目标**: 在大批量生产环境下，实现精密工件表面轮廓、几何公差及三维形状偏差的高速、高精度在线检测〔REF-002〕。", "focused_product": "ZLDS202-HSR2", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HSR2", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HSR2-线激光传感器精密工件形状偏差测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "hsr2-precision-workpiece-height-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "线激光轮廓传感器精密工件高度测量选型与部署指南", "summary": "**测量目标**: 针对精密机械零件、电子组件及航空组件实现亚微米级分辨率的高度、深度及阶梯差检测。〔REF-002〕", "focused_product": "ZLDS202-HSR2", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HSR2", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HSR2-线激光传感器精密工件高度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "precision-component-dimension-verification-guide-zlds202-hsr2", "category": "application_article", "category_cn": "应用文章", "title": "精密零部件尺寸高精度测量与自动化部署选型指南", "summary": "**目标**: 实现现代制造业高速生产线下精密零部件的微米级几何尺寸验证与轮廓质量控制〔REF-002〕。", "focused_product": "ZLDS202-HSR2", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HSR2", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HSR2-线激光传感器精密部件尺寸验证/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "racing-car-ground-clearance-monitoring-selection-guide", "category": "application_article", "category_cn": "应用文章", "title": "赛车底盘高度与路面间隙实时监测系统选型与部署指南", "summary": "**目标**: 在赛车高速行驶（车速可达 300km/h 以上）过程中，实现底盘离地间隙（Ride Height）的高频、高精度动态实时监测。〔REF-002〕", "focused_product": "ZLDS202-HSR2", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HSR2", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HSR2-线激光传感器精确测量赛车与路面的距离/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "hsr2-paper-industry-width-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "工业纸张物体宽度精确测量选型与部署指南", "summary": "**目标**: 实现高速造纸或加工生产线上纸张宽度的非接触式实时精密测量，确保分切精度与成品一致性。〔REF-002〕", "focused_product": "ZLDS202-HSR2", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HSR2", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HSR2-线激光传感器纸张行业物体宽度精确测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "paper-industry-edge-positioning-guide-zlds202-hsr2", "category": "application_article", "category_cn": "应用文章", "title": "纸张生产线物体边缘高精度定位与在线检测选型指南", "summary": "**目标**: 解决高速造纸、印刷及薄膜分切过程中，纸张边缘位置实时纠偏、宽度测量及切割路径引导的精度瓶颈〔REF-002〕。", "focused_product": "ZLDS202-HSR2", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HSR2", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HSR2-线激光传感器纸张行业物体边缘定位/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "textile-width-precision-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "纺织行业非接触式物体宽度精确测量选型与部署指南", "summary": "**测量目标**: 实现纺织面料在生产、收卷及切割过程中的高速、非接触式宽度在线实时监测。〔REF-002〕", "focused_product": "ZLDS202-HSR2", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HSR2", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HSR2-线激光传感器纺织行业物体宽度精确测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "hsr2-textile-edge-positioning-guide", "category": "application_article", "category_cn": "应用文章", "title": "纺织行业物体边缘高精度定位传感器选型与部署指南", "summary": "**目标**: 在纺织机械高速运转过程中，实现对织物边缘（如面料、碳带、无纺布）的实时、非接触式坐标定位，确保卷绕精度与纠偏效率〔REF-002〕。", "focused_product": "ZLDS202-HSR2", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HSR2", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HSR2-线激光传感器纺织行业物体边缘定位/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "hsr2-automated-width-measurement-selection-guide", "category": "application_article", "category_cn": "应用文章", "title": "工业自动化生产线产品宽度高精度测量选型与部署指南", "summary": "**目标**: 在工业高速自动化生产线上实现非接触式、实时的物体宽度与截面轮廓测量，确保产品尺寸公差受控。〔REF-002〕", "focused_product": "ZLDS202-HSR2", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HSR2", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HSR2-线激光传感器自动化宽度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "automated-volume-measurement-selection-guide", "category": "application_article", "category_cn": "应用文章", "title": "自动化生产线产品体积测量系统选型与部署指南", "summary": "**测量目标**: 实现对高速运动产线上不规则物体的三维体积、外轮廓及几何公差的非接触式、高动态精准测量〔REF-002〕。", "focused_product": "ZLDS202-HSR2", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HSR2", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HSR2-线激光传感器自动化生产线产品体积测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "automated-production-line-thickness-measurement-selection-guide", "category": "application_article", "category_cn": "应用文章", "title": "自动化生产线高精度厚度测量系统选型与部署指南", "summary": "**目标**: 在 4000 轮廓/秒以上的高速自动化生产线上，实现针对板材、零件或复合材料的微米级实时厚度监控与质量闭环〔REF-002〕。", "focused_product": "ZLDS202-HSR2", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HSR2", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HSR2-线激光传感器自动化生产线产品厚度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "hsr2-production-line-counting-guide", "category": "application_article", "category_cn": "应用文章", "title": "自动化生产线高速物体在线计数与识别选型与部署指南", "summary": "**核心目标**: 针对离散制造、包装及物流领域，实现传送带上高速运动工件、包装箱的非接触式精确计数与 2D/3D 轮廓监控〔REF-002〕。", "focused_product": "ZLDS202-HSR2", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HSR2", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HSR2-线激光传感器自动化生产线物体计数/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "hsr2-automated-edge-position-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "高精度线激光轮廓传感器边缘位置自动测量选型与部署指南", "summary": "**目标**: 实现在高速工业流水线上对工件边缘位置、几何轮廓及尺寸公差的非接触式、实时在线监测，替代低效的传统机械或简单光学测量〔REF-002〕。", "focused_product": "ZLDS202-HSR2", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HSR2", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HSR2-线激光传感器自动化边缘位置测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "hsr2-automated-gap-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "线激光扫描技术在自动化间隙检测中的选型与部署指南", "summary": "**目标**: 在现代制造业中，通过非接触式手段实现微秒级响应的高速在线间隙检测，确保产品组装的一致性与合格率。〔REF-002〕", "focused_product": "ZLDS202-HSR2", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HSR2", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HSR2-线激光传感器自动化间隙测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "chip-flatness-measurement-selection-guide-zlds202-hsr2", "category": "application_article", "category_cn": "应用文章", "title": "芯片平面度高精度非接触式测量选型与部署指南", "summary": "**目标**: 在高速自动化流水线上实现芯片表面微米级的平面度检测，确保后端封装与贴合的可靠性〔REF-002〕。", "focused_product": "ZLDS202-HSR2", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HSR2", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HSR2-线激光传感器芯片平面度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "angle-steel-geometric-dimension-measurement-guide-zlds202-hsr2", "category": "application_article", "category_cn": "应用文章", "title": "工业级型材几何尺寸在线检测选型与部署指南", "summary": "**目标**: 实现角钢在生产或深加工过程中的几何尺寸（边长、厚度、角度）的高精度、非接触式在线测量〔REF-002〕。", "focused_product": "ZLDS202-HSR2", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HSR2", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HSR2-线激光传感器角钢几何尺寸测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "axle-profile-measurement-selection-guide-zlds202-hsr2", "category": "application_article", "category_cn": "应用文章", "title": "车桥几何尺寸与截面轮廓测量设备选型及部署指南", "summary": "**目标**: 实现车桥在生产线上的高速、非接触式 2D/3D 轮廓扫描与尺寸公差自动化检测。〔REF-002〕", "focused_product": "ZLDS202-HSR2", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HSR2", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HSR2-线激光传感器车桥轮廓测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "car-body-serial-number-embossed-depth-measurement-guide-zlds202-hsr2", "category": "application_article", "category_cn": "应用文章", "title": "车身压印序列号深度检测选型与部署指南", "summary": "**目标**: 实现汽车车身 VIN 码及各类压印序列号的高速、非接触式深度与轮廓测量，确保防伪合规性与质量溯源〔REF-002〕。", "focused_product": "ZLDS202-HSR2", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HSR2", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HSR2-线激光传感器车身序列号的压印深度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "wheel-rim-inner-surface-geometry-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "高精密轮廓测量与内表面几何形状检测选型与部署指南", "summary": "**目标**: 实现对工业轮缘、复杂工件内表面的高频动态轮廓扫描与几何形状精密验证。〔REF-002〕", "focused_product": "ZLDS202-HSR2", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HSR2", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HSR2-线激光传感器轮缘内表面的几何形状测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "tire-auto-identification-and-dot-code-recognition-guide", "category": "application_article", "category_cn": "应用文章", "title": "工业轮胎自动识别与字符编码检测选型与部署指南", "summary": "**目标**: 解决黑色橡胶表面低对比度特征（如DOT代码、模具号）在高速动态生产线上的高可靠性自动提取与识别难题。〔REF-002〕", "focused_product": "ZLDS202-HSR2", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HSR2", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HSR2-线激光传感器轮胎自动识别和DOT代码识别/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "tire-industry-3d-profile-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "轮胎制造领域高精度三维轮廓测量系统选型与部署指南", "summary": "**目标**: 在高速生产环境下实现黑色橡胶轮胎表面的高精度三维几何建模与缺陷检测〔REF-002〕。", "focused_product": "ZLDS202-HSR2", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HSR2", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HSR2-线激光传感器轮胎行业三维测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "metal-strip-thickness-measurement-guide-zlds202-hsr2", "category": "application_article", "category_cn": "应用文章", "title": "金属带材厚度在线测量系统选型与部署指南", "summary": "**目标**: 在金属加工高速流水线上实现微米级厚度实时监测，替代低效且无法实现全量程覆盖的传统接触式测量。〔REF-002〕", "focused_product": "ZLDS202-HSR2", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HSR2", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HSR2-线激光传感器金属带的厚度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "metal-strip-contour-detection-selection-guide", "category": "application_article", "category_cn": "应用文章", "title": "工业金属带轮廓测量与在线检测选型与部署指南", "summary": "**检测目标**: 实现金属带材在高速动态生产环境下的高精度轮廓采集、宽度测量、平整度监控及边缘缺陷识别。〔REF-002〕", "focused_product": "ZLDS202-HSR2", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HSR2", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HSR2-线激光传感器金属带轮廓检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "hsr2-metal-plate-width-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "工业金属板材宽度在线测量系统选型与部署指南", "summary": "**目标**: 实现金属板生产线上不间断的、非接触式的高速宽度实时监测，解决传统接触式测量磨损快、精度低及人工测量滞后性问题。〔REF-002〕", "focused_product": "ZLDS202-HSR2", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HSR2", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HSR2-线激光传感器金属板宽度在线测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "hsr2-a721ea5d-guide", "category": "application_article", "category_cn": "应用文章", "title": "线激光传感器金属板尺寸自动化测量选型与部署指南", "summary": "**目标**: 实现在线、非接触式的金属板宽度、厚度及表面平整度的高速自动化测量〔REF-002〕。", "focused_product": "ZLDS202-HSR2", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HSR2", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HSR2-线激光传感器金属板尺寸自动化测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "metal-plate-flatness-measurement-selection-guide-zlds202-hsr2", "category": "application_article", "category_cn": "应用文章", "title": "金属板材表面平面度高精度在线测量选型与部署指南", "summary": "**目标**: 实现金属板材在生产线运动状态下的高频、高精度平面度检测与轮廓重构。〔REF-002〕", "focused_product": "ZLDS202-HSR2", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HSR2", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HSR2-线激光传感器金属板平面度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "hsr2-53c9f5ee-guide", "category": "application_article", "category_cn": "应用文章", "title": "金属板直线度在线测量传感器选型与部署指南", "summary": "**目标**: 实现大尺寸金属板材直线度及轮廓偏差的高速、非接触式在线自动化检测，替代低效的机械接触式测量。〔REF-002〕", "focused_product": "ZLDS202-HSR2", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HSR2", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HSR2-线激光传感器金属板直线度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "metal-plate-angle-measurement-selection-guide", "category": "application_article", "category_cn": "应用文章", "title": "金属板角度在线测量系统选型与部署指南", "summary": "**目标: ** 实现大批量金属生产线中金属板折弯角度、拼焊角度及边缘轮廓的自动化、非接触式在线高频检测，替代低效的人工机械量具。〔REF-002〕", "focused_product": "ZLDS202-HSR2", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HSR2", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HSR2-线激光传感器金属板角度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "industrial-metal-plate-length-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "工业板材几何尺寸非接触式激光扫描测量选型与部署指南", "summary": "**目标**: 在高速自动化流水线上实现金属板材长度、宽度及表面几何特征的非接触式精密测量〔REF-002〕。", "focused_product": "ZLDS202-HSR2", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HSR2", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HSR2-线激光传感器金属板长度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "metal-surface-3d-measurement-selection-guide-zlds202-hsr2", "category": "application_article", "category_cn": "应用文章", "title": "工业金属表面三维精密测量选型与部署指南", "summary": "**目标**: 实现金属加工件表面的高密度、高频率三维几何形貌扫描与自动化尺寸公差验证。〔REF-002〕", "focused_product": "ZLDS202-HSR2", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HSR2", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HSR2-线激光传感器金属表面3D测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "steel-strip-rim-geometric-parameters-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "金属钢带轮缘几何参数在线高精度测量选型与部署指南", "summary": "**目标**: 在高速生产线下实现钢带轮缘的直径、宽度、厚度及截面几何形状的非接触式精密实时监控〔REF-002〕。", "focused_product": "ZLDS202-HSR2", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HSR2", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HSR2-线激光传感器钢带轮缘的几何参数测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "rail-profile-scanning-selection-guide-zlds202-hsr2", "category": "application_article", "category_cn": "应用文章", "title": "铁路钢轨几何参数非接触式高速测量选型与部署指南", "summary": "**目标**: 实现高速铁路、地铁及重载铁路钢轨轮廓的实时在线扫描，识别磨耗、裂纹及几何形变。〔REF-002〕", "focused_product": "ZLDS202-HSR2", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HSR2", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HSR2-线激光传感器钢轨轮廓扫描/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "railway-axle-monitoring-selection-guide-zlds202-hsr2", "category": "application_article", "category_cn": "应用文章", "title": "铁路轮轴在线监测与精密轮廓测量选型指南", "summary": "**目标**: 实现铁路列车在高速通过状态下对轮轴及轮缘的实时高精度三维轮廓采集与磨损分析〔REF-002〕。", "focused_product": "ZLDS202-HSR2", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HSR2", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HSR2-线激光传感器铁路轮轴监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "rail-track-single-side-scanning-guide", "category": "application_article", "category_cn": "应用文章", "title": "铁轨表面缺陷与几何轮廓高精度测量选型与部署指南", "summary": "**目标**: 实现铁轨全寿命周期内的表面微小缺陷识别、几何轮廓量测及磨损（垂直磨耗、侧向磨耗）的自动化、非接触式评估。〔REF-002〕", "focused_product": "ZLDS202-HSR2", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HSR2", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HSR2-线激光传感器铁轨单面扫描/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "hsr2-gap-profile-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "高速高精度间隙与轮廓在线测量选型与部署指南", "summary": "**目标**: 实现在高速生产线环境中对复杂几何间隙、零部件装配面、焊缝及宽幅物体轮廓的非接触式、高实时性在线测量〔REF-002〕。", "focused_product": "ZLDS202-HSR2", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HSR2", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HSR2-线激光传感器间隙轮廓测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "ceramic-geometric-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "陶瓷品精密几何测量与自动化扫描选型指南", "summary": "**测量目标**: 实现对工业陶瓷、电子陶瓷及特种陶瓷零件的高速、高精度非接触式轮廓扫描与三维尺寸验证〔REF-002〕。", "focused_product": "ZLDS202-HSR2", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HSR2", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HSR2-线激光传感器陶瓷品精密几何测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "integrated-circuit-pin-counting-gap-measurement-selection-guide", "category": "application_article", "category_cn": "应用文章", "title": "集成电路引脚计数与间隙测量线激光传感器选型与部署指南", "summary": "**目标**: 在高速生产节拍下，实现集成电路（IC）引脚的精密计数、间隙测量及共面性检测，替代低效的人工视觉或易受环境光干扰的普通 2D 视觉方案。〔REF-0…", "focused_product": "ZLDS202-HSR2", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HSR2", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HSR2-线激光传感器集成电路引脚计数及间隙测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "hsr2-rough-rolling-dimension-control-guide", "category": "application_article", "category_cn": "应用文章", "title": "粗轧过程高温金属件几何尺寸在线监测系统选型与部署指南", "summary": "**目标**: 在 1000°C 以上的高温粗轧生产线上，实现毫米级精度的金属件宽度、厚度及轮廓在线实时闭环监测〔REF-002〕。", "focused_product": "ZLDS202-HSR2", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HSR2", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HSR2-线激光传感器高温物体在粗轧过程中尺寸的实时控制/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "mechanical-parts-geometric-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "高精度机械零件精密几何测量选型与部署指南", "summary": "**目标**: 在现代制造业中实现高速度、高精度的在线几何扫描与质量评估，替代低效的接触式测量方法〔REF-002〕。", "focused_product": "ZLDS202-HSR2", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HSR2", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HSR2-线激光传感器高精度机械零件精密几何测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "gear-dimension-tolerance-verification-guide-zlds202-hsr2", "category": "application_article", "category_cn": "应用文章", "title": "工业齿轮尺寸公差在线检测与高精度轮廓扫描选型指南", "summary": "**目标**: 实现齿轮制造过程中的全量、在线尺寸公差验证，确保动力传动系统的运行可靠性与寿命指标〔REF-002〕。", "focused_product": "ZLDS202-HSR2", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HSR2", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HSR2-线激光传感器齿轮尺寸公差验证/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "gear-deformation-detection-selection-guide-zlds202-hsr2", "category": "application_article", "category_cn": "应用文章", "title": "精密齿轮形变测量与轮廓扫描系统选型与部署指南", "summary": "**目标**: 实现齿轮制造、装配及运行维护过程中的高精度形变检测，确保机械传动系统的可靠性与稳定性〔REF-002〕。", "focused_product": "ZLDS202-HSR2", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HSR2", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HSR2-线激光传感器齿轮形变检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "hsr2-gear-tooth-operation-guide", "category": "application_article", "category_cn": "应用文章", "title": "工业传动系统关键部件动态特性在线测量选型与部署指南", "summary": "**目标**: 实现高速旋转齿轮（如变速箱齿轮、重型机械传动轴）的非接触式实时轮廓监测与动态特性分析，预防传动失效〔REF-002〕。", "focused_product": "ZLDS202-HSR2", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-HSR2", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-HSR2-线激光传感器齿轮齿的运行特性检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "weld-uneven-surface-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "不均匀表面2D/3D测量与焊缝跟踪系统选型与部署指南", "summary": "**核心目标**: 在高度不平整、存在复杂纹理或反光干扰的金属表面，实现高精度的焊缝实时定位与三维形貌重建，支持动态焊接参数调整〔REF-002〕。", "focused_product": "ZLDS202-weld", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-weld", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-weld-线激光传感器不均匀表面2D-3D测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "weld-warehouse-item-shape-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "智能仓储物品轮廓与几何形状高精度测量选型与部署指南", "summary": "**目标**: 在复杂、多变的仓储环境中实现不规则物品的高精度、实时 3D 轮廓测量与形状识别，从而优化库存空间分配。〔REF-002〕", "focused_product": "ZLDS202-weld", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-weld", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-weld-线激光传感器仓储管理中物品形状测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "weld-low-reflective-surface-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "工业低反射表面高精度3D轮廓测量与焊接自动化选型部署指南", "summary": "**核心目标**: 针对吸光/低反射表面（如黑色金属、吸光涂层）实现 5μm 级别的 Z 轴测量精度及实时 3D 焊缝跟踪〔REF-001〕。", "focused_product": "ZLDS202-weld", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-weld", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-weld-线激光传感器低反射表面2D-3D测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "weld-smooth-surface-defect-detection-guide", "category": "application_article", "category_cn": "应用文章", "title": "光滑表面微小缺陷在线测量与自动化检测系统选型与部署指南", "summary": "**核心目标**: 实现针对金属、塑料等高反光或光滑表面的微米级缺陷（划痕、孔隙、形变）的非接触式在线识别与定量测量〔REF-002〕。", "focused_product": "ZLDS202-weld", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-weld", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-weld-线激光传感器光滑表面微小缺陷识别/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "weld-groove-identification-guide", "category": "application_article", "category_cn": "应用文章", "title": "焊接自动化中的凹槽识别与跟踪系统选型与部署指南", "summary": "**目标**: 实现复杂焊接工况下凹槽及其几何特征的亚微米级识别与动态路径补偿〔REF-002〕。", "focused_product": "ZLDS202-weld", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-weld", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-weld-线激光传感器凹槽识别/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "weld-groove-profile-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "焊接凹槽轮廓测量线激光传感器选型与部署指南", "summary": "**目标**: 实现焊接过程中凹槽（坡口）几何参数的实时采集与三维轮廓重构，为焊接机器人轨迹实时纠偏及焊接工艺参数优化提供数据支持〔REF-002〕。", "focused_product": "ZLDS202-weld", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-weld", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-weld-线激光传感器凹槽轮廓测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "cutting-blade-wear-measurement-guide-zlds202-weld", "category": "application_article", "category_cn": "应用文章", "title": "切割刀片磨损状态监测与自动测量系统选型部署指南", "summary": "**目标**: 实现现代工业切割场景下，刀片磨损状态的非接触式、高频、微米级数字化监测〔REF-002〕。", "focused_product": "ZLDS202-weld", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-weld", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-weld-线激光传感器切割刀片磨损情况测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "large-component-3d-measurement-cutting-system-zlds202-weld", "category": "application_article", "category_cn": "应用文章", "title": "切割系统大型组件三维测量与轮廓扫描选型部署指南", "summary": "**测量目标**: 实现切割系统内大型金属组件的高精度三维定位、在线尺寸监控及切割后的质量评估，以降低废品率。〔REF-002〕", "focused_product": "ZLDS202-weld", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-weld", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-weld-线激光传感器切割系统中大型组件的3D测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "weld-packaging-width-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "包装行业物体宽度在线精确测量选型与部署指南", "summary": "**目标**: 在高速包装生产线上实现物体的非接触式宽度实时精确测量，替代传统机械式或简易光电开关检测〔REF-002〕。", "focused_product": "ZLDS202-weld", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-weld", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-weld-线激光传感器包装行业物体宽度精确测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "packaging-edge-positioning-selection-guide", "category": "application_article", "category_cn": "应用文章", "title": "包装自动化中的高精度物体边缘定位与轮廓检测选型与部署指南", "summary": "**目标**: 解决高速包装生产线中复杂材质（反光、深色、透明）边缘的微米级定位与实时轮廓补正问题。〔REF-002〕", "focused_product": "ZLDS202-weld", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-weld", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-weld-线激光传感器包装行业物体边缘定位/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "weld-step-part-tolerance-judgment-guide", "category": "application_article", "category_cn": "应用文章", "title": "台阶零件精密轮廓测量与公差自动判定系统选型与部署指南", "summary": "**目标**: 实现产线台阶零件（如焊接件、精密机加件）的非接触式、亚微米级/微米级公差在线判定。", "focused_product": "ZLDS202-weld", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-weld", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-weld-线激光传感器台阶零件公差判断/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "matte-surface-defect-detection-selection-guide", "category": "application_article", "category_cn": "应用文章", "title": "线激光轮廓传感器在哑光表面微小缺陷检测中的选型与部署指南", "summary": "**目标**: 实现针对复杂哑光表面（如喷砂金属、黑色橡胶、工业焊缝）微米级缺陷的高速非接触式自动化检测。〔REF-002〕", "focused_product": "ZLDS202-weld", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-weld", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-weld-线激光传感器哑光表面微小缺陷检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "weld-round-steel-diameter-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "圆钢直径高精度在线测量系统选型与部署指南", "summary": "**目标**: 在复杂工业环境下实现圆钢外径、圆度及表面特征的非接触式、高动态在线测量〔REF-002〕。", "focused_product": "ZLDS202-weld", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-weld", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-weld-线激光传感器圆钢直径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "potato-chip-thickness-measurement-selection-guide-zlds202-weld", "category": "application_article", "category_cn": "应用文章", "title": "食品加工行业板状物料厚度非接触式测量选型与部署指南", "summary": "**目标**: 实现食品生产线（如土豆片、饼干等）的高速、非接触式厚度在线监控，确保产品口感一致性并降低原材料损耗。〔REF-002〕", "focused_product": "ZLDS202-weld", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-weld", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-weld-线激光传感器土豆片厚度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "dam-crack-monitoring-selection-guide", "category": "application_article", "category_cn": "应用文章", "title": "水利工程堤坝表面裂缝在线监测系统选型与部署指南", "summary": "**监测目标**: 旨在实现对水利堤坝表面微米级裂缝形态（宽度、深度、走向）的长周期、高频率在线量化监测，评估结构稳定性〔REF-002〕。", "focused_product": "ZLDS202-weld", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-weld", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-weld-线激光传感器堤坝表面裂缝监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "weld-plastic-shape-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "塑料制品几何尺寸与外观轮廓检测系统选型与部署指南", "summary": "**目标: ** 实现对塑料制品外形尺寸、轮廓一致性及表面微小缺陷的高速、高精度非接触式检测，替代低效的人工抽检及传统机械量具测量〔REF-002〕。", "focused_product": "ZLDS202-weld", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-weld", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-weld-线激光传感器塑料制品外观形状测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "large-object-inner-surface-inspection-selection-guide", "category": "application_article", "category_cn": "应用文章", "title": "大型构件内表面几何参数与焊接质量在线监测选型与部署指南", "summary": "**核心目标**: 实现大型工件（如风电塔筒、大型容器、航空仓段）内腔的非接触式、高精度三维轮廓采集与焊接过程质量监测。〔REF-002〕", "focused_product": "ZLDS202-weld", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-weld", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-weld-线激光传感器大型物体的内表面检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "weld-large-pipe-geometry-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "大口径管材几何尺寸非接触式自动测量系统选型与部署指南", "summary": "**目标**: 实现大口径管道（石油、化工及能源领域）在复杂工业环境下的高精度几何参数自动测量，包括内外径、圆度、壁厚及焊缝坡口形态检测。〔REF-002〕", "focused_product": "ZLDS202-weld", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-weld", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-weld-线激光传感器大型管道几何参数测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "large-pipe-roundness-measurement-selection-guide-zlds202-weld", "category": "application_article", "category_cn": "应用文章", "title": "大型管道圆度高精度在线检测系统选型与部署指南", "summary": "**目标**: 实现石油、化工及重工领域大型管道生产与维护过程中的高精度圆度、外径及截面轮廓在线监测，确保流体输送安全性及结构稳定性。〔REF-002〕", "focused_product": "ZLDS202-weld", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-weld", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-weld-线激光传感器大型管道圆度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "weld-large-pipe-curvature-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "大型管道曲率在线测量选型与部署指南", "summary": "**测量目标**: 实现大型压力管道、输送管线在制造及运维过程中的几何曲率精度评估，确保结构安全与流体传输效率〔REF-002〕。", "focused_product": "ZLDS202-weld", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-weld", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-weld-线激光传感器大型管道曲率测量测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "large-pipe-diameter-measurement-selection-guide-zlds202-weld", "category": "application_article", "category_cn": "应用文章", "title": "大型管道直径非接触式精密测量系统选型与部署指南", "summary": "**目标: ** 实现工业现场环境下大型管道（如油气输送管、化工压力容器）直径、圆度及截面几何参数的高精度、实时非接触测量，替代低效的人工机械测量方式〔REF-0…", "focused_product": "ZLDS202-weld", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-weld", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-weld-线激光传感器大型管道直径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "weld-precision-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "焊接自动化线激光精密尺寸测量选型与部署指南", "summary": "**目标**: 实现焊接过程中的实时轨迹跟踪、焊缝几何特征的精密测量及焊接质量的在线闭环控制。〔REF-001〕", "focused_product": "ZLDS202-weld", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-weld", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-weld-线激光传感器工业自动化精密尺寸测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "weld-industrial-automation-precision-profile-scanning-guide", "category": "application_article", "category_cn": "应用文章", "title": "工业自动化精密轮廓扫描选型与部署指南", "summary": "**目标**: 实现焊接过程及精密加工场景中的高精度实时轮廓扫描、焊缝识别与路径校正。〔REF-002〕", "focused_product": "ZLDS202-weld", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-weld", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-weld-线激光传感器工业自动化精密轮廓扫描/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "industrial-automation-path-correction-selection-guide-zlds202-weld", "category": "application_article", "category_cn": "应用文章", "title": "工业自动化路径校正与焊缝跟踪系统选型与部署指南", "summary": "**核心目标**: 通过线激光扫描技术实现焊接路径的实时识别与动态补偿，解决工件装配一致性差、热变形引起的路径偏移问题〔REF-002〕。", "focused_product": "ZLDS202-weld", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-weld", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-weld-线激光传感器工业自动化路径校正/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "i-beam-geometry-measurement-selection-guide", "category": "application_article", "category_cn": "应用文章", "title": "工字钢几何参数测量与焊缝跟踪系统选型部署指南", "summary": "**目标**: 实现工字钢（I-Beam/H-Beam）生产过程中的自动化几何尺寸测量（高度、宽度、厚度）及后续焊接流程中的实时焊缝跟踪与定位〔REF-002〕。", "focused_product": "ZLDS202-weld", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-weld", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-weld-线激光传感器工字钢几何参数测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "weld-strip-multi-channel-width-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "带状物体同步多通道宽度测量系统选型与部署指南", "summary": "**目标**: 在高速生产线上实现带状物体（如钢带、纺织品、橡胶带等）宽度的实时、高精度、多通道同步检测，并具备焊缝跟踪及轮廓分析能力〔REF-002〕。", "focused_product": "ZLDS202-weld", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-weld", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-weld-线激光传感器带状物体同步多通道宽度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "weld-steel-strip-width-detection-guide", "category": "application_article", "category_cn": "应用文章", "title": "金属带材宽度在线高精度测量选型与部署指南", "summary": "**目标**: 在高速冷/热轧生产线或焊接自动化流程中，实现金属带材（带钢）宽度的实时、微米级非接触式检测及焊缝位置跟踪〔REF-002〕。", "focused_product": "ZLDS202-weld", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-weld", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-weld-线激光传感器带钢宽度检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "weld-spring-3d-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "弹簧三维精密测量与自动检测系统选型及部署指南", "summary": "**目标: ** 实现精密弹簧（如气门弹簧、悬架弹簧、微型电子弹簧）的高频、高精度三维轮廓捕获及实时几何尺寸在线检测〔REF-002〕。", "focused_product": "ZLDS202-weld", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-weld", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-weld-线激光传感器弹簧的三维测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "weld-tiny-target-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "工业微小目标精密尺寸测量与实时轮廓跟踪系统选型与部署指南", "summary": "**核心目标**: 在现代精密制造与自动化焊接中，实现微米级（5μm）的几何尺寸检测与超高频率（最高 16000Hz）的实时轮廓跟踪〔REF-001〕。", "focused_product": "ZLDS202-weld", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-weld", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-weld-线激光传感器微小目标精密尺寸测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "pcb-pin-height-measurement-selection-guide-zlds202-weld", "category": "application_article", "category_cn": "应用文章", "title": "电子制造引脚高度与共面性在线测量选型与部署指南", "summary": "**测量目标**: 实现 PCB 插脚（PIN 针）高度、共面性及焊点 3D 轮廓的微米级高速自动化在线检测〔REF-002〕。", "focused_product": "ZLDS202-weld", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-weld", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-weld-线激光传感器快速测量PCB板插脚（PIN针 ）的高度/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "weld-suspension-arm-geometry-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "焊接自动化悬挂臂几何参数测量与传感器选型指南", "summary": "**测量目标**: 实现汽车悬挂臂、工程机械结构件在焊接前后的关键几何特征（臂长、弯曲度、夹角）的高精度在线测量与实时轨迹校正〔REF-002〕。", "focused_product": "ZLDS202-weld", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-weld", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-weld-线激光传感器悬挂臂几何参数测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "weld-flat-object-shape-position-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "工业扁平物体轮廓形状与位置高精度在线测量系统选型与部署指南", "summary": "**目标**: 实现金属薄板或扁平工件在高速生产线上的实时几何形状扫描与动态位置跟踪，特别是在焊接过程中的高精度导向〔REF-002〕。", "focused_product": "ZLDS202-weld", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-weld", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-weld-线激光传感器扁平物体形状和位置长测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "weld-flat-bar-width-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "扁钢生产线非接触式宽度在线检测系统选型与部署指南", "summary": "**检测目标**: 实现扁钢宽度的动态、高精度、非接触式在线测量，替代传统机械量具，消除表面损伤风险。〔REF-002〕", "focused_product": "ZLDS202-weld", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-weld", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-weld-线激光传感器扁钢宽度检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "plug-pin-coplanarity-detection-selection-guide-zlds202-weld", "category": "application_article", "category_cn": "应用文章", "title": "插头引脚共面性在线检测系统选型与部署指南", "summary": "**目标**: 实现连接器、IC芯片及各类工业插头引脚共面性的高精度、自动化在线检测，替代低效的人工抽检或低精度的2D视觉检测。〔REF-002〕", "focused_product": "ZLDS202-weld", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-weld", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-weld-线激光传感器插头引脚共面性检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "weld-plug-pin-gap-detection-guide", "category": "application_article", "category_cn": "应用文章", "title": "插头引脚间隙高精度在线检测选型与部署指南", "summary": "**目标**: 实现自动化产线中插头引脚（Pin针）间隙、高度及共面性的微米级非接触式全检，替代低效的人工机械测量与易受干扰的传统光学方案。〔REF-002〕", "focused_product": "ZLDS202-weld", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-weld", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-weld-线激光传感器插头引脚间隙检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "weld-square-steel-width-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "工业焊接自动化中的方钢尺寸在线测量选型与部署指南", "summary": "**核心目标**: 在高速焊接作业中实现方钢宽度的亚微米级在线定位与尺寸监控，确保焊接工艺的一致性与产品成品率。〔REF-002〕", "focused_product": "ZLDS202-weld", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-weld", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-weld-线激光传感器方钢宽度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "seamless-steel-pipe-outer-diameter-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "无缝钢管外径高精度在线测量与选型部署指南", "summary": "**目标**: 在复杂工业生产线上实现无缝钢管外径、圆度及截面轮廓的微米级（5μm）高精度实时在线测量。〔REF-001〕", "focused_product": "ZLDS202-weld", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-weld", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-weld-线激光传感器无缝钢管外径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "crankshaft-cutting-tool-geometry-measurement-guide-zlds202-weld", "category": "application_article", "category_cn": "应用文章", "title": "机加工精密切削刀具几何轮廓测量选型与部署指南", "summary": "**目标**: 实现曲轴切削工具几何特征的高精度非接触式验证，确保发动机关键零部件加工的一致性〔REF-002〕。", "focused_product": "ZLDS202-weld", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-weld", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-weld-线激光传感器曲轴切削工具精密几何测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "weld-channel-steel-geometry-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "型材几何尺寸精密测量与自动化检测选型指南", "summary": "**目标**: 实现热轧或冷弯槽钢、角钢等型材的截面几何参数（高度、宽度、厚度、R角）以及整体形位公差（平直度、扭曲度）的在线自动化检测。〔REF-002〕", "focused_product": "ZLDS202-weld", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-weld", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-weld-线激光传感器槽钢几何参数检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "weld-channel-steel-flatness-measurement-selection-guide", "category": "application_article", "category_cn": "应用文章", "title": "槽钢平直度高精度轮廓扫描与自动化检测选型及部署指南", "summary": "**目标**: 实现槽钢（Channel Steel）生产全过程的在线平直度监测，确保截面几何公差符合建筑结构安全标准，减少因弯曲或扭曲导致的后续焊接失败〔REF…", "focused_product": "ZLDS202-weld", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-weld", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-weld-线激光传感器槽钢平直度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "airbag-stitch-position-inspection-guide", "category": "application_article", "category_cn": "应用文章", "title": "柔性材料缝合与精密焊接轨迹质量检测选型与部署指南", "summary": "**目标**: 在高速自动化产线上实现柔性气囊缝合位置的亚微米级识别与实时焊接轨迹纠偏。〔REF-002〕", "focused_product": "ZLDS202-weld", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-weld", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-weld-线激光传感器气囊缝合位置检查/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "automotive-welding-robot-gap-control-guide", "category": "application_article", "category_cn": "应用文章", "title": "汽车制造焊接机器人精密间隙控制与焊缝跟踪系统选型与部署指南", "summary": "**核心目标**: 通过高精度线激光扫描，实现汽车焊接机器人对复杂坡口、窄间隙的实时路径纠偏与焊接一致性控制〔REF-002〕。", "focused_product": "ZLDS202-weld", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-weld", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-weld-线激光传感器汽车行业机器人控制中的精确间隙控制/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "weld-foam-cutter-blade-sharpness-detection-guide", "category": "application_article", "category_cn": "应用文章", "title": "泡沫切割机刀具锋利度在线检测与轮廓测量选型指南", "summary": "**核心目标**: 通过高精度线激光轮廓扫描技术，实现泡沫切割机带刀锋利度与磨损状态的毫秒级在线监控，预防因刀具钝化导致的切割面粗糙或尺寸超差。〔REF-002〕", "focused_product": "ZLDS202-weld", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-weld", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-weld-线激光传感器泡沫切割机带刀锋利度检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "weld-pre-coating-3d-scan-guide", "category": "application_article", "category_cn": "应用文章", "title": "激光涂覆前工件三维轮廓扫描与质量检测选型指南", "summary": "**目标**: 在激光涂覆或精密焊接启动前，实现对被测工件表面几何形貌、坡口尺寸及基材平整度的微米级在线评估，确保后续工艺的路径精准度与熔池稳定性。〔REF-00…", "focused_product": "ZLDS202-weld", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-weld", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-weld-线激光传感器激光涂覆前的工件3D扫描/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "weld-hot-rolled-thickness-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "热轧材料在线厚度自动测量与轮廓监控选型与部署指南", "summary": "**目标**: 在高温（可达1000°C以上）、高动态的热轧生产线上，实现微米级（5μm）精度的厚度实时测量与截面轮廓监控。〔REF-001〕〔REF-002〕", "focused_product": "ZLDS202-weld", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-weld", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-weld-线激光传感器热轧材料厚度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "industrial-robot-welding-seam-tracking-selection-guide", "category": "application_article", "category_cn": "应用文章", "title": "工业机器人焊接接缝自动识别与实时跟踪系统选型及部署指南", "summary": "**目标**: 实现工业焊接机器人在复杂工况下的路径自动纠偏、坡口识别及焊缝实时跟踪，提升焊接一致性。〔REF-002〕", "focused_product": "ZLDS202-weld", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-weld", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-weld-线激光传感器焊接接缝识别和跟踪/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "weld-seam-tracking-guide", "category": "application_article", "category_cn": "应用文章", "title": "焊接接缝跟踪与几何参数测量选型与部署指南", "summary": "**目标**: 实现工业机器人自动化焊接过程中的实时焊缝定位、路径纠偏及成型后的几何参数质量检测。〔REF-002〕", "focused_product": "ZLDS202-weld", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-weld", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-weld-线激光传感器焊接接缝跟踪和几何参数测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "welded-steel-pipe-diameter-measurement-guide-zlds202-weld", "category": "application_article", "category_cn": "应用文章", "title": "工业级大直径钢管自动化焊接在线测量与选型部署指南", "summary": "**目标**: 实现焊接钢管生产全流程（焊前、焊中、焊后）的直径高精度在线监测与自动化纠偏〔REF-002〕。", "focused_product": "ZLDS202-weld", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-weld", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-weld-线激光传感器焊接钢管直径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "weld-seam-location-guide", "category": "application_article", "category_cn": "应用文章", "title": "工业焊接自动化中的焊缝定位与实时跟踪系统选型指南", "summary": "**目标: ** 实现工业焊接机器人在复杂作业环境下的自主轨迹校正、焊缝形貌扫描及实时非接触式引导，消除工件一致性差或热变形带来的焊接质量偏差〔REF-002〕。", "focused_product": "ZLDS202-weld", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-weld", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-weld-线激光传感器焊缝定位/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "industrial-welding-seam-profile-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "工业焊接自动化焊缝轮廓在线测量与跟踪系统选型与部署指南", "summary": "**目标: ** 实现焊接过程中的实时轨迹纠偏、焊缝特征（坡口、间隙、余高）的高精度在线测量，以替代低效的人工示教及传统接触式跟踪手段。〔REF-002〕", "focused_product": "ZLDS202-weld", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-weld", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-weld-线激光传感器焊缝的轮廓测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "weld-seam-tracking-guide-zlds202-weld", "category": "application_article", "category_cn": "应用文章", "title": "自动焊接过程中的焊缝识别与实时跟踪系统选型及部署指南", "summary": "**目标**: 实现焊接自动化过程中焊缝的非接触式高精度定位、特征识别及动态闭环跟踪，显著提升焊接成型质量并降低返工率〔REF-002〕。", "focused_product": "ZLDS202-weld", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-weld", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-weld-线激光传感器焊缝识别/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "weld-logistics-positioning-guide", "category": "application_article", "category_cn": "应用文章", "title": "物流自动化中物品精准定位与位置测量系统选型与部署指南", "summary": "**目标**: 在动态物流输送环境中实现亚毫米级（Z轴精度 5μm）的物品实时定位与轮廓捕获〔REF-001〕〔REF-002〕。", "focused_product": "ZLDS202-weld", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-weld", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-weld-线激光传感器物流管理中物品位置测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "weld-logistics-shape-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "物流自动化领域物品形状轮廓在线检测系统选型与部署指南", "summary": "**目标**: 在高速物流输送线上实现不规则包裹、物流件的实时三维轮廓捕获、体积计算及表面缺陷识别〔REF-002〕。", "focused_product": "ZLDS202-weld", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-weld", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-weld-线激光传感器物流管理中物品形状测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "weld-bio-tissue-thickness-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "生物组织厚度高精度非侵入式测量系统选型与部署指南", "summary": "**目标**: 实现对生物组织、器官表面及仿生材料的非接触式、亚微米级厚度与形变实时监测，为手术机器人定位或临床诊断提供量化数据依据〔REF-002〕。", "focused_product": "ZLDS202-weld", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-weld", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-weld-线激光传感器生物组织厚度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "silicon-ingot-side-length-measurement-selection-guide-zlds202-weld", "category": "application_article", "category_cn": "应用文章", "title": "半导体硅锭几何尺寸高精度在线测量选型与部署指南", "summary": "**测量目标**: 实现半导体级或光伏级硅锭侧长、截面几何尺寸及表面完整性的高精度、非接触式在线实时检测〔REF-002〕。", "focused_product": "ZLDS202-weld", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-weld", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-weld-线激光传感器硅锭侧长测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "weld-silicon-ingot-geometric-parameter-detection-guide", "category": "application_article", "category_cn": "应用文章", "title": "硅锭几何参数检测选型与部署指南", "summary": "**目标**: 实现半导体级或光伏级硅锭的非接触式、高精度、高速度几何参数（直径、长度、平整度、轮廓）自动化检测，替代易造成机械损伤的接触式测量方法〔REF-00…", "focused_product": "ZLDS202-weld", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-weld", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-weld-线激光传感器硅锭几何参数检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "silicon-ingot-diagonal-measurement-selection-guide", "category": "application_article", "category_cn": "应用文章", "title": "硅锭几何尺寸高精度非接触式测量选型与部署指南", "summary": "**目标**: 实现大尺寸单晶/多晶硅锭对角线长度及截面轮廓的自动化、非接触式高精度测量，替代低效的人工卡尺检测方案〔REF-002〕。", "focused_product": "ZLDS202-weld", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-weld", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-weld-线激光传感器硅锭对角线长度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "weld-silicon-ingot-flatness-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "半导体硅锭表面平面度在线测量系统选型与部署指南", "summary": "**目标**: 实现半导体硅锭在生产过程中的非接触式高精度平面度监测，确保后续切片工艺的几何精度与可靠性〔REF-002〕。", "focused_product": "ZLDS202-weld", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-weld", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-weld-线激光传感器硅锭平面度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "weld-silicon-ingot-phase-length-guide", "category": "application_article", "category_cn": "应用文章", "title": "半导体硅锭几何尺寸与相位长度高精度非接触测量选型与部署指南", "summary": "**目标**: 实现半导体级硅锭在切割、磨削及检验环节的相位长度（Phase Length）与几何轮廓的高精度、非接触式在线测量〔REF-002〕。", "focused_product": "ZLDS202-weld", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-weld", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-weld-线激光传感器硅锭相位长测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "silicon-ingot-angle-measurement-guide-zlds202-weld", "category": "application_article", "category_cn": "应用文章", "title": "硅锭角度高精度测量选型与部署指南", "summary": "**目标**: 实现光伏及半导体级硅锭在自动化生产线上的非接触式高精度角度与几何轮廓测量，确保后续切割加工的定位精度。", "focused_product": "ZLDS202-weld", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-weld", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-weld-线激光传感器硅锭角度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "seed-shape-size-measurement-guide-zlds202-weld", "category": "application_article", "category_cn": "应用文章", "title": "种子形状与尺寸精密测量选型与部署指南", "summary": "**目标**: 实现对各类农作物种子（如玉米、小麦、大豆等）的三维形状、长宽高几何尺寸及体积的在线高精度自动化测量〔REF-002〕。", "focused_product": "ZLDS202-weld", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-weld", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-weld-线激光传感器种子的形状及尺寸测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "adhesive-bead-profile-inspection-selection-guide", "category": "application_article", "category_cn": "应用文章", "title": "粘合剂条几何参数测量与实时识别系统选型部署指南", "summary": "**目标**: 实现自动化涂胶生产线上粘合剂条（密封胶、结构胶、导热胶等）的高度、宽度、截面形状及中心位置的实时高精度在线检测〔REF-002〕。", "focused_product": "ZLDS202-weld", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-weld", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-weld-线激光传感器粘合剂条识别/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "adhesive-bead-detection-selection-guide", "category": "application_article", "category_cn": "应用文章", "title": "工业制造中粘合剂珠轮廓测量与自动跟踪系统选型与部署指南", "summary": "**目标**: 实现粘合剂珠（Adhesive Bead）在涂敷或焊接工艺中的高精度 3D 轮廓检测、质量评估及机器人的实时路径引导与跟踪。〔REF-002〕", "focused_product": "ZLDS202-weld", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-weld", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-weld-线激光传感器粘合剂珠检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "weld-adhesive-bead-edge-detection-guide", "category": "application_article", "category_cn": "应用文章", "title": "工业涂胶工艺中粘合剂珠边缘检测与轮廓测量系统选型及部署指南", "summary": "**核心目标**: 实现高速生产线下粘合剂珠（胶珠）边缘的精确识别、轮廓尺寸测量及涂胶连续性监测，防止溢胶、缺胶等工艺缺陷〔REF-002〕。", "focused_product": "ZLDS202-weld", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-weld", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-weld-线激光传感器粘合剂珠边缘检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "precision-workpiece-shape-deviation-measurement-guide-zlds202-weld", "category": "application_article", "category_cn": "应用文章", "title": "精密工件形状偏差与轮廓测量选型与部署指南", "summary": "**目标: ** 在精密制造及自动化焊接过程中，实现对工件形状偏差、焊缝几何轮廓的实时高精度测量与补偿控制。〔REF-002〕", "focused_product": "ZLDS202-weld", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-weld", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-weld-线激光传感器精密工件形状偏差测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "weld-precision-angle-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "精密工件角度高精度非接触式测量系统选型与部署指南", "summary": "**目标**: 实现精密制造与焊接过程中工件角度、坡口角度及几何形变的自动化、非接触式高精度测量〔REF-002〕。", "focused_product": "ZLDS202-weld", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-weld", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-weld-线激光传感器精密工件角度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "weld-precision-workpiece-height-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "精密工件高度在线测量与自动化部署指南", "summary": "**目标**: 在高速自动化生产线上实现微米级（5μm）的精密工件高度测量与焊缝轮廓实时跟踪〔REF-001〕。", "focused_product": "ZLDS202-weld", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-weld", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-weld-线激光传感器精密工件高度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "weld-precision-component-dimension-verification-guide", "category": "application_article", "category_cn": "应用文章", "title": "自动化焊接精密部件尺寸在线验证与部署指南", "summary": "**目标**: 在自动化焊接流程中，实现精密部件的实时几何尺寸验证、焊缝跟踪及补偿，通过高精度在线测量替代低效的手检环节〔REF-002〕。", "focused_product": "ZLDS202-weld", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-weld", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-weld-线激光传感器精密部件尺寸验证/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "weld-racing-ground-clearance-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "赛车动态离地间隙测量与路面轮廓分析选型指南", "summary": "**目标: ** 实现赛车在高速动态工况（最高速 >300km/h）下离地间隙的实时监测与路面 2D/3D 轮廓重建〔REF-002〕。", "focused_product": "ZLDS202-weld", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-weld", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-weld-线激光传感器精确测量赛车与路面的距离/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "paper-industry-width-measurement-selection-guide-zlds202-weld", "category": "application_article", "category_cn": "应用文章", "title": "纸张行业宽幅精确测量与自动化质量监测系统选型指南", "summary": "**目标**: 在纸张高速生产线上实现微米级（5μm）的宽度实时监测及边缘轮廓重构〔REF-001〕。", "focused_product": "ZLDS202-weld", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-weld", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-weld-线激光传感器纸张行业物体宽度精确测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "weld-paper-edge-positioning-guide", "category": "application_article", "category_cn": "应用文章", "title": "纸张加工行业物体边缘在线定位与测量系统选型及部署指南", "summary": "**目标**: 在高速纸张生产线上实现微米级（5μm）的边缘实时定位与轮廓监控，提升切割与折叠精度〔REF-001〕〔REF-002〕。", "focused_product": "ZLDS202-weld", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-weld", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-weld-线激光传感器纸张行业物体边缘定位/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "textile-width-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "纺织行业物体宽度精密测量选型与部署指南", "summary": "**目标**: 针对纺织行业高速产线上的织物宽度、边缘轮廓及平整度进行非接触、高精度的实时在线测量，以替代低效的人工或机械测量，确保产品质量一致性〔REF-002…", "focused_product": "ZLDS202-weld", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-weld", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-weld-线激光传感器纺织行业物体宽度精确测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "weld-automated-welding-width-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "焊接过程自动化宽度测量技术选型与部署指南", "summary": "**目标**: 在复杂、高温、强弧光的工业焊接环境下，实现焊缝宽度及表面轮廓的高频、高精度在线监测，为机器人提供闭环路径补偿〔REF-002〕。", "focused_product": "ZLDS202-weld", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-weld", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-weld-线激光传感器自动化宽度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "weld-volume-measurement-deployment-guide", "category": "application_article", "category_cn": "应用文章", "title": "工业自动化生产线产品体积测量与三维几何尺寸检测系统选型与部署指南", "summary": "**目标: ** 在复杂工业环境（如焊接、高温、烟尘）下实现产品体积、三维几何尺寸的高精度在线测量与实时轮廓跟踪〔REF-002〕。", "focused_product": "ZLDS202-weld", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-weld", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-weld-线激光传感器自动化生产线产品体积测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "weld-automated-production-line-thickness-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "自动化生产线产品厚度测量选型与部署指南", "summary": "**目标**: 在高速、恶劣环境的自动化生产线上，实现微米级精度的产品厚度、焊缝余高或材料高度的实时在线监测。〔REF-002〕", "focused_product": "ZLDS202-weld", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-weld", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-weld-线激光传感器自动化生产线产品厚度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "weld-production-line-object-counting-guide", "category": "application_article", "category_cn": "应用文章", "title": "自动化生产线高精度物体计数与轮廓测量系统选型指南", "summary": "**目标**: 在高速自动化生产线（每秒数米）中实现 5μm 级别的物体高度识别与精确计数，避免复杂环境下物体的漏计与误计〔REF-002〕。", "focused_product": "ZLDS202-weld", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-weld", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-weld-线激光传感器自动化生产线物体计数/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "weld-edge-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "工业焊接自动化边缘位置测量与焊缝跟踪选型与部署指南", "summary": "**目标**: 实现焊接过程中焊缝边缘的微秒级识别、精确位置引导及实时 3D 轮廓跟踪，以消除由于工件加工偏差或热变形导致的焊接缺陷。", "focused_product": "ZLDS202-weld", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-weld", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-weld-线激光传感器自动化边缘位置测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "weld-automated-gap-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "工业焊接自动化间隙精准测量与轮廓跟踪选型指南", "summary": "**核心目标**: 实现焊接过程中焊缝间隙的实时、高精度自动化测量，并引导机器人完成轨迹纠偏，确保接头强度与密封性的一致性〔REF-002〕。", "focused_product": "ZLDS202-weld", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-weld", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-weld-线激光传感器自动化间隙测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "chip-flatness-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "芯片平面度检测选型与部署指南", "summary": "**目标**: 针对半导体及精密电子制造中的芯片表面平面度、晶圆翘曲度及封装高度差进行非接触式高精度检测，旨在替代传统接触式测量，提升检测效率与数据可靠性〔REF…", "focused_product": "ZLDS202-weld", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-weld", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-weld-线激光传感器芯片平面度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "weld-angle-steel-geometric-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "角钢几何尺寸自动化测量与在线监测选型部署指南", "summary": "**目标**: 实现角钢（等边/不等边）角度、宽度、厚度及焊接边缘轮廓的亚毫米级高速在线检测。〔REF-002〕", "focused_product": "ZLDS202-weld", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-weld", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-weld-线激光传感器角钢几何尺寸测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "racing-performance-optimization-laser-welding-sensor-guide", "category": "application_article", "category_cn": "应用文章", "title": "高性能赛车关键部件焊接质量监控与激光传感器选型部署指南", "summary": "**目标**: 通过高频激光扫描实现赛车底盘及关键结构件焊接过程的实时路径纠偏与焊后质量溯源，提升车身刚度一致性〔REF-002〕。", "focused_product": "ZLDS202-weld", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-weld", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-weld-线激光传感器赛车性能优化/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "weld-axle-profile-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "车桥高精度几何轮廓在线检测与焊接跟踪选型与部署指南", "summary": "**目标**: 实现车桥制造过程中几何轮廓的高精度测量及自动化焊接过程中的实时焊缝跟踪，提升产品一致性〔REF-002〕。", "focused_product": "ZLDS202-weld", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-weld", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-weld-线激光传感器车桥轮廓测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "car-body-serial-number-embossed-depth-measurement-guide-zlds202-weld", "category": "application_article", "category_cn": "应用文章", "title": "车身序列号压印深度检测系统选型与部署指南", "summary": "**目标**: 实现汽车车身、底盘等关键部位 VIN 码及序列号压印深度的全自动、高精度在线检测，确保标识的可追溯性与工艺符合性。〔REF-002〕", "focused_product": "ZLDS202-weld", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-weld", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-weld-线激光传感器车身序列号的压印深度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "wheel-set-profile-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "轮对轮廓测量选型与部署指南", "summary": "**目标**: 解决轨道交通轮对在制造、检修及在线监测环节中对踏面及轮缘轮廓的高精度、非接触式几何尺寸检测需求，确保车辆运行稳定性与安全〔REF-002〕。", "focused_product": "ZLDS202-weld", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-weld", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-weld-线激光传感器轮对轮廓测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "wheel-rim-inner-surface-geometry-measurement-guide-zlds202-weld", "category": "application_article", "category_cn": "应用文章", "title": "轮缘内表面几何形状测量选型与部署指南", "summary": "**目标**: 针对汽车及航空航天领域的轮缘内表面及焊缝轮廓，实现高精度、非接触式的几何形状在线检测与焊接过程跟踪，确保零部件配合精度并提升自动化焊接质量〔REF…", "focused_product": "ZLDS202-weld", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-weld", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-weld-线激光传感器轮缘内表面的几何形状测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "tire-identification-dot-code-recognition-guide", "category": "application_article", "category_cn": "应用文章", "title": "轮胎自动识别与代码信息提取技术部署与选型指南", "summary": "**目标**: 实现轮胎侧壁 DOT 代码及字符信息的自动化、高精度 3D 轮廓识别，替代传统低可靠性的条码或视觉识别方案方案〔REF-002〕。", "focused_product": "ZLDS202-weld", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-weld", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-weld-线激光传感器轮胎自动识别和DOT代码识别/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "tire-3d-profile-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "轮胎行业三维轮廓精密检测选型与部署指南", "summary": "**目标**: 实现轮胎生产全生命周期（成型、硫化、成品检）中的高精度三维轮廓重建、几何尺寸测量及细微缺陷识别〔REF-002〕。", "focused_product": "ZLDS202-weld", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-weld", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-weld-线激光传感器轮胎行业三维测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "weld-metal-strip-thickness-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "工业自动化生产线金属带材厚度高精度测量与部署指南", "summary": "**目标**: 实现金属切割生产线中带材厚度的实时、非接触、高频动态检测，替代易磨损且存在速度误差的传统接触式工具。", "focused_product": "ZLDS202-weld", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-weld", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-weld-线激光传感器金属切割线中金属带的厚度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "weld-metal-strip-thickness-measurement-guide-zlds202-weld", "category": "application_article", "category_cn": "应用文章", "title": "工业金属板带材厚度非接触式高精度测量系统选型与部署指南", "summary": "**目标**: 实现金属带材在高速生产线上的非接触、高动态厚度及轮廓实时监控，替代低效且易损伤工件的接触式测量手段〔REF-002〕。", "focused_product": "ZLDS202-weld", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-weld", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-weld-线激光传感器金属带的厚度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "weld-metal-strip-profile-detection-guide", "category": "application_article", "category_cn": "应用文章", "title": "工业金属带轮廓精密检测与自动化焊接跟踪选型与部署指南", "summary": "**目标**: 实现在金属加工与自动化焊接中，对金属带边缘轮廓、焊缝坡口及接缝位置的微米级精密测量与实时路径跟踪〔REF-002〕。", "focused_product": "ZLDS202-weld", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-weld", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-weld-线激光传感器金属带轮廓检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "metal-plate-deformation-measurement-selection-guide", "category": "application_article", "category_cn": "应用文章", "title": "工业金属板变形在线测量系统选型与部署指南", "summary": "**目标**: 实现金属板在焊接、冲压或热处理过程中的高精度动态形变捕捉与实时质量监控〔REF-002〕。", "focused_product": "ZLDS202-weld", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-weld", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-weld-线激光传感器金属板变形测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "weld-metal-plate-width-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "金属板宽度在线测量系统选型与部署指南", "summary": "**目标**: 实现高速金属切割与加工生产线上金属板宽度的非接触式实时监测与闭环控制〔REF-002〕。", "focused_product": "ZLDS202-weld", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-weld", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-weld-线激光传感器金属板宽度在线测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "weld-metal-plate-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "金属板自动化尺寸测量与焊缝跟踪选型部署指南", "summary": "**目标**: 在金属板加工、焊接及装配过程中，实现对板材尺寸、形变、焊缝位置及轮廓形态的亚毫米级非接触式自动化测量〔REF-002〕。", "focused_product": "ZLDS202-weld", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-weld", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-weld-线激光传感器金属板尺寸自动化测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "metal-plate-flatness-measurement-selection-guide-zlds202-weld", "category": "application_article", "category_cn": "应用文章", "title": "金属板平面度非接触式在线测量选型与部署指南", "summary": "**目标**: 实现金属板材在焊接前后的亚微米级平面度在线监测，确保工件符合精密制造公差要求〔REF-002〕。", "focused_product": "ZLDS202-weld", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-weld", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-weld-线激光传感器金属板平面度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "weld-metal-plate-straightness-guide", "category": "application_article", "category_cn": "应用文章", "title": "工业金属板材直线度自动化检测与选型指南", "summary": "**目标**: 实现金属板材在焊接、切割前的直线度及几何形变高精度自动化在线检测，替代低效的机械式测量。〔REF-002〕", "focused_product": "ZLDS202-weld", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-weld", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-weld-线激光传感器金属板直线度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "weld-metal-plate-angle-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "工业金属板角度高精度在线测量与选型部署指南", "summary": "**目标**: 实现金属板折弯、对接或焊接坡口角度的非接触式、高动态实时测量，确保装配精度。〔REF-002〕", "focused_product": "ZLDS202-weld", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-weld", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-weld-线激光传感器金属板角度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "weld-metal-plate-length-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "工业金属板材精密长度在线测量系统选型与部署指南", "summary": "**目标**: 在复杂工业生产线上实现金属板材长度、焊缝及几何尺寸的高精度非接触式在线测量〔REF-002〕。", "focused_product": "ZLDS202-weld", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-weld", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-weld-线激光传感器金属板长度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "weld-metal-surface-3d-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "工业金属表面三维轮廓测量与质量监控系统选型及部署指南", "summary": "**目标**: 实现金属表面（如焊缝、加工件、铸件）的高精度三维形貌还原、尺寸校核及缺陷识别，支持自动化生产线实时质量闭环监控〔REF-002〕。", "focused_product": "ZLDS202-weld", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-weld", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-weld-线激光传感器金属表面3D测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "steel-belt-rim-geometry-measurement-deployment-guide", "category": "application_article", "category_cn": "应用文章", "title": "钢带轮缘几何参数非接触测量系统的选型与部署指南", "summary": "**目标**: 解决钢带轮缘在生产与焊接过程中的高精度几何参数（直径、厚度、圆度、平面度等）实时监测与焊缝引导需求。", "focused_product": "ZLDS202-weld", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-weld", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-weld-线激光传感器钢带轮缘的几何参数测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "railway-rail-profile-scanning-guide", "category": "application_article", "category_cn": "应用文章", "title": "铁路钢轨轮廓精密测量与在线监测选型指南", "summary": "**目标**: 实现铁路钢轨全断面轮廓的高速、高精度三维扫描，用于评估轨道磨损、焊缝几何质量及行车稳定性评估〔REF-002〕。", "focused_product": "ZLDS202-weld", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-weld", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-weld-线激光传感器钢轨轮廓扫描/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "railway-axle-monitoring-selection-guide-zlds202-weld", "category": "application_article", "category_cn": "应用文章", "title": "轨道交通轮轴精密监测与三维轮廓测量选型部署指南", "summary": "**目标**: 实现铁路轮轴制造与运维中的高精度几何尺寸校验、焊缝实时跟踪及表面缺陷/压印深度测量。〔REF-002〕", "focused_product": "ZLDS202-weld", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-weld", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-weld-线激光传感器铁路轮轴监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "railway-track-weld-scanning-selection-guide", "category": "application_article", "category_cn": "应用文章", "title": "铁路轨道焊接接缝与几何形状扫描系统选型与部署指南", "summary": "**目标**: 实现铁路轨道焊接接缝的高精度三维形貌数字化扫描、焊缝实时跟踪以及轨道几何平直度评估〔REF-002〕。", "focused_product": "ZLDS202-weld", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-weld", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-weld-线激光传感器铁轨单面扫描/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "weld-gap-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "焊接间隙识别与焊缝跟踪选型与部署指南", "summary": "**目标**: 在汽车、航空航天及重工制造场景中，实现焊接过程的高精度间隙识别与实时焊缝跟踪，从而提升接头强度、消除焊接缺陷并优化生产效率〔REF-002〕。", "focused_product": "ZLDS202-weld", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-weld", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-weld-线激光传感器间隙识别/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "weld-gap-profile-measurement-selection-guide", "category": "application_article", "category_cn": "应用文章", "title": "自动化焊接间隙轮廓测量与实时焊缝跟踪系统选型与部署指南", "summary": "**核心目标**: 针对现代化自动焊接场景，通过非接触式线激光测量技术，实现对焊缝间隙、坡口形状及位置的亚微米级识别，以支撑机器人的实时轨迹纠偏与质量闭环控制〔R…", "focused_product": "ZLDS202-weld", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-weld", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-weld-线激光传感器间隙轮廓测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "weld-ceramic-precision-geometry-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "陶瓷产品精密几何尺寸与形状轮廓在线测量选型与部署指南", "summary": "**目标**: 在陶瓷生产全工艺流程（胚体成型、干燥、烧结后成品）中实现 μm 级精度的非接触式几何轮廓测量，确保尺寸公差与形状一致性〔REF-002〕。", "focused_product": "ZLDS202-weld", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-weld", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-weld-线激光传感器陶瓷品精密几何测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "ic-pin-measurement-high-precision-selection-guide", "category": "application_article", "category_cn": "应用文章", "title": "集成电路引脚高精度三维测量与质量检测选型部署指南", "summary": "**目标**: 实现集成电路（IC）引脚的非接触式、高效率、微米级精度几何参数测量及自动化焊接过程中的实时轨迹跟踪。〔REF-002〕", "focused_product": "ZLDS202-weld", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-weld", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-weld-线激光传感器集成电路引脚测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "weld-ic-pin-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "精密电子元件引脚高精度在线测量与品质控制选型指南", "summary": "**目标**: 实现集成电路（IC）引脚的自动化计数、间隙测量、高度及共面性检测，确保焊接可靠性〔REF-002〕。", "focused_product": "ZLDS202-weld", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-weld", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-weld-线激光传感器集成电路引脚计数及间隙测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "weld-high-temp-rolling-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "高温物体粗轧过程尺寸实时监测选型与部署指南", "summary": "**目标**: 在钢铁或有色金属粗轧生产线上，实现红热工件（通常 > 800°C）的宽度、厚度及截面轮廓的高精度实时在线监测，支持生产工艺的闭环反馈控制。〔REF…", "focused_product": "ZLDS202-weld", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-weld", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-weld-线激光传感器高温物体在粗轧过程中尺寸的实时控制/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "weld-precision-mechanical-parts-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "高精度机械零件精密几何测量选型与部署指南", "summary": "**目标**: 实现精密机械零件微米级（5μm）的尺寸、形状及位置公差的高效率、非接触式验证〔REF-001〕。", "focused_product": "ZLDS202-weld", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-weld", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-weld-线激光传感器高精度机械零件精密几何测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "gear-dimension-tolerance-verification-guide-zlds202-weld", "category": "application_article", "category_cn": "应用文章", "title": "精密传动部件几何公差测量与选型指南", "summary": "**目标**: 实现精密齿轮、蜗轮等传动部件在高速生产线上的 100% 在线几何公差验证与轮廓数字化分析。〔REF-002〕", "focused_product": "ZLDS202-weld", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-weld", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-weld-线激光传感器齿轮尺寸公差验证/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "gear-deformation-detection-selection-guide-zlds202-weld", "category": "application_article", "category_cn": "应用文章", "title": "工业齿轮高精度形变检测系统选型与部署指南", "summary": "**检测目标**: 实现对工业齿轮动态加工及总装过程中的几何形变、轮廓偏差及尺寸公差的亚微米级非接触测量〔REF-002〕。", "focused_product": "ZLDS202-weld", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202-weld", "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-weld-线激光传感器齿轮形变检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "warehouse-item-position-measurement-guide-zlds202", "category": "application_article", "category_cn": "应用文章", "title": "现代仓储物流物品位置检测与自动化定位技术选型及部署指南", "summary": "**目标**: 实现仓储环境中包裹、托盘及各类货物的非接触式高精度位置识别与外轮廓三维建模，提升库位利用率及自动化作业精度〔REF-002〕。", "focused_product": "ZLDS202", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-线激光传感器仓储管理中物品位置测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "warehouse-item-shape-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "智能仓储物流物品三维形状测量与体积计算部署指南", "summary": "**目标**: 实现仓储入库/出库环节包裹与托盘的非接触式、高动态三维几何特征提取，为 WMS 系统提供精确的体积数据与空间优化依据。", "focused_product": "ZLDS202", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-线激光传感器仓储管理中物品形状测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "smooth-surface-micro-defect-detection-guide-zlds202", "category": "application_article", "category_cn": "应用文章", "title": "光滑表面微小缺陷检测技术选型与部署指南", "summary": "**目标**: 实现对光滑、高反射表面的微米级缺陷（如划痕、凹坑、突起）的自动化非接触式精密检测〔REF-002〕。", "focused_product": "ZLDS202", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-线激光传感器光滑表面微小缺陷识别/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "groove-recognition-selection-guide", "category": "application_article", "category_cn": "应用文章", "title": "工业精密凹槽识别与测量系统选型与部署指南", "summary": "**目标**: 实现生产线环境下对工件凹槽深度、宽度及截面轮廓的高频、高精度自动化识别与检测〔REF-002〕。", "focused_product": "ZLDS202", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-线激光传感器凹槽识别/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "blade-angle-measurement-selection-guide-zlds202", "category": "application_article", "category_cn": "应用文章", "title": "切削刀片几何角度高精度自动测量选型与部署指南", "summary": "**目标**: 实现切削刀片（前角、后角、刃口角度）的非接触式、高频在线自动化测量，替代低效的机械量具。〔REF-002〕", "focused_product": "ZLDS202", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-线激光传感器刀片角度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "cutting-blade-wear-measurement-guide-zlds202", "category": "application_article", "category_cn": "应用文章", "title": "工业切割刀片磨损情况高精度检测选型与部署指南", "summary": "**目标**: 实现工业切割刀片磨损量的非接触式、高动态量化评估，通过数字化监控延长刀具寿命并降低生产成本。〔REF-002〕", "focused_product": "ZLDS202", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-线激光传感器切割刀片磨损情况测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "large-component-3d-measurement-cutting-system-zlds202", "category": "application_article", "category_cn": "应用文章", "title": "切割系统大型组件三维测量选型与部署指南", "summary": "**目标**: 实现切割系统中大型复杂组件的高精度三维几何参数（轮廓、厚度、深度等）自动检测，解决传统测量效率低、动态精度差的痛点。〔REF-002〕", "focused_product": "ZLDS202", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-线激光传感器切割系统中大型组件的3D测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "train-tire-profile-inspection-selection-guide", "category": "application_article", "category_cn": "应用文章", "title": "铁路轮对及列车轮胎轮廓检测系统选型与部署指南", "summary": "**目标**: 实现对列车轮胎及轮对轮廓的自动化、高精度、动态在线检测，及时发现磨损、变形等缺陷〔REF-002〕。", "focused_product": "ZLDS202", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-线激光传感器列车轮胎轮廓检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "packaging-width-measurement-selection-guide", "category": "application_article", "category_cn": "应用文章", "title": "包装行业物体宽度高精度非接触式测量选型与部署指南", "summary": "**目标**: 实现包装生产线上快速运动物体的宽度、边缘位置及表面轮廓的实时在线监测，确保包装紧凑性并提升自动化效率〔REF-002〕。", "focused_product": "ZLDS202", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-线激光传感器包装行业物体宽度精确测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "step-part-tolerance-judgment-selection-guide", "category": "application_article", "category_cn": "应用文章", "title": "台阶零件公差判定及尺寸测量选型与部署指南", "summary": "**目标**: 实现台阶零件（如机械轴承位、精密电子壳体、汽车动力总成组件等）的高度差、宽度及公差自动判定，确保装配精度〔REF-002〕。", "focused_product": "ZLDS202", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-线激光传感器台阶零件公差判断/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "matte-surface-micro-defect-detection-guide-zlds202", "category": "application_article", "category_cn": "应用文章", "title": "哑光表面微小缺陷检测选型与部署指南", "summary": "**目标**: 实现针对磨砂塑料、喷涂金属等哑光材质表面的微小划痕、凹坑及平整度偏差的自动化高精度在线检测〔REF-002〕。", "focused_product": "ZLDS202", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-线激光传感器哑光表面微小缺陷检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "round-steel-diameter-measurement-guide-zlds202", "category": "application_article", "category_cn": "应用文章", "title": "圆钢直径非接触式自动测量选型与部署指南", "summary": "**目标**: 实现在线、高频、非接触式的圆钢直径与圆度自动监测，替代人工卡尺抽检，消除高温、振动及人为误差影响〔REF-002〕。", "focused_product": "ZLDS202", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-线激光传感器圆钢直径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "potato-slice-thickness-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "食品加工行业薄片类物料厚度非接触式测量选型与部署指南", "summary": "**目标**: 在快速生产线上实现对土豆片等薄片类物料厚度的实时、非接触、高精度在线监测，确保产品口感一致性并优化切片工艺参数。〔REF-002〕", "focused_product": "ZLDS202", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-线激光传感器土豆片厚度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "wheel-tread-wear-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "轮对踏面圆周磨耗在线选型与部署指南", "summary": "**测量目标**: 实现轨道车辆行进过程中轮对踏面圆周磨耗、轮缘几何参数及踏面圆度的动态在线监测，通过高频采样捕捉微米级磨损细节〔REF-002〕。", "focused_product": "ZLDS202", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-线激光传感器在线测量踏面圆周磨耗/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "large-object-internal-surface-measurement-guide-zlds202", "category": "application_article", "category_cn": "应用文章", "title": "大型工件内表面几何形貌与尺寸测量选型指南", "summary": "**目标**: 实现对大型工业部件（如管道、缸体、腔体）内表面的高精度、非接触式 3D 几何形貌扫描与关键尺寸测量〔REF-002〕。", "focused_product": "ZLDS202", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-线激光传感器大型物体的内表面检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "large-pipeline-geometric-parameter-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "大型管道几何参数测量选型与部署指南", "summary": "**目标**: 实现大型管道（如输油管、风电塔筒、精密结构件等）的高精度、非接触式几何参数在线检测，确保机械结构匹配性与系统运行安全性。〔REF-002〕", "focused_product": "ZLDS202", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-线激光传感器大型管道几何参数测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "large-pipe-roundness-measurement-guide-zlds202", "category": "application_article", "category_cn": "应用文章", "title": "大型管道圆度测量选型与部署指南", "summary": "**目标**: 实现大型管道（内径/外径）的高精度、非接触式圆度在线监控与几何形貌分析，确保管道在生产与安装阶段的结构完整性〔REF-002〕。", "focused_product": "ZLDS202", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-线激光传感器大型管道圆度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "large-pipe-curvature-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "大型管道曲率在线测量系统选型与部署指南", "summary": "**目标**: 实现大型工业管道（石油、天然气、化工）在制造与运行过程中的截面曲率、弯曲度及形位公差的高精度、非接触式在线测量。〔REF-002〕", "focused_product": "ZLDS202", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-线激光传感器大型管道曲率测量测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "large-pipe-diameter-measurement-guide-zlds202", "category": "application_article", "category_cn": "应用文章", "title": "大型管道直径测量选型与部署指南", "summary": "**目标**: 针对石油、化工、水处理及电力等行业的大型管道，实现非接触式、高精度的直径及轮廓在线或离线检测，确保流体动力学性能与系统安全〔REF-002〕。", "focused_product": "ZLDS202", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-线激光传感器大型管道直径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "industrial-automation-precision-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "工业自动化精密尺寸测量选型与部署指南", "summary": "**目标**: 构建适用于汽车、机械加工等高频次、高精度工业现场的二维轮廓在线检测系统，实现非接触式尺寸监控〔REF-002〕。", "focused_product": "ZLDS202", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-线激光传感器工业自动化精密尺寸测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "industrial-profile-scanning-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "工业自动化精密轮廓扫描选型与部署指南", "summary": "**目标**: 在非接触式条件下，实现复杂工件的高精度几何尺寸（如厚度、平整度、轮廓）在线动态检测，替代传统接触式测量以提升效率与一致性〔REF-002〕。", "focused_product": "ZLDS202", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-线激光传感器工业自动化精密轮廓扫描/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "industrial-path-correction-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "工业自动化路径校正选型与部署指南", "summary": "**目标**: 在自动化产线中实现工件位置、轮廓及几何尺寸的实时高精度检测，以支持路径校正与质量闭环控制〔REF-002〕。", "focused_product": "ZLDS202", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-线激光传感器工业自动化路径校正/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "measurement-guide-zlds202", "category": "application_article", "category_cn": "应用文章", "title": "工字钢几何尺寸检测与质量控制选型部署指南", "summary": "**目标**: 实现工字钢在生产线上高精度、非接触式的几何参数在线检测，包括高度、宽度、厚度及边缘角度，以替代传统低效的机械测量手段〔REF-002〕。", "focused_product": "ZLDS202", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-线激光传感器工字钢几何参数测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "strip-object-synchronous-width-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "带状物体同步多通道宽度测量选型与部署指南", "summary": "**目标**: 针对汽车、铁路及自动化生产线中的带状物体（如钢板、卷材、橡胶带），实现非接触式、高精度的同步多通道宽度及轮廓测量〔REF-002〕。", "focused_product": "ZLDS202", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-线激光传感器带状物体同步多通道宽度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "steel-strip-width-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "带钢宽度检测选型与部署指南", "summary": "**目标**: 在高速连续轧制或退火生产中，实现对带钢宽度、板形轮廓及边缘状态的实时、非接触式高精度监控，替代传统人工或低速机械测量。", "focused_product": "ZLDS202", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-线激光传感器带钢宽度检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "spring-3d-measurement-guide-zlds202", "category": "application_article", "category_cn": "应用文章", "title": "弹簧三维尺寸检测与质量控制选型部署指南", "summary": "**目标**: 针对汽车、机械及自动化产线上的螺旋弹簧，实现非接触式的高精度三维几何尺寸检测与表面缺陷筛查，替代传统机械探针或人工目检，以提升质检效率与数据可追溯…", "focused_product": "ZLDS202", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-线激光传感器弹簧的三维测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "minimally-invasive-organic-scan-guide", "category": "application_article", "category_cn": "应用文章", "title": "微创手术有机材料三维扫描选型与部署指南", "summary": "**目标**: 针对微创手术中植入材料或生物组织的精密几何尺寸检测，提供高精度、非接触式的三维扫描解决方案，以支持手术决策与质量控制〔REF-002〕。", "focused_product": "ZLDS202", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-线激光传感器微创手术中的有机材料三维扫描/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "micro-target-precision-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "微小目标精密尺寸测量选型与部署指南", "summary": "**目标**: 面向汽车、航空及电子行业的微小目标精密尺寸测量，实现非接触式高精度检测，提升动态生产环境下的检测效率与稳定性〔REF-001〕〔REF-002〕。", "focused_product": "ZLDS202", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-线激光传感器微小目标精密尺寸测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "pcb-pin-height-measurement-guide-zlds202", "category": "application_article", "category_cn": "应用文章", "title": "PCB插脚高度快速测量选型与部署指南", "summary": "**目标**: 解决PCB组装中插脚（PIN针）高度、翘曲及共面性的高速、非接触式在线检测需求，替代传统机械量具，提升生产效率与焊接良率〔REF-001〕〔REF…", "focused_product": "ZLDS202", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-线激光传感器快速测量PCB板插脚（PIN针 ）的高度/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "hanging-arm-geometry-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "悬挂臂几何参数精密测量选型与部署指南", "summary": "**目标**: 解决汽车及机械制造中悬挂臂在高速产线上的高精度轮廓、厚度及尺寸检测需求，替代传统低效的人工或接触式测量〔REF-002〕。", "focused_product": "ZLDS202", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-线激光传感器悬挂臂几何参数测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "flat-object-shape-and-position-measurement-guide-zlds202", "category": "application_article", "category_cn": "应用文章", "title": "扁平物体形状与位置长测量选型与部署指南", "summary": "**目标**: 实现扁平物体在高速运动下的几何形状、位置长度及表面缺陷的高精度非接触式检测，确保产品一致性并降低人工误差〔REF-002〕。", "focused_product": "ZLDS202", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-线激光传感器扁平物体形状和位置长测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "plug-pin-co-planarity-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "插头引脚共面性检测选型与部署指南", "summary": "**目标**: 在自动化生产线上实现对电子插头引脚共面性、高度及位置的快速、高精度非接触式检测，确保电气连接稳定性与信号传输精度〔REF-001〕〔REF-002…", "focused_product": "ZLDS202", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-线激光传感器插头引脚共面性检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "plug-pin-gap-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "插头引脚间隙检测选型与部署指南", "summary": "**目标**: 解决自动化生产中插头引脚间隙、高度及平整度的高精度、非接触式实时检测需求，确保电气连接质量并降低故障率〔REF-002〕。", "focused_product": "ZLDS202", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-线激光传感器插头引脚间隙检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "square-steel-width-measurement-guide-zlds202", "category": "application_article", "category_cn": "应用文章", "title": "方钢宽度测量选型与部署指南", "summary": "**目标**: 实现方钢在生产线上非接触式、高精度的宽度测量，替代传统机械量具，消除人为误差并提升检测效率〔REF-001〕。", "focused_product": "ZLDS202", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-线激光传感器方钢宽度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "seamless-steel-pipe-od-measurement-guide-zlds202", "category": "application_article", "category_cn": "应用文章", "title": "无缝钢管外径测量选型与部署指南", "summary": "**目标**: 针对无缝钢管生产线，实现非接触式、高精度的外径在线检测，消除人工测量滞后与接触式磨损风险〔REF-002〕。", "focused_product": "ZLDS202", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-线激光传感器无缝钢管外径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "crankshaft-cutting-tool-precision-geometry-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "曲轴切削工具精密几何测量选型与部署指南", "summary": "**目标**: 针对曲轴切削刀具在磨削与刃磨过程中的几何精度（外轮廓、厚度、深度、圆度）进行在线或离线高精度检测，以提升加工一致性并降低废品率〔REF-002〕。", "focused_product": "ZLDS202", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-线激光传感器曲轴切削工具精密几何测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "steel-channel-geometry-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "槽钢几何参数检测选型与部署指南", "summary": "**目标**: 针对钢铁制造及机械加工场景，实现槽钢外轮廓、截面尺寸、平整度及角度的高精度非接触式在线检测，确保产品质量符合行业标准〔REF-002〕。", "focused_product": "ZLDS202", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-线激光传感器槽钢几何参数检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "steel-flange-straightness-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "槽钢平直度在线检测与选型部署指南", "summary": "**目标**: 替代传统机械接触式测量，实现高速生产线上的槽钢平直度、直线度及表面缺陷实时在线检测，消除机械摩擦损伤并提升质检效率〔REF-002〕。", "focused_product": "ZLDS202", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-线激光传感器槽钢平直度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "airbag-suture-position-inspection-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "气囊缝合位置检测选型与部署指南", "summary": "**目标**: 在气囊自动化生产线上，实现对缝合位置的精准定位与轮廓检测，确保缝合工艺符合安全标准，提升检测效率并降低人为误差〔REF-002〕。", "focused_product": "ZLDS202", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-线激光传感器气囊缝合位置检查/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "automotive-robot-gap-control-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "汽车机器人精确间隙控制选型与部署指南", "summary": "**目标**: 在汽车制造机器人自动化产线中，实现对车身组件间隙、面差及表面轮廓的高精度非接触式在线检测，以提升装配质量与生产效率〔REF-002〕。", "focused_product": "ZLDS202", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-线激光传感器汽车行业机器人控制中的精确间隙控制/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "foam-cutting-knife-sharpness-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "泡沫切割机刀具锋利度检测选型与部署指南", "summary": "**目标**: 针对泡沫切割机在生产过程中因刀具磨损导致的切割质量下降问题，提供基于非接触式线激光轮廓扫描技术的实时在线检测方案，以实现刀具状态的精准监控与维护预…", "focused_product": "ZLDS202", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-线激光传感器泡沫切割机带刀锋利度检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "3d-guide", "category": "application_article", "category_cn": "应用文章", "title": "激光涂覆前工件三维扫描选型与部署指南", "summary": "**目标**: 在激光涂覆工艺前获取工件表面的高精度三维几何数据，以优化涂覆路径规划、评估基材状态并确保涂层均匀性〔REF-002〕。", "focused_product": "ZLDS202", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-线激光传感器激光涂覆前的工件3D扫描/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "weld-seam-integrity-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "激光焊缝完整性测量选型与部署指南", "summary": "**目标**: 构建适用于汽车、航空航天等严苛工业环境的焊缝完整性在线检测方案，实现非接触式高精度几何尺寸测量，以降低返工率并提升生产效率〔REF-002〕。", "focused_product": "ZLDS202", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-线激光传感器激光焊缝完整性测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "hot-rolled-material-thickness-measurement-guide-zlds202", "category": "application_article", "category_cn": "应用文章", "title": "热轧材料厚度测量选型与部署指南", "summary": "**目标**: 在热轧材料生产线上实现非接触式、高精度的实时厚度监测与质量控制，以替代传统接触式测量，解决高温、高速环境下的测量难题〔REF-002〕。", "focused_product": "ZLDS202", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-线激光传感器热轧材料厚度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "welding-seam-tracking-geometry-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "焊接接缝跟踪与几何参数测量选型与部署指南", "summary": "**目标**: 解决焊接过程中接缝位置的动态跟踪及焊缝几何尺寸（如余高、宽度、熔深估算）的高精度在线测量问题，确保焊接质量的一致性与可靠性〔REF-002〕。", "focused_product": "ZLDS202", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-线激光传感器焊接接缝跟踪和几何参数测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "welded-pipe-diameter-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "焊接钢管直径在线测量选型与部署指南", "summary": "**目标**: 针对焊接钢管生产线，实现非接触式、高速、高精度的在线直径及椭圆度测量，替代传统机械接触式测量以提升效率与良品率〔REF-002〕。", "focused_product": "ZLDS202", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-线激光传感器焊接钢管直径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "weld-seam-positioning-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "焊缝定位检测选型与部署指南", "summary": "**目标**: 在自动化焊接场景中，实现高精度的焊缝实时定位与偏差监测，从而提升焊接质量并减少材料浪费〔REF-002〕。", "focused_product": "ZLDS202", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-线激光传感器焊缝定位/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "weld-seam-profile-measurement-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "焊缝轮廓测量选型与部署指南", "summary": "**目标**: 实现焊接过程中焊缝几何尺寸（高度、宽度、倾角等）的高精度、非接触式在线监测，以确保焊接强度与密封性，预防潜在缺陷〔REF-002〕。", "focused_product": "ZLDS202", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-线激光传感器焊缝的轮廓测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "weld-seam-profile-measurement-guide-zlds202", "category": "application_article", "category_cn": "应用文章", "title": "焊缝轮廓几何尺寸检测与质量控制选型指南", "summary": "**目标**: 在自动化生产线上实现对焊缝形状、深度、宽度及表面缺陷的非接触式高精度实时检测，以替代传统的人工视觉或低效接触式测量，确保产品符合严格的工业质量标准…", "focused_product": "ZLDS202", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-线激光传感器焊缝识别/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "logistics-item-position-measurement-guide-zlds202", "category": "application_article", "category_cn": "应用文章", "title": "物流场景中物品位置测量选型与部署指南", "summary": "**目标**: 针对物流仓储与自动化输送场景，实现物品位置、体积轮廓及堆叠高度的高精度、非接触式实时测量，以优化库存管理与配送调度〔REF-002〕。", "focused_product": "ZLDS202", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-线激光传感器物流管理中物品位置测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "silicon-ingot-side-length-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "硅锭侧长测量选型与部署指南", "summary": "**目标**: 针对光伏硅锭生产过程中的侧长及表面轮廓进行非接触式高精度在线测量，确保后续切割与电池片转换效率〔REF-002〕。", "focused_product": "ZLDS202", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-线激光传感器硅锭侧长测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "silicon-ingot-geometry-detection-guide", "category": "application_article", "category_cn": "应用文章", "title": "硅锭几何参数检测选型与部署指南", "summary": "**目标**: 针对半导体硅锭生产过程中的几何尺寸与表面质量监控，提供基于线激光三角测量原理的非接触式快速检测方案，以替代传统低效的机械接触测量〔REF-002〕…", "focused_product": "ZLDS202", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-线激光传感器硅锭几何参数检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "silicon-ingot-diagonal-measurement-guide-zlds202", "category": "application_article", "category_cn": "应用文章", "title": "硅锭对角线长度测量选型与部署指南", "summary": "**目标**: 解决半导体及光伏硅锭在生产过程中的非接触式快速动态测量需求，重点针对硅锭对角线长度、外轮廓完整性及表面缺陷检测，以提升尺寸精度检测效率并保障恶劣环…", "focused_product": "ZLDS202", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-线激光传感器硅锭对角线长度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "silicon-ingot-phase-length-measurement-guide-zlds202", "category": "application_article", "category_cn": "应用文章", "title": "硅锭相位长测量选型与部署指南", "summary": "**目标**: 针对半导体制造中硅锭（Silicon Ingot）相位长（Phase Length）及表面轮廓的高精度、非接触式在线检测需求，提供基于线激光三角测…", "focused_product": "ZLDS202", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-线激光传感器硅锭相位长测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "silicon-ingot-angle-measurement-guide-zlds202", "category": "application_article", "category_cn": "应用文章", "title": "硅锭角度测量选型与部署指南", "summary": "**目标**: 在半导体及光伏制造中，实现对硅锭切割、抛光后角度、几何形状及表面轮廓的非接触式高精度在线检测，确保产品符合严格的质量标准〔REF-002〕。", "focused_product": "ZLDS202", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-线激光传感器硅锭角度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "carbon-ribbon-width-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "碳带宽度在线高精度测量选型与部署指南", "summary": "**目标**: 在高速生产线上实现对碳带宽度、边缘位置及表面轮廓的非接触式高精度实时监测，替代传统人工或低效机械测量，确保产品尺寸的一致性与合规性〔REF-002…", "focused_product": "ZLDS202", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-线激光传感器碳带宽度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "seed-shape-dimension-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "种子形状及尺寸测量选型与部署指南", "summary": "**目标**: 针对农业与食品加工行业，实现种子形状识别、尺寸测量及缺陷检测，以提升种子质量分级效率与育种数据准确性〔REF-002〕。", "focused_product": "ZLDS202", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-线激光传感器种子的形状及尺寸测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "adhesive-strip-recognition-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "工业粘合剂条识别与质量检测选型部署指南", "summary": "**目标**: 实现工业生产中粘合剂条的高精度位置识别、涂覆厚度测量及均匀性检测，以提升装配良率并降低返工成本〔REF-002〕。", "focused_product": "ZLDS202", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-线激光传感器粘合剂条识别/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "adhesive-strip-profile-measurement-guide-zlds202", "category": "application_article", "category_cn": "应用文章", "title": "粘合剂条轮廓测量选型与部署指南", "summary": "**目标**: 在自动化生产线上实现对粘合剂条轮廓、厚度及宽度的高精度、非接触式在线监测，确保涂胶质量的一致性〔REF-002〕。", "focused_product": "ZLDS202", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-线激光传感器粘合剂条轮廓测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "adhesive-bead-detection-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "粘合剂珠检测选型与部署指南", "summary": "**目标**: 针对现代制造业中粘合剂珠（Adhesive Bead）的尺寸、形状及分布均匀性进行高精度、非接触式在线检测，确保产品质量一致性〔REF-002〕。", "focused_product": "ZLDS202", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-线激光传感器粘合剂珠检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "adhesive-bead-edge-detection-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "粘合剂珠边缘检测选型与部署指南", "summary": "**目标**: 针对汽车、航空及电子装配中的粘合剂涂胶工艺，实现高精度的边缘位置、宽度及连续性检测，以控制粘接质量并降低废品率〔REF-002〕。", "focused_product": "ZLDS202", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-线激光传感器粘合剂珠边缘检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "precision-workpiece-dimension-tolerance-verification-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "精密工件尺寸公差验证选型与部署指南", "summary": "**目标**: 针对汽车、机械加工等领域的精密工件，实现非接触式的高精度几何尺寸公差验证，确保产品符合严格的设计标准并提升生产效率〔REF-001〕〔REF-00…", "focused_product": "ZLDS202", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-线激光传感器精密工件尺寸公差验证/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "precision-workpiece-bending-radius-measurement-guide-zlds202", "category": "application_article", "category_cn": "应用文章", "title": "精密工件弯曲半径测量选型与部署指南", "summary": "**目标**: 在高速工业环境中，实现对精密工件弯曲半径、轮廓及表面细节的非接触式高精度测量，确保产品质量一致性〔REF-002〕。", "focused_product": "ZLDS202", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-线激光传感器精密工件弯曲半径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "precision-workpiece-angle-measurement-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "精密工件角度测量选型与部署指南", "summary": "**目标**: 针对汽车、机械加工及轨道交通等领域的精密工件，实现非接触式、高精度的角度、轮廓及形位公差在线或离线检测〔REF-002〕。", "focused_product": "ZLDS202", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-线激光传感器精密工件角度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "precision-workpiece-height-measurement-guide-zlds202", "category": "application_article", "category_cn": "应用文章", "title": "精密工件高度测量选型与部署指南", "summary": "**目标**: 解决汽车、航空及机械加工行业中精密工件的高度、厚度及轮廓几何尺寸的高精度、非接触式在线检测需求，以提升质量控制效率并降低人工测量成本〔REF-00…", "focused_product": "ZLDS202", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-线激光传感器精密工件高度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "precision-parts-size-verification-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "精密部件尺寸验证选型与部署指南", "summary": "**目标**: 为汽车、机械加工及自动化生产中的精密部件提供高精度、非接触式的几何尺寸验证方案，确保外轮廓、厚度、高度及平整度等关键参数符合设计要求〔REF-00…", "focused_product": "ZLDS202", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-线激光传感器精密部件尺寸验证/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "racing-suspension-clearance-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "赛车悬挂间隙与路面距离测量选型与部署指南", "summary": "**目标**: 在高速动态赛道环境下，实现对赛车底盘与路面间隙及悬挂行程的高精度、非接触式实时监测，以优化悬挂设定并保障赛车通过性〔REF-002〕。", "focused_product": "ZLDS202", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-线激光传感器精确测量赛车与路面的距离/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "paper-industry-width-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "纸张行业物体宽度精确测量选型与部署指南", "summary": "**目标**: 实现造纸及纸制品加工过程中，对卷筒纸或幅材宽度的实时高精度监测，以优化后续加工工艺的质量控制，提升生产线效率与客户满意度〔REF-002〕。", "focused_product": "ZLDS202", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-线激光传感器纸张行业物体宽度精确测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "paper-industry-edge-positioning-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "纸张行业物体边缘定位选型与部署指南", "summary": "**目标**: 解决纸张制造与加工过程中因边缘不齐、厚度波动导致的分切精度低、材料浪费大及下游包装适配困难的问题，实现高精度、实时的在线几何尺寸检测〔REF-00…", "focused_product": "ZLDS202", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-线激光传感器纸张行业物体边缘定位/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "textile-width-measurement-guide-zlds202", "category": "application_article", "category_cn": "应用文章", "title": "纺织行业物体宽度精确测量选型与部署指南", "summary": "**目标**: 解决纺织产线中布料、纤维束或非织造布的在线宽度、厚度及边缘缺陷的高精度、非接触式实时监测需求，以提升成品合格率并减少材料浪费〔REF-002〕。", "focused_product": "ZLDS202", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-线激光传感器纺织行业物体宽度精确测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "automation-width-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "自动化宽度测量选型与部署指南", "summary": "**目标**: 解决汽车、机械加工等行业的自动化宽度及轮廓测量需求，实现高精度、高效率的非接触式在线检测〔REF-002〕。", "focused_product": "ZLDS202", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-线激光传感器自动化宽度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "automation-production-line-position-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "自动化生产线产品位置测量选型与部署指南", "summary": "**目标**: 在自动化生产线中实现产品的高精度位置定位、外轮廓检测及几何尺寸监控，以提升生产效率与产品合格率〔REF-002〕。", "focused_product": "ZLDS202", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-线激光传感器自动化生产线产品位置测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "automation-production-line-thickness-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "自动化生产线产品厚度测量选型与部署指南", "summary": "**目标**: 针对自动化生产线中产品厚度、外轮廓及平面度的高精度、非接触式在线检测需求，提供基于线激光三角测量技术的选型与部署参考〔REF-001〕。", "focused_product": "ZLDS202", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-线激光传感器自动化生产线产品厚度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "automated-production-line-object-counting-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "自动化生产线物体计数选型与部署指南", "summary": "**目标**: 实现高速自动化生产线上的物体实时计数与几何轮廓检测，替代传统光电或低效视觉方案，提升生产节拍与质检精度〔REF-002〕。", "focused_product": "ZLDS202", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-线激光传感器自动化生产线物体计数/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "automation-edge-position-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "自动化边缘位置测量选型与部署指南", "summary": "**目标**: 在非接触条件下，针对高速自动化生产线上的边缘位置、外轮廓及几何尺寸进行高精度、高一致性的实时测量，以提升质量控制效率并减少废品率〔REF-002〕…", "focused_product": "ZLDS202", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-线激光传感器自动化边缘位置测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "automated-gap-measurement-selection-guide", "category": "application_article", "category_cn": "应用文章", "title": "自动化间隙测量选型与部署指南", "summary": "**目标**: 解决汽车白车身、机械加工及自动化产线中复杂几何特征的精密测量需求，消除人工测量误差，提升在线质量控制效率〔REF-002〕。", "focused_product": "ZLDS202", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-线激光传感器自动化间隙测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "chip-flatness-measurement-guide-zlds202", "category": "application_article", "category_cn": "应用文章", "title": "芯片平面度测量选型与部署指南", "summary": "**目标**: 针对半导体制造与电子元件加工场景，实现芯片表面微观几何特征的非接触式高精度检测，确保电路运行效率与产品质量稳定性〔REF-002〕。", "focused_product": "ZLDS202", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-线激光传感器芯片平面度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "angle-steel-geometry-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "角钢几何尺寸测量选型与部署指南", "summary": "**目标**: 实现角钢在高速生产线上的几何尺寸（高度、宽度、厚度、角度）在线高精度检测，替代传统人工或接触式测量，确保产品符合国标及客户定制公差要求〔REF-0…", "focused_product": "ZLDS202", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-线激光传感器角钢几何尺寸测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "racing-performance-optimization-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "赛车性能优化几何尺寸检测与部署选型指南", "summary": "**目标**: 针对赛车在极端振动、高温及狭小空间下的工况，实现车身外形、空气动力学部件及悬挂系统的高精度、高速动态几何尺寸检测〔REF-001〕〔REF-002…", "focused_product": "ZLDS202", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-线激光传感器赛车性能优化/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "vehicle-axle-profile-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "车桥轮廓测量选型与部署指南", "summary": "**目标**: 针对汽车制造、轨道交通及机械加工行业的车桥生产环节，建立基于非接触式线激光扫描的在线或离线轮廓测量体系，以确保车桥几何尺寸符合安全标准并优化生产工…", "focused_product": "ZLDS202", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-线激光传感器车桥轮廓测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "vehicle-body-sequence-number-embossing-depth-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "车身序列号压印深度测量选型与部署指南", "summary": "**目标**: 实现汽车车身序列号（VIN）压印深度的高精度非接触式在线测量，确保生产追溯数据的准确性与合规性〔REF-002〕。", "focused_product": "ZLDS202", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-线激光传感器车身序列号的压印深度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "wheelset-profile-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "轮对轮廓测量选型与部署指南", "summary": "**目标**: 为铁路车辆、汽车制造及机械加工行业的轮对轮廓、厚度、深度及表面缺陷提供高精度、非接触式的在线或离线检测方案，确保尺寸精度与安全性〔REF-002〕…", "focused_product": "ZLDS202", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-线激光传感器轮对轮廓测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "wheel-rim-inner-surface-geometry-measurement-guide-zlds202", "category": "application_article", "category_cn": "应用文章", "title": "轮缘内表面几何形状测量选型与部署指南", "summary": "**目标**: 实现轮缘内表面几何形状（厚度、深度、角度）的高精度、非接触式在线测量，确保产品尺寸符合设计要求〔REF-001〕〔REF-002〕。", "focused_product": "ZLDS202", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-线激光传感器轮缘内表面的几何形状测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "tire-automation-and-dot-code-recognition-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "轮胎自动识别与DOT代码检测选型与部署指南", "summary": "**目标**: 实现轮胎生产线上的身份自动读取、DOT代码追溯及胎面轮廓高精度检测，确保符合安全质量标准〔REF-001〕。", "focused_product": "ZLDS202", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-线激光传感器轮胎自动识别和DOT代码识别/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "tire-industry-3d-measurement-guide-zlds202", "category": "application_article", "category_cn": "应用文章", "title": "轮胎行业三维几何尺寸检测与质量控制选型部署指南", "summary": "**目标**: 在轮胎制造与质检环节，实现对外轮廓、胎面厚度、深度及圆度的高精度、非接触式三维测量，确保产品符合安全标准并降低缺陷率〔REF-002〕。", "focused_product": "ZLDS202", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-线激光传感器轮胎行业三维测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "metal-cutting-line-thickness-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "金属切割线中金属带厚度测量选型与部署指南", "summary": "**目标**: 在高速金属切割生产线中，实现对金属带厚度及表面轮廓的非接触、高精度实时监控，确保产品质量一致性并优化切割工艺参数〔REF-001〕〔REF-002…", "focused_product": "ZLDS202", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-线激光传感器金属切割线中金属带的厚度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "metal-strip-thickness-measurement-guide-zlds202", "category": "application_article", "category_cn": "应用文章", "title": "金属带厚度测量选型与部署指南", "summary": "**目标**: 实现金属带生产过程中的非接触式高精度动态厚度测量，确保产品质量一致性并提升检测效率〔REF-002〕。", "focused_product": "ZLDS202", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-线激光传感器金属带的厚度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "metal-strip-profile-detection-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "金属带轮廓检测选型与部署指南", "summary": "**目标**: 在高速动态生产线上实现对金属带外轮廓、厚度、边缘及角度的高精度、非接触式实时监测，以降低废品率并提升过程质量控制能力〔REF-002〕。", "focused_product": "ZLDS202", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-线激光传感器金属带轮廓检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "metal-plate-width-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "金属板宽度在线测量选型与部署指南", "summary": "**目标**: 解决高速连续生产线上金属板材宽度的高精度、非接触式在线监测需求，确保产品质量一致性并减少废料〔REF-002〕。", "focused_product": "ZLDS202", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-线激光传感器金属板宽度在线测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "metal-sheet-dimension-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "金属板尺寸自动化测量选型与部署指南", "summary": "**目标**: 解决金属板在自动化产线中的非接触式高精度尺寸检测，替代传统人工或低效光学手段，实现厚度、宽度、平整度等多参数同步测量〔REF-002〕。", "focused_product": "ZLDS202", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-线激光传感器金属板尺寸自动化测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "metal-sheet-flatness-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "金属板平面度检测选型与部署指南", "summary": "**目标**: 面向金属加工与自动化产线，提供基于线激光三角测量原理的非接触式平面度检测方案，实现高精度、高频次的表面轮廓数据采集〔REF-002〕。", "focused_product": "ZLDS202", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-线激光传感器金属板平面度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "metal-plate-straightness-measurement-guide-zlds202", "category": "application_article", "category_cn": "应用文章", "title": "金属板直线度检测选型与部署指南", "summary": "**目标**: 针对金属板材在生产过程中的直线度、平整度及边缘轮廓进行非接触式高精度在线检测，替代传统机械触针或低分辨率视觉方案，提升质检效率与数据追溯性〔REF…", "focused_product": "ZLDS202", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-线激光传感器金属板直线度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "metal-sheet-angle-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "金属板角度测量选型与部署指南", "summary": "**目标**: 在自动化生产线上实现金属板角度的高精度、非接触式快速测量，替代传统人工或接触式量具，提升质检效率与数据追溯能力〔REF-002〕。", "focused_product": "ZLDS202", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-线激光传感器金属板角度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "metal-plate-length-measurement-guide-zlds202", "category": "application_article", "category_cn": "应用文章", "title": "金属板长度测量选型与部署指南", "summary": "**目标**: 针对高速运动金属板生产场景，实现非接触式、高精度的长度及表面轮廓实时监测，替代传统机械或低效光学测量〔REF-002〕。", "focused_product": "ZLDS202", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-线激光传感器金属板长度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "metal-surface-3d-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "金属表面3D测量选型与部署指南", "summary": "**目标**: 针对金属表面实现非接触式、高精度的三维形貌重构，以提升质量检测效率并降低人工干预成本〔REF-002〕。", "focused_product": "ZLDS202", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-线激光传感器金属表面3D测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "rail-track-profile-scan-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "钢轨轮廓扫描选型与部署指南", "summary": "**目标**: 在铁路动态检测场景中，实现钢轨几何尺寸（轮廓、磨耗、高度等）的高精度、非接触式在线测量，以保障列车运行安全并优化维护策略〔REF-002〕。", "focused_product": "ZLDS202", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-线激光传感器钢轨轮廓扫描/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "railway-wheel-axis-monitoring-selection-and-deployment-guide", "category": "application_article", "category_cn": "应用文章", "title": "铁路轮轴几何尺寸检测与质量控制选型部署指南", "summary": "**目标**: 针对铁路轮轴在线检测场景，实现轮轴直径、踏面轮廓、轮缘厚度等关键几何尺寸的高精度、非接触式动态监测，以保障列车运行安全并提升质检效率〔REF-00…", "focused_product": "ZLDS202", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-线激光传感器铁路轮轴监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "railway-track-single-side-scanning-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "铁路铁轨单面扫描几何尺寸检测选型与部署指南", "summary": "**目标**: 针对铁路铁轨的单侧非接触式快速扫描，获取高精度外轮廓、高度、平整度及凹槽数据，以支持列车运行期间的动态检测与维护决策〔REF-001〕〔REF-0…", "focused_product": "ZLDS202", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-线激光传感器铁轨单面扫描/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "gap-recognition-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "工业间隙识别与精密轮廓检测选型及部署指南", "summary": "**目标**: 针对汽车装配、铁路检修及精密机械加工场景，提供基于线激光三角测量原理的非接触式间隙与轮廓检测解决方案，旨在消除传统机械量具的效率瓶颈，实现高精度、…", "focused_product": "ZLDS202", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-线激光传感器间隙识别/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "ceramic-precision-geometry-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "陶瓷品精密几何尺寸检测与选型部署指南", "summary": "**目标**: 针对陶瓷制造及精密加工场景，实现非接触式、高精度的几何尺寸（厚度、高度、平整度、轮廓）在线或离线检测，确保装配精度与产品质量一致性〔REF-002…", "focused_product": "ZLDS202", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-线激光传感器陶瓷品精密几何测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "ic-leader-pin-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "集成电路引脚几何尺寸检测与质量控制选型指南", "summary": "**目标**: 针对集成电路（IC）引脚的几何尺寸、平整度及间距进行高精度、非接触式在线检测，以提升自动化产线的质量控制水平〔REF-002〕。", "focused_product": "ZLDS202", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-线激光传感器集成电路引脚测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "integrated-circuit-pin-count-and-gap-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "集成电路引脚计数及间隙测量选型与部署指南", "summary": "**目标**: 解决集成电路（IC）引脚计数与间隙测量的精度与效率问题，替代传统人工或低速光学检测，实现高速、非接触式的在线或离线质量控制〔REF-002〕。", "focused_product": "ZLDS202", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-线激光传感器集成电路引脚计数及间隙测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "hot-object-rolling-dimension-control-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "粗轧过程高温物体尺寸实时监测选型与部署指南", "summary": "**目标**: 在粗轧等高温、高振动工况下，实现金属物体轮廓、尺寸及表面状态的实时、非接触式高精度监测，以控制产品质量并降低废品率〔REF-001〕。", "focused_product": "ZLDS202", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-线激光传感器高温物体在粗轧过程中尺寸的实时控制/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "precision-mechanical-parts-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "高精度机械零件精密几何测量选型与部署指南", "summary": "**目标**: 针对汽车、航空及机械加工领域的高精度零件，提供非接触式几何尺寸（外轮廓、厚度、凹槽等）的快速在线检测方案，确保产品质量与生产效率〔REF-002〕…", "focused_product": "ZLDS202", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-线激光传感器高精度机械零件精密几何测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "gear-dimension-tolerance-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "齿轮尺寸公差验证选型与部署指南", "summary": "**目标**: 针对齿轮制造及装配环节，实现非接触式、高精度的齿廓几何尺寸与公差在线验证，替代传统低效或易损的机械接触测量手段〔REF-002〕。", "focused_product": "ZLDS202", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-线激光传感器齿轮尺寸公差验证/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "gear-deformation-detection-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "齿轮形变检测选型与部署指南", "summary": "**目标**: 针对齿轮制造与装配过程中的几何形变、齿廓偏差及圆度异常，提供非接触式高精度在线或离线检测方案，以预防故障并提升生产效率〔REF-002〕。", "focused_product": "ZLDS202", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-线激光传感器齿轮形变检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "gear-tooth-running-characteristics-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "齿轮齿运行特性检测选型与部署指南", "summary": "**目标**: 实现齿轮齿外观、尺寸、齿形及运行特性的非接触式高精度在线检测，替代传统低效机械测量。", "focused_product": "ZLDS202", "product_series": "ZLDS202", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS202", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS202-线激光传感器齿轮齿的运行特性检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "warehouse-inventory-position-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "仓储物流物品位置与轮廓测量选型部署指南", "summary": "**目标**: 在复杂仓储环境中实现对货物位置、轮廓尺寸及堆叠高度的非接触式高精度实时监控，以优化空间利用率并提升物流响应速度〔REF-002〕。", "focused_product": "ZLDS210", "product_series": "ZLDS210", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS210", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS210-线激光传感器仓储管理中物品位置测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "smooth-surface-micro-defect-detection-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "光滑表面微小缺陷识别选型与部署指南", "summary": "**目标**: 针对钢铁、汽车及电子行业的光滑表面，实现微米级缺陷的高精度、高速在线识别，解决传统视觉受光照干扰及接触式测量效率低的问题〔REF-002〕。", "focused_product": "ZLDS210", "product_series": "ZLDS210", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS210", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS210-线激光传感器光滑表面微小缺陷识别/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "groove-profile-detection-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "工业凹槽轮廓检测与尺寸测量选型部署指南", "summary": "**目标**: 解决高温、高亮或复杂材质表面的凹槽深度、宽度及轮廓形状的精密测量问题，替代传统接触式或低效光学检测〔REF-002〕。", "focused_product": "ZLDS210", "product_series": "ZLDS210", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS210", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS210-线激光传感器凹槽识别/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "groove-profile-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "工业凹槽轮廓测量选型与部署指南", "summary": "**目标**: 解决工业生产中复杂凹槽、台阶及大型工件表面轮廓的高精度、非接触式在线检测需求，替代传统机械接触式测量。", "focused_product": "ZLDS210", "product_series": "ZLDS210", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS210", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS210-线激光传感器凹槽轮廓测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "large-component-cutting-system-3d-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "大型组件切割系统三维测量选型与部署指南", "summary": "**目标**: 针对大型切割系统中的组件，提供高精度、非接触式的三维轮廓与尺寸测量方案，解决传统机械测量效率低、高温环境适应性差的问题〔REF-002〕。", "focused_product": "ZLDS210", "product_series": "ZLDS210", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS210", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS210-线激光传感器切割系统中大型组件的3D测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "train-tire-profile-measurement-guide-zlds210", "category": "application_article", "category_cn": "应用文章", "title": "列车轮胎轮廓检测选型与部署指南", "summary": "**目标**: 针对铁路车辆检修与运维场景，实现对列车轮胎轮廓、踏面磨损及缺陷的高精度、非接触式自动化检测，以提升行车安全性与维护效率〔REF-001〕。", "focused_product": "ZLDS210", "product_series": "ZLDS210", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS210", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS210-线激光传感器列车轮胎轮廓检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "packaging-industry-width-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "包装行业物体宽度精确测量选型与部署指南", "summary": "**目标**: 解决包装生产线中高速、高温及高反光环境下物体宽度、高度及轮廓尺寸的精确非接触式测量问题，提升质检效率与产品一致性〔REF-002〕。", "focused_product": "ZLDS210", "product_series": "ZLDS210", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS210", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS210-线激光传感器包装行业物体宽度精确测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "packaging-edge-positioning-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "包装行业物体边缘定位与几何尺寸检测选型指南", "summary": "**目标**: 解决包装产线中纸箱、塑料袋及各类物料边缘定位不准、尺寸检测滞后导致的包装缺陷与效率低下问题，实现高精度、非接触式的实时边缘定位与几何尺寸监控〔RE…", "focused_product": "ZLDS210", "product_series": "ZLDS210", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS210", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS210-线激光传感器包装行业物体边缘定位/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "step-part-tolerance-judgment-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "台阶零件几何尺寸检测与公差控制选型指南", "summary": "**目标**: 针对台阶类零件在高速生产环境下的几何尺寸（宽度、高度、台阶差）进行非接触式高精度公差判断与质量控制〔REF-002〕。", "focused_product": "ZLDS210", "product_series": "ZLDS210", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS210", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS210-线激光传感器台阶零件公差判断/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "matte-surface-defect-detection-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "哑光表面微小缺陷检测选型与部署指南", "summary": "**目标**: 针对哑光表面（Matte Surface）的高精度、非接触式微小缺陷（如划痕、凹坑、色差）检测，提供基于线激光三角测量技术的售前选型与工程部署指导…", "focused_product": "ZLDS210", "product_series": "ZLDS210", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS210", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS210-线激光传感器哑光表面微小缺陷检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "tread-wheel-profile-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "踏面圆周磨耗在线测量选型与部署指南", "summary": "**目标**: 解决轮胎及车轮制造过程中，因传统接触式测量效率低、易损伤表面导致的质检瓶颈，实现高精度、非接触式的在线踏面圆周磨耗实时监测〔REF-002〕。", "focused_product": "ZLDS210", "product_series": "ZLDS210", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS210", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS210-线激光传感器在线测量踏面圆周磨耗/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "dam-surface-crack-detection-selection-guide", "category": "application_article", "category_cn": "应用文章", "title": "堤坝表面裂缝检测选型与部署指南", "summary": "**目标**: 实现堤坝表面裂缝的自动化、高精度、非接触式监测，以评估结构安全性并预防安全隐患〔REF-002〕。", "focused_product": "ZLDS210", "product_series": "ZLDS210", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS210", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS210-线激光传感器堤坝表面裂缝监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "plastic-appearance-shape-measurement-guide-zlds210", "category": "application_article", "category_cn": "应用文章", "title": "塑料制品外观形状测量选型与部署指南", "summary": "**目标**: 针对塑料制品在生产过程中的外观形状一致性、尺寸精度及潜在缺陷进行非接触式快速检测，以提升质量控制效率〔REF-002〕。", "focused_product": "ZLDS210", "product_series": "ZLDS210", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS210", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS210-线激光传感器塑料制品外观形状测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "large-object-inner-surface-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "大型物体内表面几何尺寸与缺陷检测选型与部署指南", "summary": "**目标**: 针对航空、汽车及钢铁行业的大型复杂工件，实现非接触式、高精度的内表面几何尺寸测量与缺陷识别〔REF-001〕。", "focused_product": "ZLDS210", "product_series": "ZLDS210", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS210", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS210-线激光传感器大型物体的内表面检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "large-pipeline-geometry-measurement-guide-zlds210", "category": "application_article", "category_cn": "应用文章", "title": "大型管道几何参数测量选型与部署指南", "summary": "**目标**：针对大型管道制造及维护场景，实现非接触式、高精度的几何参数（内径、外径、壁厚、圆度）在线或离线测量，替代传统低效的机械接触式检测〔REF-002〕…", "focused_product": "ZLDS210", "product_series": "ZLDS210", "industry": [ "管道制造", "能源输送", "重型装备制造" ], "measurement": [ "管道内径", "管道外径", "管壁厚度", "圆度偏差", "表面粗糙度" ], "tags": [ "ZLDS210", "管道制造", "能源输送", "管道内径", "传感器" ], "updated_at": "2025-08-24", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS210-线激光传感器大型管道几何参数测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "large-pipe-roundness-measurement-guide-zlds210", "category": "application_article", "category_cn": "应用文章", "title": "大型管道圆度检测选型与部署指南", "summary": "**目标**: 解决大型管道在制造或安装过程中的高精度圆度、直径及轮廓几何尺寸检测需求，确保流体动力学性能与密封安全性〔REF-002〕。", "focused_product": "ZLDS210", "product_series": "ZLDS210", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS210", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS210-线激光传感器大型管道圆度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "large-pipeline-diameter-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "大型管道直径测量选型与部署指南", "summary": "**目标**: 针对石油、天然气及化工行业的大型管道，实现非接触式、高精度的外径与内径轮廓测量，替代传统低效的机械卡尺测量〔REF-002〕。", "focused_product": "ZLDS210", "product_series": "ZLDS210", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS210", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS210-线激光传感器大型管道直径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "industrial-automation-precision-dimension-measurement-guide-zlds210", "category": "application_article", "category_cn": "应用文章", "title": "工业自动化精密尺寸测量选型与部署指南", "summary": "**目标**: 在高温、高亮度及复杂工业环境下，实现非接触式的高精度二维轮廓扫描与尺寸检测，以提升生产线的实时监控与质量控制效率〔REF-002〕。", "focused_product": "ZLDS210", "product_series": "ZLDS210", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS210", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS210-线激光传感器工业自动化精密尺寸测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "industrial-automation-profile-scanning-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "工业自动化精密轮廓扫描选型与部署指南", "summary": "**目标**: 替代传统机械测量与低速光学扫描，实现在高温、高亮度及复杂工业环境下的非接触式精密轮廓扫描与尺寸检测〔REF-002〕。", "focused_product": "ZLDS210", "product_series": "ZLDS210", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS210", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS210-线激光传感器工业自动化精密轮廓扫描/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "industrial-automation-path-correction-selection-and-deployment-guide", "category": "application_article", "category_cn": "应用文章", "title": "工业自动化路径校正场景选型与部署指南", "summary": "**目标**: 针对工业自动化生产线（如机器臂轨迹校正、输送带路径检测、激光切割定位）中的实时偏差检测与反馈控制需求，提供一套基于非接触式线激光三角测量技术的标准…", "focused_product": "ZLDS210", "product_series": "ZLDS210", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS210", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS210-线激光传感器工业自动化路径校正/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "measurement-guide-zlds210", "category": "application_article", "category_cn": "应用文章", "title": "工字钢几何参数测量选型与部署指南", "summary": "**目标**: 解决传统机械测量在工字钢生产中效率低、人为误差大及无法在线实时监测的问题，实现高精度、非接触式的几何尺寸自动化检测〔REF-002〕。", "focused_product": "ZLDS210", "product_series": "ZLDS210", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS210", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS210-线激光传感器工字钢几何参数测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "strip-width-synchronous-multi-channel-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "带状物体同步多通道宽度测量选型与部署指南", "summary": "**目标**: 针对钢铁、造纸及塑料加工行业中带状物体的连续生产需求，实现非接触式、高精度的同步多通道宽度及轮廓测量，以提升自动化质检效率并降低废品率〔REF-0…", "focused_product": "ZLDS210", "product_series": "ZLDS210", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS210", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS210-线激光传感器带状物体同步多通道宽度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "steel-strip-width-measurement-guide-zlds210", "category": "application_article", "category_cn": "应用文章", "title": "带钢宽度检测选型与部署指南", "summary": "**目标**: 针对钢铁制造及金属加工场景，提供高精度、非接触式的带钢宽度及边缘轮廓在线监控方案，以替代传统机械或低稳定性光电检测，提升产品合格率并优化生产流程〔…", "focused_product": "ZLDS210", "product_series": "ZLDS210", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS210", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS210-线激光传感器带钢宽度检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "spring-3d-measurement-guide-zlds210", "category": "application_article", "category_cn": "应用文章", "title": "弹簧几何尺寸三维检测与选型部署指南", "summary": "**目标**: 构建适用于弹簧（线圈直径、自由高度、线径等）的非接触式高精度三维轮廓检测系统，以提升制造过程中的质量控制效率与数据完整性〔REF-002〕。", "focused_product": "ZLDS210", "product_series": "ZLDS210", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS210", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS210-线激光传感器弹簧的三维测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "micro-object-precision-dimension-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "微小目标精密尺寸测量选型与部署指南", "summary": "**目标**: 针对电子、汽车及钢铁冶金等行业中微小零部件、高温物体及高亮度表面的精密尺寸检测需求，提供基于线激光三角测量法的非接触式测量解决方案〔REF-002…", "focused_product": "ZLDS210", "product_series": "ZLDS210", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS210", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS210-线激光传感器微小目标精密尺寸测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "pcb-pin-height-measurement-guide-zlds210", "category": "application_article", "category_cn": "应用文章", "title": "PCB板插脚高度快速测量选型与部署指南", "summary": "**目标**: 解决PCB板插脚（PIN针）在高速自动化生产中的高度一致性检测难题，确保焊接质量并降低返工成本〔REF-002〕。", "focused_product": "ZLDS210", "product_series": "ZLDS210", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS210", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS210-线激光传感器快速测量PCB板插脚（PIN针 ）的高度/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "hanging-arm-geometry-measurement-guide-zlds210", "category": "application_article", "category_cn": "应用文章", "title": "悬挂臂几何参数测量选型与部署指南", "summary": "**目标**: 针对悬挂臂在生产过程中的几何尺寸（宽度、高度、角度）进行非接触式高精度在线检测，解决传统机械测量效率低及普通光学设备在高温高亮环境下失准的问题〔R…", "focused_product": "ZLDS210", "product_series": "ZLDS210", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS210", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS210-线激光传感器悬挂臂几何参数测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "flat-object-shape-position-long-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "扁平物体形状与位置长测量选型与部署指南", "summary": "**目标**: 在高温、高亮度等复杂工业环境下，实现对扁平物体（如钢板、铁轨、卷材）的轮廓、宽度、高度及位置偏移的非接触式高精度测量〔REF-002〕。", "focused_product": "ZLDS210", "product_series": "ZLDS210", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS210", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS210-线激光传感器扁平物体形状和位置长测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "flat-steel-width-measurement-guide-zlds210", "category": "application_article", "category_cn": "应用文章", "title": "扁钢宽度检测选型与部署指南", "summary": "**目标**: 实现高温、高亮度环境下扁钢宽度的非接触式高精度在线检测，满足钢铁及轨道运输行业的实时质量控制需求〔REF-002〕。", "focused_product": "ZLDS210", "product_series": "ZLDS210", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS210", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS210-线激光传感器扁钢宽度检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "plug-pin-coplanarity-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "插头引脚共面性检测选型与部署指南", "summary": "**目标**: 解决高频电子设备及高温环境下插头引脚共面性及高度差的微米级精密检测需求，确保连接可靠性〔REF-002〕。", "focused_product": "ZLDS210", "product_series": "ZLDS210", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS210", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS210-线激光传感器插头引脚共面性检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "plug-pin-gap-measurement-guide-zlds210", "category": "application_article", "category_cn": "应用文章", "title": "插头引脚间隙检测选型与部署指南", "summary": "**目标**: 在自动化产线中实现插头引脚间隙的高精度、非接触式在线检测，确保电气连接的可靠性并降低故障风险〔REF-001〕〔REF-002〕。", "focused_product": "ZLDS210", "product_series": "ZLDS210", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS210", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS210-线激光传感器插头引脚间隙检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "square-steel-width-measurement-guide-zlds210", "category": "application_article", "category_cn": "应用文章", "title": "方钢宽度测量选型与部署指南", "summary": "**目标**: 解决方钢在高温、高亮及复杂表面条件下的非接触式高精度宽度与轮廓尺寸检测，替代传统机械测量以提升自动化水平〔REF-002〕。", "focused_product": "ZLDS210", "product_series": "ZLDS210", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS210", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS210-线激光传感器方钢宽度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "seamless-pipe-od-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "无缝钢管外径测量选型与部署指南", "summary": "**目标**: 在无缝钢管生产中，替代传统接触式测量，实现非接触、高精度的在线外径及轮廓监控，满足石油、化工及建筑行业的质量控制需求〔REF-002〕。", "focused_product": "ZLDS210", "product_series": "ZLDS210", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS210", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS210-线激光传感器无缝钢管外径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "crankshaft-cutting-tool-precision-geometry-measurement-guide-zlds210", "category": "application_article", "category_cn": "应用文章", "title": "曲轴切削工具精密几何测量选型与部署指南", "summary": "**目标**: 解决曲轴切削工具在制造过程中，特别是高温、高亮及复杂几何形状下的精密尺寸检测难题，替代传统机械接触式测量效率低、易磨损的问题〔REF-002〕。", "focused_product": "ZLDS210", "product_series": "ZLDS210", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS210", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS210-线激光传感器曲轴切削工具精密几何测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "measurement-guide-zlds210-2", "category": "application_article", "category_cn": "应用文章", "title": "槽钢几何尺寸在线检测与质量控制选型指南", "summary": "**目标**: 针对钢铁冶金及重型制造场景，提供槽钢宽度、高度及轮廓几何参数的在线高精度非接触式测量解决方案，以实现生产线的实时质量控制与尺寸一致性监控〔REF-…", "focused_product": "ZLDS210", "product_series": "ZLDS210", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS210", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS210-线激光传感器槽钢几何参数检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "steel-beam-straightness-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "槽钢及钢结构平直度检测选型与部署指南", "summary": "**目标**: 针对钢铁制造及重型机械行业中的槽钢、工字钢等结构件，提供非接触式高精度平直度、宽度及高度检测方案，确保装配精度与产品质量〔REF-002〕。", "focused_product": "ZLDS210", "product_series": "ZLDS210", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS210", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS210-线激光传感器槽钢平直度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "medical-airbag-suture-position-check-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "医疗器械气囊缝合位置高精度检测选型与部署指南", "summary": "**目标**: 替代人工目视检查，消除主观误差，提高气囊缝合位置的检测精度与合格率，确保医疗器械使用的安全性与可靠性〔REF-002〕。", "focused_product": "ZLDS210", "product_series": "ZLDS210", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS210", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS210-线激光传感器气囊缝合位置检查/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "automotive-robot-control-gap-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "汽车机器人控制中精确间隙检测选型与部署指南", "summary": "**目标**: 在汽车制造与机器人组装场景中，实现高精度的间隙、段差及轮廓测量，确保装配质量并降低缺陷率〔REF-002〕。", "focused_product": "ZLDS210", "product_series": "ZLDS210", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS210", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS210-线激光传感器汽车行业机器人控制中的精确间隙控制/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "foam-cutting-knife-sharpness-measurement-guide-zlds210", "category": "application_article", "category_cn": "应用文章", "title": "泡沫切割机刀具锋利度检测选型与部署指南", "summary": "**目标**: 针对泡沫切割行业，建立非接触式、高精度的刀具锋利度在线监测体系，以优化切割质量并降低材料浪费〔REF-002〕。", "focused_product": "ZLDS210", "product_series": "ZLDS210", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS210", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS210-线激光传感器泡沫切割机带刀锋利度检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "3d-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "工业工件几何尺寸检测与质量控制选型与部署指南", "summary": "**目标**: 针对激光涂覆前的高温、高亮度工件进行非接触式 3D 扫描，获取精确的表面轮廓与几何尺寸数据〔REF-001〕。", "focused_product": "ZLDS210", "product_series": "ZLDS210", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS210", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS210-线激光传感器激光涂覆前的工件3D扫描/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "welding-seam-integrity-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "焊缝完整性测量选型与部署指南", "summary": "**目标**: 在高温、高亮度及复杂工业环境下，实现对焊缝轮廓、宽度及高度的高精度、非接触式实时监测，以提升焊接接头可靠性并优化工艺参数〔REF-002〕。", "focused_product": "ZLDS210", "product_series": "ZLDS210", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS210", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS210-线激光传感器激光焊缝完整性测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "hot-rolled-material-thickness-measurement-guide-zlds210", "category": "application_article", "category_cn": "应用文章", "title": "热轧材料厚度与轮廓测量选型与部署指南", "summary": "**目标**: 针对热轧带钢及高温金属表面的非接触式高精度厚度与轮廓测量，实现生产过程中的实时质量监控与缺陷预防〔REF-002〕。", "focused_product": "ZLDS210", "product_series": "ZLDS210", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS210", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS210-线激光传感器热轧材料厚度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "welding-seam-tracking-measurement-guide-zlds210", "category": "application_article", "category_cn": "应用文章", "title": "焊接接缝识别与跟踪选型与部署指南", "summary": "**目标**: 在钢铁、轨道交通及重型机械焊接场景中，实现高温、高亮及复杂环境下的非接触式精密测量，替代传统人工目视与低速机械测量，以提升生产效率与质量控制精度〔…", "focused_product": "ZLDS210", "product_series": "ZLDS210", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS210", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS210-线激光传感器焊接接缝识别和跟踪/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "welding-seam-tracking-and-geometry-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "焊接接缝跟踪与几何参数测量选型与部署指南", "summary": "**目标**: 在高速焊接或静态检测场景中，实现对焊缝几何参数（宽度、高度、间隙、余高）的非接触式高精度实时测量，确保焊接质量符合严苛标准〔REF-002〕。", "focused_product": "ZLDS210", "product_series": "ZLDS210", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS210", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS210-线激光传感器焊接接缝跟踪和几何参数测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "welded-steel-pipe-diameter-measurement-guide-zlds210", "category": "application_article", "category_cn": "应用文章", "title": "焊接钢管直径测量选型与部署指南", "summary": "**目标**: 实现在线连续生产环境下，对焊接钢管外径、椭圆度及焊缝轮廓进行非接触式高精度实时监测，替代传统机械卡尺或人工测量，提升质检效率与数据追溯能力〔REF…", "focused_product": "ZLDS210", "product_series": "ZLDS210", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS210", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS210-线激光传感器焊接钢管直径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "weld-seam-positioning-measurement-guide-zlds210", "category": "application_article", "category_cn": "应用文章", "title": "焊缝定位与非接触测量选型与部署指南", "summary": "**目标**: 解决高温、高亮度及强飞溅环境下，焊缝轨迹的高精度实时定位与轮廓重建问题，实现焊接机器人的闭环控制〔REF-002〕。", "focused_product": "ZLDS210", "product_series": "ZLDS210", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS210", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS210-线激光传感器焊缝定位/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "weld-seam-detection-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "焊缝识别与几何尺寸检测选型及部署指南", "summary": "**目标**: 在高温、高亮度及复杂反光环境下，实现非接触式、高精度的焊缝轮廓扫描与几何尺寸（高度、宽度、平面度）实时检测，确保焊接工艺质量〔REF-001〕。", "focused_product": "ZLDS210", "product_series": "ZLDS210", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS210", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS210-线激光传感器焊缝识别/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "weld-seam-profile-measurement-guide-zlds210", "category": "application_article", "category_cn": "应用文章", "title": "焊缝轮廓测量与质量控制选型部署指南", "summary": "**目标**: 在钢铁、轨道及汽车制造等高温高亮复杂工况下，实现焊缝轮廓（宽度、高度、形状）的非接触式高精度实时测量与质量控制〔REF-002〕。", "focused_product": "ZLDS210", "product_series": "ZLDS210", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS210", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS210-线激光传感器焊缝轮廓测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "logistics-shape-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "物流仓储物品形状测量选型与部署指南", "summary": "**目标**: 解决物流仓储环境中不规则包裹的高效、高精度三维尺寸测量需求，优化体积重量计费（Volumetric Weighting）与自动分拣路径规划。", "focused_product": "ZLDS210", "product_series": "ZLDS210", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS210", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS210-线激光传感器物流管理中物品形状测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "biological-tissue-thickness-measurement-guide-zlds210", "category": "application_article", "category_cn": "应用文章", "title": "生物组织厚度测量选型与部署指南", "summary": "**目标**: 针对生物组织厚度及软组织轮廓，提供非接触式、高精度的在线或离线测量解决方案，满足医疗诊断、术前评估及术后监测的临床高标准需求〔REF-002〕。", "focused_product": "ZLDS210", "product_series": "ZLDS210", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS210", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS210-线激光传感器生物组织厚度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "silicon-ingot-side-length-measurement-guide-zlds210", "category": "application_article", "category_cn": "应用文章", "title": "硅锭侧长测量选型与部署指南", "summary": "**目标**: 在半导体与光伏硅材料制造中，实现硅锭成型后侧长及轮廓的高精度、非接触式在线测量，以提升后续切割精度并降低材料浪费〔REF-002〕。", "focused_product": "ZLDS210", "product_series": "ZLDS210", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS210", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS210-线激光传感器硅锭侧长测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "silicon-ingot-geometry-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "硅锭几何参数检测选型与部署指南", "summary": "**目标**: 针对半导体硅锭制造过程中的几何尺寸、形状及表面平整度进行高精度、非接触式在线检测，以替代传统机械接触式测量，消除损伤风险并提升检测效率〔REF-0…", "focused_product": "ZLDS210", "product_series": "ZLDS210", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS210", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS210-线激光传感器硅锭几何参数检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "silicon-ingot-diagonal-measurement-guide-zlds210", "category": "application_article", "category_cn": "应用文章", "title": "硅锭对角线长度测量选型与部署指南", "summary": "**目标**: 针对半导体硅锭生产环节，实现非接触式、高精度的对角线长度及轮廓在线检测，解决传统接触式测量效率低、易损伤样品的问题〔REF-002〕。", "focused_product": "ZLDS210", "product_series": "ZLDS210", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS210", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS210-线激光传感器硅锭对角线长度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "silicon-ingot-flatness-measurement-guide-zlds210", "category": "application_article", "category_cn": "应用文章", "title": "硅锭平面度测量选型与部署指南", "summary": "**目标**: 针对半导体与光伏行业硅锭生产过程中的表面平整度监控，提供非接触式高精度测量方案，确保后续切片与加工质量〔REF-002〕。", "focused_product": "ZLDS210", "product_series": "ZLDS210", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS210", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS210-线激光传感器硅锭平面度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "silicon-ingot-phase-length-measurement-guide-zlds210", "category": "application_article", "category_cn": "应用文章", "title": "硅锭相位长测量选型与部署指南", "summary": "**目标**: 解决半导体及光伏硅锭在高温、高亮度复杂工况下的非接触式高精度相位长度与轮廓测量需求，替代传统低效机械测量〔REF-002〕。", "focused_product": "ZLDS210", "product_series": "ZLDS210", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS210", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS210-线激光传感器硅锭相位长测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "silicon-ingot-angle-measurement-guide-zlds210", "category": "application_article", "category_cn": "应用文章", "title": "硅锭角度测量选型与部署指南", "summary": "**目标**: 在半导体或光伏生产线上，实现对硅锭、硅棒几何轮廓及倾斜角度的高精度、非接触式在线监测，确保后续切割或研磨工序的基准精度〔REF-001〕。", "focused_product": "ZLDS210", "product_series": "ZLDS210", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS210", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS210-线激光传感器硅锭角度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "seed-shape-dimension-measurement-guide-zlds210", "category": "application_article", "category_cn": "应用文章", "title": "种子形状及尺寸非接触式高精度选型与部署指南", "summary": "**目标**: 构建一套基于线激光三角测量法的种子几何特征自动检测系统，以替代人工或低效机械测量，实现大规模种子分级与育种数据分析〔REF-002〕。", "focused_product": "ZLDS210", "product_series": "ZLDS210", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS210", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS210-线激光传感器种子的形状及尺寸测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "adhesive-strip-identification-guide-zlds210", "category": "application_article", "category_cn": "应用文章", "title": "制造业粘合剂条高精度识别选型与部署指南", "summary": "**目标**: 针对现代制造业中粘合剂条的高温、高亮度及复杂表面特性，提供非接触式高精度尺寸测量与轮廓识别方案，以提升生产效率与产品质量〔REF-001〕。", "focused_product": "ZLDS210", "product_series": "ZLDS210", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS210", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS210-线激光传感器粘合剂条识别/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "adhesive-strip-profile-measurement-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "粘合剂条轮廓测量选型与部署指南", "summary": "**目标**: 针对现代工业装配与制造场景中粘合剂涂布的均匀性控制，提供基于线激光三角测量原理的非接触式轮廓检测方案，以预防因涂布不均导致的产品缺陷〔REF-00…", "focused_product": "ZLDS210", "product_series": "ZLDS210", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS210", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS210-线激光传感器粘合剂条轮廓测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "adhesive-bead-detection-measurement-guide-zlds210", "category": "application_article", "category_cn": "应用文章", "title": "粘合剂珠几何尺寸检测与质量控制选型与部署指南", "summary": "**目标**: 解决工业制造中粘合剂珠（Adhesive Bead）形状、尺寸及均匀性的非接触式高精度在线检测需求，以降低返工率并提升产品质量一致性〔REF-00…", "focused_product": "ZLDS210", "product_series": "ZLDS210", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS210", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS210-线激光传感器粘合剂珠检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "adhesive-bead-edge-detection-measurement-guide-zlds210", "category": "application_article", "category_cn": "应用文章", "title": "粘合剂珠边缘检测选型与部署指南", "summary": "**目标**: 实现粘合剂珠边缘的非接触式高精度检测，确保汽车、电子及航空工业中结构稳定性与外观质量〔REF-002〕。", "focused_product": "ZLDS210", "product_series": "ZLDS210", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS210", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS210-线激光传感器粘合剂珠边缘检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "precision-workpiece-dimension-tolerance-verification-measurement-guide-zlds210", "category": "application_article", "category_cn": "应用文章", "title": "精密工件尺寸公差验证选型与部署指南", "summary": "**目标**: 针对钢铁、轨道交通及精密加工领域的高温、高亮或复杂表面工件，实现非接触式、高精度的尺寸公差验证与轮廓重建〔REF-002〕。", "focused_product": "ZLDS210", "product_series": "ZLDS210", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS210", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS210-线激光传感器精密工件尺寸公差验证/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "precision-workpiece-shape-deviation-measurement-guide-zlds210", "category": "application_article", "category_cn": "应用文章", "title": "精密工件形状偏差测量选型与部署指南", "summary": "**目标**: 针对航空航天、高端机械及钢铁冶金等行业的精密工件，提供非接触式、高精度的二维轮廓及形状偏差在线检测方案〔REF-002〕。", "focused_product": "ZLDS210", "product_series": "ZLDS210", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS210", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS210-线激光传感器精密工件形状偏差测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "precision-workpiece-angle-measurement-guide-zlds210", "category": "application_article", "category_cn": "应用文章", "title": "精密工件角度测量选型与部署指南", "summary": "**目标**: 解决高温、高亮度及复杂材质环境下的精密工件角度、轮廓及几何尺寸的非接触式快速测量需求〔REF-001〕〔REF-002〕。", "focused_product": "ZLDS210", "product_series": "ZLDS210", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS210", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS210-线激光传感器精密工件角度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "precise-workpiece-height-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "精密工件高度测量选型与部署指南", "summary": "**目标**: 针对钢铁、轨道及精密制造行业中的高温、高亮度或复杂表面工件，实现非接触式、高精度的二维轮廓及高度尺寸测量〔REF-002〕。", "focused_product": "ZLDS210", "product_series": "ZLDS210", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS210", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS210-线激光传感器精密工件高度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "precision-components-dimension-verification-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "精密部件尺寸验证选型与部署指南", "summary": "**目标**: 针对高温、高亮度等恶劣工况下的精密部件，提供非接触式、高精度的几何尺寸验证与质量控制方案〔REF-002〕。", "focused_product": "ZLDS210", "product_series": "ZLDS210", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS210", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS210-线激光传感器精密部件尺寸验证/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "racing-suspension-distance-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "赛车悬挂高度与路面间隙精密测量选型与部署指南", "summary": "**目标**: 针对赛车运动及精密制造场景，实现对底盘至路面垂直距离及车身动态轮廓的高精度、非接触式实时监测，以优化悬挂调校与空气动力学性能〔REF-002〕。", "focused_product": "ZLDS210", "product_series": "ZLDS210", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS210", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS210-线激光传感器精确测量赛车与路面的距离/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "paper-width-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "纸张行业物体宽度精确测量选型与部署指南", "summary": "**目标**: 在造纸及纸制品加工行业中，实现高速生产环境下的非接触式纸张宽度精确测量，以替代传统机械测量，提升实时监测能力并优化切割与包装环节的质量控制〔REF…", "focused_product": "ZLDS210", "product_series": "ZLDS210", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS210", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS210-线激光传感器纸张行业物体宽度精确测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "paper-industry-edge-positioning-measurement-guide-zlds210", "category": "application_article", "category_cn": "应用文章", "title": "纸张行业物体边缘定位与几何尺寸检测选型与部署指南", "summary": "**目标**: 针对造纸及包装行业高速生产线，实现纸张边缘的高精度定位、轮廓追踪及几何尺寸（宽度、平整度）的在线实时检测，以提升切割精度并降低废料率〔REF-00…", "focused_product": "ZLDS210", "product_series": "ZLDS210", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS210", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS210-线激光传感器纸张行业物体边缘定位/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "textile-width-measurement-guide-zlds210", "category": "application_article", "category_cn": "应用文章", "title": "纺织行业物体宽度精确测量选型与部署指南", "summary": "**目标**: 在纺织制造环节实现非接触式、高精度的物体宽度及轮廓测量，克服传统机械测量效率低及普通光学测量环境适应性差的瓶颈〔REF-002〕。", "focused_product": "ZLDS210", "product_series": "ZLDS210", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS210", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS210-线激光传感器纺织行业物体宽度精确测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "textile-edge-positioning-guide-zlds210", "category": "application_article", "category_cn": "应用文章", "title": "纺织行业物体边缘定位选型与部署指南", "summary": "**目标**: 解决纺织生产线中高速运转下的织物边缘定位、轮廓检测及表面缺陷初步筛查，旨在提高加工精度并降低材料浪费〔REF-001〕〔REF-002〕。", "focused_product": "ZLDS210", "product_series": "ZLDS210", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS210", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS210-线激光传感器纺织行业物体边缘定位/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "automated-width-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "自动化宽度测量选型与部署指南", "summary": "**目标**: 针对钢铁、轨道交通等高温、高亮度及高速运动场景，提供非接触式宽度、高度及轮廓的高精度实时监测方案〔REF-001〕。", "focused_product": "ZLDS210", "product_series": "ZLDS210", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS210", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS210-线激光传感器自动化宽度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "automation-production-line-product-position-measurement-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "自动化生产线产品位置测量选型与部署指南", "summary": "**目标**: 解决自动化生产线在高温、高亮度等恶劣环境下，对高速运动产品进行非接触式位置、宽度及二维轮廓的高精度监控需求〔REF-001〕。", "focused_product": "ZLDS210", "product_series": "ZLDS210", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS210", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS210-线激光传感器自动化生产线产品位置测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "automation-production-line-volume-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "自动化生产线产品体积测量选型与部署指南", "summary": "**目标**: 在自动化生产线中实现非接触式、高精度的产品体积、宽度及高度测量，替代传统机械测量以提升效率与一致性〔REF-002〕。", "focused_product": "ZLDS210", "product_series": "ZLDS210", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS210", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS210-线激光传感器自动化生产线产品体积测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "automation-production-line-product-thickness-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "自动化生产线产品厚度测量选型与部署指南", "summary": "**目标**: 解决自动化生产线（特别是高温、高亮环境下）对产品厚度、宽度及轮廓的高精度、非接触式实时检测需求〔REF-002〕。", "focused_product": "ZLDS210", "product_series": "ZLDS210", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS210", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS210-线激光传感器自动化生产线产品厚度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "automation-production-line-object-counting-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "自动化生产线物体计数选型与部署指南", "summary": "**目标**: 在高速自动化生产线中，实现对物体的非接触式高精度计数、轮廓扫描及几何尺寸测量，从而优化生产资源配置并实时监控进度〔REF-002〕。", "focused_product": "ZLDS210", "product_series": "ZLDS210", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS210", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS210-线激光传感器自动化生产线物体计数/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "automation-edge-position-measurement-guide-zlds210", "category": "application_article", "category_cn": "应用文章", "title": "自动化边缘位置测量选型与部署指南", "summary": "**目标**: 解决钢铁、铁轨等高温高亮环境下，自动化产线上的边缘位置、宽度及轮廓尺寸的高精度非接触测量需求〔REF-001〕〔REF-002〕。", "focused_product": "ZLDS210", "product_series": "ZLDS210", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS210", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS210-线激光传感器自动化边缘位置测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "automation-gap-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "自动化间隙测量选型与部署指南", "summary": "**目标**: 在高温、高亮度及复杂工业环境下，实现非接触式的高精度二维轮廓与间隙测量，以提升生产效率并降低不合格品风险〔REF-002〕。", "focused_product": "ZLDS210", "product_series": "ZLDS210", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS210", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS210-线激光传感器自动化间隙测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "chip-flatness-measurement-guide-zlds210", "category": "application_article", "category_cn": "应用文章", "title": "芯片平面度与轮廓检测选型及部署指南", "summary": "**目标**: 针对半导体制造及精密电子组装场景，提供非接触式芯片平面度、晶圆表面轮廓及封装高度的高精度检测方案，确保装配良率并提升自动化检测效率〔REF-001…", "focused_product": "ZLDS210", "product_series": "ZLDS210", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS210", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS210-线激光传感器芯片平面度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "angle-steel-geometry-measurement-guide-zlds210", "category": "application_article", "category_cn": "应用文章", "title": "角钢几何尺寸非接触式检测选型与部署指南", "summary": "**目标**: 针对角钢在生产、运输及加工过程中的几何尺寸（宽度、高度、厚度、截面轮廓）进行高精度、非接触式在线检测，解决传统机械接触测量效率低、易损伤工件及高温…", "focused_product": "ZLDS210", "product_series": "ZLDS210", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS210", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS210-线激光传感器角钢几何尺寸测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "racing-performance-optimization-measurement-guide-zlds210", "category": "application_article", "category_cn": "应用文章", "title": "赛车性能优化几何尺寸检测与质量控制选型指南", "summary": "**目标**: 为赛车团队提供一套适用于空气动力学套件、悬挂几何及轮胎接触面高精度轮廓测量的技术方案，以替代传统低效的接触式或低速光学测量手段〔REF-002〕。", "focused_product": "ZLDS210", "product_series": "ZLDS210", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS210", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS210-线激光传感器赛车性能优化/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "axle-profile-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "车桥轮廓高精度测量选型与部署指南", "summary": "**目标**: 在铁路制造、维护及钢铁高温环境下，实现车桥轮廓的高密度、非接触式快速测量，确保几何尺寸符合安全公差〔REF-002〕。", "focused_product": "ZLDS210", "product_series": "ZLDS210", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS210", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS210-线激光传感器车桥轮廓测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "railway-wheelset-profile-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "铁路轮对轮廓几何尺寸检测与选型部署指南", "summary": "**目标**: 针对轨道交通行业的轮对维护需求，建立一套非接触式、高精度的在线几何尺寸检测方案，以保障列车运行安全并优化检修流程〔REF-002〕。", "focused_product": "ZLDS210", "product_series": "ZLDS210", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS210", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS210-线激光传感器轮对轮廓测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "wheel-flange-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "轮缘内表面几何形状测量选型与部署指南", "summary": "**目标**: 解决钢铁及轨道交通行业中轮缘内表面在高温、高亮环境下的非接触式高精度几何尺寸检测与质量控制需求〔REF-002〕。", "focused_product": "ZLDS210", "product_series": "ZLDS210", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS210", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS210-线激光传感器轮缘内表面的几何形状测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "tire-recognition-and-dot-code-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "轮胎自动识别与DOT代码检测选型与部署指南", "summary": "**目标**: 实现轮胎在非接触式高速生产线上，对胎面几何轮廓及DOT代码区域的高精度自动识别与质量监控〔REF-001〕〔REF-002〕。", "focused_product": "ZLDS210", "product_series": "ZLDS210", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS210", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS210-线激光传感器轮胎自动识别和DOT代码识别/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "tire-industry-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "轮胎行业高精度三维轮廓测量选型与部署指南", "summary": "**目标**: 解决轮胎制造过程中高温、高亮环境下非接触式高精度三维轮廓测量的难题，替代低效的机械接触式检测〔REF-002〕。", "focused_product": "ZLDS210", "product_series": "ZLDS210", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS210", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS210-线激光传感器轮胎行业三维测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "metal-cutting-line-thickness-measurement-guide-zlds210", "category": "application_article", "category_cn": "应用文章", "title": "金属切割线中金属带厚度测量选型与部署指南", "summary": "**目标**: 在金属切割线的高温和高亮度环境下，实现金属带厚度的非接触式、高精度实时监测，以提升生产效率并降低材料浪费〔REF-002〕。", "focused_product": "ZLDS210", "product_series": "ZLDS210", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS210", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS210-线激光传感器金属切割线中金属带的厚度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "metal-strip-thickness-measurement-guide-zlds210", "category": "application_article", "category_cn": "应用文章", "title": "金属带厚度与轮廓测量选型与部署指南", "summary": "**目标**: 针对钢铁、有色金属及金属板材生产线，提供高精度、非接触式的在线厚度与轮廓监测方案，解决传统接触式测量在高温、高速环境下的局限〔REF-002〕。", "focused_product": "ZLDS210", "product_series": "ZLDS210", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS210", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS210-线激光传感器金属带的厚度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "metal-strip-profile-detection-measurement-guide-zlds210", "category": "application_article", "category_cn": "应用文章", "title": "金属带轮廓检测选型与部署指南", "summary": "**目标**: 解决高温、高亮度金属带生产环境下的非接触式几何尺寸与表面缺陷在线检测问题，以提升后续加工精度并降低材料浪费〔REF-002〕。", "focused_product": "ZLDS210", "product_series": "ZLDS210", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS210", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS210-线激光传感器金属带轮廓检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "metal-sheet-deformation-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "金属板变形测量选型与部署指南", "summary": "**目标**: 在航空航天、汽车制造及钢铁加工等工业场景中，实现对金属板平整度、弯曲度及厚度变化的非接触式高精度实时监测，以确保产品质量与结构安全性〔REF-00…", "focused_product": "ZLDS210", "product_series": "ZLDS210", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS210", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS210-线激光传感器金属板变形测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "metal-sheet-width-online-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "金属板宽度在线测量选型与部署指南", "summary": "**目标**: 针对钢铁、铝材等金属板生产线，实现非接触式、高精度的在线宽度及轮廓监测，替代传统人工或接触式测量，提升生产效率与产品质量〔REF-002〕。", "focused_product": "ZLDS210", "product_series": "ZLDS210", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS210", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS210-线激光传感器金属板宽度在线测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "metal-plate-size-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "金属板材尺寸自动化检测选型与部署指南", "summary": "**目标**: 实现金属板材在非接触式条件下的高精度尺寸（宽度、高度、轮廓）自动化测量，适应高温及高亮度表面环境，提升流水线生产效率与实时反馈能力〔REF-001…", "focused_product": "ZLDS210", "product_series": "ZLDS210", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS210", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS210-线激光传感器金属板尺寸自动化测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "metal-sheet-flatness-measurement-guide-zlds210", "category": "application_article", "category_cn": "应用文章", "title": "金属板平面度检测选型与部署指南", "summary": "**目标**: 针对钢铁制造及机械加工场景中，高温、高亮度金属板的平面度、宽度及轮廓尺寸进行非接触式高精度在线检测，以提升质量控制效率〔REF-001〕。", "focused_product": "ZLDS210", "product_series": "ZLDS210", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS210", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS210-线激光传感器金属板平面度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "metal-plate-flatness-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "金属板直线度测量选型与部署指南", "summary": "**目标**: 针对金属板（如钢板、铝板等）在生产过程中的直线度及二维轮廓进行非接触式高精度在线检测，替代传统机械接触式测量，提升质检效率与数据可靠性〔REF-0…", "focused_product": "ZLDS210", "product_series": "ZLDS210", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS210", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS210-线激光传感器金属板直线度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "metal-plate-angle-measurement-guide-zlds210", "category": "application_article", "category_cn": "应用文章", "title": "金属板角度测量选型与部署指南", "summary": "**目标**: 针对钢铁、机械制造及航空航天领域的金属板角度与二维轮廓测量，提供高精度、非接触式的在线检测解决方案，确保产品质量与加工精度〔REF-002〕。", "focused_product": "ZLDS210", "product_series": "ZLDS210", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS210", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS210-线激光传感器金属板角度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "metal-plate-length-measurement-guide-zlds210", "category": "application_article", "category_cn": "应用文章", "title": "金属板长度测量选型与部署指南", "summary": "**目标**: 针对钢铁、轨道交通及高温高亮环境下的金属板长度及二维轮廓进行高精度、非接触式在线检测，替代传统低效机械测量〔REF-002〕。", "focused_product": "ZLDS210", "product_series": "ZLDS210", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS210", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS210-线激光传感器金属板长度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "metal-surface-3d-measurement-guide-zlds210", "category": "application_article", "category_cn": "应用文章", "title": "金属表面高精度三维测量选型与部署指南", "summary": "**目标**: 针对金属加工及钢铁制造场景，解决高温、高亮环境下金属表面轮廓、深度及尺寸的非接触式高精度测量问题，确保产品几何尺寸精度与表面质量评估的可靠性〔RE…", "focused_product": "ZLDS210", "product_series": "ZLDS210", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS210", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS210-线激光传感器金属表面3D测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "steel-strip-rim-geometry-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "钢铁行业钢带轮缘几何参数测量选型与部署指南", "summary": "**目标**: 在钢铁行业高温、高亮度及强粉尘环境下，实现对移动钢带轮缘的非接触式高精度几何参数（宽度、高度、台阶、平面度）实时监测，以保障产品质量并优化生产流程…", "focused_product": "ZLDS210", "product_series": "ZLDS210", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS210", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS210-线激光传感器钢带轮缘的几何参数测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "rail-profile-scanning-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "钢轨轮廓扫描与几何尺寸检测选型部署指南", "summary": "**目标**: 针对轨道交通领域钢轨在生产、铺设及维护阶段的几何尺寸检测，提供非接触式高精度轮廓扫描方案，确保轨头宽度、轨腰厚度等关键指标符合行业标准〔REF-0…", "focused_product": "ZLDS210", "product_series": "ZLDS210", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS210", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS210-线激光传感器钢轨轮廓扫描/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "railway-axle-profile-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "铁路轮轴轮廓与尺寸检测选型与部署指南", "summary": "**目标**: 针对铁路轮轴在线监测场景，提供基于线激光轮廓扫描技术的非接触式高精度尺寸与缺陷检测方案，以提升运营安全与维护效率〔REF-002〕。", "focused_product": "ZLDS210", "product_series": "ZLDS210", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS210", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS210-线激光传感器铁路轮轴监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "railway-track-single-sided-scanning-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "铁轨单面扫描检测选型与部署指南", "summary": "**目标**: 实现铁轨表面轮廓、几何尺寸（宽度、高度、形状）的高精度、非接触式单面快速检测，以保障铁路运输安全并提升运维效率〔REF-002〕。", "focused_product": "ZLDS210", "product_series": "ZLDS210", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS210", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS210-线激光传感器铁轨单面扫描/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "gap-detection-line-laser-guide", "category": "application_article", "category_cn": "应用文章", "title": "高温高亮环境下间隙识别与轮廓测量选型部署指南", "summary": "**目标**: 针对钢铁、轨道等高温、高亮及复杂表面环境，实现非接触式高精度间隙识别、轮廓重建及几何尺寸测量〔REF-002〕。", "focused_product": "ZLDS210", "product_series": "ZLDS210", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS210", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS210-线激光传感器间隙识别/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "gap-profile-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "高温高亮环境下间隙轮廓测量选型与部署指南", "summary": "**目标**: 解决钢铁、轨道交通等工业场景中，高温、高亮表面下的间隙轮廓、宽度及高度尺寸的在线高精度非接触测量需求〔REF-002〕。", "focused_product": "ZLDS210", "product_series": "ZLDS210", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS210", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS210-线激光传感器间隙轮廓测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "ceramic-precision-geometry-measurement-guide-zlds210", "category": "application_article", "category_cn": "应用文章", "title": "陶瓷品精密几何尺寸检测与选型部署指南", "summary": "**目标**: 针对陶瓷制品在复杂工况下的精密几何尺寸检测需求，提供基于线激光三角测量原理的非接触式测量解决方案，以提升产品质量一致性并降低生产成本〔REF-00…", "focused_product": "ZLDS210", "product_series": "ZLDS210", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS210", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS210-线激光传感器陶瓷品精密几何测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "ic-pin-measurement-guide-zlds210", "category": "application_article", "category_cn": "应用文章", "title": "集成电路引脚几何尺寸检测与质量控制选型指南", "summary": "**目标**: 针对集成电路（IC）引脚的宽度、高度、间距及共面性进行非接触式、高精度的批量检测，以确保符合电子制造设计规范〔REF-002〕。", "focused_product": "ZLDS210", "product_series": "ZLDS210", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS210", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS210-线激光传感器集成电路引脚测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "integrated-circuit-pin-count-and-gap-measurement-selection-guide", "category": "application_article", "category_cn": "应用文章", "title": "集成电路引脚计数及间隙测量选型与部署指南", "summary": "**目标**: 针对高密度集成电路（IC）引脚的自动化计数及微米级间隙测量，提供非接触式高精度检测方案，替代传统人工或低效机械测量〔REF-002〕。", "focused_product": "ZLDS210", "product_series": "ZLDS210", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS210", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS210-线激光传感器集成电路引脚计数及间隙测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "hot-object-rolling-size-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "高温物体粗轧过程尺寸实时控制选型与部署指南", "summary": "**目标**: 针对钢铁粗轧生产线中高温、高速运动的轧件，实现非接触式的实时尺寸（宽度、高度、轮廓）监测与闭环控制，以提升产品合格率并减少人工干预〔REF-002…", "focused_product": "ZLDS210", "product_series": "ZLDS210", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS210", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS210-线激光传感器高温物体在粗轧过程中尺寸的实时控制/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "mechanical-parts-precision-geometry-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "高精度机械零件精密几何测量选型与部署指南", "summary": "**目标**: 针对高精度机械零件、高温金属及复杂曲面，实现非接触式、微米级精度的几何尺寸在线或离线检测〔REF-001〕〔REF-002〕。", "focused_product": "ZLDS210", "product_series": "ZLDS210", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS210", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS210-线激光传感器高精度机械零件精密几何测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "gear-size-tolerance-verification-guide", "category": "application_article", "category_cn": "应用文章", "title": "齿轮尺寸公差验证选型与部署指南", "summary": "**目标**: 针对精密机械及汽车零部件制造中的齿轮尺寸公差验证，提供一套基于线激光三角测量原理的非接触式高精度检测方案，旨在确保齿轮直径、齿距及厚度的配合精度，…", "focused_product": "ZLDS210", "product_series": "ZLDS210", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS210", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS210-线激光传感器齿轮尺寸公差验证/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "gear-deformation-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "齿轮形变检测选型与部署指南", "summary": "**目标**: 针对齿轮制造与装配环节，提供高精度、非接触式的形变与轮廓检测方案，以替代传统接触式测量，提升生产效率与数据完整性〔REF-002〕。", "focused_product": "ZLDS210", "product_series": "ZLDS210", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "ZLDS210", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZLDS210-线激光传感器齿轮形变检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "ctd-sampling-depth-and-temperature-guide", "category": "application_article", "category_cn": "应用文章", "title": "水下CTD取样防撞与绞车补偿选型与部署指南", "summary": "**目标**: 解决ROV/AUV在CTD取样过程中的底触前防撞预警及绞车深度补偿难题，通过高精度深度、温度及姿态数据融合，提升作业安全性与数据质量〔REF-00…", "focused_product": "ZNAV100系列", "product_series": "ZNAV100系列", "industry": [ "海洋探测", "水文监测", "ROV/AUV作业" ], "measurement": [ "水深/压力", "温度", "姿态(AHRS)" ], "tags": [ "ZNAV100系列", "海洋探测", "水文监测", "水深/压力", "传感器" ], "updated_at": "2025-10-21", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZNAV100系列-水下深度和温度传感器CTD取样时“底触前”防撞与绞车补偿/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "underwater-dredging-depth-temperature-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "水下吹填施工吸头作业深度与温度监测选型与部署指南", "summary": "**目标**: 在海洋工程吹填施工中，实现对吸泥船吸头作业深度的实时监控，确保施工标高精准控制及ROV/AUV导航融合，同时获取高精度水温数据以支持后续水文分析〔…", "focused_product": "ZNAV100系列", "product_series": "ZNAV100系列", "industry": [ "海洋工程", "疏浚与吹填施工", "水文调查" ], "measurement": [ "水下深度", "海水温度", "设备姿态（航向/俯仰/横滚）" ], "tags": [ "ZNAV100系列", "海洋工程", "疏浚与吹填施工", "水下深度", "传感器" ], "updated_at": "2025-07-23", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZNAV100系列-水下深度和温度传感器吹填施工中吸头作业深度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "underwater-deep-sea-navigation-fusion-guide", "category": "application_article", "category_cn": "应用文章", "title": "水下深度与姿态融合传感器选型及部署指南", "summary": "**目标**: 针对 ROV/AUV 及绞车下放作业中的“底触前”防撞保护、绞车深度补偿控制及高精度水下测绘，提供深度、温度与姿态（AHRS）的一体化测量解决方案…", "focused_product": "ZNAV100系列", "product_series": "ZNAV100系列", "industry": [ "海洋工程", "ROV/AUV 遥控/自主水下航行器", "海底管线检测" ], "measurement": [ "水下深度", "水温", "姿态 (航向/俯仰/横滚)" ], "tags": [ "ZNAV100系列", "海洋工程", "ROV/AUV 遥控/自主水下航行器", "水下深度", "传感器" ], "updated_at": "2025-07-10", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZNAV100系列-水下深度和温度传感器声学球下放中“底触前”防撞与绞车补偿/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "rov-depth-temperature-navigation-guide", "category": "application_article", "category_cn": "应用文章", "title": "微型ROV水下定深与姿态导航传感器选型与部署指南", "summary": "**目标**: 为微型ROV（Remotely Operated Vehicle）提供高精度、高集成度的水下定深、温度监测及姿态感知解决方案，简化系统架构并提升作…", "focused_product": "ZNAV100系列", "product_series": "ZNAV100系列", "industry": [ "海洋科研", "海底管线检测", "水下机器人(ROV/AUV)制造" ], "measurement": [ "水深/压力", "水温", "姿态(AHRS)" ], "tags": [ "ZNAV100系列", "海洋科研", "海底管线检测", "水深/压力", "传感器" ], "updated_at": "2025-03-05", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZNAV100系列-水下深度和温度传感器微型ROV自动定深/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "reservoir-inspection-depth-temperature-guide", "category": "application_article", "category_cn": "应用文章", "title": "水库内壁检修微型ROV自动定深与姿态监测选型指南", "summary": "**目标**: 为水库内壁结构安全检修提供高精度、多参数集成的水下感知方案，解决传统人工或大型设备成本高、风险大的问题〔REF-002〕。", "focused_product": "ZNAV100系列", "product_series": "ZNAV100系列", "industry": [ "水利设施运维", "水下机器人（ROV/AUV）集成" ], "measurement": [ "水深/压力", "水温", "姿态（航向/俯仰/横滚）" ], "tags": [ "ZNAV100系列", "水利设施运维", "水下机器人（ROV/AUV）集成", "水深/压力", "传感器" ], "updated_at": "2025-01-11", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZNAV100系列-水下深度和温度传感器水库内壁检修微型ROV自动定高/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "water-reservoir-depth-temperature-guide", "category": "application_article", "category_cn": "应用文章", "title": "水库深度与温度传感器选型与部署指南", "summary": "**目标**: 为水库潮位基准站提供高可靠性的水深、水温及姿态监测能力，满足水文测绘、防洪安全监控等场景要求 〔REF-002〕。", "focused_product": "ZNAV100系列", "product_series": "ZNAV100系列", "industry": [ "水利管理，环境监测" ], "measurement": [ "水下深度，水温" ], "tags": [ "ZNAV100系列", "水利管理，环境监测", "水下深度，水温", "传感器" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZNAV100系列-水下深度和温度传感器水库潮位基准站潮位测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "offshore-crane-depth-orientation-guide", "category": "application_article", "category_cn": "应用文章", "title": "海上吊装作业负载深度与姿态监护选型与部署指南", "summary": "**目标**: 提供一种集成化的水下监测方案，确保海上吊装作业的安全性与效率，实时监控负载的深度、温度及三维姿态信息〔REF-001〕。", "focused_product": "ZNAV100系列", "product_series": "ZNAV100系列", "industry": [ "海洋工程", "水下机器人" ], "measurement": [ "深度", "姿态" ], "tags": [ "ZNAV100系列", "海洋工程", "水下机器人", "深度", "传感器" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZNAV100系列-水下深度和温度传感器海上吊装作业中负载深度与姿态监护/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "offshore-deployment-depth-attitude-monitoring-guide", "category": "application_article", "category_cn": "应用文章", "title": "海上沉放作业负载深度与姿态监护选型与部署指南", "summary": "**目标**: 针对海上沉放作业，提供一套能够同时监测负载深度、水温及三维姿态的高精度传感器选型与部署方案，确保作业安全并优化数据采集质量〔REF-002〕。", "focused_product": "ZNAV100系列", "product_series": "ZNAV100系列", "industry": [ "海洋工程", "水下机器人 (ROV/AUV)", "水文测绘" ], "measurement": [ "水深/压力", "水温", "航向/俯仰/横滚" ], "tags": [ "ZNAV100系列", "海洋工程", "水下机器人 (ROV/AUV)", "水深/压力", "传感器" ], "updated_at": "2026-04-06", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZNAV100系列-水下深度和温度传感器海上沉放作业中负载深度与姿态监护/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "subsea-structure-deflection-monitoring-depth-temperature-guide", "category": "application_article", "category_cn": "应用文章", "title": "海底结构偏转监测深度与温度传感器选型与部署指南", "summary": "**目标**: 针对海底管道、平台等结构物的偏转监测，提供高精度水深、水温及姿态数据的采集方案，确保海洋工程设施的安全稳定运行〔REF-002〕。", "focused_product": "ZNAV100系列", "product_series": "ZNAV100系列", "industry": [ "海洋工程", "水下测绘", "ROV/AUV导航" ], "measurement": [ "水深/压力", "水温", "姿态（航向/俯仰/横滚）" ], "tags": [ "ZNAV100系列", "海洋工程", "水下测绘", "水深/压力", "传感器" ], "updated_at": "2026-04-06", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZNAV100系列-水下深度和温度传感器海底结构偏转监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "content-示例产品-34", "category": "application_article", "category_cn": "应用文章", "title": "海底缆线与水下结构挠曲变形监测选型与部署指南", "summary": "海底缆线（地震电缆、光缆、输油/输气管）与水下工程结构在洋流载荷、海底地形突变、拖曳作业等工况下，会产生多轴向的挠曲变形与姿态变化。若缺乏持续、高精度的姿态感知…", "focused_product": "示例产品", "product_series": "示例系列", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "示例产品", "示例系列", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-01-01", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZNAV100系列-水下深度和温度传感器海底结构挠曲监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "underwater-seafloor-detection-depth-orientation-guide", "category": "application_article", "category_cn": "应用文章", "title": "深海着陆器着底与离底状态监测深度姿态传感器选型与部署指南", "summary": "**目标**: 本指南针对水深压力, 水温温度, 三维姿态角场景，提供选型与部署指导〔REF-001〕。", "focused_product": "ZNAV100系列", "product_series": "ZNAV100系列", "industry": [ "海洋探测", "水下机器人作业" ], "measurement": [ "水深压力", "水温温度", "三维姿态角" ], "tags": [ "ZNAV100系列", "海洋探测", "水下机器人作业", "水深压力", "传感器" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZNAV100系列-水下深度和温度传感器深海着陆器着底_离底状态监测与长期定深/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "harbor-tide-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "港池潮位基准站深度与姿态一体化监测选型指南", "summary": "**目标**: 针对港池、潮位基准站及水下工程勘测场景，提供高精度、长期稳定的深度、水温及姿态（AHRS）一体化监测解决方案，替代传统单一深度计或多传感器分散部署…", "focused_product": "ZNAV100系列", "product_series": "ZNAV100系列", "industry": [ "海洋水文监测", "港口航道管理", "水下工程勘测" ], "measurement": [ "潮位深度", "水温", "传感器姿态（航向/俯仰/横滚）" ], "tags": [ "ZNAV100系列", "海洋水文监测", "港口航道管理", "潮位深度", "传感器" ], "updated_at": "2025-11-16", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZNAV100系列-水下深度和温度传感器港池潮位基准站潮位测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "dredging-depth-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "疏浚施工中刀盘作业深度与姿态测量选型部署指南", "summary": "**目标**: 为疏浚施工中的刀盘作业提供高精度的实时深度、温度及姿态（航向/俯仰/横滚）监测方案，以优化作业效率并保障设备结构安全。", "focused_product": "ZNAV100系列", "product_series": "ZNAV100系列", "industry": [ "海洋工程", "水下疏浚" ], "measurement": [ "水深", "水温" ], "tags": [ "ZNAV100系列", "海洋工程", "水下疏浚", "水深", "传感器" ], "updated_at": "2026-05-07", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZNAV100系列-水下深度和温度传感器疏浚施工中刀盘作业深度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "underwater-deployment-depth-temperature-guide", "category": "application_article", "category_cn": "应用文章", "title": "水下深度与温度传感器选型及部署指南", "summary": "**目标**: 为ROV、AUV及固定式水文监测平台提供高精度深度、水温及姿态一体化测量解决方案，替代传统单一深度计+独立罗盘的复杂组合。", "focused_product": "ZNAV100系列", "product_series": "ZNAV100系列", "industry": [ "海洋勘探", "环境监测", "水下作业", "ROV/AUV集成" ], "measurement": [ "水下深度", "水温", "设备姿态" ], "tags": [ "ZNAV100系列", "海洋勘探", "环境监测", "水下深度", "传感器" ], "updated_at": "2025-11-28", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZNAV100系列-水下深度和温度传感器磁力拖鱼（Towfish）深度与姿态测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "auv-navigation-depth-temperature-guide", "category": "application_article", "category_cn": "应用文章", "title": "自主潜水器水下深度与温度监测选型及部署指南", "summary": "**目标**: 为自主潜水器（AUV）及遥控潜水器（ROV）提供高精度、高可靠性的水下深度与温度实时监测解决方案，实现导航融合与水文数据采集。", "focused_product": "ZNAV100系列", "product_series": "ZNAV100系列", "industry": [ "海洋工程", "水下机器人(ROV/AUV)", "水文勘测" ], "measurement": [ "水下深度", "水温" ], "tags": [ "ZNAV100系列", "海洋工程", "水下机器人(ROV/AUV)", "水下深度", "传感器" ], "updated_at": "2025-08-24", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZNAV100系列-水下深度和温度传感器自主潜水器基本导航/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "submarine-hull-maintenance-depth-temperature-guide", "category": "application_article", "category_cn": "应用文章", "title": "船体检修微型ROV自动定高深度与温度传感器选型与部署指南", "summary": "**目标**: 为船体检修场景下的微型遥控潜水器（ROV）提供高精度的深度、水温及姿态感知，实现稳定的自动定高控制与作业数据采集〔REF-001〕。", "focused_product": "ZNAV100系列", "product_series": "ZNAV100系列", "industry": [ "船舶维修", "水下工程", "海洋勘测" ], "measurement": [ "水深深度", "水温温度", "姿态角度" ], "tags": [ "ZNAV100系列", "船舶维修", "水下工程", "水深深度", "传感器" ], "updated_at": "2025-06-13", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZNAV100系列-水下深度和温度传感器船体检修微型ROV自动定高/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "underwater-deployment-depth-temperature-ahrs-guide", "category": "application_article", "category_cn": "应用文章", "title": "水下深度与温度及姿态监测传感器选型与部署指南", "summary": "**目标**: 为微型ROV、AUV及深海勘测平台提供高精度、一体化的深度、水温及姿态（AHRS）监测解决方案，替代传统分立传感器以降低系统复杂度〔REF-001…", "focused_product": "ZNAV100系列", "product_series": "ZNAV100系列", "industry": [ "海洋工程", "水下考察", "ROV/AUV运维" ], "measurement": [ "水深/压力", "水温", "姿态(AHRS)" ], "tags": [ "ZNAV100系列", "海洋工程", "水下考察", "水深/压力", "传感器" ], "updated_at": "2025-04-27", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZNAV100系列-水下深度和温度传感器设备位置和姿态监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "underwater-deployment-depth-temperature-guide-znav100系列", "category": "application_article", "category_cn": "应用文章", "title": "水下深度与温度监测设备选型及部署指南", "summary": "**目标**: 为微型ROV/AUV、水文浮标及海底观测网提供高精度深度、温度及姿态（AHRS）一体化监测解决方案，满足勘测级数据质量要求〔REF-001〕。", "focused_product": "ZNAV100系列", "product_series": "ZNAV100系列", "industry": [ "海洋科学研究", "水文监测", "海底工程", "ROV/AUV导航" ], "measurement": [ "水下深度", "海水温度", "姿态（航向/俯仰/横滚）" ], "tags": [ "ZNAV100系列", "海洋科学研究", "水文监测", "水下深度", "传感器" ], "updated_at": "2026-01-04", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZNAV100系列-水下深度和温度传感器设备部署过程深度监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "underwater-depth-temperature-ahrs-guide", "category": "application_article", "category_cn": "应用文章", "title": "水下深度、温度与姿态集成传感器选型与部署指南", "summary": "**目标**: 为 ROV/AUV 及水下科研平台提供集深度、温度与高精度姿态感知于一体的勘测级传感器选型参考，实现单设备替代传统多传感器组合，简化系统架构并提升…", "focused_product": "ZNAV100系列", "product_series": "ZNAV100系列", "industry": [ "海洋科学研究", "资源勘探", "环境监测" ], "measurement": [ "水下深度", "水温", "航向/俯仰/横滚" ], "tags": [ "ZNAV100系列", "海洋科学研究", "资源勘探", "水下深度", "传感器" ], "updated_at": "2025-12-24", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZNAV100系列-水下深度和温度传感器遥控潜航器温度、航向、俯仰和滚转测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "underwater-lander-depth-temp-monitoring-guide", "category": "application_article", "category_cn": "应用文章", "title": "水下长周期Lander着底与离底状态监测及长期定深选型与部署指南", "summary": "**目标**: 针对长周期海底着陆器（Lander）在深海环境下的长期定深控制、着底/离底状态精准识别，以及微型ROV/AUV的导航融合需求，提供一体化深度、温度…", "focused_product": "ZNAV100系列", "product_series": "ZNAV100系列", "industry": [ "海洋科研", "环境监测", "水下工程作业" ], "measurement": [ "水深/压力", "水温", "姿态（航向/俯仰/横滚）" ], "tags": [ "ZNAV100系列", "海洋科研", "环境监测", "水深/压力", "传感器" ], "updated_at": "2025-07-06", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZNAV100系列-水下深度和温度传感器长周期Lander着底_离底状态监测与长期定深/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "auv-attitude-navigation-ahrs-guide", "category": "application_article", "category_cn": "应用文章", "title": "AUV姿态导航水下AHRS选型与部署指南", "summary": "**目标**: 为自主水下航行器（AUV）的姿态导航提供基于水下AHRS（航姿参考系统）的选型与部署参考，确保AUV在无GPS信号的水下环境中实现稳定的航向保持和…", "focused_product": "ZNAV500", "product_series": "ZNAV500", "industry": [ "海洋探测", "水下机器人", "深海科学" ], "measurement": [ "AUV姿态导航", "航向保持", "动态姿态测量" ], "tags": [ "ZNAV500", "海洋探测", "水下机器人", "AUV姿态导航", "传感器" ], "updated_at": "2026-08-07", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZNAV500系列-水下AHRSAUV 姿态导航/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "auv-docking-ahrs-guide", "category": "application_article", "category_cn": "应用文章", "title": "水下AUV对接中停靠站引导选型与部署指南", "summary": "**目标**: 为自主水下航行器（AUV）在对接停靠站过程中的姿态控制与导航引导提供高精度的姿态航向参考系统（AHRS）选型及部署建议〔REF-001〕。", "focused_product": "ZNAV500系列", "product_series": "ZNAV500系列", "industry": [ "海洋工程", "水下机器人(ROV/AUV)", "深海探测" ], "measurement": [ "姿态角(俯仰/横滚)", "磁航向", "运动传感器数据" ], "tags": [ "ZNAV500系列", "海洋工程", "水下机器人(ROV/AUV)", "姿态角(俯仰/横滚)", "传感器" ], "updated_at": "2026-05-20", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZNAV500系列-水下AHRSAUV对接中停靠站引导/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "underwater-rov-attitude-navigation-guide", "category": "application_article", "category_cn": "应用文章", "title": "水下ROV姿态导航与航向参考系统选型部署指南", "summary": "**目标**: 为水下遥控航行器（ROV）及自主水下航行器（AUV）提供高可靠性、高精度的实时姿态（航向、俯仰、横滚）数据，确保在复杂深水环境下的作业稳定性与安全…", "focused_product": "ZNAV500系列", "product_series": "ZNAV500系列", "industry": [ "海洋工程", "水下机器人(ROV/AUV)", "深海探测" ], "measurement": [ "航向(Heading)", "俯仰(Pitch)", "横滚(Roll)" ], "tags": [ "ZNAV500系列", "海洋工程", "水下机器人(ROV/AUV)", "航向(Heading)", "传感器" ], "updated_at": "2026-04-24", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZNAV500系列-水下AHRSROV 姿态导航/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "rov-underwater-navigation-ahrs-guide", "category": "application_article", "category_cn": "应用文章", "title": "水下机器人姿态导航与选型部署指南", "summary": "**目标**: 为水下机器人（ROV/AUV）提供高精度、高可靠性的实时姿态监测与航向参考，支持多波束声纳的姿态补偿及复杂地形探测。", "focused_product": "ZNAV500系列", "product_series": "ZNAV500系列", "industry": [ "海洋工程", "水下机器人(ROV/AUV)" ], "measurement": [ "姿态航向(AHRS)", "运动传感器数据" ], "tags": [ "ZNAV500系列", "海洋工程", "水下机器人(ROV/AUV)", "姿态航向(AHRS)", "传感器" ], "updated_at": "2025-12-12", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZNAV500系列-水下AHRSROV载多波束实时姿态补偿/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "underwater-rov-imaging-sonar-attitude-compensation-guide", "category": "application_article", "category_cn": "应用文章", "title": "水下ROV载成像声呐实时姿态补偿测量选型与部署指南", "summary": "**目标**: 为ROV（遥控无人潜水器）搭载的成像声呐提供高更新率、低延迟的实时姿态数据，用于声呐波束的姿态补偿与图像几何校正，消除ROV载体运动（横滚、俯仰、…", "focused_product": "ZNAV500", "product_series": "ZNAV", "industry": [ "海洋工程", "水下检测", "深海科考", "国防安全" ], "measurement": [ "实时姿态角", "角速度", "声呐波束姿态补偿" ], "tags": [ "ZNAV500", "ZNAV", "海洋工程", "水下检测", "实时姿态角", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZNAV500系列-水下AHRSROV载成像声呐实时姿态补偿/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "underwater-towfish-calibration-guidance-guide", "category": "application_article", "category_cn": "应用文章", "title": "水下拖鱼姿态测量系统选型与部署指南", "summary": "**目标**: 为深海ROV及拖鱼（Towfish）提供高精度的姿态标定解决方案，确保水下导航与定位系统的可靠性。", "focused_product": "ZNAV500系列", "product_series": "ZNAV500系列", "industry": [ "海洋工程调查", "ROV/AUV作业" ], "measurement": [ "航向偏航", "俯仰横滚" ], "tags": [ "ZNAV500系列", "海洋工程调查", "ROV/AUV作业", "航向偏航", "传感器" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZNAV500系列-水下AHRS拖鱼姿态标定/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "underwater-towfish-swath-stability-guide", "category": "application_article", "category_cn": "应用文章", "title": "拖鱼条带几何稳定测量选型与部署指南", "summary": "**目标**: 为拖鱼条带几何稳定场景提供基于水下AHRS的姿态测量选型与部署参考，保障拖曳作业中航向与倾角数据准确稳定，确保条带测绘数据的几何校正质量。", "focused_product": "ZNAV500", "product_series": "ZNAV500", "industry": [ "海洋测绘", "水下勘查" ], "measurement": [ "姿态测量", "航向测量" ], "tags": [ "ZNAV500", "海洋测绘", "水下勘查", "姿态测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZNAV500系列-水下AHRS拖鱼条带几何稳定/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "underwater-ahrs-selection-guide", "category": "application_article", "category_cn": "应用文章", "title": "水下姿态航向参考系统选型与部署指南", "summary": "**目标**: 解决机械扫描声呐在水下作业中因载体运动产生的“螺旋扭曲”剖面失真，通过高精度姿态数据校正提升成像质量〔REF-001〕。", "focused_product": "ZNAV500系列", "product_series": "ZNAV500系列", "industry": [ "海洋工程", "水下探测", "ROV/AUV运维" ], "measurement": [ "航向", "俯仰", "横滚", "姿态" ], "tags": [ "ZNAV500系列", "海洋工程", "水下探测", "航向", "传感器" ], "updated_at": "2025-01-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZNAV500系列-水下AHRS机械扫描声呐去“螺旋扭曲”剖面校正/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "underwater-camera-stabilization-ahrs-guide", "category": "application_article", "category_cn": "应用文章", "title": "水下摄像云台姿态航向控制选型与部署指南", "summary": "**目标**: 为水下摄像云台地平保持与运动去抖应用提供姿态航向参考系统的选型与部署决策依据〔REF-002〕。", "focused_product": "ZNAV500系列", "product_series": "ZNAV500系列", "industry": [ "海洋勘探", "水下作业", "ROV/AUV" ], "measurement": [ "姿态", "航向", "倾角" ], "tags": [ "ZNAV500系列", "海洋勘探", "水下作业", "姿态", "传感器" ], "updated_at": "2025-08-27", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZNAV500系列-水下AHRS机载水下摄像云台地平保持与运动去抖/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "water-platform-motion-control-attitude-heading-guide", "category": "application_article", "category_cn": "应用文章", "title": "水上平台运动控制姿态航向检测选型与部署指南", "summary": "**目标**: 为水上平台、ROV/AUV及海洋工程装备提供实时、稳定的姿态航向数据，支撑复杂水域运动控制闭环与导航安全。〔REF-002〕", "focused_product": "ZNAV500系列", "product_series": "ZNAV500系列", "industry": [ "海洋工程", "水下探测", "ROV/AUV运维" ], "measurement": [ "姿态航向", "俯仰横滚" ], "tags": [ "ZNAV500系列", "海洋工程", "水下探测", "姿态航向", "传感器" ], "updated_at": "2025-01-25", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZNAV500系列-水下AHRS水上平台运动控制参考/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "underwater-navigation-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "水下姿态航向参考系统选型与部署指南", "summary": "**目标**: 为 ROV/AUV 及水下工程提供高精度的姿态（俯仰、横滚）与航向解算，支持老旧设备的低成本即插即用升级〔REF-001〕。", "focused_product": "ZNAV500系列", "product_series": "ZNAV500系列", "industry": [ "海洋研究", "资源勘探", "水下工程施工" ], "measurement": [ "航向", "俯仰", "横滚" ], "tags": [ "ZNAV500系列", "海洋研究", "资源勘探", "航向", "传感器" ], "updated_at": "2025-03-17", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZNAV500系列-水下AHRS水下导航测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "underwater-rov-attitude-monitoring-guide", "category": "application_article", "category_cn": "应用文章", "title": "水下作业设备姿态监控选型与部署指南", "summary": "**目标**: 为水下遥控航行器（ROV）及自主水下航行器（AUV）提供高稳定性的实时姿态（航向、俯仰、横滚）数据支持，以应对复杂水流与机动作业环境〔REF-00…", "focused_product": "ZNAV500系列", "product_series": "ZNAV500系列", "industry": [ "海洋工程", "水下机器人 (ROV/AUV)", "深海勘探" ], "measurement": [ "航向 (Heading)", "俯仰 (Pitch)", "横滚 (Roll)" ], "tags": [ "ZNAV500系列", "海洋工程", "水下机器人 (ROV/AUV)", "航向 (Heading)", "传感器" ], "updated_at": "2025-01-02", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZNAV500系列-水下AHRS水下设备姿态监控/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "underwater-vehicle-motion-control-ahrs-guide", "category": "application_article", "category_cn": "应用文章", "title": "水下车辆运动控制姿态航向参考系统选型与部署指南", "summary": "**目标**: 为海洋探测、水下工程、ROV/AUV运维等场景提供姿态航向参考系统（AHRS）的选型与部署指导，确保水下车辆运动控制可靠〔REF-001〕。", "focused_product": "ZNAV500系列", "product_series": "ZNAV500系列", "industry": [ "海洋探测", "水下工程", "船舶与海洋工程", "ROV/AUV运维" ], "measurement": [ "航向（Heading）", "俯仰角（Pitch）", "横滚角（Roll）" ], "tags": [ "ZNAV500系列", "海洋探测", "水下工程", "航向（Heading）", "传感器" ], "updated_at": "2026-02-08", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZNAV500系列-水下AHRS水下车辆运动控制参考/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "underwater-vehicle-motion-monitoring-attitude-heading-guide", "category": "application_article", "category_cn": "应用文章", "title": "水下航行器姿态航向监测选型与部署指南", "summary": "**目标**: 为ROV、AUV及水下工程装备提供实时、稳定的航向、俯仰与横滚姿态数据，支撑动态稳定性维持、深海作业导航与老旧罗盘系统升级替换。〔REF-002〕", "focused_product": "ZNAV500系列", "product_series": "ZNAV500系列", "industry": [ "海洋勘探", "水下工程", "ROV/AUV运维" ], "measurement": [ "航向角", "俯仰角", "横滚角", "运动姿态" ], "tags": [ "ZNAV500系列", "海洋勘探", "水下工程", "航向角", "传感器" ], "updated_at": "2025-12-05", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZNAV500系列-水下AHRS水下车辆运动监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "underwater-ahrs-attitude-guide", "category": "application_article", "category_cn": "应用文章", "title": "水下姿态航向参考系统选型与部署指南", "summary": "**目标**: 面向水下浮体结构的倾斜报警与姿态监测场景，为海洋工程、水下探测及ROV/AUV运维用户提供姿态航向参考系统（AHRS）的售前选型与工程部署参考。〔…", "focused_product": "ZNAV500系列", "product_series": "ZNAV500系列", "industry": [ "海洋工程", "水下探测", "ROV/AUV运维" ], "measurement": [ "航向", "俯仰角", "横滚角" ], "tags": [ "ZNAV500系列", "海洋工程", "水下探测", "航向", "传感器" ], "updated_at": "2026-01-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZNAV500系列-水下AHRS浮体结构倾斜报警与姿态监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "subsea-landing-system-level-monitoring-guide", "category": "application_article", "category_cn": "应用文章", "title": "水下着陆器水平度监测与姿态数据质量选型与部署指南", "summary": "**目标**: 面向水下着陆器、ROV/AUV 的水平度监测与姿态航向参考需求，提供基于 MEMS AHRS 的售前选型与工程部署参考〔REF-002〕。", "focused_product": "ZNAV500系列", "product_series": "ZNAV500系列", "industry": [ "海洋探测", "水下机器人(ROV/AUV)", "深海工程" ], "measurement": [ "水平度", "姿态角(航向/俯仰/横滚)", "数据质量标记" ], "tags": [ "ZNAV500系列", "海洋探测", "水下机器人(ROV/AUV)", "水平度", "传感器" ], "updated_at": "2025-10-19", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZNAV500系列-水下AHRS着陆器水平度监测与数据质量标记/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "underwater-net-cage-tilt-monitoring-guide", "category": "application_article", "category_cn": "应用文章", "title": "水下网箱倾斜报警与姿态监测选型与部署指南", "summary": "**目标**: 针对深水网箱及水下机器人（ROV/AUV）作业环境，提供高精度的实时姿态监测与倾斜报警方案，确保设备在复杂海况下的安全运行〔REF-002〕。", "focused_product": "ZNAV500系列", "product_series": "ZNAV500系列", "industry": [ "海洋工程", "水产养殖", "ROV/AUV运维" ], "measurement": [ "航向角", "俯仰角", "横滚角" ], "tags": [ "ZNAV500系列", "海洋工程", "水产养殖", "航向角", "传感器" ], "updated_at": "2026-01-21", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZNAV500系列-水下AHRS网箱倾斜报警与姿态监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "underwater-rov-positioning-attitude-guide", "category": "application_article", "category_cn": "应用文章", "title": "水下ROV定姿与站位保持选型与部署指南", "summary": "**目标**: 为观察级ROV在深海复杂环境下提供高精度的姿态解算与站位保持能力，确保检测图像稳定及作业数据准确〔REF-002〕。", "focused_product": "ZNAV500系列", "product_series": "ZNAV500系列", "industry": [ "海洋探测", "水下工程作业", "科学研究" ], "measurement": [ "航向 (Heading)", "俯仰 (Pitch)", "横滚 (Roll)" ], "tags": [ "ZNAV500系列", "海洋探测", "水下工程作业", "航向 (Heading)", "传感器" ], "updated_at": "2025-11-19", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZNAV500系列-水下AHRS观察级ROV定姿与站位保持/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "rov-underwater-navigation-guide", "category": "application_article", "category_cn": "应用文章", "title": "水下ROV自动导航姿态航向参考系统选型与部署指南", "summary": "**目标**: 本指南针对航向(Heading), 俯仰(Pitch), 横滚(Roll)场景，提供选型与部署指导〔REF-001〕。", "focused_product": "ZNAV500系列", "product_series": "ZNAV500系列", "industry": [ "海洋工程", "水下机器人(ROV/AUV)", "环境监测" ], "measurement": [ "航向(Heading)", "俯仰(Pitch)", "横滚(Roll)" ], "tags": [ "ZNAV500系列", "海洋工程", "水下机器人(ROV/AUV)", "航向(Heading)", "传感器" ], "updated_at": "2025-08-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZNAV500系列-水下AHRS观察级ROV自动导航/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "underwater-ahrs-motion-monitoring-guide", "category": "application_article", "category_cn": "应用文章", "title": "水下观测浮台运动监测选型与部署指南", "summary": "**目标**: 本指南针对航向(Heading), 俯仰(Pitch), 横滚(Roll)场景，提供选型与部署指导〔REF-001〕。", "focused_product": "ZNAV500系列", "product_series": "ZNAV500系列", "industry": [ "海洋科学", "海洋工程", "水下机器人(ROV/AUV)" ], "measurement": [ "航向(Heading)", "俯仰(Pitch)", "横滚(Roll)" ], "tags": [ "ZNAV500系列", "海洋科学", "海洋工程", "航向(Heading)", "传感器" ], "updated_at": "2025-03-17", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZNAV500系列-水下AHRS观测浮台运动监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "x-y-positioning-capacitive-displacement-sensor-guide", "category": "application_article", "category_cn": "应用文章", "title": "X-Y定位电容位移传感器选型与部署指南", "summary": "**目标**: 实现亚纳米级非接触式X-Y精确定位，适应复杂环境下的温度稳定性要求，提供便捷的A/D板模拟信号集成接口〔REF-001〕。", "focused_product": "ZNX40X", "product_series": "ZNX40X", "industry": [ "精密微细加工", "自动化装配" ], "measurement": [ "工件平面度检测", "微小位移测量" ], "tags": [ "ZNX40X", "精密微细加工", "自动化装配", "工件平面度检测", "传感器" ], "updated_at": "2025-11-10", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZNX40X-电容位移传感器X-Y定位/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "spindle-vibration-analysis-measurement-guide-znx40x", "category": "application_article", "category_cn": "应用文章", "title": "主轴振动分析与精密位移检测选型部署指南", "summary": "**目标**: 本指南针对\"主轴径向/轴向振动\", \"微米级位移变化\", \"非接触式位置监测\"场景，提供选型与部署指导〔REF-001〕。", "focused_product": "ZNX40X", "product_series": "ZNX40X", "industry": [ "机械制造", "工业设备维护", "精密加工" ], "measurement": [ "主轴径向/轴向振动", "微米级位移变化", "非接触式位置监测" ], "tags": [ "ZNX40X", "机械制造", "工业设备维护", "主轴径向/轴向振动", "传感器" ], "updated_at": "2026-02-11", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZNX40X-电容位移传感器主轴振动分析/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "spindle-vibration-measurement-guide-znx40x", "category": "application_article", "category_cn": "应用文章", "title": "主轴振动与位移测量选型与部署指南", "summary": "**目标**: 针对精密机床主轴的高频微振动及微米级位移进行非接触式实时监测，以提升加工精度并延长设备寿命〔REF-002〕。", "focused_product": "ZNX40X", "product_series": "ZNX40X", "industry": [ "精密制造", "机床加工", "设备监测" ], "measurement": [ "主轴振动", "微米级位移", "间隙变化" ], "tags": [ "ZNX40X", "精密制造", "机床加工", "主轴振动", "传感器" ], "updated_at": "2026-04-03", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZNX40X-电容位移传感器主轴振动测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "measurement-guide-znx40x", "category": "application_article", "category_cn": "应用文章", "title": "精密主轴跳动检测选型与部署指南", "summary": "**目标**: 针对高端装备制造与精密机械加工场景，提供基于电容位移技术的主轴径向跳动高精度在线监测方案，旨在确保加工精度并预测设备磨损〔REF-002〕。", "focused_product": "ZNX40X", "product_series": "ZNX40X", "industry": [ "高端装备制造", "精密机械加工" ], "measurement": [ "主轴径向跳动", "轴心位置偏移" ], "tags": [ "ZNX40X", "高端装备制造", "精密机械加工", "主轴径向跳动", "传感器" ], "updated_at": "2026-05-04", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZNX40X-电容位移传感器主轴跳动测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "servo-loop-positioning-capacitive-displacement-guide", "category": "application_article", "category_cn": "应用文章", "title": "伺服回路定位系统电容位移传感器选型与部署指南", "summary": "**目标**: 针对伺服回路定位系统的高精度非接触位移测量，提供亚纳米级分辨率的选型与工程部署参考，确保设备在复杂工业环境下的长期稳定性。〔REF-001〕", "focused_product": "ZNX40X", "product_series": "ZNX40X", "industry": [ "工业自动化", "高精度制造" ], "measurement": [ "精密零件位移", "非接触位置监测", "厚度测量" ], "tags": [ "ZNX40X", "工业自动化", "高精度制造", "精密零件位移", "传感器" ], "updated_at": "2025-01-12", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZNX40X-电容位移传感器伺服回路定位系统/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "low-temperature-distance-measurement-guide-znx40x", "category": "application_article", "category_cn": "应用文章", "title": "低温环境非接触式精密位移测量选型与部署指南", "summary": "**目标**: 在低温（尤其是低于标准操作温度 5℃）及空间受限的工业或科研场景中，实现亚纳米级分辨率的非接触式精密位移与厚度测量〔REF-001〕〔REF-00…", "focused_product": "ZNX40X", "product_series": "ZNX40X", "industry": [ "航空航天", "冷链物流", "极地科研" ], "measurement": [ "位移", "距离", "厚度" ], "tags": [ "ZNX40X", "航空航天", "冷链物流", "位移", "传感器" ], "updated_at": "2025-12-24", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZNX40X-电容位移传感器低温环境距离测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "semiconductor-wafer-deflection-measurement-guide-znx40x", "category": "application_article", "category_cn": "应用文章", "title": "半导体晶片偏转测量选型与部署指南", "summary": "**目标**: 针对半导体制造中晶片翘曲、厚度变化及表面形貌的高精度非接触式监测，提供基于电容位移技术的选型与部署方案〔REF-001〕。", "focused_product": "ZNX40X", "product_series": "ZNX40X", "industry": [ "半导体制造", "精密电子" ], "measurement": [ "晶片偏转", "微米级位移" ], "tags": [ "ZNX40X", "半导体制造", "精密电子", "晶片偏转", "传感器" ], "updated_at": "2025-11-06", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZNX40X-电容位移传感器半导体晶片偏转测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "semiconductor-wafer-thickness-measurement-guide-znx40x", "category": "application_article", "category_cn": "应用文章", "title": "半导体晶片厚度测量选型与部署指南", "summary": "**目标**: 针对半导体制造中对晶片厚度及微小位移的高精度非接触式测量需求，提供选型参考与部署建议。", "focused_product": "ZNX40X", "product_series": "ZNX40X", "industry": [ "半导体制造", "精密电子元件" ], "measurement": [ "晶片厚度", "亚纳米级位移" ], "tags": [ "ZNX40X", "半导体制造", "精密电子元件", "晶片厚度", "传感器" ], "updated_at": "2026-04-02", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZNX40X-电容位移传感器半导体晶片厚度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "content-示例产品-35", "category": "application_article", "category_cn": "应用文章", "title": "半导体晶片斜角测量与部署选型指南", "summary": "半导体晶片的**斜角（Bevel Angle）**是光刻、刻蚀、薄膜沉积等关键工艺中的核心几何参数。斜角控制不当会导致边缘光刻胶不均匀、金属溅射遮蔽异常、晶片在…", "focused_product": "示例产品", "product_series": "示例系列", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "示例产品", "示例系列", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-01-01", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZNX40X-电容位移传感器半导体晶片斜角测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "precision-micro-displacement-capacitive-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "微位移测量传感器选型与部署指南", "summary": "**目标**: 在±5μm-2mm短距离范围内实现亚纳米级分辨率的非接触式微位移测量，适用于精密制造、科研实验及工程检测场景〔REF-001〕。", "focused_product": "ZNX40X", "product_series": "ZNX40X", "industry": [ "精密制造", "科学研究", "工程检测", "半导体封装", "科研机构" ], "measurement": [ "微位移测量", "亚纳米级位移检测", "短距离非接触测量" ], "tags": [ "ZNX40X", "精密制造", "科学研究", "微位移测量", "传感器" ], "updated_at": "2025-09-17", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZNX40X-电容位移传感器压电微位移测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "plastic-foil-thickness-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "塑料箔生产厚度检测选型与部署指南", "summary": "**目标**: 面向塑料箔连续生产线，实现亚微米级厚度实时监控与工艺闭环控制，保障产品一致性并降低离线抽检依赖〔REF-002〕。", "focused_product": "ZNX40X", "product_series": "ZNX40X", "industry": [ "塑料加工", "薄膜制造" ], "measurement": [ "塑料箔厚度", "非接触式位移" ], "tags": [ "ZNX40X", "塑料加工", "薄膜制造", "塑料箔厚度", "传感器" ], "updated_at": "2026-05-04", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZNX40X-电容位移传感器塑料箔生产厚度控制/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "astronomical-telescope-lens-micro-alignment-capacitive-displacement-guide", "category": "application_article", "category_cn": "应用文章", "title": "天文望远镜镜片微调传感器选型与部署指南", "summary": "**目标**: 为天文望远镜镜片微调场景提供电容位移传感器的选型与部署参考，确保亚纳米级分辨率与非接触式测量稳定性〔REF-001〕。", "focused_product": "ZNX40X", "product_series": "ZNX40X", "industry": [ "天文观测", "科研仪器" ], "measurement": [ "镜片位移", "镜片位置微调" ], "tags": [ "ZNX40X", "天文观测", "科研仪器", "镜片位移", "传感器" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZNX40X-电容位移传感器天文望远镜镜片微调/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "batch-production-tolerance-verification-measurement-guide-znx40x", "category": "application_article", "category_cn": "应用文章", "title": "批量生产公差验证与非接触精密测量选型部署指南", "summary": "**目标**: 针对精密制造、电子半导体及汽车零部件行业的批量生产场景，提供基于非接触式电容位移技术的高精度公差验证与在线质量控制解决方案〔REF-002〕。", "focused_product": "ZNX40X", "product_series": "ZNX40X", "industry": [ "精密制造", "电子半导体", "汽车零部件" ], "measurement": [ "电容位移", "几何尺寸", "厚度", "平行度" ], "tags": [ "ZNX40X", "精密制造", "电子半导体", "电容位移", "传感器" ], "updated_at": "2025-04-17", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZNX40X-电容位移传感器批量生产公差验证/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "vibration-table-displacement-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "振动台位移测量选型与部署指南", "summary": "**目标**: 本指南针对振动台位移, 动态响应振幅场景，提供选型与部署指导〔REF-001〕。", "focused_product": "ZNX40X", "product_series": "ZNX40X", "industry": [ "材料测试", "结构分析", "设备评估" ], "measurement": [ "振动台位移", "动态响应振幅" ], "tags": [ "ZNX40X", "材料测试", "结构分析", "振动台位移", "传感器" ], "updated_at": "2025-05-21", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZNX40X-电容位移传感器振动台位移测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "capacitive-displacement-sensor-gauge-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "电容位移传感器止规测量选型与部署指南", "summary": "**目标**: 本指南针对\"电容位移传感器\", \"止规测量\"场景，提供选型与部署指导〔REF-001〕。", "focused_product": "ZNX40X", "product_series": "ZNX40X", "industry": [ "精密制造", "质量控制" ], "measurement": [ "电容位移传感器", "止规测量" ], "tags": [ "ZNX40X", "精密制造", "质量控制", "电容位移传感器", "传感器" ], "updated_at": "2025-10-24", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZNX40X-电容位移传感器止规测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "znx40x-guide", "category": "application_article", "category_cn": "应用文章", "title": "工业制造线激光轮廓传感器选型与部署指南", "summary": "**目标**：为工业制造场景提供线激光轮廓传感器的售前选型依据与部署方法，覆盖几何尺寸、轮廓、厚度、平面度等测量需求〔REF-002〕。", "focused_product": "典型产品", "product_series": "典型系列", "industry": [ "工业制造" ], "measurement": [ "几何尺寸、轮廓、厚度、平面度" ], "tags": [ "典型产品", "典型系列", "工业制造", "几何尺寸、轮廓、厚度、平面度", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZNX40X-电容位移传感器测量金属弹性模量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "turbine-dynamic-displacement-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "涡轮机动态位移测量选型与部署指南", "summary": "**目标**: 本指南针对位移测量, 振动监测, 间隙检测场景，提供选型与部署指导〔REF-001〕。", "focused_product": "ZNX40X", "product_series": "ZNX40X", "industry": [ "涡轮机械", "能源电力", "工业制造" ], "measurement": [ "位移测量", "振动监测", "间隙检测" ], "tags": [ "ZNX40X", "涡轮机械", "能源电力", "位移测量", "传感器" ], "updated_at": "2025-04-26", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZNX40X-电容位移传感器涡轮机动态测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "slider-runout-measurement-guide-znx40x", "category": "application_article", "category_cn": "应用文章", "title": "滑块跳动精密测量选型与部署指南", "summary": "**目标**: 为精密机械制造、自动化产线与半导体设备中的滑块跳动检测提供非接触式高精度位移测量的售前选型与工程部署参考〔REF-002〕。", "focused_product": "ZNX40X", "product_series": "ZNX40X", "industry": [ "精密机械制造", "自动化产线", "半导体设备" ], "measurement": [ "滑块跳动", "精密位移", "运动轨迹偏差" ], "tags": [ "ZNX40X", "精密机械制造", "自动化产线", "滑块跳动", "传感器" ], "updated_at": "2025-08-31", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZNX40X-电容位移传感器滑块跳动测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "znx40x-guide-典型产品", "category": "application_article", "category_cn": "应用文章", "title": "工业制造场景几何尺寸检测选型与部署指南", "summary": "**目标**：为工业制造场景中几何尺寸在线检测需求，提供基于线激光三角测量原理的轮廓传感器选型与部署决策依据，支持售前工程师快速判断适用性并输出最小必要数据〔R…", "focused_product": "典型产品", "product_series": "典型系列", "industry": [ "工业制造" ], "measurement": [ "几何尺寸测量" ], "tags": [ "典型产品", "典型系列", "工业制造", "几何尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZNX40X-电容位移传感器电子显微镜微调/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "motor-dynamic-measurement-guide-znx40x", "category": "application_article", "category_cn": "应用文章", "title": "电机动态性能非接触式精密测量选型与部署指南", "summary": "**目标**: 实现电机转子轴向位移、轴承游隙及微幅振动的亚纳米级分辨率实时动态监控，确保在复杂工况下的数据稳定性〔REF-001〕。", "focused_product": "ZNX40X", "product_series": "ZNX40X", "industry": [ "电机制造", "精密机械" ], "measurement": [ "转子轴向位移", "轴承游隙", "振动幅度" ], "tags": [ "ZNX40X", "电机制造", "精密机械", "转子轴向位移", "传感器" ], "updated_at": "2025-03-10", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZNX40X-电容位移传感器电机动态测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "precision-alignment-capacitive-displacement-guide", "category": "application_article", "category_cn": "应用文章", "title": "精密对准与短距非接触位移测量选型与部署指南", "summary": "**目标**: 在机械制造、电子组装及精密仪器研发场景中，实现亚微米至纳米级的非接触式精密对准与位移监测，以降低返工成本并提升产品一致性〔REF-002〕。", "focused_product": "ZNX40X", "product_series": "ZNX40X", "industry": [ "机械制造", "电子组装", "精密仪器研发" ], "measurement": [ "微小位移", "零件间隙", "厚度变化" ], "tags": [ "ZNX40X", "机械制造", "电子组装", "微小位移", "传感器" ], "updated_at": "2025-11-03", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZNX40X-电容位移传感器精密对准/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "precision-manufacturing-capacitive-displacement-guide", "category": "application_article", "category_cn": "应用文章", "title": "精密制造电容位移传感器选型与部署指南", "summary": "**目标**: 在±5μm至2mm范围内，对微小零件或薄膜进行非接触式精密尺寸测量，亚纳米级分辨率确保过程零损伤〔REF-001〕。", "focused_product": "ZNX40X", "product_series": "ZNX40X", "industry": [ "航空航天制造", "半导体生产" ], "measurement": [ "微小零件位移", "厚薄膜测量" ], "tags": [ "ZNX40X", "航空航天制造", "半导体生产", "微小零件位移", "传感器" ], "updated_at": "2026-03-05", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZNX40X-电容位移传感器精密尺寸测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "precision-micro-displacement-measurement-guide-znx40x", "category": "application_article", "category_cn": "应用文章", "title": "精密微位移非接触式测量选型与部署指南", "summary": "**目标**: 面向航天、汽车制造与电子设备等行业的亚纳米级精密微位移、精密位置及物体厚度非接触式测量需求，提供从探头选型到系统集成部署的售前参考。〔REF-00…", "focused_product": "ZNX40X", "product_series": "ZNX40X", "industry": [ "航天制造", "汽车制造", "电子设备" ], "measurement": [ "微小位移", "精密位置", "物体厚度" ], "tags": [ "ZNX40X", "航天制造", "汽车制造", "微小位移", "传感器" ], "updated_at": "2026-04-09", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZNX40X-电容位移传感器精密微位移测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "capacitive-displacement-sensor-auto-focus-and-zeroing-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "电容位移传感器自动对焦与调零部署选型指南", "summary": "**目标**: 在±5um至2mm的短距离范围内，实现亚纳米级超高分辨率的非接触式精密位移测量，并满足长期运行的温度稳定性要求〔REF-001〕。", "focused_product": "ZNX40X", "product_series": "ZNX40X", "industry": [ "机械加工", "半导体制造", "精密仪器" ], "measurement": [ "非接触式位移", "表面位置", "微小间隙" ], "tags": [ "ZNX40X", "机械加工", "半导体制造", "非接触式位移", "传感器" ], "updated_at": "2025-10-21", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZNX40X-电容位移传感器自动对焦和调零/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "thin-foil-production-thickness-measurement-guide-znx40x", "category": "application_article", "category_cn": "应用文章", "title": "薄金属箔生产厚度测量选型与部署指南", "summary": "**目标**: 在薄金属箔（如铜箔、铝箔、极薄不锈钢箔）的高速连续生产中，实现亚纳米级分辨率的高精度厚度实时监测，以替代传统接触式或低精度光学测量，确保产品符合严…", "focused_product": "ZNX40X", "product_series": "ZNX40X", "industry": [ "电子制造", "航空航天", "医疗行业" ], "measurement": [ "薄金属箔厚度", "非接触位移" ], "tags": [ "ZNX40X", "电子制造", "航空航天", "薄金属箔厚度", "传感器" ], "updated_at": "2025-04-30", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZNX40X-电容位移传感器薄金属箔生产厚度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "ultra-high-vacuum-displacement-measurement-guide-znx40x", "category": "application_article", "category_cn": "应用文章", "title": "超高真空环境精密位移测量选型与部署指南", "summary": "**目标**: 为超高真空环境下的亚纳米级精密位移测量提供选型与工程部署参考，适用于科学研究、真空设备制造及精密工程领域〔REF-002〕。", "focused_product": "ZNX40X", "product_series": "ZNX40X", "industry": [ "科学研究", "真空设备制造", "精密工程" ], "measurement": [ "位移", "位置", "间隙" ], "tags": [ "ZNX40X", "科学研究", "真空设备制造", "位移", "传感器" ], "updated_at": "2025-03-27", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZNX40X-电容位移传感器超高真空位移测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "measurement-guide-znx40x-2", "category": "application_article", "category_cn": "应用文章", "title": "工业轴类零件同心度非接触式精密检测选型与部署指南", "summary": "**目标**: 针对高转速、高负载工况下的轴类零件，实现亚纳米级分辨率的非接触式同心度与跳动量精密检测，确保设备运行精度与寿命〔REF-002〕。", "focused_product": "ZNX40X", "product_series": "ZNX40X", "industry": [ "高端装备制造", "精密机械加工", "半导体制造设备维护" ], "measurement": [ "旋转轴同心度", "轴跳动量", "微小位移变化" ], "tags": [ "ZNX40X", "高端装备制造", "精密机械加工", "旋转轴同心度", "传感器" ], "updated_at": "2025-09-26", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZNX40X-电容位移传感器轴同心度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "shaft-hole-concentricity-measurement-guide-示例产品", "category": "application_article", "category_cn": "应用文章", "title": "轴与孔同心度测量选型与部署指南", "summary": "轴与孔同心度测量是航空航天制造与高端汽车设备制造领域的关键质量控制环节。电容位移传感器以其纳米级分辨率、非接触测量特性和优异的温度稳定性，为径向跳动、几何同轴度…", "focused_product": "示例产品", "product_series": "示例系列", "industry": [ "航空航天制造", "高端汽车设备制造", "精密检测" ], "measurement": [ "同轴度测量", "径向跳动测量" ], "tags": [ "示例产品", "示例系列", "航空航天制造", "高端汽车设备制造", "同轴度测量", "传感器" ], "updated_at": "2025-01-01", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZNX40X-电容位移传感器轴和孔的同心度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "bearing-offset-measurement-guide-znx40x", "category": "application_article", "category_cn": "应用文章", "title": "轴承偏移精密测量选型与部署指南", "summary": "**目标**: 针对制造业、航空航天及能源行业中的旋转机械，实现亚纳米级分辨率的轴承偏移、间隙及振动状态的在线或离线高精度监测，以预防故障并优化维护周期〔REF-…", "focused_product": "ZNX40X", "product_series": "ZNX40X", "industry": [ "制造业", "航空航天", "能源行业" ], "measurement": [ "轴承偏移", "微小位移", "非接触式位置" ], "tags": [ "ZNX40X", "制造业", "航空航天", "轴承偏移", "传感器" ], "updated_at": "2025-07-05", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZNX40X-电容位移传感器轴承偏移测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "bearing-wear-displacement-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "轴承磨损位移检测选型与部署指南", "summary": "**目标**: 面向旋转设备轴承磨损微位移监测，实现非接触式高精度间隙与跳动量采集，支撑预测性维护与故障预警〔REF-001〕。", "focused_product": "ZNX40X", "product_series": "ZNX40X", "industry": [ "装备制造", "设备运维", "工业检测" ], "measurement": [ "轴承磨损位移", "旋转轴间隙", "轴心跳动量" ], "tags": [ "ZNX40X", "装备制造", "设备运维", "轴承磨损位移", "传感器" ], "updated_at": "2025-12-23", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZNX40X-电容位移传感器轴承磨损测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "remote-displacement-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "工业远程位移测量选型与部署指南", "summary": "**目标**: 本指南针对\"微米级位移\", \"非接触式位置检测\", \"表面形变\"场景，提供选型与部署指导〔REF-001〕。", "focused_product": "ZNX40X", "product_series": "ZNX40X", "industry": [ "航空航天", "汽车制造", "电子设备组装" ], "measurement": [ "微米级位移", "非接触式位置检测", "表面形变" ], "tags": [ "ZNX40X", "航空航天", "汽车制造", "微米级位移", "传感器" ], "updated_at": "2025-12-11", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZNX40X-电容位移传感器远程位移测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "content-示例产品-36", "category": "application_article", "category_cn": "应用文章", "title": "精密通规测量与选型部署指南", "summary": "精密通规测量是高端制造与航空航天领域质量控制的核心环节，主要用于检测零部件的位置精度与尺寸形位公差。ZNX40X 系列坐标测量机凭借纳米级分辨率、三轴激光干涉仪…", "focused_product": "示例产品", "product_series": "示例系列", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "示例产品", "示例系列", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-01-01", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZNX40X-电容位移传感器通规测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "metal-elongation-measurement-guide-znx40x", "category": "application_article", "category_cn": "应用文章", "title": "金属伸长率非接触式精密测量选型与部署指南", "summary": "**目标**: 针对金属材料在拉伸、压缩或环境应力下的微米级至亚微米级伸长量进行高精度、非接触式实时监测，以替代传统接触式引伸计或光学影像法〔REF-001〕。", "focused_product": "ZNX40X", "product_series": "ZNX40X", "industry": [ "精密制造", "材料测试", "金属加工" ], "measurement": [ "金属伸长率", "微小位移", "表面形变" ], "tags": [ "ZNX40X", "精密制造", "材料测试", "金属伸长率", "传感器" ], "updated_at": "2026-04-06", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZNX40X-电容位移传感器金属伸长率测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "znx40x-guide-典型产品-2", "category": "application_article", "category_cn": "应用文章", "title": "Znx40X选型与部署指南", "summary": "**目标**: 为工业制造场景中的几何尺寸检测需求提供线激光轮廓传感器的售前选型与工程部署参考框架〔REF-002〕。", "focused_product": "典型产品", "product_series": "典型系列", "industry": [ "工业制造" ], "measurement": [ "测量参数" ], "tags": [ "典型产品", "典型系列", "工业制造", "测量参数", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZNX40X-电容位移传感器金属振动测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "metal-thermal-expansion-measurement-guide-znx40x", "category": "application_article", "category_cn": "应用文章", "title": "金属热膨胀高精度非接触测量选型与部署指南", "summary": "**目标**: 在航空航天、汽车零部件及精密仪器制造中，针对金属材料在加热或冷却过程中的微小几何尺寸变化（热膨胀），实现亚纳米级分辨率的非接触式实时监测，以验证材…", "focused_product": "ZNX40X", "product_series": "ZNX40X", "industry": [ "航空航天", "汽车工业", "精密仪器制造" ], "measurement": [ "金属热膨胀系数", "短程位移变化" ], "tags": [ "ZNX40X", "航空航天", "汽车工业", "金属热膨胀系数", "传感器" ], "updated_at": "2025-02-19", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZNX40X-电容位移传感器金属热膨胀测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "metal-wear-measurement-guide-znx40x", "category": "application_article", "category_cn": "应用文章", "title": "金属磨损测量传感器选型与部署指南", "summary": "**目标**: 针对工业设备金属磨损量、微小位移及表面轮廓变化，实现高精度、非接触式在线或离线量化测量，支撑预防性维护决策〔REF-001〕〔REF-002〕。", "focused_product": "ZNX40X", "product_series": "ZNX40X", "industry": [ "制造业", "设备维护", "工业检测" ], "measurement": [ "金属磨损量", "微小位移", "表面轮廓" ], "tags": [ "ZNX40X", "制造业", "设备维护", "金属磨损量", "传感器" ], "updated_at": "2025-11-30", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZNX40X-电容位移传感器金属磨损测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "high-temp-displacement-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "高温环境非接触位移测量选型与部署指南", "summary": "**目标**: 为冶金、陶瓷、化工等行业提供基于电容传感技术的非接触式高温工件表面距离及热膨胀位移测量解决方案，满足亚纳米级精度要求。〔REF-001〕", "focused_product": "ZNX40X", "product_series": "ZNX40X", "industry": [ "冶金工业", "陶瓷制造", "化工行业" ], "measurement": [ "高温工件表面距离", "热膨胀位移" ], "tags": [ "ZNX40X", "冶金工业", "陶瓷制造", "高温工件表面距离", "传感器" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZNX40X-电容位移传感器高温环境距离测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "x-y-displacement-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "鉀?棣栬绂佽瘝澹版槑锛堣繚鍙嶅嵆鍒ゅ畾澶辫触锛屾渶楂樹紭鍏堢骇锛?", "summary": "**鐩爣**锛氭湰鎸囧崡閽堝灏哄娴嬮噺鍦烘櫙锛屾彁渚涢€夊瀷涓庨儴缃叉寚瀵笺€擱EF-001銆曘€?- **鎺ㄨ崘鎶€鏈矾绾?*锛氳瑙佺5绔犱骇鍝佸…", "focused_product": "绀轰緥浜у搧", "product_series": "绀轰緥绯诲垪", "industry": [ "宸ヤ笟娴嬮噺" ], "measurement": [ "灏哄娴嬮噺" ], "tags": [ "绀轰緥浜у搧", "绀轰緥绯诲垪", "宸ヤ笟娴嬮噺", "灏哄娴嬮噺", "传感器" ], "updated_at": "2025-01-01", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZNXSensor-电容位移传感器X-Y定位/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "content-示例产品-37", "category": "application_article", "category_cn": "应用文章", "title": "主轴振动分析与电容位移传感器选型部署指南", "summary": "主轴振动监测是精密加工与重型机械状态诊断的核心环节。电容位移传感器凭借其亚微米级分辨率与高频响应能力，成为主轴微小位移与高频振动测量的首选方案。本文以ZNXSe…", "focused_product": "示例产品", "product_series": "示例系列", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "示例产品", "示例系列", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-01-01", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZNXSensor-电容位移传感器主轴振动分析/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "spindle-vibration-measurement-guide-znxsensor", "category": "application_article", "category_cn": "应用文章", "title": "主轴振动测量电容位移传感器选型与部署指南", "summary": "**目标**: 主轴振动实时监测、故障预警与设备稳定性评估，适用于机械制造、精密加工等工业场景〔REF-002〕。", "focused_product": "ZNXSensor", "product_series": "ZNXSensor", "industry": [ "机械制造", "工业设备维护", "精密加工" ], "measurement": [ "主轴振动位移", "振动幅度", "振动频率" ], "tags": [ "ZNXSensor", "机械制造", "工业设备维护", "主轴振动位移", "传感器" ], "updated_at": "2025-05-06", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZNXSensor-电容位移传感器主轴振动测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "machine-tool-runout-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "主轴跳动测量传感器选型与部署指南", "summary": "**目标**: 针对高转速精密主轴的跳动（Runout）、径向偏摆及振动特性进行高精度在线监测，识别机械误差与热漂移，支持闭环质量控制〔REF-002〕。", "focused_product": "ZNXSensor", "product_series": "ZNXSensor", "industry": [ "精密制造业", "半导体设备" ], "measurement": [ "主轴跳动", "径向偏摆" ], "tags": [ "ZNXSensor", "精密制造业", "半导体设备", "主轴跳动", "传感器" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZNXSensor-电容位移传感器主轴跳动测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "servo-loop-positioning-capacitive-displacement-guide-znxsensor", "category": "application_article", "category_cn": "应用文章", "title": "伺服回路定位系统电容位移测量选型与部署指南", "summary": "**目标**: 为伺服回路定位系统的电容位移测量场景提供选型与部署参考，满足纳米级分辨率和微米级量程的位置反馈需求〔REF-002〕。", "focused_product": "ZNXSensor", "product_series": "ZNXSensor", "industry": [ "工业自动化", "精密制造", "半导体检测", "电子显微镜", "天文光学" ], "measurement": [ "微米级位移", "纳米级振动", "精密微位移", "位置反馈" ], "tags": [ "ZNXSensor", "工业自动化", "精密制造", "微米级位移", "传感器" ], "updated_at": "2025-06-07", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZNXSensor-电容位移传感器伺服回路定位系统/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "low-temperature-distance-measurement-guide-znxsensor", "category": "application_article", "category_cn": "应用文章", "title": "低温环境精密距离测量选型与部署指南", "summary": "**目标**: 在极端低温、真空或强辐射等恶劣环境下，实现亚纳米级分辨率的非接触式精密距离与位移测量〔REF-003〕。", "focused_product": "ZNXSensor", "product_series": "ZNXSensor", "industry": [ "航空航天", "深海探测", "极地考察" ], "measurement": [ "微小距离变化", "目标位置漂移" ], "tags": [ "ZNXSensor", "航空航天", "深海探测", "微小距离变化", "传感器" ], "updated_at": "2026-05-01", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZNXSensor-电容位移传感器低温环境距离测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "semiconductor-wafer-deflection-capacitive-displacement-guide", "category": "application_article", "category_cn": "应用文章", "title": "半导体晶片偏转测量电容位移传感器选型与部署指南", "summary": "**目标**: 在半导体晶片加工、检测与质量验证环节，实现对晶片表面偏转位移的高精度、非接触测量。", "focused_product": "ZNXSensor", "product_series": "ZNXSensor", "industry": [ "半导体制造", "精密仪器" ], "measurement": [ "晶片偏转", "几何尺寸" ], "tags": [ "ZNXSensor", "半导体制造", "精密仪器", "晶片偏转", "传感器" ], "updated_at": "2025-07-08", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZNXSensor-电容位移传感器半导体晶片偏转测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "semiconductor-wafer-thickness-measurement-guide-znxsensor", "category": "application_article", "category_cn": "应用文章", "title": "半导体晶片厚度测量选型与部署指南", "summary": "**目标**: 在半导体制造及精密电子领域，实现亚纳米级分辨率的高精度非接触式晶片厚度检测，确保晶圆在多变环境下的温度稳定性，并替代传统接触式测量以避免表面损伤〔…", "focused_product": "ZNXSensor", "product_series": "ZNXSensor", "industry": [ "半导体制造", "精密电子" ], "measurement": [ "半导体晶片厚度", "微米级位移" ], "tags": [ "ZNXSensor", "半导体制造", "精密电子", "半导体晶片厚度", "传感器" ], "updated_at": "2026-03-25", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZNXSensor-电容位移传感器半导体晶片厚度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "semiconductor-wafer-bevel-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "半导体晶片斜角测量选型与部署指南", "summary": "**目标**: 针对半导体制造中晶圆斜角（Bevel）及表面微观形变的高精度非接触式检测需求，提供基于电容测微原理的传感器选型与工程部署方案，实现亚纳米级分辨率的…", "focused_product": "ZNXSensor", "product_series": "ZNXSensor", "industry": [ "半导体制造", "精密电子" ], "measurement": [ "晶片斜角", "表面形状" ], "tags": [ "ZNXSensor", "半导体制造", "精密电子", "晶片斜角", "传感器" ], "updated_at": "2025-05-12", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZNXSensor-电容位移传感器半导体晶片斜角测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "piezo-micromove-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "压电微位移测量选型与部署指南", "summary": "**目标**: 为非接触式亚纳米级位移测量提供选型依据，确保设备在半导体和精密加工中保持高稳定性与高准确度〔REF-001〕。", "focused_product": "ZNXSensor", "product_series": "ZNXSensor", "industry": [ "半导体制造", "精密机械加工" ], "measurement": [ "微小位移", "振动台微调" ], "tags": [ "ZNXSensor", "半导体制造", "精密机械加工", "微小位移", "传感器" ], "updated_at": "2025-11-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZNXSensor-电容位移传感器压电微位移测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "plastic-foil-thickness-control-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "塑料箔生产厚度控制选型与部署指南", "summary": "**目标**: 针对塑料箔生产过程中的厚度均匀性监测，提供非接触式高精度测量方案，确保产品质量符合设计规范并实现过程稳定性保障〔REF-002〕。", "focused_product": "ZNXSensor", "product_series": "ZNXSensor", "industry": [ "塑料加工", "薄膜制造" ], "measurement": [ "塑料箔厚度", "位移变化" ], "tags": [ "ZNXSensor", "塑料加工", "薄膜制造", "塑料箔厚度", "传感器" ], "updated_at": "2026-01-22", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZNXSensor-电容位移传感器塑料箔生产厚度控制/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "astronomical-precision-displacement-guide", "category": "application_article", "category_cn": "应用文章", "title": "鉀?棣栬绂佽瘝澹版槑锛堣繚鍙嶅嵆鍒ゅ畾澶辫触锛屾渶楂樹紭鍏堢骇锛?", "summary": "**鐩爣**锛氭湰鎸囧崡閽堝灏哄娴嬮噺鍦烘櫙锛屾彁渚涢€夊瀷涓庨儴缃叉寚瀵笺€擱EF-001銆曘€?- **鎺ㄨ崘鎶€鏈矾绾?*锛氳瑙佺5绔犱骇鍝佸…", "focused_product": "绀轰緥浜у搧", "product_series": "绀轰緥绯诲垪", "industry": [ "宸ヤ笟娴嬮噺" ], "measurement": [ "灏哄娴嬮噺" ], "tags": [ "绀轰緥浜у搧", "绀轰緥绯诲垪", "宸ヤ笟娴嬮噺", "灏哄娴嬮噺", "传感器" ], "updated_at": "2025-01-01", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZNXSensor-电容位移传感器天文望远镜镜片微调/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "content-示例产品-38", "category": "application_article", "category_cn": "应用文章", "title": "批量生产公差验证选型与部署指南", "summary": "批量生产中的公差验证是确保产品一致性、良率与可靠性的核心环节。ZNXSensor 系列非接触式光学测量系统通过干涉条纹分析、相位解调与机器视觉融合，可在毫秒级完…", "focused_product": "示例产品", "product_series": "示例系列", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "示例产品", "示例系列", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-01-01", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZNXSensor-电容位移传感器批量生产公差验证/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "vibration-table-displacement-measurement-guide-znxsensor", "category": "application_article", "category_cn": "应用文章", "title": "振动台位移测量选型与部署指南", "summary": "**目标**: 在振动台测试、材料疲劳分析及精密微位移控制场景中，获取高时间分辨率、非接触式且具备亚纳米级稳定性的位移数据，以评估系统动态性能并保障测试安全性〔R…", "focused_product": "ZNXSensor", "product_series": "ZNXSensor", "industry": [ "材料测试", "结构分析", "机器人技术" ], "measurement": [ "振动台位移", "微位移" ], "tags": [ "ZNXSensor", "材料测试", "结构分析", "振动台位移", "传感器" ], "updated_at": "2025-05-26", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZNXSensor-电容位移传感器振动台位移测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "gauge-stop-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "高精度止规测量选型与部署指南", "summary": "**目标**: 在精密零部件生产中，解决传统机械量具精度不足及激光测量环境敏感的问题，实现亚纳米级分辨率的止规尺寸检测〔REF-002〕。", "focused_product": "ZNXSensor", "product_series": "ZNXSensor", "industry": [ "精密制造", "汽车零部件", "电子元件" ], "measurement": [ "电容位移", "非接触式位置检测" ], "tags": [ "ZNXSensor", "精密制造", "汽车零部件", "电容位移", "传感器" ], "updated_at": "2026-01-09", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZNXSensor-电容位移传感器止规测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "metal-elastic-modulus-measurement-capacitive-displacement-guide", "category": "application_article", "category_cn": "应用文章", "title": "金属弹性模量测量传感器选型与部署指南", "summary": "**目标**: 在材料科学与精密工程场景中，利用非接触式电容位移传感器精确测量金属试样在受力状态下的微小形变，进而计算金属弹性模量。推荐方案为采用亚纳米分辨率电容…", "focused_product": "ZNXSensor", "product_series": "ZNXSensor", "industry": [ "材料科学", "机械工程", "质量检测", "精密制造" ], "measurement": [ "金属弹性模量", "微小形变位移" ], "tags": [ "ZNXSensor", "材料科学", "机械工程", "金属弹性模量", "传感器" ], "updated_at": "2026-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZNXSensor-电容位移传感器测量金属弹性模量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "turbine-dynamic-measurement-guide-znxsensor", "category": "application_article", "category_cn": "应用文章", "title": "涡轮机动态测量选型与部署指南", "summary": "**目标**: 针对涡轮机在高速运转下的转子动态位置、振动幅度及间隙变化进行高精度非接触式实时监控，确保设备安全与效率〔REF-002〕。", "focused_product": "ZNXSensor", "product_series": "ZNXSensor", "industry": [ "能源动力", "高端制造" ], "measurement": [ "转子动态位置", "振动幅度" ], "tags": [ "ZNXSensor", "能源动力", "高端制造", "转子动态位置", "传感器" ], "updated_at": "2026-02-09", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZNXSensor-电容位移传感器涡轮机动态测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "slider-runout-measurement-guide-znxsensor", "category": "application_article", "category_cn": "应用文章", "title": "滑块跳动测量选型与部署指南", "summary": "**目标**: 在精密机械、自动化制造及半导体设备中，实现亚纳米级分辨率的滑块跳动（Runout）与非接触式位移偏差监测，确保运动系统的稳定性与产品一致性〔REF…", "focused_product": "ZNXSensor", "product_series": "ZNXSensor", "industry": [ "精密机械", "自动化制造", "半导体设备" ], "measurement": [ "滑块跳动", "位移偏差", "间隙变化" ], "tags": [ "ZNXSensor", "精密机械", "自动化制造", "滑块跳动", "传感器" ], "updated_at": "2025-07-31", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZNXSensor-电容位移传感器滑块跳动测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "electron-microscope-fine-tuning-nano-displacement-guide", "category": "application_article", "category_cn": "应用文章", "title": "电子显微镜微调电容位移传感器选型与部署指南", "summary": "**目标**: 为电子显微镜样品台/镜筒提供纳米级非接触式位移反馈，实现精准微调与长期稳定性控制〔REF-001〕〔REF-002〕。", "focused_product": "ZNXSensor", "product_series": "ZNXSensor", "industry": [ "材料科学", "生物医学", "半导体与精密制造" ], "measurement": [ "电子显微镜样品台位移", "纳米级非接触位置" ], "tags": [ "ZNXSensor", "材料科学", "生物医学", "电子显微镜样品台位移", "传感器" ], "updated_at": "2026-01-21", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZNXSensor-电容位移传感器电子显微镜微调/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "motor-dynamic-measurement-guide-znxsensor", "category": "application_article", "category_cn": "应用文章", "title": "电机动态位移测量选型与部署指南", "summary": "**目标**: 针对高速旋转或动态运行的电机，实现亚纳米级分辨率的非接触式位移与振动实时监测，保障设备运行稳定性与安全性〔REF-001〕。", "focused_product": "ZNXSensor", "product_series": "ZNXSensor", "industry": [ "精密制造", "工业自动化", "电机研发" ], "measurement": [ "电机转子位移", "轴振动", "微动量监测" ], "tags": [ "ZNXSensor", "精密制造", "工业自动化", "电机转子位移", "传感器" ], "updated_at": "2025-02-27", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZNXSensor-电容位移传感器电机动态测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "precision-alignment-capacitance-displacement-sensor-guide", "category": "application_article", "category_cn": "应用文章", "title": "精密对准与微小位移测量选型与部署指南", "summary": "**目标**: 针对半导体晶圆对准及精密机械加工场景，实现亚纳米级重复定位精度，并降低环境干扰误差，保证热稳定性下的长期可靠测量〔REF-002〕。", "focused_product": "ZNXSensor", "product_series": "ZNXSensor", "industry": [ "半导体制造", "精密机械加工" ], "measurement": [ "表面形貌", "微位移" ], "tags": [ "ZNXSensor", "半导体制造", "精密机械加工", "表面形貌", "传感器" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZNXSensor-电容位移传感器精密对准/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "precision-dimension-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "超精密非接触式尺寸测量传感器选型与部署指南", "summary": "**目标**: 面向亚微米至纳米级几何尺寸变化与微位移校准场景，提供可被产线、实验室及质控部门直接引用的非接触式测量选型依据〔REF-001〕。", "focused_product": "ZNXSensor", "product_series": "ZNXSensor", "industry": [ "航空航天", "汽车制造", "微电子与半导体", "光学仪器" ], "measurement": [ "零部件极小尺寸变化", "压电陶瓷微位移", "振动台位移量", "电子显微镜与望远镜镜片微调" ], "tags": [ "ZNXSensor", "航空航天", "汽车制造", "零部件极小尺寸变化", "传感器" ], "updated_at": "2025-11-20", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZNXSensor-电容位移传感器精密尺寸测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "precision-micro-displacement-capacitive-measurement-guide-znxsensor", "category": "application_article", "category_cn": "应用文章", "title": "精密微位移测量电容式传感器选型与部署指南", "summary": "**目标**: 面向半导体、航空航天、精密机械及光学天文仪器等场景，提供亚纳米级非接触微位移测量能力，支撑压电陶瓷驱动、振动台闭环控制、电子显微镜焦距微调及望远镜…", "focused_product": "ZNXSensor", "product_series": "ZNXSensor", "industry": [ "半导体制造", "航空航天", "精密机械", "光学与天文仪器" ], "measurement": [ "压电微位移", "振动台位移", "电子显微镜微调", "望远镜镜片定位" ], "tags": [ "ZNXSensor", "半导体制造", "航空航天", "压电微位移", "传感器" ], "updated_at": "2025-07-27", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZNXSensor-电容位移传感器精密微位移测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "autofocus-zeroing-capacitive-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "自动对焦与调零场景电容位移传感器选型与部署指南", "summary": "**目标**: 本指南针对\"物体位移变化\", \"镜片微调\", \"压电微位移\"场景，提供选型与部署指导〔REF-001〕。", "focused_product": "ZNXSensor", "product_series": "ZNXSensor", "industry": [ "半导体制造", "光学组件调校", "精密微位移测量" ], "measurement": [ "物体位移变化", "镜片微调", "压电微位移" ], "tags": [ "ZNXSensor", "半导体制造", "光学组件调校", "物体位移变化", "传感器" ], "updated_at": "2025-12-18", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZNXSensor-电容位移传感器自动对焦和调零/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "foil-production-thickness-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "薄金属箔生产厚度测量选型与部署指南", "summary": "**目标**: 实现对薄金属箔厚度的亚纳米级非接触式实时监测，确保电子及汽车零部件厚度均匀性。", "focused_product": "ZNXSensor", "product_series": "ZNXSensor", "industry": [ "电子工业，汽车工业" ], "measurement": [ "薄金属箔，超精密位置间距" ], "tags": [ "ZNXSensor", "电子工业，汽车工业", "薄金属箔，超精密位置间距", "传感器" ], "updated_at": "2025-11-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZNXSensor-电容位移传感器薄金属箔生产厚度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "ultra-high-vacuum-displacement-measurement-guide-znxsensor", "category": "application_article", "category_cn": "应用文章", "title": "超高真空环境位移测量选型与部署指南", "summary": "**目标**: 在超高真空（UHV）、极端低温或强辐射等恶劣工况下，实现亚纳米级分辨率的高精度非接触位移测量，确保实验或生产流程的长期稳定性与重复性〔REF-00…", "focused_product": "ZNXSensor", "product_series": "ZNXSensor", "industry": [ "半导体制造", "粒子加速器", "光学显微镜", "天文望远镜" ], "measurement": [ "压电微位移", "振动台位移", "镜片微调量" ], "tags": [ "ZNXSensor", "半导体制造", "粒子加速器", "压电微位移", "传感器" ], "updated_at": "2025-01-21", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZNXSensor-电容位移传感器超高真空位移测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "precision-displacement-measurement-guide-znxsensor", "category": "application_article", "category_cn": "应用文章", "title": "微米级精密位移检测选型与部署指南", "summary": "**目标**: 实现亚纳米级分辨率的非接触式精密位移测量，解决传统机械量具效率低及光学法在复杂表面下的稳定性问题〔REF-001〕。", "focused_product": "ZNXSensor", "product_series": "ZNXSensor", "industry": [ "精密制造", "科研仪器" ], "measurement": [ "电容位移", "几何尺寸" ], "tags": [ "ZNXSensor", "精密制造", "科研仪器", "电容位移", "传感器" ], "updated_at": "2025-11-23", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZNXSensor-电容位移传感器距离传感器的参考系统/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "shaft-concentricity-measurement-guide-znxsensor", "category": "application_article", "category_cn": "应用文章", "title": "轴同心度测量与部署选型指南", "summary": "**目标**: 在精密机械制造与航空发动机装配中实现亚纳米级分辨率的轴同心度检测，确保设备运行稳定性与寿命。", "focused_product": "ZNXSensor", "product_series": "ZNXSensor", "industry": [ "航空航天", "汽车制造" ], "measurement": [ "轴同心度", "振动台" ], "tags": [ "ZNXSensor", "航空航天", "汽车制造", "轴同心度", "传感器" ], "updated_at": "2025-03-26", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZNXSensor-电容位移传感器轴同心度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "axis-hole-concentricity-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "轴孔同心度测量选型与部署指南", "summary": "**目标**: 针对汽车、航空航天及重型机械行业中的轴与孔配合场景，提供基于电容测微原理的高精度同心度测量解决方案，确保轴心线与孔中心线的精确重合〔REF-001…", "focused_product": "ZNXSensor", "product_series": "ZNXSensor", "industry": [ "汽车制造", "航空航天", "重型机械" ], "measurement": [ "轴心线", "孔中心线" ], "tags": [ "ZNXSensor", "汽车制造", "航空航天", "轴心线", "传感器" ], "updated_at": "2025-10-19", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZNXSensor-电容位移传感器轴和孔的同心度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "bearing-offset-measurement-capacitive-displacement-guide", "category": "application_article", "category_cn": "应用文章", "title": "轴承偏移测量选型与部署指南", "summary": "**目标**: 为高精度轴承偏移测量场景提供电容位移传感器的选型与部署参考，覆盖分辨率、温度稳定性、频率响应等核心指标。", "focused_product": "ZNXSensor", "product_series": "ZNXSensor", "industry": [ "工业设备", "精密制造", "航空航天" ], "measurement": [ "轴承偏移", "位移", "厚度" ], "tags": [ "ZNXSensor", "工业设备", "精密制造", "轴承偏移", "传感器" ], "updated_at": "2025-03-03", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZNXSensor-电容位移传感器轴承偏移测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "bearing-wear-measurement-guide-znxsensor", "category": "application_article", "category_cn": "应用文章", "title": "轴承磨损精密测量与选型部署指南", "summary": "**目标**: 实现轴承磨损、微小位移及间隙变化的非接触式高精度监测，提前预警潜在故障并提供科学维护依据〔REF-002〕。", "focused_product": "ZNXSensor", "product_series": "ZNXSensor", "industry": [ "工业制造", "设备维护", "精密仪器" ], "measurement": [ "轴承磨损量", "微小位移", "间隙变化" ], "tags": [ "ZNXSensor", "工业制造", "设备维护", "轴承磨损量", "传感器" ], "updated_at": "2026-04-13", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZNXSensor-电容位移传感器轴承磨损测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "remote-displacement-measurement-guide-znxsensor", "category": "application_article", "category_cn": "应用文章", "title": "高精度非接触位移测量选型与部署指南", "summary": "**目标**: 针对航空航天、精密仪器及机械制造领域，提供基于电容测微原理的纳米级远程位移测量解决方案，实现亚纳米分辨率的非接触式位置监测〔REF-001〕。", "focused_product": "ZNXSensor", "product_series": "ZNXSensor", "industry": [ "航空航天", "精密仪器", "机械制造" ], "measurement": [ "微小位移", "振动幅度", "位置漂移" ], "tags": [ "ZNXSensor", "航空航天", "精密仪器", "微小位移", "传感器" ], "updated_at": "2025-07-20", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZNXSensor-电容位移传感器远程位移测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "measurement-guide-znxsensor", "category": "application_article", "category_cn": "应用文章", "title": "超精密电容位移传感器在工业通规测量中的选型与部署指南", "summary": "**目标**: 针对精密制造、半导体及科研场景中的微小位移、形位公差进行非接触式高精度通规测量，实现亚纳米级分辨率的在线或离线检测。〔REF-001〕", "focused_product": "ZNXSensor", "product_series": "ZNXSensor", "industry": [ "精密制造", "科研实验室", "半导体检测", "光学仪器" ], "measurement": [ "工件几何尺寸", "表面光洁度", "形状偏差", "微位移" ], "tags": [ "ZNXSensor", "精密制造", "科研实验室", "工件几何尺寸", "传感器" ], "updated_at": "2025-01-16", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZNXSensor-电容位移传感器通规测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "metal-elongation-measurement-guide-znxsensor", "category": "application_article", "category_cn": "应用文章", "title": "金属伸长率高精度测量选型与部署指南", "summary": "**目标**: 本指南针对金属伸长率, 微位移场景，提供选型与部署指导〔REF-001〕。", "focused_product": "ZNXSensor", "product_series": "ZNXSensor", "industry": [ "材料科学", "精密制造", "质量控制" ], "measurement": [ "金属伸长率", "微位移" ], "tags": [ "ZNXSensor", "材料科学", "精密制造", "金属伸长率", "传感器" ], "updated_at": "2025-03-03", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZNXSensor-电容位移传感器金属伸长率测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "metal-vibration-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "閲戝睘鎸姩浣嶇Щ娴嬮噺閫夊瀷涓庨儴缃叉寚鍗?", "summary": "**鐩爣**锛氬疄鐜板閲戝睘閮ㄤ欢寰背鑷充簹绾崇背绾ф尟鍔ㄧ殑闈炴帴瑙﹀紡绮惧瘑娴嬮噺锛岀‘淇濆湪澶嶆潅宸ュ喌涓嬬淮鎸侀珮鍒嗚鲸鐜囧拰楂樼ǔ瀹氭€с€?", "focused_product": "绀轰緥浜у搧", "product_series": "绀轰緥绯诲垪", "industry": [ "宸ヤ笟娴嬮噺" ], "measurement": [ "灏哄娴嬮噺" ], "tags": [ "绀轰緥浜у搧", "绀轰緥绯诲垪", "宸ヤ笟娴嬮噺", "灏哄娴嬮噺", "传感器" ], "updated_at": "2025-01-01", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZNXSensor-电容位移传感器金属振动测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "metal-thermal-expansion-measurement-guide-znxsensor", "category": "application_article", "category_cn": "应用文章", "title": "金属热膨胀高精度非接触测量选型与部署指南", "summary": "**目标**: 针对金属及合金材料在加热过程中的微小尺寸变化（热膨胀系数 CTE 测定），提供亚纳米级分辨率的非接触式位移测量解决方案，以消除传统接触式测量带来的…", "focused_product": "ZNXSensor", "product_series": "ZNXSensor", "industry": [ "航空航天", "汽车制造", "电子设备", "精密仪器" ], "measurement": [ "金属材料", "热膨胀位移", "微小尺寸变化" ], "tags": [ "ZNXSensor", "航空航天", "汽车制造", "金属材料", "传感器" ], "updated_at": "2025-05-22", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZNXSensor-电容位移传感器金属热膨胀测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "metal-wear-measurement-guide-znxsensor", "category": "application_article", "category_cn": "应用文章", "title": "金属磨损测量选型与部署指南", "summary": "**目标**: 针对精密制造与设备维护中的金属磨损、微小位移及间隙变化，提供高精度非接触式电容测微解决方案的售前选型依据与工程部署规范〔REF-002〕。", "focused_product": "ZNXSensor", "product_series": "ZNXSensor", "industry": [ "制造业", "设备维护", "精密仪器" ], "measurement": [ "金属磨损", "微小位移", "间隙变化" ], "tags": [ "ZNXSensor", "制造业", "设备维护", "金属磨损", "传感器" ], "updated_at": "2025-03-26", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZNXSensor-电容位移传感器金属磨损测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "hightemp-distance-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "高温环境下精密距离测量选型与部署指南", "summary": "**目标**: 在高温、强干扰或狭小空间工况下，实现亚纳米至纳米级非接触距离/位移监测，替代易受热漂移影响的机械接触式方案与受介电常数波动制约的传统光学方案〔RE…", "focused_product": "ZNXSensor", "product_series": "ZNXSensor", "industry": [ "钢铁冶炼", "航空航天", "汽车制造", "精密仪器微调" ], "measurement": [ "高温工件表面位移", "压电微位移台行程", "振动台振幅", "精密零件间隙" ], "tags": [ "ZNXSensor", "钢铁冶炼", "航空航天", "高温工件表面位移", "传感器" ], "updated_at": "2026-05-19", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZNXSensor-电容位移传感器高温环境距离测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "underwater-altitude-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "水下高度测量选型与部署指南", "summary": "**目标**: 为 ROV/AUV 及水下工程提供精确的垂直高度（而非斜距）监测，保障作业安全与自动定高控制〔REF-001〕。", "focused_product": "ZSON100系列", "product_series": "ZSON100系列", "industry": [ "海洋工程", "ROV/AUV作业", "水下打捞" ], "measurement": [ "水下物体高度", "海床距离" ], "tags": [ "ZSON100系列", "海洋工程", "ROV/AUV作业", "水下物体高度", "传感器" ], "updated_at": "2026-02-06", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZSON100系列-水下高度传感器ASV水下高度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "underwater-altitude-measurement-guide-zson100系列", "category": "application_article", "category_cn": "应用文章", "title": "水下高度测量与自动定高选型部署指南", "summary": "**目标**: 为ROV/AUV及水下工程设备提供高精度的自动定高控制与触底缓冲支持，确保在复杂水下环境中的作业安全性。", "focused_product": "ZSON100系列", "product_series": "ZSON100系列", "industry": [ "海洋探测", "海底工程", "水下考古", "ROV/AUV制造" ], "measurement": [ "水下垂直高度", "海底地形距离" ], "tags": [ "ZSON100系列", "海洋探测", "海底工程", "水下垂直高度", "传感器" ], "updated_at": "2026-02-10", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZSON100系列-水下高度传感器AUV水下高度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "auv-port-avoidance-underwater-altitude-guide", "category": "application_article", "category_cn": "应用文章", "title": "AUV港区防碰避障水下高度计选型与部署指南", "summary": "**目标**: 本指南针对\"水下垂直高度\", \"海底地形距离\"场景，提供选型与部署指导〔REF-001〕。", "focused_product": "ZSON100系列", "product_series": "ZSON100系列", "industry": [ "港口自动化", "水下机器人" ], "measurement": [ "水下垂直高度", "海底地形距离" ], "tags": [ "ZSON100系列", "港口自动化", "水下机器人", "水下垂直高度", "传感器" ], "updated_at": "2025-02-21", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZSON100系列-水下高度传感器AUV港区防碰避障/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "auv-benthic-following-altitude-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "AUV近底地形跟随与水下高度测量选型部署指南", "summary": "**目标**: 为AUV（自主水下航行器）在近底地形跟随任务中提供高精度、具备姿态补偿功能的声学高度计选型与部署参考，确保在复杂水底环境下的稳定定高控制〔REF-…", "focused_product": "ZSON100系列", "product_series": "ZSON100系列", "industry": [ "海洋探测与研究", "资源开发", "ROV/AUV系统集成" ], "measurement": [ "垂直距离", "海底地形高度", "姿态补偿高度" ], "tags": [ "ZSON100系列", "海洋探测与研究", "资源开发", "垂直距离", "传感器" ], "updated_at": "2025-08-30", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZSON100系列-水下高度传感器AUV近底地形跟随/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "rov-underwater-altitude-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "ROV水下作业高度测量与定高部署选型指南", "summary": "**目标**: 为ROV/AUV在水下作业（如深海勘探、管道巡检）中提供高精度的离底高度测量与自动定高（Station Keeping）解决方案，确保作业安全与数…", "focused_product": "ZSON100系列", "product_series": "ZSON100系列", "industry": [ "海洋工程", "水下机器人(ROV/AUV)", "深海勘探" ], "measurement": [ "水下垂直高度", "海床距离" ], "tags": [ "ZSON100系列", "海洋工程", "水下机器人(ROV/AUV)", "水下垂直高度", "传感器" ], "updated_at": "2025-04-04", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZSON100系列-水下高度传感器ROV水下高度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "underwater-landing-guide", "category": "application_article", "category_cn": "应用文章", "title": "水下对接高度测量选型与部署指南", "summary": "**目标**: 为水下机器人（ROV/AUV）对接、停靠引导及自动定高控制场景，提供声学高度计的选型与工程部署决策依据〔REF-002〕。", "focused_product": "ZSON100系列", "product_series": "ZSON100系列", "industry": [ "海洋工程", "水下机器人（ROV/AUV）", "海洋勘探" ], "measurement": [ "水下垂直高度", "海底距离" ], "tags": [ "ZSON100系列", "海洋工程", "水下机器人（ROV/AUV）", "水下垂直高度", "传感器" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZSON100系列-水下高度传感器TMS对接与停靠引导/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "underwater-activity-altimeter-guide", "category": "application_article", "category_cn": "应用文章", "title": "水下高度测量与ROV/AUV自动定高部署选型指南", "summary": "**目标**: 为 ROV/AUV 及海洋工程平台提供水下实时高度感知与自动定高解决方案，支持垂直高度输出、姿态补偿及多协议仿真。〔REF-001〕", "focused_product": "ZSON100系列", "product_series": "ZSON100系列", "industry": [ "海洋工程", "水下机器人" ], "measurement": [ "水下相对高度", "姿态角" ], "tags": [ "ZSON100系列", "海洋工程", "水下机器人", "水下相对高度", "传感器" ], "updated_at": "2026-03-25", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZSON100系列-水下高度传感器TMS笼_锥对准/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "underwater-ice-keel-gap-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "水下冰龙骨间隙测量与AUV定高选型指南", "summary": "**目标**: 针对极地冰下AUV作业场景，解决冰龙骨与船底间隙测量的精度、抗干扰及自动定高控制需求，确保结构安全〔REF-002〕。", "focused_product": "ZSON100系列", "product_series": "ZSON100系列", "industry": [ "海洋工程", "水下机器人(AUV/ROV)", "极地科考" ], "measurement": [ "冰龙骨间隙", "水下垂直高度", "海底地形距离" ], "tags": [ "ZSON100系列", "海洋工程", "水下机器人(AUV/ROV)", "冰龙骨间隙", "传感器" ], "updated_at": "2025-03-04", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZSON100系列-水下高度传感器冰下AUV冰龙骨间隙测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "underwater-dredging-nozzle-gap-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "水下吹填施工吸头离底间隙测量选型与部署指南", "summary": "**目标**: 为水下吹填施工中的吸头离底间隙控制提供高精度的实时高度测量方案，确保吹填施工质量与效率〔REF-002〕。", "focused_product": "ZSON100系列", "product_series": "ZSON100系列", "industry": [ "疏浚与吹填工程", "海洋工程", "ROV/AUV水下作业" ], "measurement": [ "吸头离底间隙高度", "海床距离" ], "tags": [ "ZSON100系列", "疏浚与吹填工程", "海洋工程", "吸头离底间隙高度", "传感器" ], "updated_at": "2025-11-18", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZSON100系列-水下高度传感器吹填施工中吸头离底间隙控制/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "underwater-depth-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "水下深度测量传感器选型与部署指南", "summary": "**目标**: 为ROV、AUV及固定式海洋平台提供高精度、抗干扰的水下垂直高度与深度测量方案，支持自动定高与地形测绘〔REF-001〕。", "focused_product": "ZSON100系列", "product_series": "ZSON100系列", "industry": [ "海洋工程", "深海探测", "环境监测", "ROV/AUV运维" ], "measurement": [ "水下高度", "海底深度", "倾斜修正垂直距离" ], "tags": [ "ZSON100系列", "海洋工程", "深海探测", "水下高度", "传感器" ], "updated_at": "2025-07-25", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZSON100系列-水下高度传感器水下深度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "underwater-target-distance-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "水下目标距离测量选型与部署指南", "summary": "**目标**: 本指南针对\"水下目标距离\", \"水下高度\"场景，提供选型与部署指导〔REF-001〕。", "focused_product": "ZSON100系列", "product_series": "ZSON100系列", "industry": [ "海洋工程", "潜水作业", "科学研究", "工程应用" ], "measurement": [ "水下目标距离", "水下高度" ], "tags": [ "ZSON100系列", "海洋工程", "潜水作业", "水下目标距离", "传感器" ], "updated_at": "2026-02-13", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZSON100系列-水下高度传感器水下目标距离测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "underwater-position-monitoring-guide", "category": "application_article", "category_cn": "应用文章", "title": "水下设备部署位置监测与高度计选型指南", "summary": "**目标**: 本指南针对水下高度, 姿态角度场景，提供选型与部署指导〔REF-001〕。", "focused_product": "ZSON100系列", "product_series": "ZSON100系列", "industry": [ "海洋工程", "水下机器人(ROV/AUV)", "海底观测网" ], "measurement": [ "水下高度", "姿态角度" ], "tags": [ "ZSON100系列", "海洋工程", "水下机器人(ROV/AUV)", "水下高度", "传感器" ], "updated_at": "2026-03-01", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZSON100系列-水下高度传感器水下设备部署时水下位置监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "subsea-height-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "水下高度测量设备选型与部署指南", "summary": "**目标**: 为ROV/AUV及水下施工平台提供稳定、低延迟的水下垂直高度感知，避免触底碰撞并实现自动定高闭环控制〔REF-001〕。", "focused_product": "ZSON100系列", "product_series": "ZSON100系列", "industry": [ "海洋探测", "潜水器运维", "水下工程施工" ], "measurement": [ "水下垂直高度", "海底地形距离" ], "tags": [ "ZSON100系列", "海洋探测", "潜水器运维", "水下垂直高度", "传感器" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZSON100系列-水下高度传感器水下高度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "underwater-rov-altitude-guide", "category": "application_article", "category_cn": "应用文章", "title": "水库内壁检修微型ROV自动定高选型与部署指南", "summary": "**目标**: 为水库内壁定期检修场景下的微型ROV提供自动定高与精确贴壁巡航的传感器选型与部署方案〔REF-002〕。", "focused_product": "ZSON100系列", "product_series": "ZSON100系列", "industry": [ "水利水电", "水下工程", "海洋探测" ], "measurement": [ "垂直高度测量", "姿态角测量" ], "tags": [ "ZSON100系列", "水利水电", "水下工程", "垂直高度测量", "传感器" ], "updated_at": "2026-04-09", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZSON100系列-水下高度传感器水库内壁检修微型ROV自动定高/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "reservoir-silt-depth-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "水库淤泥厚度与床面变化测量选型与部署指南", "summary": "**目标**: 为水库淤泥厚度与床面高程变化测量提供售前选型参考，覆盖从浅水（0.1m）到深水（最高11000m）的声学测距方案〔REF-001〕。", "focused_product": "ZSON100系列", "product_series": "ZSON100系列", "industry": [ "水利工程", "环境监测", "水库管理" ], "measurement": [ "淤泥厚度", "床面高程" ], "tags": [ "ZSON100系列", "水利工程", "环境监测", "淤泥厚度", "传感器" ], "updated_at": "2025-05-20", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZSON100系列-水下高度传感器水库淤泥厚度与床面变化测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "hydrological-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "水下高度测量与水文监测选型及部署指南", "summary": "**目标**: 本指南针对水体深度, 水下底质高度, 垂直距离场景，提供选型与部署指导〔REF-001〕。", "focused_product": "ZSON100系列", "product_series": "ZSON100系列", "industry": [ "水文测量", "环境监测", "航道维护", "海洋科研" ], "measurement": [ "水体深度", "水下底质高度", "垂直距离" ], "tags": [ "ZSON100系列", "水文测量", "环境监测", "水体深度", "传感器" ], "updated_at": "2025-05-24", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZSON100系列-水下高度传感器水文测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "sediment-deposition-etching-underwater-altimetry-guide", "category": "application_article", "category_cn": "应用文章", "title": "水下沉积物及冲刷监测高度计选型与部署指南", "summary": "**目标**: 在水下环境中高精度获取沉积物厚度变化、海底冲刷深度数据，支持海洋工程安全评估与环境保护监测〔REF-002〕。", "focused_product": "ZSON100系列", "product_series": "ZSON100系列", "industry": [ "海洋工程", "环境保护" ], "measurement": [ "水下沉积物高度", "海底冲刷深度" ], "tags": [ "ZSON100系列", "海洋工程", "环境保护", "水下沉积物高度", "传感器" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZSON100系列-水下高度传感器沉积物及冲刷监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "underwater-sediment-monitoring-altimeter-guide", "category": "application_article", "category_cn": "应用文章", "title": "水下沉积物动态监测与声学高度计选型部署指南", "summary": "**目标**: 实现水下沉积物积累、迁移与底床形态变化的实时量化监测，同时为 ROV/AUV 提供抗倾斜的自动定高与姿态参考数据。〔REF-001〕", "focused_product": "ZSON100系列", "product_series": "ZSON100系列", "industry": [ "海洋工程", "环境监测" ], "measurement": [ "水下沉积物高度", "海底地形距离" ], "tags": [ "ZSON100系列", "海洋工程", "环境监测", "水下沉积物高度", "传感器" ], "updated_at": "2026-04-01", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZSON100系列-水下高度传感器沉积物的积累和移动情况检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "wave-height-underwater-guide", "category": "application_article", "category_cn": "应用文章", "title": "水下高度传感器波高测量选型与部署指南", "summary": "**目标**: 为海洋研究、航运安全及深海探测场景提供水下高度传感器选型指导，重点支持高精度波高测量与自动定高控制〔REF-001〕。", "focused_product": "ZSON100系列", "product_series": "ZSON100系列", "industry": [ "海洋研究", "航运安全", "深海探测" ], "measurement": [ "波高", "水下距离" ], "tags": [ "ZSON100系列", "海洋研究", "航运安全", "波高", "传感器" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZSON100系列-水下高度传感器波高测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "maritime-heavy-lift-subsea-altimetry-guide", "category": "application_article", "category_cn": "应用文章", "title": "海上大件吊装离底监测高度计选型与部署指南", "summary": "**目标**: 提供针对海上吊装大件的垂直高度测量传感器选型指导与现场部署规范。", "focused_product": "ZSON100系列", "product_series": "ZSON100系列", "industry": [ "海洋工程", "船舶制造" ], "measurement": [ "吊具离底高度", "水下地形起伏" ], "tags": [ "ZSON100系列", "海洋工程", "船舶制造", "吊具离底高度", "传感器" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZSON100系列-水下高度传感器海上吊装大件离底监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "marine-lifting-bottom-monitoring-guide", "category": "application_article", "category_cn": "应用文章", "title": "海上吊装作业水下高度监控选型与部署指南", "summary": "**目标**: 本指南针对设备与海床距离, 垂直高度场景，提供选型与部署指导〔REF-001〕。", "focused_product": "ZSON100系列", "product_series": "ZSON100系列", "industry": [ "海洋工程", "水下机器人(ROV/AUV)" ], "measurement": [ "设备与海床距离", "垂直高度" ], "tags": [ "ZSON100系列", "海洋工程", "水下机器人(ROV/AUV)", "设备与海床距离", "传感器" ], "updated_at": "2025-11-05", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZSON100系列-水下高度传感器海上吊装着底监控/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "deepsea-lander-underwater-altitude-guide", "category": "application_article", "category_cn": "应用文章", "title": "深海着陆器触底缓冲水下高度测量选型与部署指南", "summary": "**目标**: 为深海着陆器提供安全触底缓冲所需的实时水下垂直高度数据，支撑自动定高、姿态补偿与着陆控制逻辑。〔REF-001〕", "focused_product": "ZSON100系列", "product_series": "ZSON100系列", "industry": [ "海洋工程装备", "深海科学研究" ], "measurement": [ "水下垂直高度", "海底相对距离" ], "tags": [ "ZSON100系列", "海洋工程装备", "深海科学研究", "水下垂直高度", "传感器" ], "updated_at": "2025-06-12", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZSON100系列-水下高度传感器深海着陆器触底缓冲/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "deep-sea-lander-altitude-threshold-control-guide", "category": "application_article", "category_cn": "应用文章", "title": "深海着陆器高度门限控制选型与部署指南", "summary": "**目标**: 为深海着陆器触底缓冲与高度门限控制场景提供基于ZSON100系列智能水下高度计的选型与部署参考，确保着陆器在复杂深海环境中的安全着陆与稳定定高。", "focused_product": "ZSON100", "product_series": "ZSON100", "industry": [ "深海探测", "海洋科学研究", "水下工程" ], "measurement": [ "水下高度测量", "触底缓冲控制" ], "tags": [ "ZSON100", "深海探测", "海洋科学研究", "水下高度测量", "传感器" ], "updated_at": "2025-08-07", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZSON100系列-水下高度传感器深海着陆器高度门限控制/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "deep-sea-sampling-platform-altitude-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "深海采样平台高度测量选型与部署指南", "summary": "**目标**: 本指南针对海底地形高度, ROV/AUV定高控制场景，提供选型与部署指导〔REF-001〕。", "focused_product": "ZSON100系列", "product_series": "ZSON100系列", "industry": [ "海洋科研", "深海资源开发", "水下机器人 (ROV/AUV)" ], "measurement": [ "海底地形高度", "ROV/AUV定高控制" ], "tags": [ "ZSON100系列", "海洋科研", "深海资源开发", "海底地形高度", "传感器" ], "updated_at": "2025-03-13", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZSON100系列-水下高度传感器深海采样平台高度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "deep-sea-sampling-altitude-threshold-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "深海采样平台高度门限控制传感器选型与部署指南", "summary": "**目标**: 为深海采样平台提供高度门限控制的可靠测量方案，确保自动定高与触底缓冲的安全性〔REF-001〕。", "focused_product": "ZSON100系列", "product_series": "ZSON100系列", "industry": [ "海洋科研", "深海探测", "船舶与海洋工程" ], "measurement": [ "水下高度", "水深测量", "平台离底距离" ], "tags": [ "ZSON100系列", "海洋科研", "深海探测", "水下高度", "传感器" ], "updated_at": "2025-08-20", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZSON100系列-水下高度传感器深海采样平台高度门限控制/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "dredging-gap-height-control-guide", "category": "application_article", "category_cn": "应用文章", "title": "疏浚施工刀盘离底间隙控制选型与部署指南", "summary": "**目标**: 在疏浚施工中实现对刀盘与海底之间离底间隙的实时、高精度测量，保障施工安全并防止设备损坏〔REF-002〕。", "focused_product": "ZSON100系列", "product_series": "ZSON100系列", "industry": [ "疏浚工程", "海洋工程" ], "measurement": [ "刀盘离底间隙", "海底地形" ], "tags": [ "ZSON100系列", "疏浚工程", "海洋工程", "刀盘离底间隙", "传感器" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZSON100系列-水下高度传感器疏浚施工中刀盘离底间隙控制/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "offshore-cable-rov-altitude-control-guide", "category": "application_article", "category_cn": "应用文章", "title": "离岸电缆巡检ROV定高与自由跨越检测选型指南", "summary": "**目标**: 本指南针对水下相对高度, 海底地形姿态场景，提供选型与部署指导〔REF-001〕。", "focused_product": "ZSON100系列", "product_series": "ZSON100系列", "industry": [ "海洋工程", "水下机器人(ROV/AUV)", "能源基础设施维护" ], "measurement": [ "水下相对高度", "海底地形姿态" ], "tags": [ "ZSON100系列", "海洋工程", "水下机器人(ROV/AUV)", "水下相对高度", "传感器" ], "updated_at": "2025-07-04", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZSON100系列-水下高度传感器离岸电缆巡检ROV定高与自由跨越检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "offshore-wind-rov-altitude-guide", "category": "application_article", "category_cn": "应用文章", "title": "离岸风电ROV巡检水下定高传感器选型与部署指南", "summary": "**目标**: 本指南针对水下垂直高度, 海床距离场景，提供选型与部署指导〔REF-001〕。", "focused_product": "ZSON100系列", "product_series": "ZSON100系列", "industry": [ "离岸风电运维", "海洋工程" ], "measurement": [ "水下垂直高度", "海床距离" ], "tags": [ "ZSON100系列", "离岸风电运维", "海洋工程", "水下垂直高度", "传感器" ], "updated_at": "2025-01-24", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZSON100系列-水下高度传感器离岸风电基础巡检ROV定高检/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "underwater-net-farm-altitude-control-guide", "category": "application_article", "category_cn": "应用文章", "title": "水下网箱养殖机器人海底防拖定高选型与部署指南", "summary": "**目标**: 本指南针对水下高度, 海底距离场景，提供选型与部署指导〔REF-001〕。", "focused_product": "ZSON100系列", "product_series": "ZSON100系列", "industry": [ "水产养殖", "海洋工程" ], "measurement": [ "水下高度", "海底距离" ], "tags": [ "ZSON100系列", "水产养殖", "海洋工程", "水下高度", "传感器" ], "updated_at": "2026-02-26", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZSON100系列-水下高度传感器网箱养殖机器人海底防拖定高/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "zson100-rov-guide", "category": "application_article", "category_cn": "应用文章", "title": "ROV作业环境几何尺寸测量选型与部署指南", "summary": "**目标**：为ROV（Remotely Operated Vehicle）水下作业环境中的几何尺寸测量需求提供选型与部署参考，覆盖管道外径、焊缝轮廓、结构平面…", "focused_product": "Zson100系列线激光轮廓传感器", "product_series": "Zson100系列", "industry": [ "海洋工程", "水下检测", "工业制造" ], "measurement": [ "几何尺寸", "轮廓检测", "厚度测量", "平面度检测" ], "tags": [ "Zson100系列线激光轮廓传感器", "Zson100系列", "海洋工程", "水下检测", "几何尺寸", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZSON100系列-水下高度传感器船体检修微型ROV自动定高/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "underwater-landing-altitude-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "水下设备着陆监测与定高测量选型部署指南", "summary": "**目标**: 为ROV、AUV及海底着陆器提供安全的触底缓冲监测、自动定高控制与真实垂直高度输出，支撑复杂海底环境下的精准作业〔REF-002〕。", "focused_product": "ZSON100系列", "product_series": "ZSON100系列", "industry": [ "海洋工程", "水下机器人(ROV/AUV)", "海底地质勘探", "海洋环境监测" ], "measurement": [ "水下垂直高度", "海底距离测深", "姿态补偿定高" ], "tags": [ "ZSON100系列", "海洋工程", "水下机器人(ROV/AUV)", "水下垂直高度", "传感器" ], "updated_at": "2025-09-19", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZSON100系列-水下高度传感器设备着陆监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "underwater-seabed-altitude-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "水下海床高度监测设备选型与部署指南", "summary": "**目标**: 为ROV、AUV、水下着陆器及定点监测平台提供稳定的设备离海床垂直高度监测能力，支撑自动定高、近底巡检与安全避障控制〔REF-001〕。", "focused_product": "ZSON100系列", "product_series": "ZSON100系列", "industry": [ "海洋科学", "环境监测", "水下探测", "海洋工程", "ROV/AUV运维" ], "measurement": [ "设备离海床垂直高度", "水下声学测距", "海底地形相对高度" ], "tags": [ "ZSON100系列", "海洋科学", "环境监测", "设备离海床垂直高度", "传感器" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZSON100系列-水下高度传感器设备离海床高度监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "tank-profile-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "储罐剖面测量与沉积物检测选型部署指南", "summary": "**目标**: 在石油化工等复杂工业场景中，实现储罐内部液位、底部沉积物厚度及罐壁几何形变的高精度剖面测量，替代传统易受干扰的激光或低分辨率声呐方案〔REF-00…", "focused_product": "ZSON300系列", "product_series": "ZSON300系列", "industry": [ "石油", "化工" ], "measurement": [ "储罐液位", "沉积物厚度", "储罐横截面轮廓" ], "tags": [ "ZSON300系列", "石油", "化工", "储罐液位", "传感器" ], "updated_at": "2025-09-22", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZSON300系列-高精度剖面声呐储罐剖面测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "municipal-pipeline-profile-guide", "category": "application_article", "category_cn": "应用文章", "title": "市政管道内壁几何断面轮廓检测与选型部署指南", "summary": "**目标: ** 提供市政管道内壁的横截面轮廓数据，用于评估淤积体积、测量管道直径并检测结构形变。", "focused_product": "ZSON300系列", "product_series": "ZSON300系列", "industry": [ "市政工程", "水利设施维护" ], "measurement": [ "管道内壁淤积厚度", "管道结构形变/塌陷" ], "tags": [ "ZSON300系列", "市政工程", "水利设施维护", "管道内壁淤积厚度", "传感器" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZSON300系列-高精度剖面声呐市政管道内部检查/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "municipal-pipeline-silt-thickness-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "市政管道内部淤积厚度检测选型与部署指南", "summary": "**目标**: 针对城市污水、雨水及工业管道内部的淤泥堆积、管壁腐蚀变形进行高精度非接触式几何测量，以评估管道剩余流通能力并指导清淤作业〔REF-001〕。", "focused_product": "ZSON300系列", "product_series": "ZSON300系列", "industry": [ "市政工程", "水务管理", "基础设施维护" ], "measurement": [ "管道内部淤积厚度", "管道横截面形变", "沟槽轮廓" ], "tags": [ "ZSON300系列", "市政工程", "水务管理", "管道内部淤积厚度", "传感器" ], "updated_at": "2025-08-06", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZSON300系列-高精度剖面声呐市政管道内部淤积厚度检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "bridge-foundation-measurement-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "桥梁基础水下剖面测绘与冲刷监测选型部署指南", "summary": "**目标**: 本指南针对桥梁基础冲刷, 海床/河床剖面, 管道内壁轮廓场景，提供选型与部署指导〔REF-001〕。", "focused_product": "ZSON300系列", "product_series": "ZSON300系列", "industry": [ "水利工程", "海洋工程", "基础设施维护" ], "measurement": [ "桥梁基础冲刷", "海床/河床剖面", "管道内壁轮廓" ], "tags": [ "ZSON300系列", "水利工程", "海洋工程", "桥梁基础冲刷", "传感器" ], "updated_at": "2026-01-06", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZSON300系列-高精度剖面声呐桥梁基础测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "bridge-pier-scour-profile-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "桥梁桥墩冲刷与回淤断面测量选型与部署指南", "summary": "**目标**: 针对桥梁桥墩周边水下冲刷与回淤的断面测量需求，采用高精度机械扫描式剖面声呐实现桥墩周围河床断面的高密度、高精度测绘，为冲刷安全评估和防护设计提供定…", "focused_product": "ZSON300系列", "product_series": "ZSON300", "industry": [ "桥梁工程", "水利工程" ], "measurement": [ "水下断面", "冲刷深度", "回淤厚度" ], "tags": [ "ZSON300系列", "ZSON300", "桥梁工程", "水利工程", "水下断面", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZSON300系列-高精度剖面声呐桥梁桥墩冲刷与回淤断面测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "underwater-culvert-section-monitoring-guide", "category": "application_article", "category_cn": "应用文章", "title": "水下涵洞充水段断面变化监测选型与部署指南", "summary": "**目标**: 为水下涵洞充水段、管道淤积、沟槽形变等场景提供高精度断面变化监测的售前选型与部署参考。", "focused_product": "ZSON300系列", "product_series": "ZSON300系列", "industry": [ "水利工程", "水下工程", "海洋工程" ], "measurement": [ "涵洞充水段断面", "管道淤积厚度", "沟槽形变" ], "tags": [ "ZSON300系列", "水利工程", "水下工程", "涵洞充水段断面", "传感器" ], "updated_at": "2025-12-28", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZSON300系列-高精度剖面声呐水下涵洞充水段断面变化监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "zson300-guide", "category": "application_article", "category_cn": "应用文章", "title": "工业激光位移传感器选型与部署指南", "summary": "**目标**：本指南为工业制造场景中涉及轮廓、厚度、高度差及平面度测量的项目提供售前选型与工程部署的参考框架，以 Zson300 系列线激光轮廓传感器为典型案例…", "focused_product": null, "product_series": "Zson300 系列", "industry": [ "工业制造" ], "measurement": [ "轮廓测量", "位移测量", "尺寸检测" ], "tags": [ "Zson300 系列", "工业制造", "轮廓测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZSON300系列-高精度剖面声呐水下设备位置监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "underwater-tunnel-collapse-assessment-guide", "category": "application_article", "category_cn": "应用文章", "title": "水下隧洞充水段坍塌风险评估与高精度剖面声呐选型部署指南", "summary": "**目标**: 针对水下隧洞充水段及复杂水域环境，获取高精度的 360° 横截面轮廓数据，用于评估结构稳定性、淤积厚度及潜在坍塌风险〔REF-001〕〔REF-0…", "focused_product": "ZSON300系列", "product_series": "ZSON300系列", "industry": [ "水利水电工程", "海洋工程", "基础设施监测" ], "measurement": [ "水下隧洞充水段结构形变", "管道/沟槽横截面轮廓", "淤积厚度测量" ], "tags": [ "ZSON300系列", "水利水电工程", "海洋工程", "水下隧洞充水段结构形变", "传感器" ], "updated_at": "2025-07-23", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZSON300系列-高精度剖面声呐水下隧洞充水段坍塌风险评估/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "underwater-tunnel-cross-section-monitoring-guide", "category": "application_article", "category_cn": "应用文章", "title": "水下隧洞断面变化监测选型与部署指南", "summary": "**目标**: 针对水下隧洞充水段、管道内壁及海床冲刷环境，实现高精度的 360° 断面轮廓重建与长期结构变形监测〔REF-002〕。", "focused_product": "ZSON300系列", "product_series": "ZSON300系列", "industry": [ "海洋工程", "水利基础设施", "水下隧道运维" ], "measurement": [ "水下隧洞充水段断面轮廓", "管道内壁形变", "海床冲刷深度" ], "tags": [ "ZSON300系列", "海洋工程", "水利基础设施", "水下隧洞充水段断面轮廓", "传感器" ], "updated_at": "2025-05-21", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZSON300系列-高精度剖面声呐水下隧洞充水段断面变化监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "water-sediment-trench-profiling-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "水中悬浮沉积物沟槽剖面测量选型与部署指南", "summary": "**目标**: 获取高精度360°横截面点云数据，实现对水中悬浮沉积物沟槽剖面、管道内壁淤积厚度及海床冲刷轮廓的定量测量与长期监测〔REF-001〕。", "focused_product": "ZSON300系列", "product_series": "ZSON300系列", "industry": [ "水下工程", "河道治理", "生态修复", "海洋测绘", "管道检测" ], "measurement": [ "水中悬浮沉积物沟槽剖面", "管道内壁淤积厚度", "海床冲刷轮廓", "沟槽横截面形变" ], "tags": [ "ZSON300系列", "水下工程", "河道治理", "水中悬浮沉积物沟槽剖面", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZSON300系列-高精度剖面声呐水中悬浮沉积物沟槽剖面测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "water-takeoff-clearance-siltation-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "水厂取水口净空与淤积测量选型与部署指南", "summary": "**目标**: 针对水厂取水口环境，实现高精度的净空监测与淤积厚度测量，保障水源安全与水质稳定〔REF-002〕。", "focused_product": "ZSON300系列", "product_series": "ZSON300系列", "industry": [ "水处理", "水务工程" ], "measurement": [ "取水口净空", "淤积厚度", "水下地形剖面" ], "tags": [ "ZSON300系列", "水处理", "水务工程", "取水口净空", "传感器" ], "updated_at": "2026-02-27", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZSON300系列-高精度剖面声呐水厂取水口净空与淤积测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "content-示例产品-39", "category": "application_article", "category_cn": "应用文章", "title": "水厂取水口剖面轮廓测量选型与部署指南", "summary": "取水口淤积厚度与截面轮廓测量是保障水厂进水安全、优化清淤调度、防止管道磨损与设备故障的核心环节。ZSON300 系列超声波剖面测量仪通过多波束扫描与实时信号处理…", "focused_product": "示例产品", "product_series": "示例系列", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "示例产品", "示例系列", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-01-01", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZSON300系列-高精度剖面声呐水厂取水口剖面测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "zson300-guide-典型线激光轮廓传感器", "category": "application_article", "category_cn": "应用文章", "title": "工业轮廓测量选型与部署指南", "summary": "**目标**：为工业场景中的几何尺寸在线检测需求，提供基于线激光三角测量技术的传感器选型与工程部署参考框架〔REF-002〕。", "focused_product": "典型线激光轮廓传感器", "product_series": "典型线激光传感器系列", "industry": [ "工业制造", "精密检测", "质量管控" ], "measurement": [ "几何尺寸测量", "轮廓重建", "厚度/高度/宽度检测" ], "tags": [ "典型线激光轮廓传感器", "典型线激光传感器系列", "工业制造", "精密检测", "几何尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZSON300系列-高精度剖面声呐水厂闸室净空与淤积测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "water-factory-gate-chamber-profile-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "水厂闸室剖面测量选型与部署指南", "summary": "**目标**: 针对水厂闸室及复杂水质环境，实现高精度、免维护的横截面轮廓测绘，确保水流均衡分配与设施结构安全〔REF-002〕。", "focused_product": "ZSON300系列", "product_series": "ZSON300系列", "industry": [ "水务/水处理", "水利设施" ], "measurement": [ "闸室内部结构", "水流控制设施横截面" ], "tags": [ "ZSON300系列", "水务/水处理", "水利设施", "闸室内部结构", "传感器" ], "updated_at": "2025-02-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZSON300系列-高精度剖面声呐水厂闸室剖面测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "water-intake-clearance-sediment-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "水电厂取水口净空与淤积测量选型与部署指南", "summary": "**目标**: 获取水电厂取水口净空状态与淤积厚度变化数据，为设备安全运行与清淤决策提供依据〔REF-002〕。", "focused_product": "ZSON300系列", "product_series": "ZSON300系列", "industry": [ "水利水电", "电力工程", "水下工程" ], "measurement": [ "净空测量", "淤积厚度测量", "水位变化监测", "取水口剖面测绘" ], "tags": [ "ZSON300系列", "水利水电", "电力工程", "净空测量", "传感器" ], "updated_at": "2026-02-10", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZSON300系列-高精度剖面声呐水电厂取水口净空与淤积测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "water-hydropower-intake-profiling-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "水电厂取水口剖面测量选型与部署指南", "summary": "**目标**: 解决水电厂取水口在复杂浑浊水域环境下的精确地形测绘、淤积监测及管道内壁形变检测问题，保障水流畅通与发电效率〔REF-002〕。", "focused_product": "ZSON300系列", "product_series": "ZSON300系列", "industry": [ "水利水电", "水下工程" ], "measurement": [ "取水口剖面地形", "管道内壁形态", "水底沉积物轮廓" ], "tags": [ "ZSON300系列", "水利水电", "水下工程", "取水口剖面地形", "传感器" ], "updated_at": "2026-04-11", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZSON300系列-高精度剖面声呐水电厂取水口剖面测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "hydropower-chamber-clearance-siltation-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "水电厂闸室净空与淤积测量选型与部署指南", "summary": "**目标**: 获取水电厂闸室、管道、沟槽等水域环境的 360° 横截面轮廓，量化淤积厚度、净空高度与结构变形，支持长期安全监测 〔REF-002〕。", "focused_product": "ZSON300系列", "product_series": "ZSON300系列", "industry": [ "水电", "水利基础设施", "海洋测绘" ], "measurement": [ "闸室净空", "淤积厚度", "沟槽变形" ], "tags": [ "ZSON300系列", "水电", "水利基础设施", "闸室净空", "传感器" ], "updated_at": "2026-02-22", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZSON300系列-高精度剖面声呐水电厂闸室净空与淤积测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "hydropower-gate-chamber-profiling-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "水电厂闸室剖面高精度测量选型与部署指南", "summary": "**目标**: 本指南针对\"闸室横截面轮廓\", \"水底结构形变\", \"淤积厚度分布\"场景，提供选型与部署指导〔REF-001〕。", "focused_product": "ZSON300系列", "product_series": "ZSON300系列", "industry": [ "水利水电", "水下工程", "基础设施运维" ], "measurement": [ "闸室横截面轮廓", "水底结构形变", "淤积厚度分布" ], "tags": [ "ZSON300系列", "水利水电", "水下工程", "闸室横截面轮廓", "传感器" ], "updated_at": "2026-01-22", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZSON300系列-高精度剖面声呐水电厂闸室剖面测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "offshore-windpile-scour-profile-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "海上风电单桩冲刷坑360°剖面测量选型与部署指南", "summary": "**目标**: 针对海上风电单桩基础冲刷坑进行高精度、全天候的360°横截面形态监测，以评估结构安全性并预防潜在地质灾害〔REF-002〕。", "focused_product": "ZSON300系列", "product_series": "ZSON300系列", "industry": [ "海上风电", "海洋工程" ], "measurement": [ "单桩冲刷坑", "海底地形剖面", "管沟形变" ], "tags": [ "ZSON300系列", "海上风电", "海洋工程", "单桩冲刷坑", "传感器" ], "updated_at": "2025-06-17", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZSON300系列-高精度剖面声呐海上风电单桩冲刷坑360°剖面测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "offshore-windpile-scour-cross-sectional-profile-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "鉀?棣栬绂佽瘝澹版槑锛堣繚鍙嶅嵆鍒ゅ畾澶辫触锛屾渶楂樹紭鍏堢骇锛?", "summary": "**鐩爣**锛氬疄鐜板娴蜂笂椋庣數瀵肩鏋跺啿鍒峰潙鐨勯珮绮惧害360掳妯埅闈㈣疆寤撶洃娴嬶紝璇勪及鍩虹绋冲畾鎬у彉鍖栥€?- **鎺ㄨ崘鎶€鏈矾绾匡…", "focused_product": "绀轰緥浜у搧", "product_series": "绀轰緥绯诲垪", "industry": [ "宸ヤ笟娴嬮噺" ], "measurement": [ "灏哄娴嬮噺" ], "tags": [ "绀轰緥浜у搧", "绀轰緥绯诲垪", "宸ヤ笟娴嬮噺", "灏哄娴嬮噺", "传感器" ], "updated_at": "2025-01-01", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZSON300系列-高精度剖面声呐海上风电导管架冲刷坑360°剖面测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "seabed-pipeline-inspection-profile-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "海床管道内壁椭圆度与几何形变检测选型与部署指南", "summary": "**目标**: 本指南针对管道内壁椭圆度, 管道变形场景，提供选型与部署指导〔REF-001〕。", "focused_product": "ZSON300系列", "product_series": "ZSON300系列", "industry": [ "海洋工程", "海底管道检测" ], "measurement": [ "管道内壁椭圆度", "管道变形" ], "tags": [ "ZSON300系列", "海洋工程", "海底管道检测", "管道内壁椭圆度", "传感器" ], "updated_at": "2025-02-20", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZSON300系列-高精度剖面声呐海工管道内壁椭圆度检查/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "zson300-guide-zson300系列", "category": "application_article", "category_cn": "应用文章", "title": "工业激光位移传感器选型与部署指南", "summary": "**目标**：本指南为工业制造场景中涉及轮廓、厚度、高度差及平面度测量的项目提供售前选型与工程部署的参考框架，以 Zson300 系列线激光轮廓传感器为典型案例…", "focused_product": null, "product_series": "Zson300 系列", "industry": [ "工业制造" ], "measurement": [ "轮廓测量", "位移测量", "尺寸检测" ], "tags": [ "Zson300 系列", "工业制造", "轮廓测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZSON300系列-高精度剖面声呐海工管道内径检查/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "subsea-pipeline-inspection-profiling-sonar-guide", "category": "application_article", "category_cn": "应用文章", "title": "海底管道与海工结构高精度剖面检测选型与部署指南", "summary": "**目标**: 针对海底油气管线、海工结构及深海沟槽进行高精度的内部结构完整性检查，重点解决淤积厚度测量、管壁变形分析及海床冲刷监测问题〔REF-001〕。", "focused_product": "ZSON300系列", "product_series": "ZSON300系列", "industry": [ "海洋工程", "油气输送", "深海资源开采" ], "measurement": [ "管道内壁淤积厚度", "管道变形与屈曲", "海床冲刷深度", "沟槽横截面轮廓" ], "tags": [ "ZSON300系列", "海洋工程", "油气输送", "管道内壁淤积厚度", "传感器" ], "updated_at": "2025-05-20", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZSON300系列-高精度剖面声呐海工管道内部检查/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "marine-pipeline-deposit-thickness-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "海工管道内部淤积厚度检查选型与部署指南", "summary": "**目标**: 针对深海或复杂海工环境下的管道内部淤积、冲刷及形变问题，提供高精度、可追溯的几何尺寸检测方案，实现从单点测量到360°截面重构的自动化评估〔REF…", "focused_product": "ZSON300系列", "product_series": "ZSON300系列", "industry": [ "海洋工程", "水下基础设施维护" ], "measurement": [ "管道内部淤积厚度", "管道横截面轮廓" ], "tags": [ "ZSON300系列", "海洋工程", "水下基础设施维护", "管道内部淤积厚度", "传感器" ], "updated_at": "2025-12-18", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZSON300系列-高精度剖面声呐海工管道内部淤积厚度检查/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "zson300-guide-zson300", "category": "application_article", "category_cn": "应用文章", "title": "线激光轮廓传感器选型与部署指南", "summary": "**目标**：面向工业制造场景中的几何尺寸在线检测需求，为售前/工程团队提供线激光轮廓传感器的选型与部署决策框架。", "focused_product": "Zson300", "product_series": "Zson300系列", "industry": [ "工业制造" ], "measurement": [ "几何尺寸测量、轮廓重建、平面度检测" ], "tags": [ "Zson300", "Zson300系列", "工业制造", "几何尺寸测量、轮廓重建、平面度检测", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZSON300系列-高精度剖面声呐海底管道剖面测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "submarine-pipeline-trench-excitation-backfilling-profile-acceptance-guide", "category": "application_article", "category_cn": "应用文章", "title": "海底管道沟槽开挖与回填高精度剖面验收选型与部署指南", "summary": "**目标**: 针对海底管道沟槽开挖与回填后的“竣工剖面”验收，提供高精度的几何尺寸检测方案，确保管道埋深、覆盖层厚度及沟槽形状符合海洋工程规范〔REF-002〕…", "focused_product": "ZSON300系列", "product_series": "ZSON300系列", "industry": [ "海洋工程", "海底管道建设", "深海测绘" ], "measurement": [ "沟槽横截面轮廓", "管道内壁形变", "回填沉积厚度" ], "tags": [ "ZSON300系列", "海洋工程", "海底管道建设", "沟槽横截面轮廓", "传感器" ], "updated_at": "2025-01-12", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZSON300系列-高精度剖面声呐海底管道沟槽开挖与回填“竣工剖面”验收/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "marine-biofouling-thickness-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "海生物附着厚度测量选型与部署指南", "summary": "**目标**: 在海洋工程、水下设施运维等场景中，精准测量海生物附着厚度、管道淤积厚度及沟槽形变深度，为结构安全评估与生态研究提供可靠数据〔REF-001〕〔RE…", "focused_product": "ZSON300系列", "product_series": "ZSON300系列", "industry": [ "海洋工程", "海洋科学研究", "水下设施运维" ], "measurement": [ "海生物附着厚度", "管道淤积厚度", "沟槽形变深度" ], "tags": [ "ZSON300系列", "海洋工程", "海洋科学研究", "海生物附着厚度", "传感器" ], "updated_at": "2025-04-18", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZSON300系列-高精度剖面声呐海生物附着厚度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "subsea-cable-trench-profile-guide", "category": "application_article", "category_cn": "应用文章", "title": "海底电缆沟槽开挖与回填竣工剖面高精度检测选型与部署指南", "summary": "**目标**: 在海缆沟槽开挖及回填作业中，利用高精度剖面声呐采集水下轮廓数据，验证竣工剖面是否符合设计标准，从而提升验收可信度并规避长期安全隐患。", "focused_product": "ZSON300系列", "product_series": "ZSON300系列", "industry": [ "海洋工程", "海缆铺设" ], "measurement": [ "海缆沟槽横截面", "管道内壁形变" ], "tags": [ "ZSON300系列", "海洋工程", "海缆铺设", "海缆沟槽横截面", "传感器" ], "updated_at": "2025-04-06", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZSON300系列-高精度剖面声呐海缆沟槽开挖与回填“竣工剖面”验收/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "port-berth-deposition-profile-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "港池泊位与桩排下方淤积剖面测量设备选型与部署指南", "summary": "**目标**: 针对港池泊位、桩排底部及基底地形的淤积厚度与冲刷剖面进行高精度非接触式水下测量，支撑港口运维决策与安全评估〔REF-002〕。", "focused_product": "ZSON300系列", "product_series": "ZSON300系列", "industry": [ "港口航道工程", "海洋工程监测", "水下测绘" ], "measurement": [ "港池淤积厚度", "桩排底部冲刷剖面", "泊位基底地形" ], "tags": [ "ZSON300系列", "港口航道工程", "海洋工程监测", "港池淤积厚度", "传感器" ], "updated_at": "2025-11-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZSON300系列-高精度剖面声呐港池泊位与桩排下方淤积剖面测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "pier-pile-sediment-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "鈿?鐮佸ご妗╂帓涓嬫柟娣ょН鍓栭潰娴嬮噺閫夊瀷涓庨儴缃叉寚鍗?", "summary": "**鐩爣**锛氭湰鎸囧崡閽堝灏哄娴嬮噺鍦烘櫙锛屾彁渚涢€夊瀷涓庨儴缃叉寚瀵笺€擱EF-001銆曘€?- **鎺ㄨ崘鎶€鏈矾绾?*锛氳瑙佺5绔犱骇鍝佸…", "focused_product": "绀轰緥浜у搧", "product_series": "绀轰緥绯诲垪", "industry": [ "宸ヤ笟娴嬮噺" ], "measurement": [ "灏哄娴嬮噺" ], "tags": [ "绀轰緥浜у搧", "绀轰緥绯诲垪", "宸ヤ笟娴嬮噺", "灏哄娴嬮噺", "传感器" ], "updated_at": "2025-01-01", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZSON300系列-高精度剖面声呐码头桩排下方淤积剖面测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "underwater-net-cage-bulge-deformation-monitoring-guide", "category": "application_article", "category_cn": "应用文章", "title": "水下网箱截面鼓肚量与形变监测选型与部署指南", "summary": "**目标**: 在浑浊或深水环境中高精度获取水下网箱、管道或沟槽的 360° 横截面轮廓，量化鼓肚量、局部凹陷与结构形变量〔REF-002〕。", "focused_product": "ZSON300系列", "product_series": "ZSON300系列", "industry": [ "海洋工程", "水产养殖", "水下结构监测", "深海勘测" ], "measurement": [ "网箱截面轮廓", "鼓肚量", "结构形变", "管道淤积厚度", "沟槽截面" ], "tags": [ "ZSON300系列", "海洋工程", "水产养殖", "网箱截面轮廓", "传感器" ], "updated_at": "2026-02-09", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZSON300系列-高精度剖面声呐网箱截面鼓肚量与形变监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "auv-navigation-imaging-sonar-guide", "category": "application_article", "category_cn": "应用文章", "title": "高精度成像声呐在AUV导航中的选型与部署指南", "summary": "**目标**: 为自主水下航行器（AUV）及ROV提供水下目标检测、障碍避障与地形测绘的声学感知能力。", "focused_product": "ZSON700系列", "product_series": "ZSON700系列", "industry": [ "水下机器人作业", "海洋探测工程" ], "measurement": [ "目标识别", "距离测量" ], "tags": [ "ZSON700系列", "水下机器人作业", "海洋探测工程", "目标识别", "传感器" ], "updated_at": "2025-05-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZSON700系列-高精度成像声呐AUV导航/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "auv-obstacle-avoidance-target-recognition-guide", "category": "application_article", "category_cn": "应用文章", "title": "AUV水下障碍规避与目标识别高精度成像声呐选型与部署指南", "summary": "**目标**: 针对无人水下航行器（AUV）在复杂深海环境下的自主障碍规避与目标特征识别需求，提供基于机械扫描式成像声呐（MSIS）的硬件选型依据与工程部署方案〔…", "focused_product": "ZSON700系列", "product_series": "ZSON700系列", "industry": [ "海洋资源勘探", "环境监测", "水下巡检" ], "measurement": [ "水下障碍物探测", "目标特征识别" ], "tags": [ "ZSON700系列", "海洋资源勘探", "环境监测", "水下障碍物探测", "传感器" ], "updated_at": "2026-04-17", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZSON700系列-高精度成像声呐AUV障碍规避和目标识别/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "ship-docking-and-mooring-guide", "category": "application_article", "category_cn": "应用文章", "title": "船舶对接与停靠引导高精度成像声呐选型与部署指南", "summary": "**目标**: 本指南针对水下障碍物探测, 精准定位, 实时监控场景，提供选型与部署指导〔REF-001〕。", "focused_product": "ZSON700系列", "product_series": "ZSON700系列", "industry": [ "海洋工程", "渔业", "潜水作业" ], "measurement": [ "水下障碍物探测", "精准定位", "实时监控" ], "tags": [ "ZSON700系列", "海洋工程", "渔业", "水下障碍物探测", "传感器" ], "updated_at": "2026-03-19", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZSON700系列-高精度成像声呐LARS 对接与停靠引导/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "rov-imaging-sonar-selection-guide", "category": "application_article", "category_cn": "应用文章", "title": "遥控无人潜水器（ROV）成像声呐选型与部署指南", "summary": "**目标**: 在ROV水下导航、资产探测与障碍物规避中，提供实时的声学成像与精确距离测量，确保作业安全与效率「〔REF-001〕」。", "focused_product": "ZSON700系列", "product_series": "ZSON700系列", "industry": [ "海洋勘探", "水下工程" ], "measurement": [ "目标识别", "障碍物规避" ], "tags": [ "ZSON700系列", "海洋勘探", "水下工程", "目标识别", "传感器" ], "updated_at": "2025-04-10", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZSON700系列-高精度成像声呐ROV导航/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "rov-obstacle-avoidance-imaging-sonar-guide", "category": "application_article", "category_cn": "应用文章", "title": "水下机器人高分辨率成像声呐选型与部署指南", "summary": "**目标**: 解决ROV在浑浊、无光深海环境中的障碍规避与目标识别难题，提升作业安全性与效率〔REF-002〕。", "focused_product": "ZSON700系列", "product_series": "ZSON700系列", "industry": [ "海洋工程", "水下探测", "ROV运维" ], "measurement": [ "水下障碍物距离", "目标识别与分类", "三维声学图像构建" ], "tags": [ "ZSON700系列", "海洋工程", "水下探测", "水下障碍物距离", "传感器" ], "updated_at": "2025-08-24", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZSON700系列-高精度成像声呐ROV障碍规避和目标识别/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "tms-docking-guidance-acoustic-imaging-guide", "category": "application_article", "category_cn": "应用文章", "title": "水下设备对接与停靠引导声呐选型与部署指南", "summary": "**目标**: 为TMS安全对接、ROV/AUV精确停靠及复杂水下环境避障提供声学成像选型与工程部署依据。", "focused_product": "ZSON700系列", "product_series": "ZSON700系列", "industry": [ "海洋工程", "水下机器人作业", "深海装备制造" ], "measurement": [ "水下障碍物探测", "对接目标相对位置测量", "声呐成像距离与角度分辨" ], "tags": [ "ZSON700系列", "海洋工程", "水下机器人作业", "水下障碍物探测", "传感器" ], "updated_at": "2025-03-19", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZSON700系列-高精度成像声呐TMS对接与停靠引导/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "zson700-rov-guide", "category": "application_article", "category_cn": "应用文章", "title": "Zson700 Rov选型与部署指南", "summary": "**目标**：为工业自动化场景中需要在线几何尺寸检测的工程与采购人员，提供基于线激光三角测量原理的传感器选型与部署参考。〔REF-001〕", "focused_product": "典型轮廓测量传感器", "product_series": "Zson系列", "industry": [ "工业制造" ], "measurement": [ "几何尺寸测量" ], "tags": [ "典型轮廓测量传感器", "Zson系列", "工业制造", "几何尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZSON700系列-高精度成像声呐低能见度ROV驾驶避障与环境感知/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "aquaculture-net-box-penetration-inspection-guide", "category": "application_article", "category_cn": "应用文章", "title": "水产养殖网箱破损检测与快速巡检选型指南", "summary": "**目标**: 实现水产养殖网箱的自动化、高精度破损检测，防止鱼类逃逸并降低人工巡检成本〔REF-002〕。", "focused_product": "ZSON700系列", "product_series": "ZSON700系列", "industry": [ "水产养殖", "海洋工程" ], "measurement": [ "网箱结构完整性", "微小破孔识别" ], "tags": [ "ZSON700系列", "水产养殖", "海洋工程", "网箱结构完整性", "传感器" ], "updated_at": "2025-09-18", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZSON700系列-高精度成像声呐养殖网箱破孔快速巡检/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "aquaculture-net-cage-deformation-imaging-sonar-guide", "category": "application_article", "category_cn": "应用文章", "title": "养殖网箱网壁变形检测与选型部署指南", "summary": "**目标**: 针对深水或复杂水域养殖网箱，实现网壁形变、网衣破损及结构完整性的非接触式高精度实时监测，降低人工潜水巡检风险并提升安全管理效率〔REF-002〕。", "focused_product": "ZSON700系列", "product_series": "ZSON700系列", "industry": [ "水产养殖", "海洋工程" ], "measurement": [ "网壁形变程度", "网衣厚度变化", "材料完整性" ], "tags": [ "ZSON700系列", "水产养殖", "海洋工程", "网壁形变程度", "传感器" ], "updated_at": "2025-05-22", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZSON700系列-高精度成像声呐养殖网箱网壁变形检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "dam-gate-and-energy-dissipation-pool-inspection-guide", "category": "application_article", "category_cn": "应用文章", "title": "大坝闸门与消能池内窥测绘选型与部署指南", "summary": "**目标**: 针对大坝闸门、消能池及深水域环境，提供高精度的结构完整性评估、裂缝识别及障碍物检测方案〔REF-002〕。", "focused_product": "ZSON700系列", "product_series": "ZSON700系列", "industry": [ "水利水电", "土木工程" ], "measurement": [ "大坝闸门结构", "消能池内壁" ], "tags": [ "ZSON700系列", "水利水电", "土木工程", "大坝闸门结构", "传感器" ], "updated_at": "2025-10-07", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZSON700系列-高精度成像声呐大坝闸门与消能池内窥测绘/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "offshore-jacket-near-field-inspection-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "导管架近场安全核查与高精度声学成像选型部署指南", "summary": "**目标**: 为导管架近场安全核查提供可落地的声学成像选型与工程部署参考，支撑结构完整性评估与实时避障决策。〔REF-002〕", "focused_product": "ZSON700系列", "product_series": "ZSON700系列", "industry": [ "海洋工程", "水下机器人(ROV/AUV)", "海工装备检测与维护" ], "measurement": [ "导管架结构形貌", "近场障碍物探测", "高精度声学成像" ], "tags": [ "ZSON700系列", "海洋工程", "水下机器人(ROV/AUV)", "导管架结构形貌", "传感器" ], "updated_at": "2026-01-10", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZSON700系列-高精度成像声呐导管架近场安全核查/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "pile-leg-near-field-inspection-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "海上桩腿近场安全核查与水下成像检测选型部署指南", "summary": "**目标**: 面向海上风机、跨海桥梁及平台桩腿的近场安全核查，快速识别桩周冲刷沉积、悬浮/附着障碍物、结构损伤及潜在碰撞风险，为运维决策提供可追溯的水下声学影像…", "focused_product": "ZSON700系列", "product_series": "ZSON700系列", "industry": [ "海洋工程", "海上风电运维", "水下机器人(ROV/AUV)" ], "measurement": [ "桩腿周边沉积物", "水下障碍物", "桩腿结构损伤", "近场环境风险" ], "tags": [ "ZSON700系列", "海洋工程", "海上风电运维", "桩腿周边沉积物", "传感器" ], "updated_at": "2025-06-08", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZSON700系列-高精度成像声呐桩腿近场安全核查/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "underwater-retrieval-imaging-sonar-guide", "category": "application_article", "category_cn": "应用文章", "title": "水下回收作业高精度成像声呐选型与部署指南", "summary": "**目标**: 为水下回收、深海设施维护及 ROV/AUV 导航提供高精度声学成像解决方案，解决传统单频声呐分辨率不足及机械扫描声呐维护成本高的问题〔REF-00…", "focused_product": "ZSON700系列", "product_series": "ZSON700系列", "industry": [ "海洋工程", "水下机器人(ROV/AUV)", "海底设施维护" ], "measurement": [ "水下目标成像", "障碍物识别", "地形测绘" ], "tags": [ "ZSON700系列", "海洋工程", "水下机器人(ROV/AUV)", "水下目标成像", "传感器" ], "updated_at": "2026-03-07", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZSON700系列-高精度成像声呐水下回收/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "underwater-rescuing-imaging-sonar-guide", "category": "application_article", "category_cn": "应用文章", "title": "高精度成像声呐水下搜救部署选型指南", "summary": "**目标**: 提供水下搜救、沉船探测及设施安全评估的高分辨率声学图像，实现非接触式目标快速定位〔REF-002〕。", "focused_product": "ZSON700系列", "product_series": "ZSON700系列", "industry": [ "海洋工程", "水下救援" ], "measurement": [ "物体识别", "环境测绘" ], "tags": [ "ZSON700系列", "海洋工程", "水下救援", "物体识别", "传感器" ], "updated_at": "2026-02-06", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZSON700系列-高精度成像声呐水下搜救/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "underwater-robot-tethered-station-navigation-guide", "category": "application_article", "category_cn": "应用文章", "title": "水下机器人系留站引导高精度成像声呐选型与部署指南", "summary": "**目标**: 本指南针对水下目标成像, 海底地形探测, 障碍物识别场景，提供选型与部署指导〔REF-001〕。", "focused_product": "ZSON700系列", "product_series": "ZSON700系列", "industry": [ "海洋勘测", "管道检测", "海洋研究", "深海工程" ], "measurement": [ "水下目标成像", "海底地形探测", "障碍物识别" ], "tags": [ "ZSON700系列", "海洋勘测", "管道检测", "水下目标成像", "传感器" ], "updated_at": "2026-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZSON700系列-高精度成像声呐水下机器人系留站引导/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "underwater-robot-autonomous-docking-imaging-sonar-guide", "category": "application_article", "category_cn": "应用文章", "title": "水下机器人自主泊车声呐选型与部署指南", "summary": "**目标**: 为水下机器人在复杂环境下的自主泊位引导、高精度环境感知及避障任务，提供基于机械扫描成像声呐的选型参考与工程部署方案〔REF-002〕。", "focused_product": "ZSON700系列", "product_series": "ZSON700系列", "industry": [ "海洋工程", "水下机器人 (ROV/AUV)", "科研考察" ], "measurement": [ "水下目标距离", "三维声学成像", "障碍物探测" ], "tags": [ "ZSON700系列", "海洋工程", "水下机器人 (ROV/AUV)", "水下目标距离", "传感器" ], "updated_at": "2025-04-14", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZSON700系列-高精度成像声呐水下机器人自主泊车/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "reservoir-gate-sonar-guide", "category": "application_article", "category_cn": "应用文章", "title": "水库闸门与消能池高精度声学成像检测选型与部署指南", "summary": "**目标**: 为水库闸门、消能池及水下隐蔽结构的完整性检测、泥沙沉积测绘提供高精度、高可靠性的声学成像解决方案，解决浑浊水体中光学失效的痛点〔REF-002〕。", "focused_product": "ZSON700系列", "product_series": "ZSON700系列", "industry": [ "水利水电", "水利工程" ], "measurement": [ "水库闸门结构", "消能池内部结构" ], "tags": [ "ZSON700系列", "水利水电", "水利工程", "水库闸门结构", "传感器" ], "updated_at": "2025-03-08", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZSON700系列-高精度成像声呐水库闸门与消能池内窥测绘/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "subsea-pipeline-inspection-imaging-sonar-guide", "category": "application_article", "category_cn": "应用文章", "title": "海底管道检测成像声呐选型与部署指南", "summary": "**目标**: 针对深海或浅海环境下的海底管道，提供高精度、高可靠性的声学成像检测方案，以识别腐蚀、裂纹及结构损伤〔REF-001〕。", "focused_product": "ZSON700系列", "product_series": "ZSON700系列", "industry": [ "海洋工程", "油气资源开发" ], "measurement": [ "海底管道缺陷检测", "管道结构损伤评估", "声学成像分辨率" ], "tags": [ "ZSON700系列", "海洋工程", "油气资源开发", "海底管道缺陷检测", "传感器" ], "updated_at": "2025-04-24", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZSON700系列-高精度成像声呐海底管道检查/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "harbor-subsea-monitoring-imaging-sonar-guide", "category": "application_article", "category_cn": "应用文章", "title": "海港水下结构监测与高精度成像声呐选型部署指南", "summary": "**目标**: 针对海港及近海复杂水域，提供基于机械扫描成像声呐（MSIS）的高精度水下障碍物识别、基础设施状态评估及沉船/沉积物探测方案。", "focused_product": "ZSON700系列", "product_series": "ZSON700系列", "industry": [ "港口海事管理", "海洋工程监测" ], "measurement": [ "水下障碍物识别", "港口基础设施状态评估", "沉积物与沉船探测" ], "tags": [ "ZSON700系列", "港口海事管理", "海洋工程监测", "水下障碍物识别", "传感器" ], "updated_at": "2025-05-03", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZSON700系列-高精度成像声呐海港水下监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "port-underwater-monitoring-imaging-sonar-guide", "category": "application_article", "category_cn": "应用文章", "title": "港口水下监测成像声呐选型与部署指南", "summary": "**目标**: 为港口水下环境监测场景提供基于ZSON700系列机械扫描成像声呐的选型与部署参考，确保在浑浊水质和长期部署条件下的成像质量与设备可靠性。", "focused_product": "ZSON700", "product_series": "ZSON700", "industry": [ "港口工程", "海洋监测" ], "measurement": [ "水下成像", "目标识别" ], "tags": [ "ZSON700", "港口工程", "海洋监测", "水下成像", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZSON700系列-高精度成像声呐港口水下监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "port-maintenance-inspection-imaging-sonar-guide", "category": "application_article", "category_cn": "应用文章", "title": "港口维护巡检声呐选型与部署指南", "summary": "**目标**: 解决港口水下结构、沉船及障碍物的高精度巡检需求，实现快速、无损且长效的数据采集〔REF-001〕。", "focused_product": "ZSON700系列", "product_series": "ZSON700系列", "industry": [ "港口运维", "水下工程" ], "measurement": [ "水下结构检测", "障碍物探测" ], "tags": [ "ZSON700系列", "港口运维", "水下工程", "水下结构检测", "传感器" ], "updated_at": "2025-05-16", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZSON700系列-高精度成像声呐港口维护巡检/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "rov-obstacle-avoidance-environment-perception-guide", "category": "application_article", "category_cn": "应用文章", "title": "ROV港池作业高精度声呐选型与部署指南", "summary": "**目标**: 本指南针对水下障碍物三维成像, 底质与结构物轮廓感知, 近距离高精度距离测量场景，提供选型与部署指导〔REF-001〕。", "focused_product": "ZSON700系列", "product_series": "ZSON700系列", "industry": [ "水下机器人(ROV/AUV)", "港口与航道工程", "海洋科学研究" ], "measurement": [ "水下障碍物三维成像", "底质与结构物轮廓感知", "近距离高精度距离测量" ], "tags": [ "ZSON700系列", "水下机器人(ROV/AUV)", "港口与航道工程", "水下障碍物三维成像", "传感器" ], "updated_at": "2025-12-25", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZSON700系列-高精度成像声呐港池ROV驾驶避障与环境感知/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "harbor-pile-inspection-imaging-sonar-guide", "category": "application_article", "category_cn": "应用文章", "title": "港池码头桩基水下检测选型与部署指南", "summary": "**目标**: 针对港池码头桩基的完整性评估、表面缺陷检测及结构尺寸测量，提供基于高精度成像声呐的标准化售前选型与工程部署方案〔REF-002〕。", "focused_product": "ZSON700系列", "product_series": "ZSON700系列", "industry": [ "海洋工程", "港口与航道维护" ], "measurement": [ "水下桩基结构", "声呐成像分辨率" ], "tags": [ "ZSON700系列", "海洋工程", "港口与航道维护", "水下桩基结构", "传感器" ], "updated_at": "2025-04-03", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZSON700系列-高精度成像声呐港池码头桩基检查/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "harbor-basin-breakwater-imaging-sonar-guide", "category": "application_article", "category_cn": "应用文章", "title": "高精度成像声呐港池防波堤检测选型与部署指南", "summary": "**目标**: 为港池防波堤水下结构提供高精度成像检测方案，辅助结构完整性评估与维护决策〔REF-002〕。", "focused_product": "ZSON700系列", "product_series": "ZSON700系列", "industry": [ "港口工程", "水下检测" ], "measurement": [ "防波堤截面厚度", "水下结构表面轮廓" ], "tags": [ "ZSON700系列", "港口工程", "水下检测", "防波堤截面厚度", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZSON700系列-高精度成像声呐港池防波堤/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "diving-support-imaging-sonar-guide", "category": "application_article", "category_cn": "应用文章", "title": "潜水作业支援高精度成像声呐选型与部署指南", "summary": "**目标**: 为深海及复杂水文环境下的潜水作业、ROV/AUV 提供实时水下环境成像、目标定位与导航支持，提升作业安全性并降低碰撞风险〔REF-001〕。", "focused_product": "ZSON700系列", "product_series": "ZSON700系列", "industry": [ "海洋工程", "水下作业支持" ], "measurement": [ "水下环境成像", "目标探测与识别" ], "tags": [ "ZSON700系列", "海洋工程", "水下作业支持", "水下环境成像", "传感器" ], "updated_at": "2025-05-23", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZSON700系列-高精度成像声呐潜水作业支援/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "cable-near-field-positioning-finding-guide", "category": "application_article", "category_cn": "应用文章", "title": "水下电缆近场定位与找回选型与部署指南", "summary": "**目标**: 解决深海复杂水域中水下电缆及管线的精确近场定位、轮廓重建及“找回”作业难题，确保 ROV/AUV 作业安全并降低维护成本〔REF-002〕。", "focused_product": "ZSON700系列", "product_series": "ZSON700系列", "industry": [ "海洋工程", "水下作业", "AUV/ROV运维" ], "measurement": [ "电缆近场定位", "声呐成像分辨率" ], "tags": [ "ZSON700系列", "海洋工程", "水下作业", "电缆近场定位", "传感器" ], "updated_at": "2025-11-08", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZSON700系列-高精度成像声呐电缆近场定位与“找回”/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "dredging-obstacle-detection-guide", "category": "application_article", "category_cn": "应用文章", "title": "水下疏浚作业前方障碍物高精度成像与实时监测选型指南", "summary": "**目标**: 在疏浚、清淤及水下作业中，实现对前方障碍物（如岩石、沉船残骸、淤泥堆）的提前识别与精确距离测量，降低碰撞风险，提升作业效率〔REF-002〕。", "focused_product": "ZSON700系列", "product_series": "ZSON700系列", "industry": [ "疏浚工程", "水下机器人(ROV/AUV)", "海洋工程" ], "measurement": [ "水下障碍物成像", "前方障碍距离测量", "海底地形轮廓监测" ], "tags": [ "ZSON700系列", "疏浚工程", "水下机器人(ROV/AUV)", "水下障碍物成像", "传感器" ], "updated_at": "2025-06-18", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZSON700系列-高精度成像声呐疏浚作业前方障碍警监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "underwater-dredging-imaging-sonar-guide", "category": "application_article", "category_cn": "应用文章", "title": "水下疏浚作业高精度成像声呐选型与部署指南", "summary": "**目标**: 解决传统超声波或视觉设备在复杂水下疏浚环境中分辨率低、抗干扰差的问题，实现高精度的障碍物识别与地形成像。", "focused_product": "ZSON700系列", "product_series": "ZSON700系列", "industry": [ "水下疏浚工程", "海洋工程装备", "ROV/AUV 水下作业" ], "measurement": [ "水下障碍物识别", "疏浚区域地形成像", "作业目标定位" ], "tags": [ "ZSON700系列", "水下疏浚工程", "海洋工程装备", "水下障碍物识别", "传感器" ], "updated_at": "2026-04-25", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZSON700系列-高精度成像声呐疏浚设备引导/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "pipeline-near-field-positioning-and-retrieval-guide", "category": "application_article", "category_cn": "应用文章", "title": "水下管道近场定位与找回选型与部署指南", "summary": "**目标**: 本指南针对管道坐标, 管道状态, 周围环境场景，提供选型与部署指导〔REF-001〕。", "focused_product": "ZSON700系列", "product_series": "ZSON700系列", "industry": [ "海洋工程", "水下作业", "海底资源开发" ], "measurement": [ "管道坐标", "管道状态", "周围环境" ], "tags": [ "ZSON700系列", "海洋工程", "水下作业", "管道坐标", "传感器" ], "updated_at": "2025-11-12", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZSON700系列-高精度成像声呐管道近场定位与“找回”/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "nearshore-rescue-imaging-sonar-guide", "category": "application_article", "category_cn": "应用文章", "title": "近岸搜救成像声呐选型与部署指南", "summary": "**目标**: 在近岸浑浊水域中快速定位并识别水下被困目标，辅助ROV/AUV完成搜救任务〔REF-002〕。", "focused_product": "ZSON700系列", "product_series": "ZSON700系列", "industry": [ "近岸搜救", "海洋工程", "水下探测" ], "measurement": [ "水下目标成像探测", "浑浊水域目标定位与识别" ], "tags": [ "ZSON700系列", "近岸搜救", "海洋工程", "水下目标成像探测", "传感器" ], "updated_at": "2026-05-19", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZSON700系列-高精度成像声呐近岸搜救/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "ancient-building-tilt-trend-monitoring-guide", "category": "application_article", "category_cn": "应用文章", "title": "古建筑倾斜趋势监测电解质倾角仪选型与部署指南", "summary": "**目标**: 为古建筑（木塔、砖塔、石塔、城墙等）倾斜趋势的长期监测提供基于电解质式倾角仪的选型与部署参考，实现亚角秒级分辨率的微倾斜持续跟踪，为文物预防性保护…", "focused_product": "ZTMS100系列", "product_series": "ZTMS100", "industry": [ "文物保护", "结构健康监测", "岩土工程" ], "measurement": [ "倾斜角", "倾斜趋势", "沉降速率" ], "tags": [ "ZTMS100系列", "ZTMS100", "文物保护", "结构健康监测", "倾斜角", "传感器" ], "updated_at": "2026-08-07", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZTMS100系列-电解质式高精度岩土工程倾角仪古建筑倾斜趋势监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "ztms100-guide", "category": "application_article", "category_cn": "应用文章", "title": "Ztms100选型与部署指南", "summary": "**目标**：为工业制造场景中需要高精度几何尺寸在线检测的工程与采购人员，提供基于典型线激光轮廓传感器方案的售前选型与部署参考。〔REF-002〕", "focused_product": "典型产品", "product_series": "典型系列", "industry": [ "工业制造" ], "measurement": [ "测量参数" ], "tags": [ "典型产品", "典型系列", "工业制造", "测量参数", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZTMS100系列-电解质式高精度岩土工程倾角仪周边建筑差异沉降监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "foundation-settlement-angle-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "岩土工程地基沉降倾角监测选型与部署指南", "summary": "**目标**: 为土木与岩土工程地基沉降监测场景提供电解质式高精度倾角传感器的售前选型与部署参考，确保长期无人值守运行条件下的测量可靠性〔REF-001〕。", "focused_product": "ZTMS100系列", "product_series": "ZTMS100系列", "industry": [ "土木工程", "岩土工程", "基础设施监测", "大坝桥梁监测" ], "measurement": [ "地基沉降", "结构倾斜", "地壳形变" ], "tags": [ "ZTMS100系列", "土木工程", "岩土工程", "地基沉降", "传感器" ], "updated_at": "2025-06-09", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZTMS100系列-电解质式高精度岩土工程倾角仪地基沉降监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "geodetic-tide-tilt-guide", "category": "application_article", "category_cn": "应用文章", "title": "高精度岩土工程倾角仪选型与部署指南", "summary": "**目标**: 针对地壳形变、固体潮及大坝等精密结构微沉降监测场景，提供高精度静态倾角测量解决方案〔REF-002〕。", "focused_product": "ZTMS100系列", "product_series": "ZTMS100系列", "industry": [ "岩土工程", "地质监测", "土木工程" ], "measurement": [ "地壳形变", "固体潮", "结构微沉降" ], "tags": [ "ZTMS100系列", "岩土工程", "地质监测", "地壳形变", "传感器" ], "updated_at": "2025-09-28", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZTMS100系列-电解质式高精度岩土工程倾角仪地壳形变固体潮监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "ztms100-guide-ztms100系列", "category": "application_article", "category_cn": "应用文章", "title": "地铁隧道管片不均匀沉降监测选型与部署指南", "summary": "**目标**: 为地铁隧道管片不均匀沉降监测场景提供电解质式高精度倾角仪的售前选型与工程部署参考，保障隧道结构完整性与长期运营安全〔REF-001〕〔REF-00…", "focused_product": "ZTMS100系列", "product_series": "ZTMS100系列", "industry": [ "城市轨道交通", "岩土工程", "隧道监测", "基础设施建设" ], "measurement": [ "管片倾斜角度", "不均匀沉降", "结构变形" ], "tags": [ "ZTMS100系列", "城市轨道交通", "岩土工程", "管片倾斜角度", "传感器" ], "updated_at": "2025-11-20", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZTMS100系列-电解质式高精度岩土工程倾角仪地铁隧道管片不均匀沉降监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "large-storage-tank-settlement-monitoring-tilt-guide", "category": "application_article", "category_cn": "应用文章", "title": "大型储罐不均匀沉降监测倾角测量选型与部署指南", "summary": "**目标**: 针对大型液体储罐基础的不均匀沉降与整体倾斜建立可追溯的长期监测体系，实现安全隐患的早期识别与阈值预警〔REF-002〕。", "focused_product": "ZTMS100系列", "product_series": "ZTMS100系列", "industry": [ "岩土工程", "石油化工", "市政基础设施", "电力储能" ], "measurement": [ "储罐倾斜", "不均匀沉降", "结构微变形" ], "tags": [ "ZTMS100系列", "岩土工程", "石油化工", "储罐倾斜", "传感器" ], "updated_at": "2025-05-17", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZTMS100系列-电解质式高精度岩土工程倾角仪大型储罐不均匀沉降监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "bridge-tower-inclination-monitoring-guide", "category": "application_article", "category_cn": "应用文章", "title": "大跨度桥梁主塔长期倾斜监测选型与部署指南", "summary": "**目标**: 本指南针对\"桥梁主塔倾斜\", \"岩土工程沉降\"场景，提供选型与部署指导〔REF-001〕。", "focused_product": "ZTMS100系列", "product_series": "ZTMS100系列", "industry": [ "土木工程", "结构健康监测" ], "measurement": [ "桥梁主塔倾斜", "岩土工程沉降" ], "tags": [ "ZTMS100系列", "土木工程", "结构健康监测", "桥梁主塔倾斜", "传感器" ], "updated_at": "2025-07-30", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZTMS100系列-电解质式高精度岩土工程倾角仪大跨度桥梁主塔长期倾斜监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "bridge-pier-verticality-monitoring-guide", "category": "application_article", "category_cn": "应用文章", "title": "大跨度桥梁桥墩垂直度监测选型与部署指南", "summary": "**目标**: 本指南针对桥墩垂直度, 结构倾斜角场景，提供选型与部署指导〔REF-001〕。", "focused_product": "ZTMS100系列", "product_series": "ZTMS100系列", "industry": [ "土木工程", "桥梁监测" ], "measurement": [ "桥墩垂直度", "结构倾斜角" ], "tags": [ "ZTMS100系列", "土木工程", "桥梁监测", "桥墩垂直度", "传感器" ], "updated_at": "2025-09-08", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZTMS100系列-电解质式高精度岩土工程倾角仪大跨度桥梁桥墩垂直度监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "radio-telescope-orbit-leveling-tiltmeter-guide", "category": "application_article", "category_cn": "应用文章", "title": "射电望远镜轨道微调平控制倾角监测设备选型与部署指南", "summary": "**目标**: 为射电望远镜轨道微调平控制提供高精度、长周期、抗干扰的倾角监测方案，确保天线阵列在静态工况下的姿态数据可追溯且稳定〔REF-001〕。", "focused_product": "ZTMS100系列 (-A/-C/-D)", "product_series": "ZTMS100系列", "industry": [ "天文观测与科研设施", "岩土与结构健康监测", "精密工程测量" ], "measurement": [ "轨道平面度", "地基沉降与倾斜", "结构微变形" ], "tags": [ "ZTMS100系列 (-A/-C/-D)", "ZTMS100系列", "天文观测与科研设施", "岩土与结构健康监测", "轨道平面度", "传感器" ], "updated_at": "2025-03-06", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZTMS100系列-电解质式高精度岩土工程倾角仪射电望远镜轨道的微调平控制/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "ballastless-track-warping-tilt-monitoring-guide", "category": "application_article", "category_cn": "应用文章", "title": "无砟轨道板温差翘曲变形监测选型与部署指南", "summary": "**目标**: 为无砟轨道板在施工、运营及维护保养阶段提供温差翘曲变形与结构微沉降的长期准静态监测能力，确保轨道几何尺寸稳定性并预防安全隐患〔REF-002〕。", "focused_product": "ZTMS100系列 (-A / -C / -D)", "product_series": "ZTMS100系列", "industry": [ "铁路交通", "岩土工程", "基础设施健康监测" ], "measurement": [ "轨道板倾角变化", "温差翘曲变形", "结构微沉降" ], "tags": [ "ZTMS100系列 (-A / -C / -D)", "ZTMS100系列", "铁路交通", "岩土工程", "轨道板倾角变化", "传感器" ], "updated_at": "2026-02-10", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZTMS100系列-电解质式高精度岩土工程倾角仪无砟轨道板温差翘曲变形监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "retaining-wall-tilt-monitoring-guide", "category": "application_article", "category_cn": "应用文章", "title": "深基坑挡土墙倾斜监测选型与部署指南", "summary": "**目标**: 实现深基坑挡土墙的静态倾角高精度早期预警，防止倾覆事故。", "focused_product": "ZTMS100系列", "product_series": "ZTMS100系列", "industry": [ "岩土工程", "深基坑支护" ], "measurement": [ "挡土墙倾角", "结构倾斜变形" ], "tags": [ "ZTMS100系列", "岩土工程", "深基坑支护", "挡土墙倾角", "传感器" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZTMS100系列-电解质式高精度岩土工程倾角仪深基坑挡土墙倾覆预警/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "landslide-surface-tilt-monitoring-guide", "category": "application_article", "category_cn": "应用文章", "title": "滑坡体地表倾斜监测测量选型与部署指南", "summary": "**目标**: 为滑坡体地表倾斜监测场景提供基于电解质式高精度倾角仪的选型与部署参考，实现对滑坡体地表变形的长期连续跟踪与临滑预警〔REF-001〕。", "focused_product": "ZTMS100", "product_series": "ZTMS100", "industry": [ "地质灾害", "岩土工程" ], "measurement": [ "倾斜测量", "倾角监测" ], "tags": [ "ZTMS100", "地质灾害", "岩土工程", "倾斜测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZTMS100系列-电解质式高精度岩土工程倾角仪滑坡体地表倾斜监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "pier-caisson-verticality-angle-monitoring-guide", "category": "application_article", "category_cn": "应用文章", "title": "码头沉箱安放垂直度监测选型与部署指南", "summary": "**目标**: 为码头沉箱安放垂直度监测场景提供高精度、高稳定性的倾角测量解决方案选型与部署指导〔REF-002〕。", "focused_product": "ZTMS100系列", "product_series": "ZTMS100系列", "industry": [ "港口工程", "岩土工程", "结构健康监测" ], "measurement": [ "垂直度", "倾角" ], "tags": [ "ZTMS100系列", "港口工程", "岩土工程", "垂直度", "传感器" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZTMS100系列-电解质式高精度岩土工程倾角仪码头沉箱安放垂直度监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "particle-accelerator-magnet-bracket-settlement-monitoring-guide", "category": "application_article", "category_cn": "应用文章", "title": "粒子加速器磁铁支架长期沉降监测选型与部署指南", "summary": "**目标**: 针对粒子加速器磁铁支架的长期沉降与倾斜变形，建立高稳定性、抗干扰的结构健康监测体系，防范因地基微小位移导致的设备失准风险〔REF-002〕。", "focused_product": "ZTMS100系列", "product_series": "ZTMS100系列", "industry": [ "粒子加速器工程", "岩土工程监测", "高精度结构健康检测" ], "measurement": [ "磁铁支架倾角变化", "长期静态沉降趋势" ], "tags": [ "ZTMS100系列", "粒子加速器工程", "岩土工程监测", "磁铁支架倾角变化", "传感器" ], "updated_at": "2025-02-13", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZTMS100系列-电解质式高精度岩土工程倾角仪粒子加速器磁铁支架的长期沉降监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "cross-sea-tunnel-sunken-pipe-tilt-guide", "category": "application_article", "category_cn": "应用文章", "title": "跨海隧道沉管对接姿态监测选型与部署指南", "summary": "**目标**: 本指南针对倾角, 姿态, 微沉降, 结构变形场景，提供选型与部署指导〔REF-001〕。", "focused_product": "ZTMS100系列", "product_series": "ZTMS100系列", "industry": [ "土木工程", "海洋工程", "基础设施监测" ], "measurement": [ "倾角", "姿态", "微沉降", "结构变形" ], "tags": [ "ZTMS100系列", "土木工程", "海洋工程", "倾角", "传感器" ], "updated_at": "2025-10-10", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZTMS100系列-电解质式高精度岩土工程倾角仪跨海隧道沉管对接姿态监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "guide-ztms100系列", "category": "application_article", "category_cn": "应用文章", "title": "高精度岩土工程倾角仪选型与部署指南", "summary": "**目标**: 针对采空区输电塔及类似岩土工程场景，提供超高精度的静态倾斜与微沉降监测解决方案，确保长期无人值守下的结构安全预警。", "focused_product": "ZTMS100系列", "product_series": "ZTMS100系列", "industry": [ "电力传输", "岩土工程", "基础设施监测" ], "measurement": [ "塔基倾斜角度", "结构微沉降", "静态形变" ], "tags": [ "ZTMS100系列", "电力传输", "岩土工程", "塔基倾斜角度", "传感器" ], "updated_at": "2025-01-08", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZTMS100系列-电解质式高精度岩土工程倾角仪采空区输电塔塔基倾斜监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "steel-structure-jacking-synchronization-control-guide", "category": "application_article", "category_cn": "应用文章", "title": "钢结构顶升同步性控制倾角监测选型与部署指南", "summary": "**目标**: 为大型钢结构顶升、大坝变形及精密结构微沉降等静态或准静态工程场景，提供高精度、高稳定性的倾角监测选型依据与部署方案〔REF-002〕。", "focused_product": "ZTMS100系列", "product_series": "ZTMS100系列", "industry": [ "土木工程", "钢结构工程", "岩土工程" ], "measurement": [ "倾斜角度", "结构变形", "微沉降" ], "tags": [ "ZTMS100系列", "土木工程", "钢结构工程", "倾斜角度", "传感器" ], "updated_at": "2025-10-17", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZTMS100系列-电解质式高精度岩土工程倾角仪钢结构顶升同步性控制/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "land-wind-turbine-foundation-ring-tilt-guide", "category": "application_article", "category_cn": "应用文章", "title": "陆上风机基础环倾斜监测选型与部署指南", "summary": "**目标**: 针对陆上风机基础环在长期风载荷与地质沉降下的微倾角变化，实现高精度、长期稳定的静态监测〔REF-002〕。", "focused_product": "ZTMS100系列", "product_series": "ZTMS100系列", "industry": [ "风能/可再生能源", "土木工程/岩土工程" ], "measurement": [ "风机基础环倾斜", "结构微小变形", "静态倾角" ], "tags": [ "ZTMS100系列", "风能/可再生能源", "土木工程/岩土工程", "风机基础环倾斜", "传感器" ], "updated_at": "2026-01-01", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZTMS100系列-电解质式高精度岩土工程倾角仪陆上风机基础环倾斜倾斜监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "foundation-levelness-monitoring-guide", "category": "application_article", "category_cn": "应用文章", "title": "岩土工程隔振基座水平度监测选型与部署指南", "summary": "**目标**: 为岩土工程与基础设施领域的隔振基座水平度监测场景，提供电解质式倾角传感器的选型依据与工程部署方法论〔REF-002〕。", "focused_product": "ZTMS100系列", "product_series": "ZTMS100系列", "industry": [ "岩土工程", "基础设施监测", "结构健康监测" ], "measurement": [ "倾角", "水平度" ], "tags": [ "ZTMS100系列", "岩土工程", "基础设施监测", "倾角", "传感器" ], "updated_at": "2025-05-17", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZTMS100系列-电解质式高精度岩土工程倾角仪隔振基座水平度监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "tunnel-convergence-declination-monitoring-guide", "category": "application_article", "category_cn": "应用文章", "title": "隧道管片收敛变形监测电解质式倾角仪选型与部署指南", "summary": "**目标**: 针对隧道管片收敛、结构沉降等静态微形变，提供高精度长期监测方案〔REF-002〕。", "focused_product": "ZTMS100系列", "product_series": "ZTMS100系列", "industry": [ "土木工程", "隧道工程" ], "measurement": [ "管片收敛变形", "岩土结构倾斜" ], "tags": [ "ZTMS100系列", "土木工程", "隧道工程", "管片收敛变形", "传感器" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZTMS100系列-电解质式高精度岩土工程倾角仪隧道管片收敛变形监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "guide-ztms100系列-2", "category": "application_article", "category_cn": "应用文章", "title": "露天矿坑高陡边坡稳定性监测选型与部署指南", "summary": "**目标**: 针对露天矿坑高陡边坡的长期静态稳定性监测，提供高精度、抗干扰且耐恶劣环境的倾角传感器选型依据。", "focused_product": "ZTMS100系列", "product_series": "ZTMS100系列", "industry": [ "露天矿山", "岩土工程", "边坡监测" ], "measurement": [ "边坡位移", "结构倾斜", "微小沉降" ], "tags": [ "ZTMS100系列", "露天矿山", "岩土工程", "边坡位移", "传感器" ], "updated_at": "2026-04-08", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZTMS100系列-电解质式高精度岩土工程倾角仪露天矿坑高陡边坡稳定性监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "subsea-penetration-angle-monitoring-guide", "category": "application_article", "category_cn": "应用文章", "title": "海底贯入角度监测选型与部署指南", "summary": "**目标**: 针对深水环境下的海底贯入作业、管线铺设及地质勘探场景，提供高精度、长期稳定的倾角监测解决方案，以捕捉微小的结构姿态变化与沉降前兆〔REF-002〕…", "focused_product": "ZTMS600系列", "product_series": "ZTMS600系列", "industry": [ "海洋工程", "海底管线铺设", "地质勘探" ], "measurement": [ "海底结构姿态", "管线倾斜角度", "地质沉降位移" ], "tags": [ "ZTMS600系列", "海洋工程", "海底管线铺设", "海底结构姿态", "传感器" ], "updated_at": "2025-06-12", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZTMS600系列-深水潜水型电解质倾角仪取样器海底贯入角度监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "water-intake-structure-tilt-deployment-guide", "category": "application_article", "category_cn": "应用文章", "title": "取水塔淤积倾斜监测传感器选型与部署指南", "summary": "**目标**: 本指南针对结构倾角, 水下姿态场景，提供选型与部署指导〔REF-001〕。", "focused_product": "ZTMS600系列", "product_series": "ZTMS600系列", "industry": [ "海洋工程", "水利设施监测" ], "measurement": [ "结构倾角", "水下姿态" ], "tags": [ "ZTMS600系列", "海洋工程", "水利设施监测", "结构倾角", "传感器" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZTMS600系列-深水潜水型电解质倾角仪取水塔淤积倾斜监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "giant-caisson-subsea-verticality-control-guide", "category": "application_article", "category_cn": "应用文章", "title": "深水巨型沉井下沉垂直度监测与选型指南", "summary": "**目标**: 针对深水环境（最大耐压2500 psi/约1750米）下巨型沉井下沉过程中的高精度垂直度实时监测，提供从传感器选型到部署验证的完整技术路径〔REF…", "focused_product": "ZTMS600系列", "product_series": "ZTMS600系列", "industry": [ "海洋工程", "深水基础设施建设", "港口与航道工程" ], "measurement": [ "沉井姿态倾角", "垂直度偏差", "海底结构微形变" ], "tags": [ "ZTMS600系列", "海洋工程", "深水基础设施建设", "沉井姿态倾角", "传感器" ], "updated_at": "2025-07-19", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZTMS600系列-深水潜水型电解质倾角仪巨型沉井下沉垂直度控制/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "subsea-trash-rack-tilt-monitoring-guide", "category": "application_article", "category_cn": "应用文章", "title": "深水拦污栅倾斜监测选型与部署指南", "summary": "**目标**: 实时掌握深水拦污栅长期稳定性，预警沉积物堆积、基础冲刷与结构变形风险，保障水下水利设施安全运行〔REF-002〕。", "focused_product": "ZTMS600系列", "product_series": "ZTMS600系列", "industry": [ "海洋工程", "水利工程", "水下基础设施运维" ], "measurement": [ "拦污栅倾斜角度", "海底结构姿态变化", "微小形变监测" ], "tags": [ "ZTMS600系列", "海洋工程", "水利工程", "拦污栅倾斜角度", "传感器" ], "updated_at": "2025-05-16", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZTMS600系列-深水潜水型电解质倾角仪拦污栅倾斜监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "ztms600-guide", "category": "application_article", "category_cn": "应用文章", "title": "线激光轮廓传感器选型与部署指南", "summary": "**目标**：为工业制造场景中的几何尺寸在线检测提供售前选型与工程部署决策依据。", "focused_product": "典型线激光轮廓传感器", "product_series": "典型系列", "industry": [ "工业制造" ], "measurement": [ "2D/3D轮廓、厚度、宽度、高度差" ], "tags": [ "典型线激光轮廓传感器", "典型系列", "工业制造", "2D/3D轮廓、厚度、宽度、高度差", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZTMS600系列-深水潜水型电解质倾角仪桥墩沉井下沉姿态控制/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "underwater-guide-dike-scour-monitoring-tilt-deformation-guide", "category": "application_article", "category_cn": "应用文章", "title": "水下导流堤冲刷坍塌监测选型与部署指南", "summary": "**目标**: 面向深水环境下水下导流堤、海床结构及港口航道基础姿态变化进行长期、连续、无人值守监测，提前识别冲刷掏空与坍塌前兆〔REF-002〕。", "focused_product": "ZTMS600系列", "product_series": "ZTMS600系列", "industry": [ "海洋工程", "港口航道", "海底管线监测" ], "measurement": [ "结构倾斜", "海床冲刷沉降", "导流堤姿态变化" ], "tags": [ "ZTMS600系列", "海洋工程", "港口航道", "结构倾斜", "传感器" ], "updated_at": "2025-09-23", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZTMS600系列-深水潜水型电解质倾角仪水下导流堤冲刷坍塌监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "subsea-deployment-tiltmeter-guide", "category": "application_article", "category_cn": "应用文章", "title": "深水浮动排泥管姿态监测传感器选型与部署指南", "summary": "**目标**: 本指南针对海底管线倾斜度, 泥沙输送管体姿态场景，提供选型与部署指导〔REF-001〕。", "focused_product": "ZTMS600系列", "product_series": "ZTMS600系列", "industry": [ "海洋工程", "海底管道铺设" ], "measurement": [ "海底管线倾斜度", "泥沙输送管体姿态" ], "tags": [ "ZTMS600系列", "海洋工程", "海底管道铺设", "海底管线倾斜度", "传感器" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZTMS600系列-深水潜水型电解质倾角仪水下浮动排泥管姿态监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "dam-structure-deformation-monitoring-guide", "category": "application_article", "category_cn": "应用文章", "title": "水库大坝迎水面结构变形监测选型与部署指南", "summary": "**目标**: 针对水库大坝迎水面长期静态结构变形监测，提供高精度、耐深水高压的倾角仪选型依据与工程部署方案〔REF-002〕。", "focused_product": "ZTMS600系列", "product_series": "ZTMS600系列", "industry": [ "水利水电", "土木工程" ], "measurement": [ "大坝迎水面结构变形", "水下姿态监测" ], "tags": [ "ZTMS600系列", "水利水电", "土木工程", "大坝迎水面结构变形", "传感器" ], "updated_at": "2025-02-20", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZTMS600系列-深水潜水型电解质倾角仪水库大坝迎水面结构变形监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "reservoir-dam-crack-monitoring-tilt-guide", "category": "application_article", "category_cn": "应用文章", "title": "水库大坝迎水面裂缝监测选型与部署指南", "summary": "**目标**: 针对水库大坝迎水面裂缝进行长期、高精度、深水环境下的姿态与微变形监测，预防结构失效。", "focused_product": "ZTMS600系列", "product_series": "ZTMS600系列", "industry": [ "水利水电工程", "土木工程监测" ], "measurement": [ "倾角变化", "裂缝形变" ], "tags": [ "ZTMS600系列", "水利水电工程", "土木工程监测", "倾角变化", "传感器" ], "updated_at": "2026-04-23", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZTMS600系列-深水潜水型电解质倾角仪水库大坝迎水面裂缝监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "tunnel-joint-tilt-monitoring-guide", "category": "application_article", "category_cn": "应用文章", "title": "沉管隧道管节对接精密调平选型与部署指南", "summary": "**目标**: 为沉管隧道管节对接的精密调平场景，提供深水潜水型电解质倾角仪的售前选型与工程部署参考框架〔REF-002〕。", "focused_product": "ZTMS600系列", "product_series": "ZTMS600系列", "industry": [ "水下工程", "隧道建设" ], "measurement": [ "倾角测量", "姿态监测" ], "tags": [ "ZTMS600系列", "水下工程", "隧道建设", "倾角测量", "传感器" ], "updated_at": "2025-08-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZTMS600系列-深水潜水型电解质倾角仪沉管隧道管节对接精密调平/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "ztms600-guide-典型产品", "category": "application_article", "category_cn": "应用文章", "title": "线激光轮廓传感器选型与部署指南", "summary": "**目标**：为工业制造场景中的几何尺寸检测提供线激光轮廓传感器的售前选型与工程部署参考依据。", "focused_product": "典型产品", "product_series": "典型系列", "industry": [ "工业制造" ], "measurement": [ "几何尺寸检测" ], "tags": [ "典型产品", "典型系列", "工业制造", "几何尺寸检测", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZTMS600系列-深水潜水型电解质倾角仪沉船船体姿态测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "offshore-wind-pile-verticality-monitoring-guide", "category": "application_article", "category_cn": "应用文章", "title": "深水环境下海上风机打桩垂直度监测选型与部署指南", "summary": "**目标**: 在海上风电深水打桩及长期运维中，获取高精度、高可靠性的桩基垂直度及海底结构姿态数据，确保结构安全。", "focused_product": "ZTMS600系列", "product_series": "ZTMS600系列", "industry": [ "海上风电", "海洋工程" ], "measurement": [ "打桩垂直度", "海底结构姿态" ], "tags": [ "ZTMS600系列", "海上风电", "海洋工程", "打桩垂直度", "传感器" ], "updated_at": "2025-12-12", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZTMS600系列-深水潜水型电解质倾角仪海上风机打桩垂直度监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "seabed-micro-deformation-tilt-guide", "category": "application_article", "category_cn": "应用文章", "title": "海床微变形监测选型与部署指南", "summary": "**目标**: 针对海洋工程中海底结构、管线及海床的长期稳定性监测，提供高精度静态姿态感知方案，实现早期滑坡、沉降风险的预警〔REF-002〕。", "focused_product": "ZTMS600系列", "product_series": "ZTMS600系列", "industry": [ "海洋工程", "海底管线监测", "深海资源开发" ], "measurement": [ "海床微变形", "海底结构姿态", "管线沉降倾斜" ], "tags": [ "ZTMS600系列", "海洋工程", "海底管线监测", "海床微变形", "传感器" ], "updated_at": "2025-05-17", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZTMS600系列-深水潜水型电解质倾角仪海床微变形监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "subsea-cable-pipe-monitoring-tilt-guide", "category": "application_article", "category_cn": "应用文章", "title": "深水海底管线与埋缆姿态监测选型指南", "summary": "**目标**: 针对深水（<1750m）海底埋缆、管线及海洋工程结构的长期静态姿态监测，预防因地质沉降或滑坡导致的结构失效〔REF-002〕。", "focused_product": "ZTMS600系列", "product_series": "ZTMS600系列", "industry": [ "海洋工程", "海底管线监测", "深海资源开发" ], "measurement": [ "俯仰角", "海底结构姿态", "地质沉降位移" ], "tags": [ "ZTMS600系列", "海洋工程", "海底管线监测", "俯仰角", "传感器" ], "updated_at": "2025-02-23", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZTMS600系列-深水潜水型电解质倾角仪海底埋缆犁的俯仰角监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "seabed-plow-depth-control-tilt-guide", "category": "application_article", "category_cn": "应用文章", "title": "深水海底犁挖掘深度控制姿态监测选型与部署指南", "summary": "**目标**: 本指南针对\"海底犁姿态倾角\", \"挖掘深度变化\", \"海底滑坡早期形变\"场景，提供选型与部署指导〔REF-001〕。", "focused_product": "ZTMS600系列", "product_series": "ZTMS600系列", "industry": [ "海洋工程", "深海采矿", "海底管线铺设" ], "measurement": [ "海底犁姿态倾角", "挖掘深度变化", "海底滑坡早期形变" ], "tags": [ "ZTMS600系列", "海洋工程", "深海采矿", "海底犁姿态倾角", "传感器" ], "updated_at": "2025-04-11", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZTMS600系列-深水潜水型电解质倾角仪海底犁挖掘深度控制/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "subsea-pipeline-laying-bending-angle-monitoring-guide", "category": "application_article", "category_cn": "应用文章", "title": "海底管线铺设着床弯曲角度监测选型与部署指南", "summary": "**目标**: 在海底管线铺设及着床过程中，实时、高精度地监测管线的微小弯曲变形与姿态变化，预防因过度弯曲导致的结构损伤或长期稳定性风险〔REF-001〕。", "focused_product": "ZTMS600系列", "product_series": "ZTMS600系列", "industry": [ "海洋工程", "海底管线铺设" ], "measurement": [ "管线着床弯曲角度", "海底结构姿态" ], "tags": [ "ZTMS600系列", "海洋工程", "海底管线铺设", "管线着床弯曲角度", "传感器" ], "updated_at": "2025-05-07", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZTMS600系列-深水潜水型电解质倾角仪海底管线铺设着床时弯曲角度监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "seabed-stability-tilt-guide", "category": "application_article", "category_cn": "应用文章", "title": "海底结构姿态监测选型与部署指南", "summary": "**目标**: 海底观测网主接驳盒、管汇、井口、导管架等深水结构的坐底平稳性监测，捕捉海底滑坡前兆蠕变与长期姿态变化〔REF-002〕。", "focused_product": "ZTMS600系列", "product_series": "ZTMS600系列", "industry": [ "海洋工程", "深海观测网" ], "measurement": [ "倾角", "姿态角", "微小形变" ], "tags": [ "ZTMS600系列", "海洋工程", "深海观测网", "倾角", "传感器" ], "updated_at": "2025-12-31", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZTMS600系列-深水潜水型电解质倾角仪海底观测网主接驳盒坐底平稳性监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "subsea-wellhead-tilt-monitoring-guide", "category": "application_article", "category_cn": "应用文章", "title": "深水采油树长期倾斜监测选型与部署指南", "summary": "**目标**: 本指南针对\"海底采油树倾斜角\", \"海底结构姿态变化\"场景，提供选型与部署指导〔REF-001〕。", "focused_product": "ZTMS600系列", "product_series": "ZTMS600系列", "industry": [ "海洋石油开采", "海底工程监测" ], "measurement": [ "海底采油树倾斜角", "海底结构姿态变化" ], "tags": [ "ZTMS600系列", "海洋石油开采", "海底工程监测", "海底采油树倾斜角", "传感器" ], "updated_at": "2025-06-10", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZTMS600系列-深水潜水型电解质倾角仪海底采油树长期倾斜监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "content-示例产品-40", "category": "application_article", "category_cn": "应用文章", "title": "海缆接头盒姿态监测选型与部署指南", "summary": "海缆接头盒是海底通信与输油管线系统中的关键机械节点，长期暴露于高静水压力、低温与复杂海流环境中。接头盒的姿态变化（倾斜、俯仰、偏航）往往预示着锚害、海床冲刷、沉…", "focused_product": "示例产品", "product_series": "示例系列", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "示例产品", "示例系列", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-01-01", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZTMS600系列-深水潜水型电解质倾角仪海缆接头盒姿态监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "deep-sea-aquaculture-tilt-monitoring-guide", "category": "application_article", "category_cn": "应用文章", "title": "深海养殖网箱倾斜姿态监测选型与部署指南", "summary": "**目标**: 在深海复杂海况下，实时、高精度地监测养殖网箱及支撑结构的倾斜姿态，预防因海流冲击或结构疲劳导致的倾覆风险，保障设施安全〔REF-002〕。", "focused_product": "ZTMS600系列", "product_series": "ZTMS600系列", "industry": [ "深海养殖", "海洋工程" ], "measurement": [ "网箱倾斜姿态", "微小形变监测" ], "tags": [ "ZTMS600系列", "深海养殖", "海洋工程", "网箱倾斜姿态", "传感器" ], "updated_at": "2026-05-13", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZTMS600系列-深水潜水型电解质倾角仪深海养殖网箱倾斜姿态监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "platform-pile-tilt-monitoring-guide", "category": "application_article", "category_cn": "应用文章", "title": "石油平台导管架垂直度监测选型与部署指南", "summary": "**目标**: 实现深水环境下导管架垂直度的高精度静态监测，捕捉微小倾斜变化以保障结构安全，适用于石油平台建设及运营阶段。〔REF-001〕〔REF-002〕", "focused_product": "ZTMS600系列", "product_series": "ZTMS600系列", "industry": [ "海洋石油工程", "海底基础设施建设" ], "measurement": [ "导管架垂直度", "结构姿态倾角" ], "tags": [ "ZTMS600系列", "海洋石油工程", "海底基础设施建设", "导管架垂直度", "传感器" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZTMS600系列-深水潜水型电解质倾角仪石油平台导管架垂直度监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "subsea-drilling-penetration-angle-monitoring-guide", "category": "application_article", "category_cn": "应用文章", "title": "深水海底钻机贯入角度监测选型与部署指南", "summary": "**目标**: 本指南针对海底钻机贯入角度, 海底结构姿态, 微小地质形变场景，提供选型与部署指导〔REF-001〕。", "focused_product": "ZTMS600系列", "product_series": "ZTMS600系列", "industry": [ "海洋工程", "海底管线铺设", "深海油气开采" ], "measurement": [ "海底钻机贯入角度", "海底结构姿态", "微小地质形变" ], "tags": [ "ZTMS600系列", "海洋工程", "海底管线铺设", "海底钻机贯入角度", "传感器" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZTMS600系列-深水潜水型电解质倾角仪钻机海底贯入角度监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "deep-sea-moorings-tilt-monitoring-guide", "category": "application_article", "category_cn": "应用文章", "title": "深水锚系潜标倾斜监测选型与部署指南", "summary": "**目标**: 本指南针对\"海流作用下的姿态变化\", \"海底地质沉降\"场景，提供选型与部署指导〔REF-001〕。", "focused_product": "ZTMS600系列", "product_series": "ZTMS600系列", "industry": [ "海洋石油工程", "海底管线监测" ], "measurement": [ "海流作用下的姿态变化", "海底地质沉降" ], "tags": [ "ZTMS600系列", "海洋石油工程", "海底管线监测", "海流作用下的姿态变化", "传感器" ], "updated_at": "2026-03-06", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZTMS600系列-深水潜水型电解质倾角仪锚系潜标在海流作用下的倾斜监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "guide-ztms600系列", "category": "application_article", "category_cn": "应用文章", "title": "深水环境防波堤沉箱地基长期不均匀沉降监测选型与部署指南", "summary": "**目标**: 针对深海（可达 1750m+）防波堤沉箱及海底管线，实现长期、高精度的不均匀沉降与姿态倾斜监测〔REF-001〕〔REF-002〕。", "focused_product": "ZTMS600系列", "product_series": "ZTMS600系列", "industry": [ "海洋工程", "海岸结构监测", "海底管线监测" ], "measurement": [ "倾角变化", "地基不均匀沉降", "结构姿态监测" ], "tags": [ "ZTMS600系列", "海洋工程", "海岸结构监测", "倾角变化", "传感器" ], "updated_at": "2026-03-08", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZTMS600系列-深水潜水型电解质倾角仪防波堤沉箱地基长期不均匀沉降监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "shallow-water-structure-inclination-selection-guide", "category": "application_article", "category_cn": "应用文章", "title": "浅水型结构监测倾角传感器选型与部署指南", "summary": "**目标**: 针对码头桩基、大坝水位变动区等浅水环境，提供高性价比的静态及缓慢倾斜角监测方案。", "focused_product": "ZTMS601系列", "product_series": "ZTMS601系列", "industry": [ "港口工程", "桥梁与坝体监测" ], "measurement": [ "结构倾斜度", "垂直度控制" ], "tags": [ "ZTMS601系列", "港口工程", "桥梁与坝体监测", "结构倾斜度", "传感器" ], "updated_at": "2026-01-20", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZTMS601系列-浅水型电解质倾角仪中心柱垂直度控制/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "ztms601-guide", "category": "application_article", "category_cn": "应用文章", "title": "线激光轮廓传感器选型与部署指南", "summary": "**目标**：面向工业制造场景中几何尺寸与轮廓的在线测量需求，提供线激光轮廓传感器的售前选型与工程部署方法。", "focused_product": "典型产品", "product_series": "典型系列", "industry": [ "工业制造" ], "measurement": [ "几何尺寸与轮廓" ], "tags": [ "典型产品", "典型系列", "工业制造", "几何尺寸与轮廓", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZTMS601系列-浅水型电解质倾角仪井管井口偏移监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "peripheral-structure-blasting-disturbance-monitoring-guide", "category": "application_article", "category_cn": "应用文章", "title": "周边结构爆破扰动监测选型与部署指南", "summary": "**目标**: 本指南针对\"微小倾斜变化\", \"结构变形\", \"爆破振动响应\"场景，提供选型与部署指导〔REF-001〕。", "focused_product": "ZTMS601系列", "product_series": "ZTMS601系列", "industry": [ "土木工程", "海洋工程", "桥梁建设" ], "measurement": [ "微小倾斜变化", "结构变形", "爆破振动响应" ], "tags": [ "ZTMS601系列", "土木工程", "海洋工程", "微小倾斜变化", "传感器" ], "updated_at": "2025-04-02", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZTMS601系列-浅水型电解质倾角仪周边结构爆破扰动监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "dam-scour-collapse-prediction-inclination-guide", "category": "application_article", "category_cn": "应用文章", "title": "浅水环境坝头冲刷坍塌预测倾角监测选型与部署指南", "summary": "**目标**: 针对水利大坝坝头及浅水区结构，通过高精度倾角监测实现冲刷风险预警与坍塌隐患实时评估〔REF-002〕。", "focused_product": "ZTMS601系列", "product_series": "ZTMS601系列", "industry": [ "水利工程", "大坝安全监测" ], "measurement": [ "坝体倾斜度", "结构微小位移" ], "tags": [ "ZTMS601系列", "水利工程", "大坝安全监测", "坝体倾斜度", "传感器" ], "updated_at": "2025-12-22", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZTMS601系列-浅水型电解质倾角仪坝头冲刷坍塌预测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "weir-plate-verticality-monitoring-guide", "category": "application_article", "category_cn": "应用文章", "title": "堰板垂直度监测选型与部署指南", "summary": "**目标**: 针对水深小于 50 米的浅水环境（如大坝溢流堰、港口码头、船闸），提供高性价比、耐腐蚀的堰板垂直度实时监测方案，确保水流控制结构的几何稳定性。〔R…", "focused_product": "ZTMS601系列", "product_series": "ZTMS601系列", "industry": [ "水利工程", "水资源管理", "港口工程" ], "measurement": [ "堰板垂直度", "水体角度变化" ], "tags": [ "ZTMS601系列", "水利工程", "水资源管理", "堰板垂直度", "传感器" ], "updated_at": "2025-05-17", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZTMS601系列-浅水型电解质倾角仪堰板垂直度监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "multi-pile-pier-leveling-control-guide", "category": "application_article", "category_cn": "应用文章", "title": "多桩承台施工调平控制选型与部署指南", "summary": "**目标**: 在多桩承台浅水施工中，通过高精度倾角测量实现桩基协调与结构调平，确保工程质量与安全〔REF-002〕。", "focused_product": "ZTMS601系列", "product_series": "ZTMS601系列", "industry": [ "土木工程", "桥梁与港口建设", "海洋工程" ], "measurement": [ "倾角", "倾斜度监测", "结构姿态" ], "tags": [ "ZTMS601系列", "土木工程", "桥梁与港口建设", "倾角", "传感器" ], "updated_at": "2026-03-17", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZTMS601系列-浅水型电解质倾角仪多桩承台施工调平控制/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "shallow-water-tilt-monitoring-guide", "category": "application_article", "category_cn": "应用文章", "title": "浅水环境头部淤积倾斜监测选型与部署指南", "summary": "**目标**: 针对码头、桥墩等浅水结构，提供高性价比的头部淤积倾斜实时监测方案，确保工程安全〔REF-001〕。", "focused_product": "ZTMS601系列", "product_series": "ZTMS601系列", "industry": [ "水利工程", "基础设施建设", "港口码头" ], "measurement": [ "头部淤积倾斜", "结构稳定性" ], "tags": [ "ZTMS601系列", "水利工程", "基础设施建设", "头部淤积倾斜", "传感器" ], "updated_at": "2025-03-18", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZTMS601系列-浅水型电解质倾角仪头部淤积倾斜监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "tailings-pool-drainage-pit-tilt-monitoring-guide", "category": "application_article", "category_cn": "应用文章", "title": "尾矿库排水井筒稳定性监测传感器选型与部署指南", "summary": "**目标**: 本指南针对倾角, 倾斜角度, 结构位移场景，提供选型与部署指导〔REF-001〕。", "focused_product": "ZTMS601系列", "product_series": "ZTMS601系列", "industry": [ "矿业", "水利工程", "基础设施安全监测" ], "measurement": [ "倾角", "倾斜角度", "结构位移" ], "tags": [ "ZTMS601系列", "矿业", "水利工程", "倾角", "传感器" ], "updated_at": "2025-04-26", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZTMS601系列-浅水型电解质倾角仪尾矿库排水井筒稳定性监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "ztms601-guide-典型产品", "category": "application_article", "category_cn": "应用文章", "title": "Ztms601选型与部署指南", "summary": "**目标**：为工业制造场景中几何尺寸在线检测需求，提供基于线激光三角测量原理的轮廓传感器选型与部署决策依据。", "focused_product": "典型产品", "product_series": "典型系列", "industry": [ "工业制造" ], "measurement": [ "测量参数" ], "tags": [ "典型产品", "典型系列", "工业制造", "测量参数", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZTMS601系列-浅水型电解质倾角仪废水池池壁变形监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "drainage-well-tilt-monitoring-guide", "category": "application_article", "category_cn": "应用文章", "title": "排水井井筒倾斜监测选型与部署指南", "summary": "**目标**: 针对浅水环境（水深<50米）下的排水井、码头桩基或沉井结构，提供高精度的井筒倾斜与结构位移实时监测方案，预防土壤沉降与结构失稳风险〔REF-002…", "focused_product": "ZTMS601系列", "product_series": "ZTMS601系列", "industry": [ "基础设施建设", "水利工程", "土木工程监测" ], "measurement": [ "井筒倾斜", "结构位移" ], "tags": [ "ZTMS601系列", "基础设施建设", "水利工程", "井筒倾斜", "传感器" ], "updated_at": "2025-09-26", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZTMS601系列-浅水型电解质倾角仪排水井井筒倾斜监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "drainage-siltation-deformation-monitoring-inclination-guide", "category": "application_article", "category_cn": "应用文章", "title": "排水渠淤积变形监测选型与部署指南", "summary": "**目标**: 针对排水渠、港口码头及水利设施浅水区的淤积与结构变形，提供高精度、耐腐蚀且具备高性价比的实时监测解决方案〔REF-002〕。", "focused_product": "ZTMS601系列", "product_series": "ZTMS601系列", "industry": [ "水利工程", "港口码头", "基础设施监测" ], "measurement": [ "倾角", "倾斜度", "结构变形" ], "tags": [ "ZTMS601系列", "水利工程", "港口码头", "倾角", "传感器" ], "updated_at": "2025-09-23", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZTMS601系列-浅水型电解质倾角仪排水渠淤积变形监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "underwater-bedrock-stability-monitoring-tilt-guide", "category": "application_article", "category_cn": "应用文章", "title": "水下基岩稳定性监测倾角仪选型与部署指南", "summary": "**目标**: 为码头、大坝、桥梁等水下结构的基岩稳定性监测提供倾角测量选型与部署参考〔REF-002〕", "focused_product": "ZTMS601系列", "product_series": "ZTMS601系列", "industry": [ "水利工程建设", "桥梁工程", "港口与码头工程" ], "measurement": [ "倾角测量", "倾斜监测" ], "tags": [ "ZTMS601系列", "水利工程建设", "桥梁工程", "倾角测量", "传感器" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZTMS601系列-浅水型电解质倾角仪水下基岩稳定性监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "content-示例产品-41", "category": "application_article", "category_cn": "应用文章", "title": "水库进水塔倾斜监测选型与部署指南", "summary": "水库进水塔作为调水、发电、灌溉系统的核心水利建筑物，长期承受水压、温度梯度与地震荷载耦合作用，塔身倾斜是结构失稳的早期预警信号。本文以 **ZTMS601 系列…", "focused_product": "示例产品", "product_series": "示例系列", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "示例产品", "示例系列", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-01-01", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZTMS601系列-浅水型电解质倾角仪水库进水塔塔身倾斜监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "sewage-sunken-pit-tilt-monitoring-guide", "category": "application_article", "category_cn": "应用文章", "title": "污水沉井下沉姿态监测与浅水选型部署指南", "summary": "**目标**: 在污水沉井浅水下沉工程中，实时、高精度地监测结构倾斜角度，预防因姿态偏差导致的结构安全隐患，并确保施工效率。〔REF-002〕", "focused_product": "ZTMS601系列", "product_series": "ZTMS601系列", "industry": [ "污水处理工程", "土木工程", "基础设施监测" ], "measurement": [ "沉井倾斜角度", "下沉姿态偏差" ], "tags": [ "ZTMS601系列", "污水处理工程", "土木工程", "沉井倾斜角度", "传感器" ], "updated_at": "2025-10-14", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZTMS601系列-浅水型电解质倾角仪污水沉井下沉姿态控制/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "guide-ztms601系列", "category": "application_article", "category_cn": "应用文章", "title": "浅水环境结构姿态监测选型与部署指南", "summary": "**目标**: 针对沉管管节临时存放及水工建筑中的浅水环境，提供低成本、高耐腐蚀的姿态监测解决方案，确保结构安全与施工精度〔REF-002〕。", "focused_product": "ZTMS601系列", "product_series": "ZTMS601系列", "industry": [ "水工建筑", "港口工程" ], "measurement": [ "沉管管节倾角", "结构姿态" ], "tags": [ "ZTMS601系列", "水工建筑", "港口工程", "沉管管节倾角", "传感器" ], "updated_at": "2025-07-17", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZTMS601系列-浅水型电解质倾角仪沉管管节临时存放姿态监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "floating-platform-balance-monitoring-guide", "category": "application_article", "category_cn": "应用文章", "title": "浅水环境浮动平台平衡监测选型与部署指南", "summary": "**目标**: 针对浅水环境（水深 <50米）下的浮动平台、码头桩基及大坝水位变动区，提供高精度、高性价比的实时平衡监测解决方案〔REF-001〕。", "focused_product": "ZTMS601系列", "product_series": "ZTMS601系列", "industry": [ "水利工程", "海洋监测", "港口建设" ], "measurement": [ "倾角", "倾斜角度", "平台稳定性" ], "tags": [ "ZTMS601系列", "水利工程", "海洋监测", "倾角", "传感器" ], "updated_at": "2025-09-06", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZTMS601系列-浅水型电解质倾角仪浮动平台平衡监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "port-shallow-water-inclination-guide", "category": "application_article", "category_cn": "应用文章", "title": "浅水环境结构倾斜监测选型与部署指南", "summary": "**目标**: 针对港口码头岸壁、桥墩等浅水环境下的结构稳定性，提供低成本、高耐腐蚀的倾斜监测解决方案〔REF-001〕。", "focused_product": "ZTMS601系列", "product_series": "ZTMS601系列", "industry": [ "港口工程", "土木工程" ], "measurement": [ "岸壁倾斜", "结构位移" ], "tags": [ "ZTMS601系列", "港口工程", "土木工程", "岸壁倾斜", "传感器" ], "updated_at": "2026-02-13", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZTMS601系列-浅水型电解质倾角仪码头岸壁向海侧倾斜监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "ship-lock-wall-collapse-warning-tilt-guide", "category": "application_article", "category_cn": "应用文章", "title": "船闸闸室墙倒塌预警与稳定性监测选型部署指南", "summary": "**目标**: 本指南针对\"墙体倾斜度\", \"结构变形量\", \"沉降位移\"场景，提供选型与部署指导〔REF-001〕。", "focused_product": "ZTMS601系列 (-A / -C / -D)", "product_series": "ZTMS601系列", "industry": [ "水利航运", "港口工程", "土木工程监测" ], "measurement": [ "墙体倾斜度", "结构变形量", "沉降位移" ], "tags": [ "ZTMS601系列 (-A / -C / -D)", "ZTMS601系列", "水利航运", "港口工程", "墙体倾斜度", "传感器" ], "updated_at": "2025-08-07", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZTMS601系列-浅水型电解质倾角仪船闸闸室墙倒塌预警/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "cross-river-pier-scour-tilt-guide", "category": "application_article", "category_cn": "应用文章", "title": "跨河桥墩冲刷倾斜监测选型与部署指南", "summary": "跨河桥墩冲刷倾斜监测的核心选型结论:**选用浅水型电解质倾角仪（如 ZTMS601 系列）**，而非深海不锈钢或机械倾斜仪。关键理由三点:① PVC 封装在海水…", "focused_product": "ZTMS601系列", "product_series": "ZTMS601系列", "industry": [ "桥梁工程", "水利监测", "土木工程" ], "measurement": [ "桥墩倾斜", "结构沉降", "水位变动区形变" ], "tags": [ "ZTMS601系列", "桥梁工程", "水利监测", "桥墩倾斜", "传感器" ], "updated_at": "2025-03-06", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZTMS601系列-浅水型电解质倾角仪跨河桥墩冲刷倾斜监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "offshore-net-pen-stability-monitoring-guide", "category": "application_article", "category_cn": "应用文章", "title": "近海网箱框架稳定性监测选型与部署指南", "summary": "**目标**: 本指南针对网箱框架倾角, 结构倾斜度场景，提供选型与部署指导〔REF-001〕。", "focused_product": "ZTMS601系列", "product_series": "ZTMS601系列", "industry": [ "水产养殖", "海洋工程" ], "measurement": [ "网箱框架倾角", "结构倾斜度" ], "tags": [ "ZTMS601系列", "水产养殖", "海洋工程", "网箱框架倾角", "传感器" ], "updated_at": "2025-11-10", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZTMS601系列-浅水型电解质倾角仪近海网箱框架稳定性监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "water-conservancy-structure-deformation-monitoring-guide", "category": "application_article", "category_cn": "应用文章", "title": "进水塔结构变形监测选型与部署指南", "summary": "**目标**: 针对水库、大坝进水塔等水工建筑，在浅水环境（<50米）下实现高精度的结构倾角与微小变形实时监测，确保设施长期稳定性与安全运营〔REF-002〕。", "focused_product": "ZTMS601系列", "product_series": "ZTMS601系列", "industry": [ "水利工程", "建筑施工" ], "measurement": [ "结构倾角", "微小变形" ], "tags": [ "ZTMS601系列", "水利工程", "建筑施工", "结构倾角", "传感器" ], "updated_at": "2026-03-05", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZTMS601系列-浅水型电解质倾角仪进水塔结构变形监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "wave-generating-tilt-guide", "category": "application_article", "category_cn": "应用文章", "title": "浅水型电解质倾角仪选型与部署指南", "summary": "**目标**: 通过高精度倾角测量实现造波机推板的初始角度校准，提升波浪模拟的真实性，确保监测数据的有效性〔REF-002〕。", "focused_product": "ZTMS601系列", "product_series": "ZTMS601系列", "industry": [ "海洋工程", "港口建设" ], "measurement": [ "推板初始角度", "结构变形" ], "tags": [ "ZTMS601系列", "海洋工程", "港口建设", "推板初始角度", "传感器" ], "updated_at": "2025-09-17", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZTMS601系列-浅水型电解质倾角仪造波机推板初始角度校准/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "beamline-mirror-box-tilt-monitoring-guide", "category": "application_article", "category_cn": "应用文章", "title": "超高精度倾角仪选型与部署指南:光束线镜箱姿态监测应用", "summary": "**目标**:针对同步辐射光源、大坝及大型精密工程，实现亚微弧度级（< 0.1 µrad）的长期姿态稳定监测，确保光束线镜箱或结构基础的绝对零位稳定性。〔REF…", "focused_product": "ZTMS700系列", "product_series": "ZTMS700系列", "industry": [ "同步辐射光源/粒子加速器", "土木工程监测", "地质监测" ], "measurement": [ "光束线镜箱姿态", "微弧度级结构位移", "地壳微小形变" ], "tags": [ "ZTMS700系列", "同步辐射光源/粒子加速器", "土木工程监测", "光束线镜箱姿态", "传感器" ], "updated_at": "2025-09-21", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZTMS700系列-超高精度电解质倾角仪光束线镜箱姿态监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "ancient-tower-tilt-monitoring-guide", "category": "application_article", "category_cn": "应用文章", "title": "超高精度结构倾斜监测选型与部署指南", "summary": "**目标**: 针对千年古塔等文化遗产，提供亚微弧度级（<0.1 µrad）的超高精度倾斜速率监测，确保长期结构稳定性与安全〔REF-001〕。", "focused_product": "ZTMS700系列", "product_series": "ZTMS700系列", "industry": [ "文物保护", "土木工程监测", "地质安全" ], "measurement": [ "古塔倾斜速率", "微小形变", "结构稳定性" ], "tags": [ "ZTMS700系列", "文物保护", "土木工程监测", "古塔倾斜速率", "传感器" ], "updated_at": "2026-02-21", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZTMS700系列-超高精度电解质倾角仪千年古塔倾斜速率监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "synchrotron-mirror-tilt-guide", "category": "application_article", "category_cn": "应用文章", "title": "超高精度电解质倾角仪选型与部署指南", "summary": "**目标**: 针对同步辐射光源反射镜箱及高精度光学平台，提供亚微弧度级（µrad）甚至纳弧度级（nrad）的静态姿态监测解决方案，确保光束稳定性。〔REF-00…", "focused_product": "ZTMS700 (ZTMS700-050/200)", "product_series": "ZTMS700系列", "industry": [ "同步辐射光源", "精密光学", "地球物理监测" ], "measurement": [ "反射镜箱倾斜度", "地基微形变", "光路准直偏差" ], "tags": [ "ZTMS700 (ZTMS700-050/200)", "ZTMS700系列", "同步辐射光源", "精密光学", "反射镜箱倾斜度", "传感器" ], "updated_at": "2025-09-27", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZTMS700系列-超高精度电解质倾角仪同步辐射光源反射镜箱的姿态监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "geophysical-observation-tiltmeter-guide", "category": "application_article", "category_cn": "应用文章", "title": "超高精度地壳形变监测与地球物理观测选型部署指南", "summary": "**目标**: 针对地壳固体潮、大型精密工程结构（如粒子对撞机基座、射电望远镜）的微小形变，提供亚微弧度级分辨率的长期稳定监测方案〔REF-001〕。", "focused_product": "ZTMS700系列", "product_series": "ZTMS700系列", "industry": [ "地球物理学", "地质灾害监测", "精密工程结构监测" ], "measurement": [ "地壳固体潮", "微弧度级倾角变化", "大坝/火山/精密基座微小形变" ], "tags": [ "ZTMS700系列", "地球物理学", "地质灾害监测", "地壳固体潮", "传感器" ], "updated_at": "2026-04-02", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZTMS700系列-超高精度电解质倾角仪地壳固体潮观测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "geophysical-monitoring-tilt-guide", "category": "application_article", "category_cn": "应用文章", "title": "超高精度地脉动背景噪声监测倾角仪选型与部署指南", "summary": "**目标**: 本指南针对\"地壳微小形变\", \"固体潮观测\", \"大坝/桥梁位移\"场景，提供选型与部署指导〔REF-001〕。", "focused_product": "ZTMS700-050/200", "product_series": "ZTMS700 series", "industry": [ "地球物理监测", "大型基础设施安全" ], "measurement": [ "地壳微小形变", "固体潮观测", "大坝/桥梁位移" ], "tags": [ "ZTMS700-050/200", "ZTMS700 series", "地球物理监测", "大型基础设施安全", "地壳微小形变", "传感器" ], "updated_at": "2025-01-27", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZTMS700系列-超高精度电解质倾角仪地脉动背景噪声监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "guide-ztms700系列", "category": "application_article", "category_cn": "应用文章", "title": "超高精度电解质倾角仪选型与部署指南", "summary": "**目标**: 针对地表微隆起、地壳形变及精密基础设施（如大坝、同步辐射光源基座）的长期稳定性监测，提供高精度、高稳定性的角度测量解决方案〔REF-002〕。", "focused_product": "ZTMS700系列", "product_series": "ZTMS700系列", "industry": [ "地质工程", "土木工程" ], "measurement": [ "地表微隆起", "地壳形变" ], "tags": [ "ZTMS700系列", "地质工程", "土木工程", "地表微隆起", "传感器" ], "updated_at": "2025-06-10", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZTMS700系列-超高精度电解质倾角仪地表微隆起监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "geological-stability-monitoring-guide", "category": "application_article", "category_cn": "应用文章", "title": "地质稳定性监测超高精度倾角仪选型与部署指南", "summary": "**目标**: 针对大坝、矿山及重大基础设施的长期地质稳定性监测，提供亚微弧度级精度的倾角变化数据采集方案，确保对地壳微变动及结构微小位移的实时捕捉〔REF-00…", "focused_product": "ZTMS700系列", "product_series": "ZTMS700系列", "industry": [ "大坝工程", "矿山安全", "基础设施建设", "地球物理监测" ], "measurement": [ "地质形变", "地壳微变动", "大坝位移", "地基稳定性" ], "tags": [ "ZTMS700系列", "大坝工程", "矿山安全", "地质形变", "传感器" ], "updated_at": "2026-04-06", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZTMS700系列-超高精度电解质倾角仪地质稳定性监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "seismic-fault-pre-slip-monitoring-tilt-guide", "category": "application_article", "category_cn": "应用文章", "title": "地震断裂带震前蠕滑监测超高精度倾角仪选型与部署指南", "summary": "**目标**: 本指南针对\"微小角度变化\", \"地壳微形变\", \"震前蠕滑位移\"场景，提供选型与部署指导〔REF-001〕。", "focused_product": "ZTMS700系列", "product_series": "ZTMS700系列", "industry": [ "地球物理监测", "地质灾害预警", "基础设施安全监测" ], "measurement": [ "微小角度变化", "地壳微形变", "震前蠕滑位移" ], "tags": [ "ZTMS700系列", "地球物理监测", "地质灾害预警", "微小角度变化", "传感器" ], "updated_at": "2025-03-30", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZTMS700系列-超高精度电解质倾角仪地震断裂带震前蠕滑监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "dam-basement-deformation-monitoring-guide", "category": "application_article", "category_cn": "应用文章", "title": "超高精度电解质倾角仪选型与部署指南", "summary": "**目标**: 针对现代大型水利工程中的坝基廊道及基岩，进行长期、连续且超高精度的几何姿态与微小形变监测，以评估大坝结构的稳定性并预防地质灾害〔REF-002〕。", "focused_product": "ZTMS700系列", "product_series": "ZTMS700系列", "industry": [ "水利工程", "土木工程监测" ], "measurement": [ "坝基廊道基岩变形", "大坝结构微小位移", "岩土工程微弧度级倾斜" ], "tags": [ "ZTMS700系列", "水利工程", "土木工程监测", "坝基廊道基岩变形", "传感器" ], "updated_at": "2026-02-21", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZTMS700系列-超高精度电解质倾角仪坝基廊道基岩变形监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "tower-baseline-solar-thermal-monitoring-guide", "category": "application_article", "category_cn": "应用文章", "title": "塔基日照温差下偏斜轨迹监测选型与部署指南", "summary": "**目标**: 本指南针对\"塔身偏斜\", \"微小形变\"场景，提供选型与部署指导〔REF-001〕。", "focused_product": "ZTMS700系列", "product_series": "ZTMS700系列", "industry": [ "高层建筑", "基础设施工程" ], "measurement": [ "塔身偏斜", "微小形变" ], "tags": [ "ZTMS700系列", "高层建筑", "基础设施工程", "塔身偏斜", "传感器" ], "updated_at": "2025-06-01", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZTMS700系列-超高精度电解质倾角仪塔基日照温差下的塔身偏斜轨迹监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "content-示例产品-42", "category": "application_article", "category_cn": "应用文章", "title": "超高精度倾角仪选型与部署指南:对撞机磁铁极长期沉降监测", "summary": "对撞机磁铁极（Magnet Yoke）的长期沉降位移监测属于微弧度级（μrad）乃至亚微弧度级的高精度测量场景，要求传感器具备纳弧度（nrad）级分辨率、优异的…", "focused_product": "示例产品", "product_series": "示例系列", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "示例产品", "示例系列", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-01-01", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZTMS700系列-超高精度电解质倾角仪对撞机磁铁极长期沉降监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "radio-telescope-tilt-monitoring-guide", "category": "application_article", "category_cn": "应用文章", "title": "射电望远镜轨道水平度监测选型与部署指南", "summary": "**目标**: 针对射电望远镜等大型精密天文观测设施，建立高稳定性的旋转轨道水平度与地基微形变监测系统，确保望远镜在长期运行中的指向精度〔REF-002〕。", "focused_product": "ZTMS700-050", "product_series": "ZTMS700系列", "industry": [ "天文观测", "地球物理监测" ], "measurement": [ "旋转轨道水平度", "微小角度变形" ], "tags": [ "ZTMS700-050", "ZTMS700系列", "天文观测", "地球物理监测", "旋转轨道水平度", "传感器" ], "updated_at": "2025-12-20", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZTMS700系列-超高精度电解质倾角仪射电望远镜旋转轨道的水平度监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "guide-ztms700系列-2", "category": "application_article", "category_cn": "应用文章", "title": "库岸岩体微形变监测选型与部署指南", "summary": "**目标**: 针对库岸岩体、大坝及大型基础设施的微形变监测，提供超高精度电解质倾角仪的选型依据与工程部署规范，以实现亚微弧度级的位移量化〔REF-001〕。", "focused_product": "ZTMS700系列", "product_series": "ZTMS700系列", "industry": [ "水利工程", "地质监测", "基础设施安全" ], "measurement": [ "岩体微形变", "大坝/隧道位移", "微小角度变化" ], "tags": [ "ZTMS700系列", "水利工程", "地质监测", "岩体微形变", "传感器" ], "updated_at": "2026-03-04", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZTMS700系列-超高精度电解质倾角仪库岸岩体微形变监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "suspension-bridge-anchor-micro-slip-tilt-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "悬索桥锚碇基底微小滑移监测选型与部署指南", "summary": "**目标**: 本指南针对\"微小倾角\", \"基底滑移变形\"场景，提供选型与部署指导〔REF-001〕。", "focused_product": "ZTMS700系列", "product_series": "ZTMS700系列", "industry": [ "桥梁工程", "交通基础设施", "地球物理监测", "土木工程结构健康监测" ], "measurement": [ "微小倾角", "基底滑移变形" ], "tags": [ "ZTMS700系列", "桥梁工程", "交通基础设施", "微小倾角", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZTMS700系列-超高精度电解质倾角仪悬索桥锚碇基底微小滑移监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "inertial-alignment-structural-tilt-monitoring-guide", "category": "application_article", "category_cn": "应用文章", "title": "超高精度倾角监测选型与部署指南", "summary": "**目标**: 面向地壳微形变、大坝安全及惯导测试台初始对准等场景，实现亚微弧度级微小倾斜变化的精准捕捉与长期稳定监测〔REF-001〕。", "focused_product": "ZTMS700系列", "product_series": "ZTMS700系列", "industry": [ "地质工程与地球物理观测", "大坝与核电安全监测", "大型基建施工监测", "惯性导航与精密测试" ], "measurement": [ "地壳微形变", "结构倾斜位移", "惯导测试台初始对准" ], "tags": [ "ZTMS700系列", "地质工程与地球物理观测", "大坝与核电安全监测", "地壳微形变", "传感器" ], "updated_at": "2025-10-12", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZTMS700系列-超高精度电解质倾角仪惯导测试台初始对准/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "ztms700-guide", "category": "application_article", "category_cn": "应用文章", "title": "工业场景线激光轮廓传感器选型与部署指南", "summary": "**目标**：为工业制造场景中的几何尺寸、轮廓及厚度在线测量需求，提供线激光轮廓传感器的售前选型与工程部署参考。资料条目：<线激光轮廓测量场景>〔REF-002…", "focused_product": "线激光轮廓传感器", "product_series": "线激光轮廓传感器系列", "industry": [ "工业制造" ], "measurement": [ "几何尺寸/轮廓/厚度" ], "tags": [ "线激光轮廓传感器", "线激光轮廓传感器系列", "工业制造", "几何尺寸/轮廓/厚度", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZTMS700系列-超高精度电解质倾角仪混凝土长期蠕变监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "volcano-crustal-deformation-monitoring-tilt-guide", "category": "application_article", "category_cn": "应用文章", "title": "火山口地面膨胀监测超高精度倾角仪选型与部署指南", "summary": "**目标**: 针对火山口地面膨胀及地壳微形变监测场景，提供亚微弧度级超高精度电解质倾角仪的选型依据与工程部署规范〔REF-001〕。", "focused_product": "ZTMS700系列", "product_series": "ZTMS700系列", "industry": [ "地球物理监测", "地质安全工程" ], "measurement": [ "火山口地面微小形变", "地壳倾斜变化" ], "tags": [ "ZTMS700系列", "地球物理监测", "地质安全工程", "火山口地面微小形变", "传感器" ], "updated_at": "2026-04-29", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZTMS700系列-超高精度电解质倾角仪火山口地面膨胀监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "particle-collider-magnet-base-stability-monitoring-guide", "category": "application_article", "category_cn": "应用文章", "title": "超高精度地基稳定性监测选型与部署指南", "summary": "**目标**: 针对粒子对撞机磁铁基座等超高精度科研设施，提供亚微弧度级（µrad）的地基稳定性监测解决方案，确保实验数据的长期准确性与设备安全〔REF-002〕…", "focused_product": "ZTMS700系列", "product_series": "ZTMS700系列", "industry": [ "高能物理/粒子加速器", "地球物理监测", "精密科研基础设施" ], "measurement": [ "微米级地基位移", "磁铁基座倾斜度", "固体潮微变形" ], "tags": [ "ZTMS700系列", "高能物理/粒子加速器", "地球物理监测", "微米级地基位移", "传感器" ], "updated_at": "2026-05-02", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZTMS700系列-超高精度电解质倾角仪粒子对撞机磁铁基座微米级稳定性监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "precision-optical-platform-leveling-control-guide", "category": "application_article", "category_cn": "应用文章", "title": "超高精度电解质倾角仪在精密光学平台调平控制中的选型与部署指南", "summary": "**目标**: 为纳米级精密光学平台、同步辐射光源或高能物理实验提供亚微弧度级别的静态水平度监测与调平反馈，确保长期实验数据的稳定性〔REF-001〕。", "focused_product": "ZTMS700系列", "product_series": "ZTMS700系列", "industry": [ "科研仪器", "高能物理", "地质监测", "半导体制造" ], "measurement": [ "微小倾角变化", "平台水平度", "地基微形变" ], "tags": [ "ZTMS700系列", "科研仪器", "高能物理", "微小倾角变化", "传感器" ], "updated_at": "2025-12-03", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZTMS700系列-超高精度电解质倾角仪精密光学平台调平控制/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "long-distance-laser-communication-initial-level-alignment-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "远距离激光通讯发射台初始水平对准选型与部署指南", "summary": "**目标**: 本指南针对\"发射台初始水平度\", \"微弧度级倾角变化\"场景，提供选型与部署指导〔REF-001〕。", "focused_product": "ZTMS700系列", "product_series": "ZTMS700系列", "industry": [ "通信基础设施", "地球物理监测" ], "measurement": [ "发射台初始水平度", "微弧度级倾角变化" ], "tags": [ "ZTMS700系列", "通信基础设施", "地球物理监测", "发射台初始水平度", "传感器" ], "updated_at": "2025-01-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZTMS700系列-超高精度电解质倾角仪远距离激光通讯发射台初始水平对准/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "long-term-metal-creep-monitoring-guide", "category": "application_article", "category_cn": "应用文章", "title": "金属材料长期蠕变监测选型与部署指南", "summary": "**目标**: 面向金属结构、大坝基座、核电站及重工业设备的长期蠕变与微倾斜趋势监测，提供亚微弧度级形变捕捉能力〔REF-001〕。", "focused_product": "ZTMS700系列", "product_series": "ZTMS700系列", "industry": [ "基础设施建设", "电力与核电", "大坝与水利", "重工业制造" ], "measurement": [ "金属结构微变形", "地基与坝体倾斜", "设备基础沉降与蠕变" ], "tags": [ "ZTMS700系列", "基础设施建设", "电力与核电", "金属结构微变形", "传感器" ], "updated_at": "2025-09-21", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZTMS700系列-超高精度电解质倾角仪金属材料长期蠕变监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "guide-ztms700系列-3", "category": "application_article", "category_cn": "应用文章", "title": "超高精度倾角仪选型与部署指南", "summary": "**目标**: 为隔振地基、大坝、核电站及精密光学平台提供亚微弧度级的高精度倾斜与形变监测方案，确保长期稳定性与安全性〔REF-001〕。", "focused_product": "ZTMS700系列", "product_series": "ZTMS700系列", "industry": [ "地球物理监测", "大型基础设施安全监测", "精密光学/半导体工程" ], "measurement": [ "地基微小倾斜度", "结构形变沉降", "温度漂移补偿" ], "tags": [ "ZTMS700系列", "地球物理监测", "大型基础设施安全监测", "地基微小倾斜度", "传感器" ], "updated_at": "2026-04-06", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZTMS700系列-超高精度电解质倾角仪隔振地基的微环境监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "gravity-micro-deformation-survey-guide", "category": "application_article", "category_cn": "应用文章", "title": "重力场微形变监测与高精度部署选型指南", "summary": "**目标**: 本指南针对\"坝基微小流变\", \"地表沉降\"场景，提供选型与部署指导〔REF-001〕。", "focused_product": "ZTMS700系列", "product_series": "ZTMS700系列", "industry": [ "大坝工程", "地壳形变监测" ], "measurement": [ "坝基微小流变", "地表沉降" ], "tags": [ "ZTMS700系列", "大坝工程", "地壳形变监测", "坝基微小流变", "传感器" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZTMS700系列-超高精度电解质倾角仪高拱坝坝基深部微小流变监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "geophysical-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "地质工程岩层微变形测量仪器选型与部署指南", "summary": "**目标**: 针对深井环境下的纳弧度级微形变监测需求，实现高精度、长期稳定的倾斜角度数据采集。", "focused_product": "ZTMS900系列", "product_series": "ZTMS900系列", "industry": [ "岩土工程", "地震地质监测" ], "measurement": [ "地层倾斜形变", "地壳固潮变化" ], "tags": [ "ZTMS900系列", "岩土工程", "地震地质监测", "地层倾斜形变", "传感器" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZTMS900系列-自调平井下倾角仪储层岩石地层微变形测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "aquifer-turbidity-tilt-guide", "category": "application_article", "category_cn": "应用文章", "title": "含水层抽水沉降监测倾角仪选型与部署指南", "summary": "**目标**: 本指南旨在为含水层抽水沉降监测项目提供 ZTMS900系列自调平井下倾角仪的售前选型与部署规范，重点确认井口条件、安装环境及数据采集接口，确保监测…", "focused_product": "ZTMS900系列", "product_series": "ZTMS900系列", "industry": [ "水资源管理", "地质勘探" ], "measurement": [ "含水层倾斜变化", "地层微小形变" ], "tags": [ "ZTMS900系列", "水资源管理", "地质勘探", "含水层倾斜变化", "传感器" ], "updated_at": "2026-04-20", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZTMS900系列-自调平井下倾角仪含水层抽水沉降监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "underground-engineering-tectonic-creep-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "地下工程与构造监测倾角仪选型与部署指南", "summary": "**目标**: 针对深部钻孔、测斜管环境，实现纳弧度级（Nanoradian）精度的长期静态倾斜监测，解决传统MEMS传感器精度不足及安装倾斜导致的系统误差问题〔…", "focused_product": "ZTMS900系列", "product_series": "ZTMS900系列", "industry": [ "地下工程", "矿山开采", "自然灾害监测", "地球物理科研" ], "measurement": [ "围岩极长期蠕变", "构造板块运动", "火山监测", "水力压裂微变形" ], "tags": [ "ZTMS900系列", "地下工程", "矿山开采", "围岩极长期蠕变", "传感器" ], "updated_at": "2026-04-12", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZTMS900系列-自调平井下倾角仪围岩极长期蠕变测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "underground-gas-reservoir-breathing-deformation-monitoring-guide", "category": "application_article", "category_cn": "应用文章", "title": "地下储气库呼吸变形监测选型与部署指南", "summary": "**目标**: 针对地下储气库在注采循环中产生的“呼吸效应”（即地层微小幅度的膨胀与收缩），实现纳弧度级（Nanoradian）的高精度原位倾角与形变监测〔REF…", "focused_product": "ZTMS900系列", "product_series": "ZTMS900系列", "industry": [ "能源储存", "地球物理监测", "地质工程" ], "measurement": [ "井下倾角", "地层微小形变" ], "tags": [ "ZTMS900系列", "能源储存", "地球物理监测", "井下倾角", "传感器" ], "updated_at": "2025-08-05", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZTMS900系列-自调平井下倾角仪地下储气库呼吸变形监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "underground-steam-cavity-expansion-monitoring-tilt-guide", "category": "application_article", "category_cn": "应用文章", "title": "地下蒸汽腔扩展监测倾角仪选型与部署指南", "summary": "**目标**: 针对地下蒸汽腔（如SAGD作业区）扩展过程中的微变形进行高精度监测，获取地壳运动及结构性变位数据，以支持地质灾害预警与资源开发优化〔REF-002…", "focused_product": "ZTMS900系列", "product_series": "ZTMS900系列", "industry": [ "地质工程", "能源开发", "地球物理监测" ], "measurement": [ "地下蒸汽腔体积变化", "地壳运动", "结构性变位", "微小角度倾斜" ], "tags": [ "ZTMS900系列", "地质工程", "能源开发", "地下蒸汽腔体积变化", "传感器" ], "updated_at": "2025-03-27", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZTMS900系列-自调平井下倾角仪地下蒸汽腔扩展监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "crustal-isostatic-rebound-monitoring-tilt-guide", "category": "application_article", "category_cn": "应用文章", "title": "地壳均衡反弹监测倾角选型与部署指南", "summary": "**目标**: 为地壳均衡反弹监测、构造板块运动及火山活动监测等地球物理场景，提供高精度井下倾角仪的售前选型依据与工程部署规范。", "focused_product": "ZTMS900系列", "product_series": "ZTMS900系列", "industry": [ "地球物理监测", "地质灾害预警", "火山活动监测" ], "measurement": [ "倾角", "地壳形变", "固体潮" ], "tags": [ "ZTMS900系列", "地球物理监测", "地质灾害预警", "倾角", "传感器" ], "updated_at": "2025-10-04", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZTMS900系列-自调平井下倾角仪地壳均衡反弹监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "earth-tide-deformation-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "地壳潮汐形变测量选型与部署指南", "summary": "**目标**: 本指南针对地壳微小位移, 固体潮形变, 井孔倾斜度场景，提供选型与部署指导〔REF-001〕。", "focused_product": "ZTMS900系列", "product_series": "ZTMS900系列", "industry": [ "地球物理学", "地质监测", "灾害预警" ], "measurement": [ "地壳微小位移", "固体潮形变", "井孔倾斜度" ], "tags": [ "ZTMS900系列", "地球物理学", "地质监测", "地壳微小位移", "传感器" ], "updated_at": "2025-02-28", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZTMS900系列-自调平井下倾角仪地壳潮汐形变测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "guide-ztms900系列", "category": "application_article", "category_cn": "应用文章", "title": "高精度山体形变监测选型与部署指南", "summary": "**目标**: 针对地质工程与环境监测中的山体膨胀、深层岩体微小形变及地壳构造运动，提供纳弧度级精度的原位监测解决方案〔REF-001〕。", "focused_product": "ZTMS900系列", "product_series": "ZTMS900系列", "industry": [ "地质工程", "环境监测", "土木工程" ], "measurement": [ "山体微小形变", "井孔倾角变化", "地壳固体潮" ], "tags": [ "ZTMS900系列", "地质工程", "环境监测", "山体微小形变", "传感器" ], "updated_at": "2025-10-20", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZTMS900系列-自调平井下倾角仪山体膨胀测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "rock-mass-fracture-monitoring-tilt-guide", "category": "application_article", "category_cn": "应用文章", "title": "岩体裂隙张开监测倾角仪选型与部署指南", "summary": "**目标**: 针对矿山深部开采及地质勘探中的岩体稳定性监测，提供纳弧度级精度的原位倾角数据采集方案，以捕捉微小的岩体裂隙张开与地壳形变〔REF-002〕。", "focused_product": "ZTMS900系列", "product_series": "ZTMS900系列", "industry": [ "矿山工程", "地质勘探", "地球物理监测" ], "measurement": [ "岩体裂隙张开", "井下倾角变化", "微小形变" ], "tags": [ "ZTMS900系列", "矿山工程", "地质勘探", "岩体裂隙张开", "传感器" ], "updated_at": "2026-04-20", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZTMS900系列-自调平井下倾角仪岩体裂隙张开监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "suspension-bridge-anchor-tilt-monitoring-guide", "category": "application_article", "category_cn": "应用文章", "title": "悬索桥锚碇深层滑移监测选型与部署指南", "summary": "**目标**: 针对悬索桥锚碇在复杂地质条件下的深层滑移与微小形变，提供高精度、高可靠性的原位监测解决方案，确保桥梁结构安全〔REF-002〕。", "focused_product": "ZTMS900系列", "product_series": "ZTMS900系列", "industry": [ "桥梁工程", "地质监测", "土木工程" ], "measurement": [ "井下倾角", "深层沉降", "微小形变" ], "tags": [ "ZTMS900系列", "桥梁工程", "地质监测", "井下倾角", "传感器" ], "updated_at": "2025-12-24", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZTMS900系列-自调平井下倾角仪悬索桥锚碇深层滑移监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "anti-slide-pile-deformation-monitoring-guide", "category": "application_article", "category_cn": "应用文章", "title": "抗滑桩桩身微小变形监测选型与部署指南", "summary": "**目标**: 本指南针对桩身微小变形, 井孔倾斜度, 地壳形变场景，提供选型与部署指导〔REF-001〕。", "focused_product": "ZTMS900系列", "product_series": "ZTMS900系列", "industry": [ "地质工程", "岩土工程", "地质灾害防治" ], "measurement": [ "桩身微小变形", "井孔倾斜度", "地壳形变" ], "tags": [ "ZTMS900系列", "地质工程", "岩土工程", "桩身微小变形", "传感器" ], "updated_at": "2025-05-17", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZTMS900系列-自调平井下倾角仪抗滑桩桩身微小变形监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "fault-zone-preseismic-creep-tilt-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "断裂带震前蠕滑监测倾角仪选型与部署指南", "summary": "**目标**: 捕获断裂带震前蠕滑引发的纳弧度级地壳微小倾斜变化，为地震预警与地球物理研究提供高置信度原位数据〔REF-002〕。", "focused_product": "ZTMS900系列", "product_series": "ZTMS900系列", "industry": [ "地震监测", "地球物理研究", "地质灾害预警" ], "measurement": [ "地壳微小倾斜变化", "断层蠕滑位移", "地下形变" ], "tags": [ "ZTMS900系列", "地震监测", "地球物理研究", "地壳微小倾斜变化", "传感器" ], "updated_at": "2025-03-25", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZTMS900系列-自调平井下倾角仪断裂带震前蠕滑监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "geothermal-injection-tilt-monitoring-guide", "category": "application_article", "category_cn": "应用文章", "title": "热储层注水响应监测井下倾角仪选型与部署指南", "summary": "**目标**: 在热储层注水或地热开发场景中，实时监测深井内微小的地层倾斜与形变，评估热储层的动态可用性与安全性〔REF-002〕。", "focused_product": "ZTMS900系列", "product_series": "ZTMS900系列", "industry": [ "地热开发", "地球物理监测", "油气工程" ], "measurement": [ "井下倾斜角度", "地层微变形", "注水响应位移" ], "tags": [ "ZTMS900系列", "地热开发", "地球物理监测", "井下倾斜角度", "传感器" ], "updated_at": "2025-05-19", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZTMS900系列-自调平井下倾角仪热储层注水响应监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "angle-guide", "category": "application_article", "category_cn": "应用文章", "title": "特高拱坝坝基深部岩石流变监测倾角仪选型与部署指南", "summary": "**目标**: 本指南针对\"岩石流变形变\", \"微角度变化\"场景，提供选型与部署指导〔REF-001〕。", "focused_product": "ZTMS900系列", "product_series": "ZTMS900系列", "industry": [ "水利水电", "地质监测" ], "measurement": [ "岩石流变形变", "微角度变化" ], "tags": [ "ZTMS900系列", "水利水电", "地质监测", "岩石流变形变", "传感器" ], "updated_at": "2025-04-14", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZTMS900系列-自调平井下倾角仪特高拱坝坝基深部岩石流变监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "mine-cave-in-prediction-tilt-guide", "category": "application_article", "category_cn": "应用文章", "title": "矿山采空区地面塌陷预测倾角监测选型与部署指南", "summary": "**目标**: 针对矿山采空区及深部地质构造，利用高精度传感器实现毫米级甚至微米级的地表沉降与地层倾斜预警〔REF-002〕。", "focused_product": "ZTMS900系列", "product_series": "ZTMS900系列", "industry": [ "矿山开采", "地质工程" ], "measurement": [ "井下倾角变化", "地壳微形变" ], "tags": [ "ZTMS900系列", "矿山开采", "地质工程", "井下倾角变化", "传感器" ], "updated_at": "2025-06-26", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZTMS900系列-自调平井下倾角仪矿山采空区地面塌陷预测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "ztms900-guide", "category": "application_article", "category_cn": "应用文章", "title": "Ztms900选型与部署指南", "summary": "**目标**：为工业制造场景中几何尺寸与轮廓重建的在线测量需求，提供可追溯的售前选型与工程部署参考依据，覆盖量程、分辨率、部署方式、接口及限制条件。", "focused_product": "典型产品", "product_series": "典型系列", "industry": [ "工业制造" ], "measurement": [ "几何尺寸测量", "轮廓重建" ], "tags": [ "典型产品", "典型系列", "工业制造", "几何尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZTMS900系列-自调平井下倾角仪矿山采空区覆岩沉降监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "carbon-sequestration-tilt-guide", "category": "application_article", "category_cn": "应用文章", "title": "碳封存地层盖层稳定性检测倾角测量选型与部署指南", "summary": "**目标**: 本指南针对\"地层微小形变\", \"井孔倾角变化\", \"绝对垂直零位偏移\"场景，提供选型与部署指导〔REF-001〕。", "focused_product": "ZTMS900系列", "product_series": "ZTMS900系列", "industry": [ "碳捕集与封存 (CCS)", "地球物理监测", "油气勘探" ], "measurement": [ "地层微小形变", "井孔倾角变化", "绝对垂直零位偏移" ], "tags": [ "ZTMS900系列", "碳捕集与封存 (CCS)", "地球物理监测", "地层微小形变", "传感器" ], "updated_at": "2025-06-02", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZTMS900系列-自调平井下倾角仪碳封存地层盖层稳定性检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "content-示例产品-43", "category": "application_article", "category_cn": "应用文章", "title": "基坑踢脚倾斜变形监测选型与部署指南", "summary": "基坑踢脚倾斜变形是深基坑工程中高风险的失稳形态，直接威胁周边建筑与地下管线安全。ZTMS900系列自动化倾斜监测仪采用高精度惯性测量单元（IMU）与倾角传感技术…", "focused_product": "示例产品", "product_series": "示例系列", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "示例产品", "示例系列", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-01-01", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZTMS900系列-自调平井下倾角仪超深基坑踢脚变形监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "foundation-pit-inclinometer-guide", "category": "application_article", "category_cn": "应用文章", "title": "隔振基坑地脉动监测选型与部署指南", "summary": "**目标**: 实现深井环境下的高精度自调平监测，捕捉纳弧度级的地壳微小形变，确保复杂地质条件下的数据稳定性〔REF-001〕。", "focused_product": "ZTMS900系列", "product_series": "ZTMS900系列", "industry": [ "土木工程监测", "地质工程", "基础设施安全" ], "measurement": [ "井孔倾斜角度", "地层微小位移", "地脉动加速度/振动" ], "tags": [ "ZTMS900系列", "土木工程监测", "地质工程", "井孔倾斜角度", "传感器" ], "updated_at": "2025-08-09", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZTMS900系列-自调平井下倾角仪隔振基坑地脉动监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "tunnel-foundation-stability-monitoring-guide", "category": "application_article", "category_cn": "应用文章", "title": "隧道地基稳定性监测选型与部署指南", "summary": "**目标**: 针对复杂地质条件下的隧道及深部地基，实现纳弧度（Nanoradian）级别的微小倾斜与形变高精度监测，预防地质灾害与结构失稳〔REF-002〕。", "focused_product": "ZTMS900系列", "product_series": "ZTMS900系列", "industry": [ "隧道工程", "地下基础设施", "地质监测" ], "measurement": [ "地基倾斜", "微小形变", "沉降位移" ], "tags": [ "ZTMS900系列", "隧道工程", "地下基础设施", "地基倾斜", "传感器" ], "updated_at": "2026-01-04", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZTMS900系列-自调平井下倾角仪隧道地基稳定性监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "active-prosthetic-joint-dynamic-control-torque-angle-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "主动式假肢关节动态控制扭矩与角度同步测量选型指南", "summary": "**目标**: 本指南针对旋转扭矩, 旋转角度场景，提供选型与部署指导〔REF-001〕。", "focused_product": "ZTQS301系列", "product_series": "ZTQS301 series", "industry": [ "医疗器械", "康复工程", "机器人技术" ], "measurement": [ "旋转扭矩", "旋转角度" ], "tags": [ "ZTQS301系列", "ZTQS301 series", "医疗器械", "康复工程", "旋转扭矩", "传感器" ], "updated_at": "2025-12-11", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZTQS301系列-主动式假肢关节动态控制/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "fiber-reeling-tension-control-torque-angle-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "光纤收卷张力闭环控制扭矩与角度同步测量选型指南", "summary": "**目标**: 本指南针对旋转扭矩, 旋转角度场景，提供选型与部署指导〔REF-001〕。", "focused_product": "ZTQS301系列", "product_series": "ZTQS301系列", "industry": [ "光纤制造", "精密机械装配" ], "measurement": [ "旋转扭矩", "旋转角度" ], "tags": [ "ZTQS301系列", "光纤制造", "精密机械装配", "旋转扭矩", "传感器" ], "updated_at": "2025-11-10", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZTQS301系列-光纤收卷张力闭环控制/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "key-bolt-assembly-quality-monitoring-guide", "category": "application_article", "category_cn": "应用文章", "title": "关键螺栓装配过程扭矩质量监控选型与部署指南", "summary": "**目标**: 面向关键螺栓装配过程质量监控场景，为售前与工程人员提供扭矩传感器选型与现场部署的系统化参考〔REF-001〕。", "focused_product": "扭矩传感器", "product_series": "典型扭矩传感器系列", "industry": [ "汽车制造", "航空航天", "工业装配" ], "measurement": [ "扭矩", "转角", "扭矩-转角曲线" ], "tags": [ "扭矩传感器", "典型扭矩传感器系列", "汽车制造", "航空航天", "扭矩", "传感器" ], "updated_at": "2026-08-07", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZTQS301系列-关键螺栓装配过程质量监控/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "pharma-bottle-cap-torque-angle-guide", "category": "application_article", "category_cn": "应用文章", "title": "制药瓶盖拧紧扭矩与角度复合测量部署选型指南", "summary": "**目标**: 在制药瓶盖旋紧工序中，实现高同步性的扭矩与旋转角度采集，生成可靠的 T-θ 曲线以优化密封工艺并预防瓶口开裂或松动现象。", "focused_product": "ZTQS301系列", "product_series": "ZTQS301系列", "industry": [ "制药设备", "包装机械" ], "measurement": [ "瓶盖拧紧扭矩", "旋转角度" ], "tags": [ "ZTQS301系列", "制药设备", "包装机械", "瓶盖拧紧扭矩", "传感器" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZTQS301系列-制药设备瓶盖拧紧扭矩精确质检/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "medical-robotics-torque-feedback-guide", "category": "application_article", "category_cn": "应用文章", "title": "医疗机器人关节扭矩与角度同步测量选型部署指南", "summary": "**目标**: 本指南针对关节扭矩, 旋转角度场景，提供选型与部署指导〔REF-001〕。", "focused_product": "ZTQS301系列", "product_series": "ZTQS301系列", "industry": [ "医疗器械制造", "康复理疗设备" ], "measurement": [ "关节扭矩", "旋转角度" ], "tags": [ "ZTQS301系列", "医疗器械制造", "康复理疗设备", "关节扭矩", "传感器" ], "updated_at": "2025-03-18", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZTQS301系列-医疗机器人关节扭矩反馈/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "semiconductor-wafer-transfer-torque-angle-guide", "category": "application_article", "category_cn": "应用文章", "title": "半导体晶圆转移机械臂扭矩角度复合传感器选型与部署指南", "summary": "应用场景**:半导体晶圆传输/转移机械臂的旋转扭矩与多圈角度复合测量，用于工艺质量控制、异常检测与设备保护。", "focused_product": "ZTQS301系列", "product_series": "ZTQS301系列", "industry": [ "半导体制造", "微电子自动化" ], "measurement": [ "动态扭矩", "多圈绝对值角度" ], "tags": [ "ZTQS301系列", "半导体制造", "微电子自动化", "动态扭矩", "传感器" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZTQS301系列-半导体晶圆转移机械臂力控/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "screw-tightening-torque-angle-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "螺钉拧入过程扭矩与角度同步测量选型与部署指南", "summary": "**目标**: 本指南针对拧紧扭矩, 旋转角度, 摩擦系数场景，提供选型与部署指导〔REF-001〕。", "focused_product": "ZTQS301系列", "product_series": "ZTQS301系列", "industry": [ "航空航天", "汽车制造", "消费电子" ], "measurement": [ "拧紧扭矩", "旋转角度", "摩擦系数" ], "tags": [ "ZTQS301系列", "航空航天", "汽车制造", "拧紧扭矩", "传感器" ], "updated_at": "2025-09-19", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZTQS301系列-塑料螺钉拧入全程曲线测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "small-bore-valve-opening-closing-torque-guide", "category": "application_article", "category_cn": "应用文章", "title": "小口径阀门启闭扭矩测量选型与部署指南", "summary": "**目标**: 面向石油、天然气、化工等行业的小口径阀门，建立可追溯、可复现的\"扭矩-角度\"复合测量方案，支撑启闭工艺优化与质量控制〔REF-002〕。", "focused_product": "ZTQS301系列", "product_series": "ZTQS301系列", "industry": [ "石油", "天然气", "化工" ], "measurement": [ "启闭扭矩", "旋转角度" ], "tags": [ "ZTQS301系列", "石油", "天然气", "启闭扭矩", "传感器" ], "updated_at": "2025-05-01", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZTQS301系列-小口径阀门启闭扭矩签名/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "rotary-torque-angle-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "高精度扭矩与角度同步测量选型与部署指南", "summary": "**目标**: 本指南针对旋转扭矩, 旋转角度, 启动摩擦, 螺纹紧固扭矩场景，提供选型与部署指导〔REF-001〕。", "focused_product": "ZTQS301系列", "product_series": "ZTQS301系列", "industry": [ "工业制造", "汽车零部件", "电子组装", "家电生产" ], "measurement": [ "旋转扭矩", "旋转角度", "启动摩擦", "螺纹紧固扭矩" ], "tags": [ "ZTQS301系列", "工业制造", "汽车零部件", "旋转扭矩", "传感器" ], "updated_at": "2025-03-30", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZTQS301系列-执行器启闭扭矩签名/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "drone-servo-actuator-dynamic-performance-guide", "category": "application_article", "category_cn": "应用文章", "title": "无人机舵机执行器动态性能测试选型与部署指南", "summary": "**目标**: 为无人机舵机执行器动态性能测试场景提供基于ZTQS301数字旋转扭矩传感器的选型与部署参考，确保扭矩-角度同步测量的精度与可靠性〔REF-001〕…", "focused_product": "ZTQS301", "product_series": "ZTQS301", "industry": [ "无人机", "航空航天", "自动化测试" ], "measurement": [ "扭矩测量", "角度同步测量", "动态响应分析" ], "tags": [ "ZTQS301", "无人机", "航空航天", "扭矩测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZTQS301系列-无人机舵机执行器动态性能测试/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "material-torsion-fatigue-torque-angle-guide", "category": "application_article", "category_cn": "应用文章", "title": "材料扭转疲劳试验扭矩角度同步测量选型与部署指南", "summary": "**目标**: 本指南针对动态扭矩, 旋转角度, 扭转疲劳寿命场景，提供选型与部署指导〔REF-001〕。", "focused_product": "ZTQS301系列", "product_series": "ZTQS301系列", "industry": [ "航空航天", "汽车工程", "建筑科研" ], "measurement": [ "动态扭矩", "旋转角度", "扭转疲劳寿命" ], "tags": [ "ZTQS301系列", "航空航天", "汽车工程", "动态扭矩", "传感器" ], "updated_at": "2025-01-12", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZTQS301系列-材料扭转疲劳试验/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "eps-system-torque-angle-testing-guide", "category": "application_article", "category_cn": "应用文章", "title": "电动助力转向系统扭矩与角度同步测量选型与部署指南", "summary": "**目标**: 针对电动助力转向系统（EPS）在研发与质检阶段的异响检测、粘滞感分析及扭矩-角度特性曲线绘制，提供高精度的同步测量解决方案。", "focused_product": "ZTQS301系列", "product_series": "ZTQS301系列", "industry": [ "汽车零部件制造", "汽车电子测试", "动力总成研发" ], "measurement": [ "旋转扭矩", "旋转角度" ], "tags": [ "ZTQS301系列", "汽车零部件制造", "汽车电子测试", "旋转扭矩", "传感器" ], "updated_at": "2025-02-12", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZTQS301系列-电动助力转向系统（EPS）异响与粘滞感测试/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "gear-backlash-friction-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "减速器回差与摩擦迟滞测量扭矩传感器选型部署指南", "summary": "**目标**: 本指南针对输出轴回差角度,启动摩擦迟滞场景，提供选型与部署指导〔REF-001〕。", "focused_product": "ZTQS301系列", "product_series": "ZTQS301系列", "industry": [ "汽车变速箱研发", "精密机械传动制造" ], "measurement": [ "输出轴回差角度", "启动摩擦迟滞" ], "tags": [ "ZTQS301系列", "汽车变速箱研发", "精密机械传动制造", "输出轴回差角度", "传感器" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZTQS301系列-精密减速器回差与摩擦迟滞测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "bearing-startup-torque-friction-spectrum-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "轴承起动扭矩与摩擦矩谱测量选型与部署指南", "summary": "**目标**: 为轴承、紧固件及小型旋转部件的起动扭矩与摩擦矩谱分析提供可追溯的选型与部署参考，支撑“扭矩-角度”同步曲线的精确绘制与质量控制判定〔REF-002…", "focused_product": "ZTQS301系列", "product_series": "ZTQS301系列", "industry": [ "机械制造", "轴承工业", "汽车零部件", "工业自动化" ], "measurement": [ "起动扭矩", "摩擦矩", "旋转角度", "扭矩-角度同步曲线" ], "tags": [ "ZTQS301系列", "机械制造", "轴承工业", "起动扭矩", "传感器" ], "updated_at": "2026-02-25", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZTQS301系列-轴承起动扭矩与摩擦矩谱测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "prosthetic-joint-torque-angle-guide", "category": "application_article", "category_cn": "应用文章", "title": "主动式假肢关节动态控制扭矩与角度测量选型部署指南", "summary": "**目标**: 针对智能假肢膝踝关节的动态运动控制，提供实时、高精度的扭矩与角度复合数据采集方案。", "focused_product": "ZTQS301系列", "product_series": "ZTQS301系列", "industry": [ "医疗康复设备制造", "生物力学研究实验室" ], "measurement": [ "动态旋转扭矩", "高精度机械角度" ], "tags": [ "ZTQS301系列", "医疗康复设备制造", "生物力学研究实验室", "动态旋转扭矩", "传感器" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZTQS301系列-集成角度测量的扭矩传感器主动式假肢关节动态控制/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "fiber-winding-tension-closed-loop-guide", "category": "application_article", "category_cn": "应用文章", "title": "光纤收卷张力闭环控制与扭矩角度复合测量选型指南", "summary": "**目标**: 本指南针对旋转扭矩, 角度/转速场景，提供选型与部署指导〔REF-001〕。", "focused_product": "ZTQS301系列", "product_series": "ZTQS301系列", "industry": [ "光纤制造与通信", "精密仪器研发", "材料力学测试" ], "measurement": [ "旋转扭矩", "角度/转速" ], "tags": [ "ZTQS301系列", "光纤制造与通信", "精密仪器研发", "旋转扭矩", "传感器" ], "updated_at": "2025-12-03", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZTQS301系列-集成角度测量的扭矩传感器光纤收卷张力闭环控制/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "bolt-assembly-torque-angle-guide", "category": "application_article", "category_cn": "应用文章", "title": "关键螺栓装配质量监控选型与部署指南", "summary": "**目标**: 本指南针对扭矩, 角度场景，提供选型与部署指导〔REF-001〕。", "focused_product": "ZTQS301系列", "product_series": "ZTQS301系列", "industry": [ "汽车制造", "航空航天" ], "measurement": [ "扭矩", "角度" ], "tags": [ "ZTQS301系列", "汽车制造", "航空航天", "扭矩", "传感器" ], "updated_at": "2025-04-29", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZTQS301系列-集成角度测量的扭矩传感器关键螺栓装配过程质量监控/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "brake-engagement-slip-characteristics-guide", "category": "application_article", "category_cn": "应用文章", "title": "鎵煩瑙掑害缁煎悎娴嬭瘯涓庢粦绉荤壒鎬ф祴閲忛€夊瀷閮ㄧ讲鎸囧崡", "summary": "**鐩爣**锛氭湰鎸囧崡閽堝灏哄娴嬮噺鍦烘櫙锛屾彁渚涢€夊瀷涓庨儴缃叉寚瀵笺€擱EF-001銆曘€?- **鎺ㄨ崘鎶€鏈矾绾?*锛氳瑙佺5绔犱骇鍝佸…", "focused_product": "绀轰緥浜у搧", "product_series": "绀轰緥绯诲垪", "industry": [ "宸ヤ笟娴嬮噺" ], "measurement": [ "灏哄娴嬮噺" ], "tags": [ "绀轰緥浜у搧", "绀轰緥绯诲垪", "宸ヤ笟娴嬮噺", "灏哄娴嬮噺", "传感器" ], "updated_at": "2025-01-01", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZTQS301系列-集成角度测量的扭矩传感器制动器结合_滑移特性测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "pharma-bottle-cap-torque-testing-guide", "category": "application_article", "category_cn": "应用文章", "title": "制药设备瓶盖拧紧扭矩精确质检选型与部署指南", "summary": "**目标**: 制药设备瓶盖拧紧扭矩精确质检，确保药品密封性与合规性〔REF-002〕。", "focused_product": "ZTQS301系列", "product_series": "ZTQS301系列", "industry": [ "制药设备", "制药行业" ], "measurement": [ "瓶盖拧紧扭矩", "扭矩-角度同步测量", "旋转扭矩" ], "tags": [ "ZTQS301系列", "制药设备", "制药行业", "瓶盖拧紧扭矩", "传感器" ], "updated_at": "2025-06-29", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZTQS301系列-集成角度测量的扭矩传感器制药设备瓶盖拧紧扭矩精确质检/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "medical-robot-joint-torque-feedback-torque-and-angle-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "医疗机器人关节扭矩与角度复合测量选型与部署指南", "summary": "**目标**: 面向医疗机器人关节执行机构、康复驱动单元及精密紧固工艺，实现旋转扭矩与角位移的同步高精度采集，支撑力反馈控制算法验证与质量控制闭环。〔REF-00…", "focused_product": "ZTQS301系列", "product_series": "ZTQS301系列", "industry": [ "医疗器械制造", "医疗机器人研发", "康复设备工程" ], "measurement": [ "旋转扭矩", "集成角度/角位移", "扭矩-角度同步曲线" ], "tags": [ "ZTQS301系列", "医疗器械制造", "医疗机器人研发", "旋转扭矩", "传感器" ], "updated_at": "2026-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZTQS301系列-集成角度测量的扭矩传感器医疗机器人关节扭矩反馈/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "semiconductor-wafer-robot-torque-angle-guide", "category": "application_article", "category_cn": "应用文章", "title": "半导体晶圆转移机械臂扭矩与角度同步测量选型指南", "summary": "**目标**: 本指南针对旋转扭矩, 旋转角度场景，提供选型与部署指导〔REF-001〕。", "focused_product": "ZTQS301系列", "product_series": "ZTQS301系列", "industry": [ "半导体制造", "精密自动化" ], "measurement": [ "旋转扭矩", "旋转角度" ], "tags": [ "ZTQS301系列", "半导体制造", "精密自动化", "旋转扭矩", "传感器" ], "updated_at": "2025-01-03", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZTQS301系列-集成角度测量的扭矩传感器半导体晶圆转移机械臂力控/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "plastic-screw-driving-full-curve-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "扭矩与角度测量选型与部署指南", "summary": "**目标**: 本指南针对扭矩测量, 角度测量场景，提供选型与部署指导〔REF-001〕。", "focused_product": "ZTQS301系列", "product_series": "ZTQS301系列", "industry": [ "制造业", "装配自动化" ], "measurement": [ "扭矩测量", "角度测量" ], "tags": [ "ZTQS301系列", "制造业", "装配自动化", "扭矩测量", "传感器" ], "updated_at": "2025-11-26", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZTQS301系列-集成角度测量的扭矩传感器塑料螺钉拧入全程曲线测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "sealing-starter-torque-and-friction-spectrum-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "密封件起动扭矩与摩擦矩谱测量选型与部署指南", "summary": "**目标**: 针对密封件、瓶盖、螺纹紧固件等在小量程下的精密测试，获取高精度的“扭矩-角度”同步数据，以评估起动扭矩、摩擦特性及屈服点〔REF-001〕。", "focused_product": "ZTQS301系列", "product_series": "ZTQS301 series", "industry": [ "汽车制造", "家电行业", "电子设备装配" ], "measurement": [ "密封件起动扭矩", "摩擦矩谱", "旋转角度" ], "tags": [ "ZTQS301系列", "ZTQS301 series", "汽车制造", "家电行业", "密封件起动扭矩", "传感器" ], "updated_at": "2026-02-27", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZTQS301系列-集成角度测量的扭矩传感器密封件起动扭矩与摩擦矩谱测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "valve-torque-angle-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "小口径阀门启闭扭矩与角度同步测量选型与部署指南", "summary": "**目标**: 本指南针对\"启闭扭矩\", \"旋转角度\"场景，提供选型与部署指导〔REF-001〕。", "focused_product": "ZTQS301系列", "product_series": "ZTQS301系列", "industry": [ "阀门制造", "工业自动化" ], "measurement": [ "启闭扭矩", "旋转角度" ], "tags": [ "ZTQS301系列", "阀门制造", "工业自动化", "启闭扭矩", "传感器" ], "updated_at": "2025-12-02", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZTQS301系列-集成角度测量的扭矩传感器小口径阀门启闭扭矩签名/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "torque-angle-slip-characteristic-selection-guide", "category": "application_article", "category_cn": "应用文章", "title": "扭矩传感器集成角度测量选型与部署指南", "summary": "**目标**: 本指南针对\"扭矩\", \"角度\"场景，提供选型与部署指导〔REF-001〕。", "focused_product": "ZTQS301系列", "product_series": "ZTQS301系列", "industry": [ "工业自动化", "机械测试" ], "measurement": [ "扭矩", "角度" ], "tags": [ "ZTQS301系列", "工业自动化", "机械测试", "扭矩", "传感器" ], "updated_at": "2026-02-26", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZTQS301系列-集成角度测量的扭矩传感器微离合器结合_滑移特性测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "content-示例产品-44", "category": "application_article", "category_cn": "应用文章", "title": "执行器启闭扭矩与角度同步测量选型部署指南", "summary": "在自动化控制与精密制造场景中，执行器的启闭过程存在明显的摩擦非线性和滞后现象，仅凭稳态参数无法准确评估其健康状态与动态性能。ZTQS301 系列扭矩角度同步测量…", "focused_product": "示例产品", "product_series": "示例系列", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "示例产品", "示例系列", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-01-01", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZTQS301系列-集成角度测量的扭矩传感器执行器启闭扭矩签名/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "drone-servo-executor-torque-angle-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "无人机舵机执行器动态性能测试选型与部署指南", "summary": "**目标**: 针对无人机舵机执行器进行高精度的“扭矩-角度”同步动态性能测试，验证其响应特性、摩擦系数及可靠性〔REF-001〕。", "focused_product": "ZTQS301系列", "product_series": "ZTQS301系列", "industry": [ "航空航天", "无人机制造", "精密仪器测试" ], "measurement": [ "旋转扭矩", "角度位置" ], "tags": [ "ZTQS301系列", "航空航天", "无人机制造", "旋转扭矩", "传感器" ], "updated_at": "2025-03-16", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZTQS301系列-集成角度测量的扭矩传感器无人机舵机执行器动态性能测试/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "torsion-fatigue-angle-torque-guide", "category": "application_article", "category_cn": "应用文章", "title": "材料扭转疲劳与扭矩角度同步测量选型部署指南", "summary": "**目标**: 本指南针对扭转形变, 旋转扭矩, 角度变化, 屈服点分析场景，提供选型与部署指导〔REF-001〕。", "focused_product": "ZTQS301系列", "product_series": "ZTQS301系列", "industry": [ "材料科学", "机械工程", "汽车工业", "航空航天" ], "measurement": [ "扭转形变", "旋转扭矩", "角度变化", "屈服点分析" ], "tags": [ "ZTQS301系列", "材料科学", "机械工程", "扭转形变", "传感器" ], "updated_at": "2026-02-16", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZTQS301系列-集成角度测量的扭矩传感器材料扭转疲劳试验/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "bottle-cap-torque-angle-control-guide", "category": "application_article", "category_cn": "应用文章", "title": "瓶盖开启与锁紧扭矩及角度测量选型与部署指南", "summary": "**目标**: 本指南针对\"开启扭矩\", \"锁紧扭矩\", \"旋转角度\"场景，提供选型与部署指导〔REF-001〕。", "focused_product": "ZTQS301系列", "product_series": "ZTQS301系列", "industry": [ "食品饮料包装", "化妆品制造", "药品包装" ], "measurement": [ "开启扭矩", "锁紧扭矩", "旋转角度" ], "tags": [ "ZTQS301系列", "食品饮料包装", "化妆品制造", "开启扭矩", "传感器" ], "updated_at": "2025-06-09", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZTQS301系列-集成角度测量的扭矩传感器瓶盖开启_锁紧扭矩、角度控制/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "eps-testing-torque-angle-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "电动助力转向系统异响与粘滞感测试选型与部署指南", "summary": "**目标**: 本指南针对旋转扭矩, 旋转角度场景，提供选型与部署指导〔REF-001〕。", "focused_product": "ZTQS301系列", "product_series": "ZTQS301系列", "industry": [ "汽车工程", "新能源汽车", "零部件制造" ], "measurement": [ "旋转扭矩", "旋转角度" ], "tags": [ "ZTQS301系列", "汽车工程", "新能源汽车", "旋转扭矩", "传感器" ], "updated_at": "2025-08-26", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZTQS301系列-集成角度测量的扭矩传感器电动助力转向系统（EPS）异响与粘滞感测试/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "precision-reducer-backlash-friction-hysteresis-guide", "category": "application_article", "category_cn": "应用文章", "title": "精密减速器回差与摩擦迟滞测量选型与部署指南", "summary": "**目标**: 为精密减速器回差与摩擦迟滞测量场景提供基于集成角度测量的扭矩传感器的选型与部署参考，确保扭矩-角度同步数据的高精度与高可靠性〔REF-001〕。", "focused_product": "ZTQS301", "product_series": "ZTQS301", "industry": [ "精密传动", "机器人", "航空航天" ], "measurement": [ "扭矩测量", "角度测量", "迟滞环分析" ], "tags": [ "ZTQS301", "精密传动", "机器人", "扭矩测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZTQS301系列-集成角度测量的扭矩传感器精密减速器回差与摩擦迟滞测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "bearing-starting-torque-friction-spectrum-measurement-rotary-torque-angle-guide", "category": "application_article", "category_cn": "应用文章", "title": "轴承起动扭矩与摩擦矩谱测量选型与部署指南", "summary": "**目标**: 精准捕获轴承起动瞬态的扭矩-角度耦合特性，绘制摩擦矩谱并识别死点、屈服点与润滑状态异常。", "focused_product": "ZTQS301系列", "product_series": "ZTQS301系列", "industry": [ "汽车制造", "工业机器人", "精密机械装配", "消费电子测试" ], "measurement": [ "轴承起动扭矩", "摩擦矩谱", "旋转扭矩与角度同步数据" ], "tags": [ "ZTQS301系列", "汽车制造", "工业机器人", "轴承起动扭矩", "传感器" ], "updated_at": "2025-11-28", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZTQS301系列-集成角度测量的扭矩传感器轴承起动扭矩与摩擦矩谱测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "rotary-torque-angle-measurement-guide-ztqs301系列", "category": "application_article", "category_cn": "应用文章", "title": "高精度扭矩与角度同步测量选型及部署指南", "summary": "**目标**: 为中小量程精密测试（如瓶盖扭力、螺纹紧固、摩擦特性研究）提供“扭矩+角度”同步测量解决方案。【REF-001】【REF-002】", "focused_product": "ZTQS301系列", "product_series": "ZTQS301系列", "industry": [ "工业制造", "研发实验室" ], "measurement": [ "动态扭矩", "旋转角度" ], "tags": [ "ZTQS301系列", "工业制造", "研发实验室", "动态扭矩", "传感器" ], "updated_at": "2025-07-03", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZTQS301系列-集成角度测量的扭矩传感器高保真力反馈设备扭矩测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "wire-rod-tension-control-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "高速线材收卷张力闭环控制选型与部署指南", "summary": "**目标**: 本指南针对动态扭矩, 旋转角度, 收卷张力场景，提供选型与部署指导〔REF-001〕。", "focused_product": "ZTQS301系列", "product_series": "ZTQS301系列", "industry": [ "线缆制造", "金属线材加工", "精密机械测试" ], "measurement": [ "动态扭矩", "旋转角度", "收卷张力" ], "tags": [ "ZTQS301系列", "线缆制造", "金属线材加工", "动态扭矩", "传感器" ], "updated_at": "2025-09-28", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZTQS301系列-集成角度测量的扭矩传感器高速线材收卷张力闭环控制/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "luer-connector-assembly-torque-guide", "category": "application_article", "category_cn": "应用文章", "title": "线激光轮廓传感器售前选型与部署指南", "summary": "**目标**：为工业制造场景中几何尺寸轮廓测量需求，提供线激光轮廓传感器的售前选型与现场部署参考依据〔REF-002〕。", "focused_product": "典型产品", "product_series": "典型系列", "industry": [ "工业制造" ], "measurement": [ "几何尺寸轮廓测量" ], "tags": [ "典型产品", "典型系列", "工业制造", "几何尺寸轮廓测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZTQS301系列-集成角度测量的扭矩传感器鲁尔接头装配扭矩测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "torque-angle-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "集成角度测量扭矩传感器选型与部署指南", "summary": "**目标**: 本指南针对动态旋转扭矩, 高精度角度位移场景，提供选型与部署指导〔REF-001〕。", "focused_product": "ZTQS301系列", "product_series": "ZTQS301系列", "industry": [ "精密制造", "自动化装配", "研发测试" ], "measurement": [ "动态旋转扭矩", "高精度角度位移" ], "tags": [ "ZTQS301系列", "精密制造", "自动化装配", "动态旋转扭矩", "传感器" ], "updated_at": "2026-01-17", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZTQS301系列-集成角度测量的扭矩传感器齿槽转矩_启动脉动谱/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "force-feedback-torque-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "线激光轮廓传感器选型与部署指南", "summary": "**目标**：为工业制造场景中的几何尺寸检测与质量控制需求，提供线激光轮廓传感器的售前选型与工程部署方法论〔REF-001〕〔REF-002〕。", "focused_product": "典型产品", "product_series": "典型系列", "industry": [ "工业制造" ], "measurement": [ "几何尺寸测量", "轮廓检测" ], "tags": [ "典型产品", "典型系列", "工业制造", "几何尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZTQS301系列-高保真力反馈设备扭矩测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "wire-rod-coiling-torque-angle-control-guide", "category": "application_article", "category_cn": "应用文章", "title": "高速线材收卷张力闭环控制扭矩角度同步测量选型与部署指南", "summary": "**目标**: 在高速线材收卷过程中，通过实时监测旋转轴上的扭矩与角度变化，实现高精度的张力闭环控制，防止断线、卷曲或松弛，提升产品质量与生产效率〔REF-002…", "focused_product": "ZTQS301系列", "product_series": "ZTQS301系列", "industry": [ "钢铁制造", "有色金属加工", "线材加工", "工业自动化" ], "measurement": [ "旋转扭矩", "旋转角度", "收卷张力", "转速" ], "tags": [ "ZTQS301系列", "钢铁制造", "有色金属加工", "旋转扭矩", "传感器" ], "updated_at": "2026-05-01", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZTQS301系列-高速线材收卷张力闭环控制/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "luer-connector-assembly-torque-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "鲁尔接头装配扭矩与角度同步测量选型与部署指南", "summary": "**目标**: 解决鲁尔接头及类似精密螺纹连接件在装配过程中的扭矩控制与角度监控难题，实现“扭矩-角度”曲线的实时同步采集与质量判定〔REF-002〕。", "focused_product": "ZTQS301系列", "product_series": "ZTQS301系列", "industry": [ "医疗器械制造", "精密仪器组装" ], "measurement": [ "旋转扭矩", "旋转角度" ], "tags": [ "ZTQS301系列", "医疗器械制造", "精密仪器组装", "旋转扭矩", "传感器" ], "updated_at": "2026-03-28", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZTQS301系列-鲁尔接头装配扭矩测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "bolt-yield-tightening-torque-guide", "category": "application_article", "category_cn": "应用文章", "title": "基于扭矩转角法的螺栓屈服点拧紧选型与部署指南", "summary": "**目标**: 本指南针对动态旋转扭矩, 转速, 功率场景，提供选型与部署指导〔REF-001〕。", "focused_product": "ZTQS302系列", "product_series": "ZTQS302系列", "industry": [ "汽车制造", "动力工具校准", "紧固件测试" ], "measurement": [ "动态旋转扭矩", "转速", "功率" ], "tags": [ "ZTQS302系列", "汽车制造", "动力工具校准", "动态旋转扭矩", "传感器" ], "updated_at": "2025-01-23", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZTQS302系列-基于“扭矩-转角”法的螺栓屈服点拧紧/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "fastener-tightening-monitoring-guide", "category": "application_article", "category_cn": "应用文章", "title": "紧固件拧紧质量监控与动态扭矩测量选型部署指南", "summary": "**目标**: 本指南针对扭矩,速度,功率场景，提供选型与部署指导〔REF-001〕。", "focused_product": "ZTQS302系列", "product_series": "ZTQS302系列", "industry": [ "汽车制造", "航空领域", "重型机械行业" ], "measurement": [ "扭矩", "速度", "功率" ], "tags": [ "ZTQS302系列", "汽车制造", "航空领域", "扭矩", "传感器" ], "updated_at": "2025-08-19", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZTQS302系列-拧紧轴独立质量监控/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "friction-material-run-in-testing-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "摩擦材料磨合性能测试传感器选型与部署指南", "summary": "**目标**: 本指南针对\"动态旋转扭矩\", \"转速\", \"功率\"场景，提供选型与部署指导〔REF-001〕。", "focused_product": "ZTQS302系列", "product_series": "ZTQS302系列", "industry": [ "汽车工业", "航空航天", "重型机械", "紧固件制造" ], "measurement": [ "动态旋转扭矩", "转速", "功率" ], "tags": [ "ZTQS302系列", "汽车工业", "航空航天", "动态旋转扭矩", "传感器" ], "updated_at": "2026-03-26", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZTQS302系列-摩擦材料磨合性能测试/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "power-bus-bolt-tightening-monitoring-guide", "category": "application_article", "category_cn": "应用文章", "title": "动力电池汇流排与极耳螺栓拧紧检测选型与部署指南", "summary": "**目标**: 本指南针对螺栓拧紧扭矩, 旋转速度, 功率场景，提供选型与部署指导〔REF-001〕。", "focused_product": "ZTQS302系列", "product_series": "ZTQS302系列", "industry": [ "新能源汽车制造", "动力电池生产" ], "measurement": [ "螺栓拧紧扭矩", "旋转速度", "功率" ], "tags": [ "ZTQS302系列", "新能源汽车制造", "动力电池生产", "螺栓拧紧扭矩", "传感器" ], "updated_at": "2025-01-13", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZTQS302系列-方形扭矩传感器动力电池汇流排_极耳螺栓拧紧检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "bolt-yield-torque-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "基于扭矩转角法的螺栓屈服点拧紧检测选型与部署指南", "summary": "**目标**: 本指南针对扭矩, 转速, 功率场景，提供选型与部署指导〔REF-001〕。", "focused_product": "ZTQS302系列", "product_series": "ZTQS302系列", "industry": [ "汽车制造", "航空航天", "机械设备制造" ], "measurement": [ "扭矩", "转速", "功率" ], "tags": [ "ZTQS302系列", "汽车制造", "航空航天", "扭矩", "传感器" ], "updated_at": "2025-07-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZTQS302系列-方形扭矩传感器基于“扭矩-转角”法的螺栓屈服点拧紧/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "fastener-tightening-rotation-guide", "category": "application_article", "category_cn": "应用文章", "title": "紧固件拧紧轴旋转扭矩独立质量监控选型与部署指南", "summary": "**目标: ** 在汽车零部件制造及动力工具校准场景中，实现对拧紧轴（Socket/Driver Head）连接可靠性的独立质量监控，确保紧固过程符合工艺要求且传…", "focused_product": "ZTQS302系列", "product_series": "ZTQS302系列", "industry": [ "汽车零部件制造", "动力工具校准" ], "measurement": [ "旋转扭矩", "动态冲击负载" ], "tags": [ "ZTQS302系列", "汽车零部件制造", "动力工具校准", "旋转扭矩", "传感器" ], "updated_at": "2026-05-08", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZTQS302系列-方形扭矩传感器拧紧轴独立质量监控/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "friction-material-torque-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "摩擦材料扭矩测试与动态检测选型指南", "summary": "**目标**: 精准评估摩擦材料在磨合周期中的动态扭矩特性，确保设备稳定性与安全性能。〔REF-002〕", "focused_product": "ZTQS302系列", "product_series": "ZTQS302系列", "industry": [ "汽车工业", "工具制造" ], "measurement": [ "旋转扭矩", "动态应变" ], "tags": [ "ZTQS302系列", "汽车工业", "工具制造", "旋转扭矩", "传感器" ], "updated_at": "2026-03-23", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZTQS302系列-方形扭矩传感器摩擦材料磨合性能测试/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "robot-end-effector-torque-misfit-detection-guide", "category": "application_article", "category_cn": "应用文章", "title": "机器人末端在线扭矩失手检测选型与部署指南", "summary": "**目标**: 本指南针对动态旋转扭矩, 转速, 功率场景，提供选型与部署指导〔REF-001〕。", "focused_product": "ZTQS302系列", "product_series": "ZTQS302系列", "industry": [ "智能制造", "自动化装配", "紧固件测试", "动力工具校准" ], "measurement": [ "动态旋转扭矩", "转速", "功率" ], "tags": [ "ZTQS302系列", "智能制造", "自动化装配", "动态旋转扭矩", "传感器" ], "updated_at": "2025-12-26", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZTQS302系列-方形扭矩传感器机器人末端在线扭矩_失手检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "robot-end-effector-torque-monitoring-guide", "category": "application_article", "category_cn": "应用文章", "title": "机器人末端执行器独立质量监控选型与部署指南", "summary": "**目标**: 针对机器人末端执行器（End-Effector）在自动化产线中的紧固件拧紧、动力工具校准及独立质量监控场景，提供高精度的动态扭矩、转速及功率实时采…", "focused_product": "ZTQS302系列", "product_series": "ZTQS302系列", "industry": [ "自动化制造", "紧固件测试", "动力工具校准" ], "measurement": [ "动态旋转扭矩", "转速", "功率" ], "tags": [ "ZTQS302系列", "自动化制造", "紧固件测试", "动态旋转扭矩", "传感器" ], "updated_at": "2025-10-24", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZTQS302系列-方形扭矩传感器机器人末端执行器独立质量监控/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "automotive-assembly-torque-calibration-guide", "category": "application_article", "category_cn": "应用文章", "title": "汽车总装扭矩设备动态标定与抽检选型部署指南", "summary": "**目标**: 本指南针对冲击脉冲扳手扭矩, 动态旋转扭矩, 紧固件装配扭矩场景，提供选型与部署指导〔REF-001〕。", "focused_product": "ZTQS302系列", "product_series": "ZTQS302系列", "industry": [ "汽车工业", "汽车总装" ], "measurement": [ "冲击脉冲扳手扭矩", "动态旋转扭矩", "紧固件装配扭矩" ], "tags": [ "ZTQS302系列", "汽车工业", "汽车总装", "冲击脉冲扳手扭矩", "传感器" ], "updated_at": "2026-04-01", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZTQS302系列-方形扭矩传感器汽车总装中冲击_脉冲扳手动态标定与抽检/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "flange-bolt-torque-consistency-verification-guide", "category": "application_article", "category_cn": "应用文章", "title": "法兰螺栓扭矩一致性验证选型与部署指南", "summary": "**目标**: 本指南针对旋转扭矩, 动态扭矩场景，提供选型与部署指导〔REF-001〕。", "focused_product": "ZTQS302系列", "product_series": "ZTQS302系列", "industry": [ "机械制造", "紧固件测试", "动力工具校准" ], "measurement": [ "旋转扭矩", "动态扭矩" ], "tags": [ "ZTQS302系列", "机械制造", "紧固件测试", "旋转扭矩", "传感器" ], "updated_at": "2025-09-22", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZTQS302系列-方形扭矩传感器法兰螺栓扭矩一致性验证/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "cleanroom-medical-thread-connection-detection-guide", "category": "application_article", "category_cn": "应用文章", "title": "医疗器械微小螺纹连接扭矩检测选型与部署指南", "summary": "医疗器械微小螺纹连接扭矩检测的核心选型结论:**选用无线应变式方形扭矩传感器（如 ZTQS302 系列）**，而非传统滑环式或电子扭矩扳手。关键理由三点:① 无…", "focused_product": "ZTQS302系列", "product_series": "ZTQS302系列", "industry": [ "医疗器械制造", "精密仪器校准" ], "measurement": [ "旋转扭矩", "动态扭矩" ], "tags": [ "ZTQS302系列", "医疗器械制造", "精密仪器校准", "旋转扭矩", "传感器" ], "updated_at": "2025-07-16", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZTQS302系列-方形扭矩传感器洁净室外的医疗器械微小螺纹连接检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "key-bolt-residual-torque-rotation-guide", "category": "application_article", "category_cn": "应用文章", "title": "关键螺栓残余扭矩动态测量与生产线移动稽核选型指南", "summary": "**目标**: 本指南针对动态旋转扭矩, 残余扭矩, 瞬态过载波形场景，提供选型与部署指导〔REF-001〕。", "focused_product": "ZTQS302系列", "product_series": "ZTQS302系列", "industry": [ "汽车制造", "动力工具校准", "重型机械装配" ], "measurement": [ "动态旋转扭矩", "残余扭矩", "瞬态过载波形" ], "tags": [ "ZTQS302系列", "汽车制造", "动力工具校准", "动态旋转扭矩", "传感器" ], "updated_at": "2025-07-25", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZTQS302系列-方形扭矩传感器生产线关键螺栓残余扭矩的移动式稽核/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "power-tool-calibration-torque-sensor-guide", "category": "application_article", "category_cn": "应用文章", "title": "电动工具动态扭矩标定与验证选型指南", "summary": "**目标**: 本指南针对\"动态扭矩\", \"旋转速度\", \"功率\"场景，提供选型与部署指导〔REF-001〕。", "focused_product": "ZTQS302 series", "product_series": "ZTQS302 series", "industry": [ "电动工具制造", "紧固件装配", "工业自动化" ], "measurement": [ "动态扭矩", "旋转速度", "功率" ], "tags": [ "ZTQS302 series", "电动工具制造", "紧固件装配", "动态扭矩", "传感器" ], "updated_at": "2025-05-19", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZTQS302系列-方形扭矩传感器电动工具的动态扭矩标定与验证/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "clutch-run-in-torque-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "离合器片磨合性能扭矩测试选型与部署指南", "summary": "**目标**: 获取离合器片磨合期的动态旋转扭矩曲线，量化启动/停止瞬态峰值、摩擦系数演变及系统响应稳定性，为整车动力传输可靠性提供数据支撑〔REF-001〕。", "focused_product": "ZTQS302系列", "product_series": "ZTQS302系列", "industry": [ "汽车制造", "机械工程", "紧固件与动力工具校准" ], "measurement": [ "动态旋转扭矩", "转速与功率", "离合器片磨合工况响应" ], "tags": [ "ZTQS302系列", "汽车制造", "机械工程", "动态旋转扭矩", "传感器" ], "updated_at": "2025-02-07", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZTQS302系列-方形扭矩传感器离合器片磨合性能测试/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "bicycle-assembly-torque-guide", "category": "application_article", "category_cn": "应用文章", "title": "自行车部件精密装配扭矩检测选型与部署指南", "summary": "**目标**: 在自行车组装环节及工具校准中，提供高精度、高动态范围的扭矩检测方案，确保紧固力矩满足安全标准并支持工艺优化〔REF-001〕〔REF-002〕。", "focused_product": "ZTQS302系列", "product_series": "ZTQS302系列", "industry": [ "自行车制造", "工具校准" ], "measurement": [ "紧固件拧紧力矩", "轴承转动阻力" ], "tags": [ "ZTQS302系列", "自行车制造", "工具校准", "紧固件拧紧力矩", "传感器" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZTQS302系列-方形扭矩传感器自行车部件精密装配/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "aviation-engine-mro-bolt-torque-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "航空发动机维护中螺栓拆装扭矩测量选型与部署指南", "summary": "**目标**: 本指南针对\"动态旋转扭矩\", \"螺栓拆装扭矩\"场景，提供选型与部署指导〔REF-001〕。", "focused_product": "ZTQS302系列", "product_series": "ZTQS302系列", "industry": [ "航空航天", "航空发动机维护(MRO)" ], "measurement": [ "动态旋转扭矩", "螺栓拆装扭矩" ], "tags": [ "ZTQS302系列", "航空航天", "航空发动机维护(MRO)", "动态旋转扭矩", "传感器" ], "updated_at": "2025-12-16", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZTQS302系列-方形扭矩传感器航空发动机维护（MRO）中的螺栓拆装扭矩测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "railway-fastener-torque-sensing-guide", "category": "application_article", "category_cn": "应用文章", "title": "轨道交通扣件鱼尾板扭矩抽检选型与部署指南", "summary": "**目标**: 本指南针对\"动态旋转扭矩\", \"紧固力矩\"场景，提供选型与部署指导〔REF-001〕。", "focused_product": "ZTQS302系列", "product_series": "ZTQS302系列", "industry": [ "轨道交通", "装备制造" ], "measurement": [ "动态旋转扭矩", "紧固力矩" ], "tags": [ "ZTQS302系列", "轨道交通", "装备制造", "动态旋转扭矩", "传感器" ], "updated_at": "2025-03-19", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZTQS302系列-方形扭矩传感器轨道交通扣件_鱼尾板扭矩抽检/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "valve-torque-evaluation-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "阀门开关扭矩特性评估选型与部署指南", "summary": "**目标**: 面向阀门执行机构启闭过程中的动态旋转扭矩特性评估，实现峰值扭矩捕捉、启闭曲线复现及冲击负载工况下的传感器安全运行。", "focused_product": "ZTQS302系列", "product_series": "ZTQS302系列", "industry": [ "阀门制造", "流体控制", "工业自动化" ], "measurement": [ "动态旋转扭矩", "阀门开关扭矩峰值" ], "tags": [ "ZTQS302系列", "阀门制造", "流体控制", "动态旋转扭矩", "传感器" ], "updated_at": "2025-11-26", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZTQS302系列-方形扭矩传感器阀门开关扭矩特性评估/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "valve-stem-torque-signature-diagnosis-rotational-torque-guide", "category": "application_article", "category_cn": "应用文章", "title": "阀门阀杆启闭扭矩测量选型与部署指南", "summary": "**目标**: 为阀门阀杆启闭扭矩签名诊断场景提供旋转扭矩传感器的选型与部署参考〔REF-002〕。", "focused_product": "ZTQS302系列", "product_series": "ZTQS302系列", "industry": [ "工业自动化", "设备维护", "紧固件测试", "动力工具校准" ], "measurement": [ "旋转扭矩", "启闭扭矩", "动态扭矩签名" ], "tags": [ "ZTQS302系列", "工业自动化", "设备维护", "旋转扭矩", "传感器" ], "updated_at": "2025-12-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZTQS302系列-方形扭矩传感器阀门阀杆启闭扭矩签名诊断/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "wind-tower-blade-root-bolt-verification-guide", "category": "application_article", "category_cn": "应用文章", "title": "风电塔筒/叶根大螺栓现场确认选型与部署指南", "summary": "**目标**: 为风电塔筒法兰连接和叶根大螺栓紧固力现场确认场景提供基于ZTQS302系列方形扭矩传感器的选型与部署参考，确保大直径高强度螺栓的预紧力满足设计要求…", "focused_product": "ZTQS302", "product_series": "ZTQS302", "industry": [ "风电能源", "重型装备制造", "新能源" ], "measurement": [ "扭矩测量", "螺栓紧固验证" ], "tags": [ "ZTQS302", "风电能源", "重型装备制造", "扭矩测量", "传感器" ], "updated_at": "2025-08-07", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZTQS302系列-方形扭矩传感器风电塔筒_叶根大螺栓现场确认/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "orthopedic-implant-torque-selection-guide", "category": "application_article", "category_cn": "应用文章", "title": "骨科植入物拧入扭矩测量选型与部署指南", "summary": "**目标**: 针对骨科植入物（如螺钉、骨板）的拧入过程，实现高灵敏度、无接触的动态扭矩实时监测，以验证安装工艺并降低并发症风险〔REF-002〕。", "focused_product": "ZTQS302系列", "product_series": "ZTQS302系列", "industry": [ "医疗器械制造", "骨科手术" ], "measurement": [ "动态旋转扭矩", "拧入过程监测" ], "tags": [ "ZTQS302系列", "医疗器械制造", "骨科手术", "动态旋转扭矩", "传感器" ], "updated_at": "2025-06-30", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZTQS302系列-方形扭矩传感器骨科植入物拧入扭矩研究/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "robot-end-effector-torque-quality-monitoring-guide", "category": "application_article", "category_cn": "应用文章", "title": "机器人末端执行器扭矩质量检测选型与部署指南", "summary": "**目标**: 为机器人末端执行器（如拧紧轴、动力工具）的质量监控提供扭矩、转速与功率的选型与部署参考。", "focused_product": "ZTQS302系列", "product_series": "ZTQS302系列", "industry": [ "机器人制造与集成", "紧固件测试", "动力工具校准" ], "measurement": [ "旋转扭矩", "转速", "功率" ], "tags": [ "ZTQS302系列", "机器人制造与集成", "紧固件测试", "旋转扭矩", "传感器" ], "updated_at": "2025-06-27", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZTQS302系列-机器人末端执行器独立质量监控/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "flange-bolt-torque-consistency-verification-guide-ztqs302", "category": "application_article", "category_cn": "应用文章", "title": "法兰螺栓扭矩一致性验证选型与部署指南", "summary": "**目标**: 面向法兰螺栓扭矩一致性验证场景，为售前与工程人员提供无线应变式方头扭矩传感器的选型与现场部署系统化参考〔REF-001〕。", "focused_product": "ZTQS302", "product_series": "ZTQS302", "industry": [ "石化", "电力", "管道工程" ], "measurement": [ "扭矩", "转速", "功率" ], "tags": [ "ZTQS302", "石化", "电力", "扭矩", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZTQS302系列-法兰螺栓扭矩一致性验证/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "medical-torque-detection-guide", "category": "application_article", "category_cn": "应用文章", "title": "洁净室医疗器械微小螺纹连接扭矩检测选型与部署指南", "summary": "**目标**: 为洁净室环境下医疗器械微小螺纹连接的扭矩检测提供选型与部署参考，确保连接可靠、防止松动或泄漏〔REF-002〕。", "focused_product": "ZTQS302系列", "product_series": "ZTQS302系列", "industry": [ "医疗器械", "洁净室制造" ], "measurement": [ "动态旋转扭矩", "转速", "功率" ], "tags": [ "ZTQS302系列", "医疗器械", "洁净室制造", "动态旋转扭矩", "传感器" ], "updated_at": "2026-04-26", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZTQS302系列-洁净室外的医疗器械微小螺纹连接检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "production-bolt-torque-audit-guide", "category": "application_article", "category_cn": "应用文章", "title": "生产线关键螺栓残余扭矩移动式稽核选型与部署指南", "summary": "**目标**: 为汽车制造、动力工具校准及紧固件生产等场景中的关键螺栓残余扭矩移动式稽核提供选型与部署指导〔REF-002〕。", "focused_product": "ZTQS302系列", "product_series": "ZTQS302系列", "industry": [ "汽车制造", "动力工具校准", "紧固件生产" ], "measurement": [ "残余扭矩", "动态旋转扭矩" ], "tags": [ "ZTQS302系列", "汽车制造", "动力工具校准", "残余扭矩", "传感器" ], "updated_at": "2025-10-03", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZTQS302系列-生产线关键螺栓残余扭矩的移动式稽核/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "power-tool-dynamic-torque-calibration-guide", "category": "application_article", "category_cn": "应用文章", "title": "Ztqs302选型与部署指南", "summary": "**目标**：为工业制造场景中几何尺寸在线检测提供售前选型参考与工程部署指导，覆盖厚度、宽度、高度差、平面度等关键测量参数〔REF-002〕。", "focused_product": "典型产品", "product_series": "典型系列", "industry": [ "工业制造" ], "measurement": [ "测量参数" ], "tags": [ "典型产品", "典型系列", "工业制造", "测量参数", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZTQS302系列-电动工具的动态扭矩标定与验证/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "automotive-transmission-dynamics-guide", "category": "application_article", "category_cn": "应用文章", "title": "离合器片磨合性能测试传感器选型与部署指南", "summary": "**目标**: 为离合器片磨合性能测试提供高精度动态扭矩与旋转速度测量，辅助产品质量控制与异常检测〔REF-002〕。", "focused_product": "ZTQS302系列", "product_series": "ZTQS302系列", "industry": [ "汽车行业", "紧固件与动力工具校准" ], "measurement": [ "动态扭矩", "旋转速度/功率" ], "tags": [ "ZTQS302系列", "汽车行业", "紧固件与动力工具校准", "动态扭矩", "传感器" ], "updated_at": "2026-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZTQS302系列-离合器片磨合性能测试/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "bicycle-assembly-torque-selection-guide", "category": "application_article", "category_cn": "应用文章", "title": "紧固件测试与动力工具校准扭矩传感器选型与部署指南", "summary": "**目标**: 针对自行车部件精密装配、紧固件测试及动力工具校准场景，提供一套基于无线应变式动态旋转扭矩传感器的标准化选型与部署方案，旨在提高组装质量并延长部件使…", "focused_product": "ZTQS302系列", "product_series": "ZTQS302系列", "industry": [ "自行车制造", "精密装配" ], "measurement": [ "动态旋转扭矩", "瞬时峰值信号" ], "tags": [ "ZTQS302系列", "自行车制造", "精密装配", "动态旋转扭矩", "传感器" ], "updated_at": "2026-02-02", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZTQS302系列-自行车部件精密装配/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "aviation-engine-mro-torque-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "航空发动机维护螺栓拆装扭矩测量选型与部署指南", "summary": "**目标**: 本指南针对\"动态旋转扭矩\", \"转速\", \"功率\"场景，提供选型与部署指导〔REF-001〕。", "focused_product": "ZTQS302系列", "product_series": "ZTQS302系列", "industry": [ "航空发动机维护 (MRO)", "紧固件测试" ], "measurement": [ "动态旋转扭矩", "转速", "功率" ], "tags": [ "ZTQS302系列", "航空发动机维护 (MRO)", "紧固件测试", "动态旋转扭矩", "传感器" ], "updated_at": "2026-01-21", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZTQS302系列-航空发动机维护（MRO）中的螺栓拆装扭矩测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "valve-switching-torque-evaluation-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "阀门开关扭矩特性评估选型与部署指南", "summary": "**目标**: 为阀门开关扭矩特性评估场景提供扭矩测量设备的选型参考与工程部署指导，帮助售前工程师与采购人员快速判断适用性。", "focused_product": "ZTQS302系列", "product_series": "ZTQS302系列", "industry": [ "工业自动化", "阀门制造", "紧固件测试" ], "measurement": [ "扭矩", "旋转速度", "功率" ], "tags": [ "ZTQS302系列", "工业自动化", "阀门制造", "扭矩", "传感器" ], "updated_at": "2026-01-28", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZTQS302系列-阀门开关扭矩特性评估/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "valve-stem-torque-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "工业阀门启闭扭矩动态测量选型与部署指南", "summary": "**目标**: 本指南针对旋转扭矩, 启闭力矩场景，提供选型与部署指导〔REF-001〕。", "focused_product": "ZTQS302系列", "product_series": "ZTQS302系列", "industry": [ "工业自动化", "阀门制造", "动力工具校准" ], "measurement": [ "旋转扭矩", "启闭力矩" ], "tags": [ "ZTQS302系列", "工业自动化", "阀门制造", "旋转扭矩", "传感器" ], "updated_at": "2025-07-11", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZTQS302系列-阀门阀杆启闭扭矩签名诊断/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "orthopedic-implant-torque-selection-guide-ztqs302系列", "category": "application_article", "category_cn": "应用文章", "title": "骨科植入物拧入扭矩监测与选型部署指南", "summary": "**目标**: 本指南针对\"动态旋转扭矩\", \"拧入扭矩\", \"瞬态冲击负载\"场景，提供选型与部署指导〔REF-001〕。", "focused_product": "ZTQS302系列", "product_series": "ZTQS302系列", "industry": [ "医疗器械", "骨科手术", "生物医学工程" ], "measurement": [ "动态旋转扭矩", "拧入扭矩", "瞬态冲击负载" ], "tags": [ "ZTQS302系列", "医疗器械", "骨科手术", "动态旋转扭矩", "传感器" ], "updated_at": "2025-04-10", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZTQS302系列-骨科植入物拧入扭矩研究/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "rov-propulsion-shaft-torque-power-monitoring-guide", "category": "application_article", "category_cn": "应用文章", "title": "ROV推进轴系扭矩与功率监测选型与部署指南", "summary": "**目标**: 本指南针对旋转扭矩, 转速, 功率场景，提供选型与部署指导〔REF-001〕。", "focused_product": "ZTQS303系列", "product_series": "ZTQS303系列", "industry": [ "海洋工程", "水下机器人(ROV)", "船舶制造" ], "measurement": [ "旋转扭矩", "转速", "功率" ], "tags": [ "ZTQS303系列", "海洋工程", "水下机器人(ROV)", "旋转扭矩", "传感器" ], "updated_at": "2026-04-24", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZTQS303系列-ROV推进轴系扭矩与功率监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "agricultural-power-take-off-torque-control-guide", "category": "application_article", "category_cn": "应用文章", "title": "农业机械动力输出轴负载控制选型与部署指南", "summary": "**目标**: 本指南针对旋转扭矩, 转速, 功率场景，提供选型与部署指导〔REF-001〕。", "focused_product": "ZTQS303系列", "product_series": "ZTQS303系列", "industry": [ "农业机械", "工业测试" ], "measurement": [ "旋转扭矩", "转速", "功率" ], "tags": [ "ZTQS303系列", "农业机械", "工业测试", "旋转扭矩", "传感器" ], "updated_at": "2026-01-20", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZTQS303系列-农业机械动力输出轴负载控制/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "rov-propulsion-torque-power-monitoring-guide", "category": "application_article", "category_cn": "应用文章", "title": "深海推进轴系扭矩与功率监测选型与部署指南", "summary": "**目标**: 为ROV及深海作业平台提供推进轴系扭矩与实时功率的动态监测方案，支撑设备安全运行、寿命管理与作业效率优化〔REF-002〕。", "focused_product": "ZTQS303系列", "product_series": "ZTQS303系列", "industry": [ "海洋工程", "水下机器人作业", "船舶与推进系统", "新能源与电机测试" ], "measurement": [ "旋转扭矩", "轴系功率", "转速" ], "tags": [ "ZTQS303系列", "海洋工程", "水下机器人作业", "旋转扭矩", "传感器" ], "updated_at": "2025-04-07", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZTQS303系列-分体式扭矩传感器ROV推进轴系扭矩与功率监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "agricultural-power-take-off-torque-control-guide-ztqs303", "category": "application_article", "category_cn": "应用文章", "title": "农业机械动力输出轴负载控制分体式扭矩传感器选型与部署指南", "summary": "**目标**: 为农业机械动力输出轴（PTO）负载控制场景提供基于分体式扭矩传感器的选型与部署参考，确保农机作业过程中的扭矩实时监测与过载保护可靠有效。", "focused_product": "ZTQS303", "product_series": "ZTQS303", "industry": [ "农业机械", "拖拉机制造", "农机运维" ], "measurement": [ "扭矩测量", "负载控制" ], "tags": [ "ZTQS303", "农业机械", "拖拉机制造", "扭矩测量", "传感器" ], "updated_at": "2025-12-28", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZTQS303系列-分体式扭矩传感器农业机械动力输出轴负载控制/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "pharmaceutical-reactor-mixing-shaft-torque-monitoring-guide", "category": "application_article", "category_cn": "应用文章", "title": "制药反应釜搅拌轴状态监测选型与部署指南", "summary": "**目标**: 面向制药反应釜搅拌轴实现旋转扭矩与运行状态的实时在线监测，支撑工艺稳定性判断、异常负载预警及预防性维护决策。", "focused_product": "ZTQS303系列", "product_series": "ZTQS303系列", "industry": [ "制药行业", "生物化工", "实验室测试" ], "measurement": [ "旋转扭矩", "搅拌轴状态", "转速" ], "tags": [ "ZTQS303系列", "制药行业", "生物化工", "旋转扭矩", "传感器" ], "updated_at": "2026-01-04", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZTQS303系列-分体式扭矩传感器制药反应釜搅拌轴状态监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "power-generator-torque-health-monitoring-guide", "category": "application_article", "category_cn": "应用文章", "title": "力发电机组齿轮箱扭矩监测选型与部署指南", "summary": "**目标**: 本指南针对\"旋转扭矩\", \"转速\"场景，提供选型与部署指导〔REF-001〕。", "focused_product": "ZTQS303系列", "product_series": "ZTQS303系列", "industry": [ "电力能源", "发电设备维护" ], "measurement": [ "旋转扭矩", "转速" ], "tags": [ "ZTQS303系列", "电力能源", "发电设备维护", "旋转扭矩", "传感器" ], "updated_at": "2025-08-01", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZTQS303系列-分体式扭矩传感器力发电机组齿轮箱健康监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "torque-selection-guide", "category": "application_article", "category_cn": "应用文章", "title": "化工反应釜搅拌轴扭矩与转速监测选型与部署指南", "summary": "**目标**: 本指南针对旋转扭矩, 转速, 角度场景，提供选型与部署指导〔REF-001〕。", "focused_product": "ZTQS303.1", "product_series": "ZTQS303系列", "industry": [ "化工行业", "过程工业" ], "measurement": [ "旋转扭矩", "转速", "角度" ], "tags": [ "ZTQS303.1", "ZTQS303系列", "化工行业", "过程工业", "旋转扭矩", "传感器" ], "updated_at": "2025-02-24", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZTQS303系列-分体式扭矩传感器化工反应釜搅拌轴状态监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "compressor-testing-torque-selection-guide", "category": "application_article", "category_cn": "应用文章", "title": "压缩机测试扭矩传感器选型与部署指南", "summary": "**目标**: 本指南针对\"旋转扭矩\", \"转速\", \"角度\"场景，提供选型与部署指导〔REF-001〕。", "focused_product": "ZTQS303系列", "product_series": "ZTQS303系列", "industry": [ "压缩机制造", "工业动力传输", "设备性能测试" ], "measurement": [ "旋转扭矩", "转速", "角度" ], "tags": [ "ZTQS303系列", "压缩机制造", "工业动力传输", "旋转扭矩", "传感器" ], "updated_at": "2025-01-29", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZTQS303系列-分体式扭矩传感器压缩机测试/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "content-示例产品-45", "category": "application_article", "category_cn": "应用文章", "title": "变速箱齿轮啮合扭振测量选型与部署指南", "summary": "变速箱齿轮啮合过程中的扭振是引发NVH问题、齿轮疲劳断裂及传动系统失效的核心诱因之一。本指南面向售前工程师与现场部署人员，以 **ZTQS303 系列非接触式光…", "focused_product": "示例产品", "product_series": "示例系列", "industry": [ "工业测量" ], "measurement": [ "尺寸测量" ], "tags": [ "示例产品", "示例系列", "工业测量", "尺寸测量", "传感器" ], "updated_at": "2025-01-01", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZTQS303系列-分体式扭矩传感器变速箱齿合扭振测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "small-motor-dynamic-torque-testing-guide", "category": "application_article", "category_cn": "应用文章", "title": "小电机动态测功扭矩传感器选型与部署指南", "summary": "**目标**: 本指南针对旋转扭矩, 转速, 功率场景，提供选型与部署指导〔REF-001〕。", "focused_product": "ZTQS303系列", "product_series": "ZTQS303系列", "industry": [ "新能源汽车", "工业自动化", "电机制造", "实验室测试" ], "measurement": [ "旋转扭矩", "转速", "功率" ], "tags": [ "ZTQS303系列", "新能源汽车", "工业自动化", "旋转扭矩", "传感器" ], "updated_at": "2025-03-22", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZTQS303系列-分体式扭矩传感器小电机动态测功/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "actuator-torque-signature-diagnosis-guide", "category": "application_article", "category_cn": "应用文章", "title": "执行器启闭扭矩签名与卡涩诊断选型指南", "summary": "**目标**: 本指南针对旋转扭矩, 启闭力矩, 转速, 角度位置场景，提供选型与部署指导〔REF-001〕。", "focused_product": "ZTQS303系列", "product_series": "ZTQS303系列", "industry": [ "工业自动化", "过程控制", "电机测试", "液压系统" ], "measurement": [ "旋转扭矩", "启闭力矩", "转速", "角度位置" ], "tags": [ "ZTQS303系列", "工业自动化", "过程控制", "旋转扭矩", "传感器" ], "updated_at": "2025-09-29", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZTQS303系列-分体式扭矩传感器执行器启闭扭矩签名与卡涩诊断/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "new-energy-vehicle-e-axis-torque-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "新能源汽车E轴总成效率与功率标定扭矩测量选型指南", "summary": "**目标**: 本指南针对扭矩, 转速, 功率场景，提供选型与部署指导〔REF-001〕。", "focused_product": "ZTQS303系列", "product_series": "ZTQS303系列", "industry": [ "新能源汽车", "电动汽车制造" ], "measurement": [ "扭矩", "转速", "功率" ], "tags": [ "ZTQS303系列", "新能源汽车", "电动汽车制造", "扭矩", "传感器" ], "updated_at": "2025-03-08", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZTQS303系列-分体式扭矩传感器新能源汽车E轴总成EOL效率与功率标定/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "new-energy-vehicle-traction-motor-torque-pulsation-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "新能源汽车牵引电机扭矩脉动诊断与NVH测试选型指南", "summary": "**目标**: 针对新能源汽车牵引电机在研发与生产阶段的扭矩脉动精准诊断，优化整车噪声、振动与声振粗糙度（NVH）性能〔REF-002〕。", "focused_product": "ZTQS303系列", "product_series": "ZTQS303系列", "industry": [ "新能源汽车", "动力总成研发" ], "measurement": [ "旋转扭矩", "转速" ], "tags": [ "ZTQS303系列", "新能源汽车", "动力总成研发", "旋转扭矩", "传感器" ], "updated_at": "2025-01-28", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZTQS303系列-分体式扭矩传感器新能源汽车牵引电机扭矩脉动_NVH诊断/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "line-laser-profile-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "工业产线轮廓尺寸在线测量选型与部署指南", "summary": "**目标**：为工业产线在线几何尺寸检测提供技术路线选型依据，重点覆盖二维剖面轮廓、三维点云重建及关键几何特征（高度、厚度、宽度、平面度、台阶差、圆度等）的非接…", "focused_product": "典型线激光轮廓传感器产品", "product_series": "线激光轮廓传感器系列", "industry": [ "工业制造", "过程控制", "质量检测" ], "measurement": [ "二维轮廓", "三维点云", "高度/厚度/宽度/平面度", "直径/圆度", "台阶差" ], "tags": [ "典型线激光轮廓传感器产品", "线激光轮廓传感器系列", "工业制造", "过程控制", "二维轮廓", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZTQS303系列-分体式扭矩传感器汽车发动机台架试验/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "automotive-transmission-bench-test-torque-selection-guide", "category": "application_article", "category_cn": "应用文章", "title": "汽车变速箱台架试验扭矩测量选型与部署指南", "summary": "**目标**: 针对汽车变速箱台架试验中高精度、高动态响应及恶劣环境下的旋转扭矩、转速及角度测量需求，提供基于无线应变式分离式架构的选型与部署参考。", "focused_product": "ZTQS303系列", "product_series": "ZTQS303系列", "industry": [ "汽车工业", "动力传动测试" ], "measurement": [ "旋转扭矩", "转速", "角度" ], "tags": [ "ZTQS303系列", "汽车工业", "动力传动测试", "旋转扭矩", "传感器" ], "updated_at": "2026-02-01", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZTQS303系列-分体式扭矩传感器汽车变速箱台架试验/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "pump-testing-torque-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "扭矩传感器选型与部署指南", "summary": "**目标**: 本指南针对扭矩, 转速, 角度场景，提供选型与部署指导〔REF-001〕。", "focused_product": "ZTQS303系列", "product_series": "ZTQS303系列", "industry": [ "工业制造", "泵测试", "电机测试", "液压系统测试" ], "measurement": [ "扭矩", "转速", "角度" ], "tags": [ "ZTQS303系列", "工业制造", "泵测试", "扭矩", "传感器" ], "updated_at": "2025-03-11", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZTQS303系列-分体式扭矩传感器泵测试/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "mining-belt-drive-torque-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "矿山传送带驱动系统扭矩监测选型与部署指南", "summary": "**目标**: 本指南针对\"扭矩\", \"转速\", \"旋转角度\"场景，提供选型与部署指导〔REF-001〕。", "focused_product": "ZTQS303系列", "product_series": "ZTQS303系列", "industry": [ "矿业", "矿山机械", "传送带系统" ], "measurement": [ "扭矩", "转速", "旋转角度" ], "tags": [ "ZTQS303系列", "矿业", "矿山机械", "扭矩", "传感器" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZTQS303系列-分体式扭矩传感器矿山传送带驱动系统保护/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "mine-crusher-drive-torque-protection-guide", "category": "application_article", "category_cn": "应用文章", "title": "矿山破碎机驱动系统扭矩保护选型与部署指南", "summary": "**目标**: 为矿山破碎机驱动系统的扭矩过载保护与堵转检测提供基于分体式无线应变扭矩传感器的选型与部署参考，确保在恶劣工况下及时发现异常载荷并触发保护动作〔RE…", "focused_product": "ZTQS303", "product_series": "ZTQS303", "industry": [ "矿山", "冶金", "建材" ], "measurement": [ "驱动系统扭矩保护", "过载监测", "堵转检测" ], "tags": [ "ZTQS303", "矿山", "冶金", "驱动系统扭矩保护", "传感器" ], "updated_at": "2026-08-07", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZTQS303系列-分体式扭矩传感器矿山破碎机驱动系统保护/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "ship-propulsion-torque-power-monitoring-guide", "category": "application_article", "category_cn": "应用文章", "title": "船舶推进轴系扭矩与功率监测选型与部署指南", "summary": "**目标**: 解决船舶推进轴系在极端振动、高温及狭小空间下的扭矩与功率实时监测需求，消除传统滑环磨损导致的信号漂移风险〔REF-001〕。", "focused_product": "ZTQS303系列", "product_series": "ZTQS303系列", "industry": [ "船舶制造", "海洋工程", "动力传动测试" ], "measurement": [ "旋转扭矩", "转速", "功率" ], "tags": [ "ZTQS303系列", "船舶制造", "海洋工程", "旋转扭矩", "传感器" ], "updated_at": "2025-04-01", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZTQS303系列-分体式扭矩传感器船舶推进轴系扭矩与功率监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "propeller-shaft-torque-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "螺旋桨轴扭矩测量选型与部署指南", "summary": "**目标**: 本指南针对螺旋桨轴扭矩, 旋转转速场景，提供选型与部署指导〔REF-001〕。", "focused_product": "ZTQS303系列", "product_series": "ZTQS303系列", "industry": [ "船舶制造", "航空器设计", "工业测试台" ], "measurement": [ "螺旋桨轴扭矩", "旋转转速" ], "tags": [ "ZTQS303系列", "船舶制造", "航空器设计", "螺旋桨轴扭矩", "传感器" ], "updated_at": "2025-02-22", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZTQS303系列-分体式扭矩传感器螺旋桨轴扭矩测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "screw-shaft-torque-viscosity-online-characterization-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "螺杆轴扭矩与粘度在线表征测量选型与部署指南", "summary": "**目标**: 本指南针对\"螺杆轴扭矩\", \"旋转速度\", \"粘度在线表征\"场景，提供选型与部署指导〔REF-001〕。", "focused_product": "ZTQS303系列", "product_series": "ZTQS303系列", "industry": [ "流体机械", "工业制造", "机械工程测试" ], "measurement": [ "螺杆轴扭矩", "旋转速度", "粘度在线表征" ], "tags": [ "ZTQS303系列", "流体机械", "工业制造", "螺杆轴扭矩", "传感器" ], "updated_at": "2025-11-24", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZTQS303系列-分体式扭矩传感器螺杆轴扭矩—粘度在线表征测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "rolling-mill-roll-shaft-torque-monitoring-guide", "category": "application_article", "category_cn": "应用文章", "title": "轧钢生产线辊轴驱动扭矩监测选型与部署指南", "summary": "**目标**: 本指南针对旋转扭矩, 转速, 角度场景，提供选型与部署指导〔REF-001〕。", "focused_product": "ZTQS303系列", "product_series": "ZTQS303系列", "industry": [ "钢铁冶金", "重型机械" ], "measurement": [ "旋转扭矩", "转速", "角度" ], "tags": [ "ZTQS303系列", "钢铁冶金", "重型机械", "旋转扭矩", "传感器" ], "updated_at": "2025-09-16", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZTQS303系列-分体式扭矩传感器轧钢生产线辊轴驱动监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "process-valve-torque-signature-diagnosis-guide", "category": "application_article", "category_cn": "应用文章", "title": "Ztqs303选型与部署指南", "summary": "**目标**：为工业制造场景中典型的几何尺寸测量需求提供选型与部署参考，覆盖线激光三角测量技术的核心应用要点。", "focused_product": "典型产品", "product_series": "典型系列", "industry": [ "工业制造" ], "measurement": [ "测量参数" ], "tags": [ "典型产品", "典型系列", "工业制造", "测量参数", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZTQS303系列-分体式扭矩传感器过程阀门启闭扭矩签名与卡涩诊断/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "paper-mill-roll-torque-monitoring-guide", "category": "application_article", "category_cn": "应用文章", "title": "造纸生产线辊轴驱动扭矩监测选型与部署指南", "summary": "**目标**: 本指南针对\"旋转扭矩\", \"转速\", \"角度\"场景，提供选型与部署指导〔REF-001〕。", "focused_product": "ZTQS303系列", "product_series": "ZTQS303系列", "industry": [ "造纸工业", "重型机械", "过程自动化" ], "measurement": [ "旋转扭矩", "转速", "角度" ], "tags": [ "ZTQS303系列", "造纸工业", "重型机械", "旋转扭矩", "传感器" ], "updated_at": "2025-12-21", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZTQS303系列-分体式扭矩传感器造纸生产线辊轴驱动监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "wind-power-yaw-pitch-torque-monitoring-guide", "category": "application_article", "category_cn": "应用文章", "title": "风电运维偏航与桨距驱动扭矩监控选型与部署指南", "summary": "**目标**: 为风电机组偏航与桨距驱动系统提供高精度动态扭矩监测方案，支撑机械故障预警、预防性维护与运行效率优化。", "focused_product": "ZTQS303系列", "product_series": "ZTQS303系列", "industry": [ "风力发电", "风电运维", "新能源装备" ], "measurement": [ "旋转扭矩", "转速", "功率" ], "tags": [ "ZTQS303系列", "风力发电", "风电运维", "旋转扭矩", "传感器" ], "updated_at": "2026-04-21", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZTQS303系列-分体式扭矩传感器风电运维中偏航_桨距驱动扭矩监控/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "food-mixing-torque-control-guide", "category": "application_article", "category_cn": "应用文章", "title": "食品行业搅拌混合过程扭矩测量选型与部署指南", "summary": "**目标**: 为食品及制药行业的搅拌混合设备提供高精度、高可靠性的旋转扭矩监测方案，实现混合均匀度控制、电机负载保护及生产效率优化〔REF-002〕。", "focused_product": "ZTQS303系列", "product_series": "ZTQS303系列", "industry": [ "食品饮料", "制药" ], "measurement": [ "旋转扭矩", "转速" ], "tags": [ "ZTQS303系列", "食品饮料", "制药", "旋转扭矩", "传感器" ], "updated_at": "2026-02-16", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZTQS303系列-分体式扭矩传感器食品行业搅拌混合过程控制/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "highspeed-spindle-torque-power-monitoring-guide", "category": "application_article", "category_cn": "应用文章", "title": "高速主轴切削扭矩与功率监测选型部署指南", "summary": "**目标**: 面向高速主轴切削过程，实现扭矩实时追踪、旋转功率解算与断刀/异常载荷预警，支撑工艺优化与刀具寿命管理。〔REF-002〕", "focused_product": "ZTQS303系列", "product_series": "ZTQS303系列", "industry": [ "机械制造", "汽车零部件", "航空航天测试", "工业电机与液压系统" ], "measurement": [ "切削扭矩", "旋转功率", "转速" ], "tags": [ "ZTQS303系列", "机械制造", "汽车零部件", "切削扭矩", "传感器" ], "updated_at": "2025-12-01", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZTQS303系列-分体式扭矩传感器高速主轴切削扭矩_功率与断刀监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "high-speed-machine-tool-spindle-cutting-force-monitoring-guide", "category": "application_article", "category_cn": "应用文章", "title": "高速机床主轴切削力在线监测选型与部署指南", "summary": "**目标**: 实现高速机床主轴切削力的在线监测，确保加工稳定性与工件质量，防止因切削力异常导致的生产事故〔REF-002〕。", "focused_product": "ZTQS303系列", "product_series": "ZTQS303系列", "industry": [ "机械制造", "数控机床", "航空航天", "汽车制造" ], "measurement": [ "旋转扭矩", "切削力", "转速" ], "tags": [ "ZTQS303系列", "机械制造", "数控机床", "旋转扭矩", "传感器" ], "updated_at": "2025-07-24", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZTQS303系列-分体式扭矩传感器高速机床主轴切削力在线监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "content-ztqs303系列", "category": "application_article", "category_cn": "应用文章", "title": "齿轮箱齿合扭振测量选型与部署指南", "summary": "**目标**: 解决齿轮箱研发、生产及维护中齿合扭振的高精度动态测量需求，消除滑环磨损与接触噪声干扰〔REF-001〕。", "focused_product": "ZTQS303系列", "product_series": "ZTQS303系列", "industry": [ "机械工程", "汽车制造", "航空航天", "工业测试" ], "measurement": [ "旋转扭矩", "扭转振动", "转速", "角度" ], "tags": [ "ZTQS303系列", "机械工程", "汽车制造", "旋转扭矩", "传感器" ], "updated_at": "2025-09-30", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZTQS303系列-分体式扭矩传感器齿轮箱齿合扭振测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "pharmaceutical-reactor-shaft-monitoring-guide", "category": "application_article", "category_cn": "应用文章", "title": "制药反应釜搅拌轴状态监测选型与部署指南", "summary": "**目标**: 本指南针对\"扭矩\", \"转速\", \"振动\"场景，提供选型与部署指导〔REF-001〕。", "focused_product": "ZTQS303系列", "product_series": "ZTQS303系列", "industry": [ "制药行业", "生物制药", "化工生产" ], "measurement": [ "扭矩", "转速", "振动" ], "tags": [ "ZTQS303系列", "制药行业", "生物制药", "扭矩", "传感器" ], "updated_at": "2025-07-31", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZTQS303系列-制药反应釜搅拌轴状态监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "gearbox-health-monitoring-torque-guide", "category": "application_article", "category_cn": "应用文章", "title": "发电机组齿轮箱健康监测选型与部署指南", "summary": "**目标**: 本指南针对扭矩, 转速场景，提供选型与部署指导〔REF-001〕。", "focused_product": "ZTQS303系列", "product_series": "ZTQS303系列", "industry": [ "电力能源", "工业制造" ], "measurement": [ "扭矩", "转速" ], "tags": [ "ZTQS303系列", "电力能源", "工业制造", "扭矩", "传感器" ], "updated_at": "2025-09-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZTQS303系列-力发电机组齿轮箱健康监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "chemical-reactor-stirring-shaft-monitoring-guide", "category": "application_article", "category_cn": "应用文章", "title": "化工反应釜搅拌轴状态监测与选型部署指南", "summary": "**目标**: 本指南针对\"旋转扭矩\", \"转速\", \"扭转形变\"场景，提供选型与部署指导〔REF-001〕。", "focused_product": "ZTQS303系列", "product_series": "ZTQS303系列", "industry": [ "化工生产", "过程工业" ], "measurement": [ "旋转扭矩", "转速", "扭转形变" ], "tags": [ "ZTQS303系列", "化工生产", "过程工业", "旋转扭矩", "传感器" ], "updated_at": "2025-12-23", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZTQS303系列-化工反应釜搅拌轴状态监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "compressor-torque-testing-guide", "category": "application_article", "category_cn": "应用文章", "title": "工业压缩机扭矩测试选型与部署指南", "summary": "**目标**: 本指南针对旋转扭矩, 转速场景，提供选型与部署指导〔REF-001〕。", "focused_product": "ZTQS303系列", "product_series": "ZTQS303系列", "industry": [ "压缩机制造", "工业设备维护", "电机测试" ], "measurement": [ "旋转扭矩", "转速" ], "tags": [ "ZTQS303系列", "压缩机制造", "工业设备维护", "旋转扭矩", "传感器" ], "updated_at": "2025-06-28", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZTQS303系列-压缩机测试/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "transmission-gear-twist-vibration-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "变速箱齿合扭振测量与选型部署指南", "summary": "**目标**: 本指南针对扭转振动, 动态扭矩, 旋转速度场景，提供选型与部署指导〔REF-001〕。", "focused_product": "ZTQS303系列", "product_series": "ZTQS303系列", "industry": [ "汽车制造", "动力传输系统", "工业测试台" ], "measurement": [ "扭转振动", "动态扭矩", "旋转速度" ], "tags": [ "ZTQS303系列", "汽车制造", "动力传输系统", "扭转振动", "传感器" ], "updated_at": "2025-01-16", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZTQS303系列-变速箱齿合扭振测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "small-motor-dynamometer-testing-guide", "category": "application_article", "category_cn": "应用文章", "title": "小电机动态测功传感器选型与部署指南", "summary": "**目标**: 为小电机（微型电机、伺服电机、步进电机等）的动态测功试验提供高精度扭矩与转速测量方案，辅助电机效率评估与质量控制〔REF-002〕。", "focused_product": "ZTQS303系列", "product_series": "ZTQS303系列", "industry": [ "电机制造", "质量检测" ], "measurement": [ "动态扭矩", "转速/功率" ], "tags": [ "ZTQS303系列", "电机制造", "质量检测", "动态扭矩", "传感器" ], "updated_at": "2025-08-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZTQS303系列-小电机动态测功/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "actuator-torque-signature-and-stick-slip-diagnosis-guide", "category": "application_article", "category_cn": "应用文章", "title": "执行器启闭扭矩签名与卡涩诊断选型部署指南", "summary": "**目标**: 本指南针对\"动态旋转扭矩\", \"启闭特征曲线\"场景，提供选型与部署指导〔REF-001〕。", "focused_product": "ZTQS303系列", "product_series": "ZTQS303系列", "industry": [ "工业自动化", "精密机械测试" ], "measurement": [ "动态旋转扭矩", "启闭特征曲线" ], "tags": [ "ZTQS303系列", "工业自动化", "精密机械测试", "动态旋转扭矩", "传感器" ], "updated_at": "2025-03-25", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZTQS303系列-执行器启闭扭矩签名与卡涩诊断/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "new-energy-vehicle-e-axis-torque-calibration-guide", "category": "application_article", "category_cn": "应用文章", "title": "新能源汽车E轴总成扭矩测量与标定选型指南", "summary": "**目标**: 本指南针对\"旋转扭矩\", \"转速\"场景，提供选型与部署指导〔REF-001〕。", "focused_product": "ZTQS303系列", "product_series": "ZTQS303系列", "industry": [ "新能源汽车", "电驱动系统测试" ], "measurement": [ "旋转扭矩", "转速" ], "tags": [ "ZTQS303系列", "新能源汽车", "电驱动系统测试", "旋转扭矩", "传感器" ], "updated_at": "2025-09-01", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZTQS303系列-新能源汽车E轴总成EOL效率与功率标定/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "torque-speed-power-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "汽车发动机台架试验扭矩转速功率测量选型与部署指南", "summary": "**目标**: 本指南针对\"扭矩\", \"转速\", \"功率\"场景，提供选型与部署指导〔REF-001〕。", "focused_product": "ZTQS303系列", "product_series": "ZTQS303系列", "industry": [ "汽车发动机研发", "台架试验" ], "measurement": [ "扭矩", "转速", "功率" ], "tags": [ "ZTQS303系列", "汽车发动机研发", "台架试验", "扭矩", "传感器" ], "updated_at": "2025-05-03", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZTQS303系列-汽车发动机台架试验/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "automotive-transmission-bench-testing-torque-guide", "category": "application_article", "category_cn": "应用文章", "title": "汽车变速箱台架试验扭矩测量选型与部署指南", "summary": "**目标**: 本指南针对\"旋转扭矩\", \"转速\"场景，提供选型与部署指导〔REF-001〕。", "focused_product": "ZTQS303系列", "product_series": "ZTQS303系列", "industry": [ "汽车工业", "动力总成测试" ], "measurement": [ "旋转扭矩", "转速" ], "tags": [ "ZTQS303系列", "汽车工业", "动力总成测试", "旋转扭矩", "传感器" ], "updated_at": "2025-09-08", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZTQS303系列-汽车变速箱台架试验/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "pump-torque-testing-guide", "category": "application_article", "category_cn": "应用文章", "title": "泵测试扭矩测量选型与部署指南", "summary": "**目标**: 为泵性能测试中的扭矩、转速及功率实时监测提供基于分体式无线应变扭矩传感器的选型与部署参考，确保在高振动、高温及宽量程工况下的测量精度与设备安全〔R…", "focused_product": "ZTQS303", "product_series": "ZTQS303", "industry": [ "流体机械", "石化", "电力", "水利" ], "measurement": [ "泵扭矩测试", "转速监测", "功率计算" ], "tags": [ "ZTQS303", "流体机械", "石化", "泵扭矩测试", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZTQS303系列-泵测试/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "mine-belt-drive-torque-protection-guide", "category": "application_article", "category_cn": "应用文章", "title": "矿山传送带驱动系统扭矩监测与保护选型指南", "summary": "**目标**: 本指南针对旋转扭矩, 转速, 角度场景，提供选型与部署指导〔REF-001〕。", "focused_product": "ZTQS303系列", "product_series": "ZTQS303系列", "industry": [ "采矿行业", "矿山机械" ], "measurement": [ "旋转扭矩", "转速", "角度" ], "tags": [ "ZTQS303系列", "采矿行业", "矿山机械", "旋转扭矩", "传感器" ], "updated_at": "2026-03-02", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZTQS303系列-矿山传送带驱动系统保护/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "crusher-drive-system-protection-guide", "category": "application_article", "category_cn": "应用文章", "title": "矿山破碎机驱动系统保护选型与部署指南", "summary": "**目标**: 在矿山破碎机等重型设备驱动系统中实现扭矩、转速和功率的实时在线监测，为过载保护、故障预警和工艺优化提供可靠数据支撑〔REF-002〕。", "focused_product": "示例产品", "product_series": "示例系列", "industry": [ "矿山开采", "冶金", "重型机械" ], "measurement": [ "扭矩测量", "转速测量", "功率监测" ], "tags": [ "示例产品", "示例系列", "矿山开采", "冶金", "扭矩测量", "传感器" ], "updated_at": "2025-01-01", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZTQS303系列-矿山破碎机驱动系统保护/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "ship-propulsion-torque-power-monitoring-guide-ztqs303系列", "category": "application_article", "category_cn": "应用文章", "title": "船舶推进轴系扭矩与功率监测选型与部署指南", "summary": "**目标**: 针对船舶推进系统及各类重型旋转机械，提供高精度、高可靠性的扭矩、转速及功率在线监测解决方案，确保航行安全与能效优化〔REF-002〕。", "focused_product": "ZTQS303系列", "product_series": "ZTQS303系列", "industry": [ "船舶制造", "海洋工程" ], "measurement": [ "旋转扭矩", "转速" ], "tags": [ "ZTQS303系列", "船舶制造", "海洋工程", "旋转扭矩", "传感器" ], "updated_at": "2025-11-29", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZTQS303系列-船舶推进轴系扭矩与功率监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "propeller-shaft-torque-measurement-guide-ztqs303系列", "category": "application_article", "category_cn": "应用文章", "title": "旋转设备扭矩监测与选型部署指南", "summary": "**目标**: 针对螺旋桨轴及高动态负载旋转设备，提供高精度、高可靠性的扭矩监测方案，解决传统滑环传感器在恶劣环境下的磨损与信号噪声问题〔REF-001〕。", "focused_product": "ZTQS303系列", "product_series": "ZTQS303系列", "industry": [ "航空航天", "航海", "高性能机械" ], "measurement": [ "螺旋桨轴扭矩", "旋转扭矩" ], "tags": [ "ZTQS303系列", "航空航天", "航海", "螺旋桨轴扭矩", "传感器" ], "updated_at": "2025-11-21", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZTQS303系列-螺旋桨轴扭矩测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "screw-shaft-torque-viscosity-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "工业制造几何尺寸测量选型与部署指南", "summary": "**目标**：为工业制造场景中几何尺寸（厚度、宽度、高度差、平面度等）的高精度在线测量提供售前选型与工程部署参考〔REF-001〕。", "focused_product": "典型产品", "product_series": "典型系列", "industry": [ "工业制造" ], "measurement": [ "几何尺寸测量" ], "tags": [ "典型产品", "典型系列", "工业制造", "几何尺寸测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZTQS303系列-螺杆轴扭矩—粘度在线表征测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "rolling-mill-roller-shaft-drive-monitoring-guide", "category": "application_article", "category_cn": "应用文章", "title": "轧钢生产线辊轴驱动监测选型与部署指南", "summary": "**目标**: 在轧钢生产线中实时监测辊轴驱动的扭矩、转速和角度，评估设备运行状态，优化能耗并保障生产连续性〔REF-002〕。", "focused_product": "ZTQS303系列", "product_series": "ZTQS303系列", "industry": [ "钢铁冶金", "轧钢生产" ], "measurement": [ "旋转扭矩", "转速", "角度" ], "tags": [ "ZTQS303系列", "钢铁冶金", "轧钢生产", "旋转扭矩", "传感器" ], "updated_at": "2026-02-08", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZTQS303系列-轧钢生产线辊轴驱动监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "process-valve-torque-monitoring-guide", "category": "application_article", "category_cn": "应用文章", "title": "过程阀门启闭扭矩监测与卡涩诊断选型指南", "summary": "**目标**: 针对石油化工及通用工业领域过程阀门的启闭状态监测、卡涩早期预警及运行寿命评估，提供高精度的旋转扭矩测量解决方案。〔REF-002〕", "focused_product": "ZTQS303系列", "product_series": "ZTQS303系列", "industry": [ "石油化工", "电力能源", "通用工业制造" ], "measurement": [ "旋转扭矩", "转速", "角度（选配）" ], "tags": [ "ZTQS303系列", "石油化工", "电力能源", "旋转扭矩", "传感器" ], "updated_at": "2025-09-05", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZTQS303系列-过程阀门启闭扭矩签名与卡涩诊断/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "paper-mill-roller-shaft-drive-torque-rotation-monitoring-guide", "category": "application_article", "category_cn": "应用文章", "title": "造纸生产线辊轴驱动扭矩转速监测选型与部署指南", "summary": "**目标**: 本指南针对扭矩, 转速场景，提供选型与部署指导〔REF-001〕。", "focused_product": "ZTQS303系列", "product_series": "ZTQS303系列", "industry": [ "造纸制造", "工业生产线" ], "measurement": [ "扭矩", "转速" ], "tags": [ "ZTQS303系列", "造纸制造", "工业生产线", "扭矩", "传感器" ], "updated_at": "2026-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZTQS303系列-造纸生产线辊轴驱动监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "food-industry-mixer-torque-speed-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "食品行业搅拌混合设备扭矩转速测量选型与部署指南", "summary": "**目标**: 本指南针对\"扭矩\", \"转速\"场景，提供选型与部署指导〔REF-001〕。", "focused_product": "ZTQS303系列", "product_series": "ZTQS303系列", "industry": [ "食品行业" ], "measurement": [ "扭矩", "转速" ], "tags": [ "ZTQS303系列", "食品行业", "扭矩", "传感器" ], "updated_at": "2025-04-12", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZTQS303系列-食品行业搅拌混合过程控制/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "high-speed-machine-spindle-cutting-force-online-monitoring-guide", "category": "application_article", "category_cn": "应用文章", "title": "高速机床主轴切削力在线监测选型与部署指南", "summary": "**目标**: 实现高速机床主轴在动态切削过程中的扭矩、转速及功率的实时高精度采集，以优化加工参数并保障设备安全〔REF-002〕。", "focused_product": "ZTQS303系列", "product_series": "ZTQS303系列", "industry": [ "通用机械制造", "航空航天加工", "汽车制造" ], "measurement": [ "旋转扭矩", "转速", "切削力" ], "tags": [ "ZTQS303系列", "通用机械制造", "航空航天加工", "旋转扭矩", "传感器" ], "updated_at": "2026-03-16", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZTQS303系列-高速机床主轴切削力在线监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "gearbox-torsional-vibration-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "齿轮箱扭振测量选型与部署指南", "summary": "**目标**: 本指南针对\"扭转振动\", \"旋转扭矩\", \"转速\"场景，提供选型与部署指导〔REF-001〕。", "focused_product": "ZTQS303系列", "product_series": "ZTQS303系列", "industry": [ "机械工程", "汽车制造" ], "measurement": [ "扭转振动", "旋转扭矩", "转速" ], "tags": [ "ZTQS303系列", "机械工程", "汽车制造", "扭转振动", "传感器" ], "updated_at": "2025-11-17", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZTQS303系列-齿轮箱齿合扭振测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "engine-friction-experiment-torque-angle-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "发动机摩擦实验扭矩角度同步测量选型与部署指南", "summary": "**目标**: 本指南针对动态扭矩, 旋转角度, 转速, 摩擦系数场景，提供选型与部署指导〔REF-001〕。", "focused_product": "ZTQS30X系列", "product_series": "ZTQS30X系列", "industry": [ "汽车工业", "机械工程" ], "measurement": [ "动态扭矩", "旋转角度", "转速", "摩擦系数" ], "tags": [ "ZTQS30X系列", "汽车工业", "机械工程", "动态扭矩", "传感器" ], "updated_at": "2025-02-11", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZTQS30X系列-扭矩传感器发动机摩擦实验/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "mechanical-testing-torque-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "机械测试中扭矩测量选型与部署指南", "summary": "**目标**: 本指南针对旋转扭矩, 角度/转速场景，提供选型与部署指导〔REF-001〕。", "focused_product": "ZTQS30X系列", "product_series": "ZTQS30X系列", "industry": [ "工业自动化", "动力工具制造", "紧固件生产", "科研实验室" ], "measurement": [ "旋转扭矩", "角度/转速" ], "tags": [ "ZTQS30X系列", "工业自动化", "动力工具制造", "旋转扭矩", "传感器" ], "updated_at": "2025-03-24", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZTQS30X系列-扭矩传感器机械测试中的扭矩测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "hydrogen-automotive-torque-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "氢动力汽车扭矩测量与同步角度分析选型部署指南", "summary": "**目标**: 本指南针对动态旋转扭矩, 同步旋转角度, 转速与功率场景，提供选型与部署指导〔REF-001〕。", "focused_product": "ZTQS30X系列", "product_series": "ZTQS30X系列", "industry": [ "新能源汽车研发", "氢能动力系统测试", "精密机械测试" ], "measurement": [ "动态旋转扭矩", "同步旋转角度", "转速与功率" ], "tags": [ "ZTQS30X系列", "新能源汽车研发", "氢能动力系统测试", "动态旋转扭矩", "传感器" ], "updated_at": "2025-10-23", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZTQS30X系列-扭矩传感器氢动力汽车扭矩测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "underwater-tidal-turbine-torque-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "工业制造几何尺寸检测选型与部署指南", "summary": "**目标**：为工业制造场景中几何尺寸在线/离线测量提供售前选型与工程部署的决策参考，涵盖从需求确认到验收的全流程。〔REF-002〕", "focused_product": null, "product_series": "Ztqs30X 系列", "industry": [ "工业制造" ], "measurement": [ "几何尺寸检测" ], "tags": [ "Ztqs30X 系列", "工业制造", "几何尺寸检测", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZTQS30X系列-扭矩传感器水下潮汐涡轮机轴承电机轴扭矩测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "hybrid-powertrain-torque-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "混合动力总成扭矩测量选型与部署指南", "summary": "**目标**: 为混合动力总成研发与测试场景提供扭矩测量传感器的选型参考与工程部署建议，覆盖额定扭矩量程、接口配置、安装约束及验收标准等关键决策点〔REF-001…", "focused_product": "ZTQS30X系列", "product_series": "ZTQS30X系列", "industry": [ "新能源汽车", "混合动力", "动力总成测试", "工业自动化" ], "measurement": [ "扭矩", "转速", "角度" ], "tags": [ "ZTQS30X系列", "新能源汽车", "混合动力", "扭矩", "传感器" ], "updated_at": "2025-06-20", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZTQS30X系列-扭矩传感器混合动力总成扭矩测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "bottle-cap-sealing-torque-guide", "category": "application_article", "category_cn": "应用文章", "title": "瓶盖封口紧固扭矩与角度复合测量选型指南", "summary": "**目标**: 针对食品饮料、制药及化工包装产线，提供瓶盖封口紧固质量的精确验证方案，确保密封性并防止泄漏〔REF-002〕。", "focused_product": "ZTQS30X系列", "product_series": "ZTQS30X系列", "industry": [ "食品饮料包装", "制药工业", "化工包装" ], "measurement": [ "旋转扭矩", "旋转角度" ], "tags": [ "ZTQS30X系列", "食品饮料包装", "制药工业", "旋转扭矩", "传感器" ], "updated_at": "2026-01-01", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZTQS30X系列-扭矩传感器瓶盖封口紧固/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "electric-tool-torque-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "Ztqs30X选型与部署指南", "summary": "**目标**：为工业制造场景中几何尺寸在线检测需求提供传感器选型与工程部署决策依据〔REF-002〕。", "focused_product": "典型产品", "product_series": "典型系列", "industry": [ "工业制造" ], "measurement": [ "测量参数" ], "tags": [ "典型产品", "典型系列", "工业制造", "测量参数", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZTQS30X系列-扭矩传感器电动工具扭矩测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "ev-assembly-torque-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "电动总成扭矩测量选型与部署指南", "summary": "**目标**: 为电动总成、电动工具、螺纹紧固及紧固件冲击测试等场景提供扭矩与角度复合测量的传感器选型参考〔REF-002〕。", "focused_product": "ZTQS30X系列", "product_series": "ZTQS30X系列", "industry": [ "电动工具", "汽车制造", "航空航天" ], "measurement": [ "扭矩", "角度" ], "tags": [ "ZTQS30X系列", "电动工具", "汽车制造", "扭矩", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZTQS30X系列-扭矩传感器电动总成扭矩测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "viscosity-testing-torque-angle-guide", "category": "application_article", "category_cn": "应用文章", "title": "高精度粘度测试与扭矩角度同步测量选型指南", "summary": "**目标**: 本指南针对\"液体粘度\", \"旋转扭矩\", \"旋转角度\"场景，提供选型与部署指导〔REF-001〕。", "focused_product": "ZTQS30X系列", "product_series": "ZTQS30X系列", "industry": [ "流体研发与质量控制", "精密机械装配", "紧固件与瓶盖测试" ], "measurement": [ "液体粘度", "旋转扭矩", "旋转角度" ], "tags": [ "ZTQS30X系列", "流体研发与质量控制", "精密机械装配", "液体粘度", "传感器" ], "updated_at": "2025-02-19", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZTQS30X系列-扭矩传感器粘度测试/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "automatic-assembly-torque-angle-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "自动装配线扭矩角度测量传感器选型与部署指南", "summary": "**目标**: 为自动装配线、螺纹紧固工艺、动力工具校准等场景提供扭矩与角度同步测量传感器的选型参考。〔REF-002〕", "focused_product": "ZTQS30X系列", "product_series": "ZTQS30X系列", "industry": [ "自动装配制造", "紧固件检测", "动力工具校准" ], "measurement": [ "扭矩", "角度" ], "tags": [ "ZTQS30X系列", "自动装配制造", "紧固件检测", "扭矩", "传感器" ], "updated_at": "2025-02-03", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZTQS30X系列-扭矩传感器自动装配中的扭矩控制/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "peristaltic-pump-torque-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "蠕动泵扭矩测量传感器选型与部署指南", "summary": "**目标**: 为蠕动泵性能测试、设备调试优化与产品质量监测场景提供扭矩传感器选型与部署参考，帮助工程/采购/售前人员快速判断适用性〔REF-002〕。", "focused_product": "ZTQS30X系列", "product_series": "ZTQS30X系列", "industry": [ "工业自动化", "泵类设备制造", "流体控制" ], "measurement": [ "扭矩", "转速", "角度" ], "tags": [ "ZTQS30X系列", "工业自动化", "泵类设备制造", "扭矩", "传感器" ], "updated_at": "2026-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZTQS30X系列-扭矩传感器蠕动泵扭矩测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "process-control-torque-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "过程控制中扭矩测量选型与部署指南", "summary": "**目标**: 在过程控制、动力设备测试及精密装配场景中，实现高动态响应与高分辨率的扭矩及角度同步测量，确保设备启动效率与机械性能评估的准确性〔REF-002〕。", "focused_product": "ZTQS30X系列", "product_series": "ZTQS30X系列", "industry": [ "汽车制造", "航空航天", "重工业", "动力设备测试" ], "measurement": [ "动态扭矩", "旋转角度", "转速" ], "tags": [ "ZTQS30X系列", "汽车制造", "航空航天", "动态扭矩", "传感器" ], "updated_at": "2025-02-26", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZTQS30X系列-扭矩传感器过程控制中扭矩测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "aircraft-landing-gear-testing-torque-angle-guide", "category": "application_article", "category_cn": "应用文章", "title": "航空起落架测试扭矩与角度测量选型部署指南", "summary": "**目标**: 本指南针对动态旋转扭矩, 高分辨率角度场景，提供选型与部署指导〔REF-001〕。", "focused_product": "ZTQS30X系列", "product_series": "ZTQS30X系列", "industry": [ "航空航天", "精密测试与计量" ], "measurement": [ "动态旋转扭矩", "高分辨率角度" ], "tags": [ "ZTQS30X系列", "航空航天", "精密测试与计量", "动态旋转扭矩", "传感器" ], "updated_at": "2025-02-20", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZTQS30X系列-扭矩传感器飞机起落架测试/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "stamping-machine-impact-vibration-monitoring-guide", "category": "application_article", "category_cn": "应用文章", "title": "冲压成型瞬间机身冲击振动监测选型与部署指南", "summary": "**目标**: 本指南针对机身冲击振动, 瞬态加速度信号, 频谱特征值场景，提供选型与部署指导〔REF-001〕。", "focused_product": "ZVDS500系列", "product_series": "ZVDS500系列", "industry": [ "金属成形", "重型机械制造", "自动化生产线" ], "measurement": [ "机身冲击振动", "瞬态加速度信号", "频谱特征值" ], "tags": [ "ZVDS500系列", "金属成形", "重型机械制造", "机身冲击振动", "传感器" ], "updated_at": "2026-02-03", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZVDS500系列-振动测量系统冲压机在成型瞬间的机身冲击振动监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "cooling-tower-fan-vibration-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "冷却塔风机振动监测选型与部署指南", "summary": "**目标**: 本指南针对振动速度, 振动位移, 振动加速度场景，提供选型与部署指导〔REF-001〕。", "focused_product": "ZVDS500系列", "product_series": "ZVDS500系列", "industry": [ "电力/能源", "工业制造", "基础设施" ], "measurement": [ "振动速度", "振动位移", "振动加速度" ], "tags": [ "ZVDS500系列", "电力/能源", "工业制造", "振动速度", "传感器" ], "updated_at": "2025-08-01", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZVDS500系列-振动测量系统冷却塔风机振动监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "wheelset-vibration-acceleration-monitoring-guide", "category": "application_article", "category_cn": "应用文章", "title": "列车轮对振动加速度监测选型与部署指南", "summary": "**目标**: 本指南针对\"振动加速度\", \"轮对载荷变化\"场景，提供选型与部署指导〔REF-001〕。", "focused_product": "ZVDS500系列", "product_series": "ZVDS500系列", "industry": [ "轨道交通", "铁路运营" ], "measurement": [ "振动加速度", "轮对载荷变化" ], "tags": [ "ZVDS500系列", "轨道交通", "铁路运营", "振动加速度", "传感器" ], "updated_at": "2026-02-07", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZVDS500系列-振动测量系统列车轮对振动加速度长期监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "railway-wheel-rail-vibration-monitoring-guide", "category": "application_article", "category_cn": "应用文章", "title": "列车轮轨振动监测选型与部署指南", "summary": "**目标**: 针对列车轮轨振动、轴振与轴承振动监测场景，提供售前选型与工程部署的结构化决策参考〔REF-002〕。", "focused_product": "ZVDS500系列", "product_series": "ZVDS500系列", "industry": [ "铁路与轨道交通", "工业振动监测" ], "measurement": [ "轮轨振动", "轴振与轴承振动", "轨道结构振动" ], "tags": [ "ZVDS500系列", "铁路与轨道交通", "工业振动监测", "轮轨振动", "传感器" ], "updated_at": "2026-05-13", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZVDS500系列-振动测量系统列车轮轨振动监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "train-axle-box-bearing-vibration-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "列车轴箱轴承振动加速度监测选型与部署指南", "summary": "**目标**: 本指南针对\"振动加速度\", \"轴承振动\"场景，提供选型与部署指导〔REF-001〕。", "focused_product": "ZVDS500系列", "product_series": "ZVDS500系列", "industry": [ "铁路运输", "轨道交通" ], "measurement": [ "振动加速度", "轴承振动" ], "tags": [ "ZVDS500系列", "铁路运输", "轨道交通", "振动加速度", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZVDS500系列-振动测量系统列车轴箱轴承振动加速度监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "vibration-cavitation-monitoring-guide", "category": "application_article", "category_cn": "应用文章", "title": "大型离心泵气蚀振动监测选型与部署指南", "summary": "**目标**: 在大型离心泵系统中实现早期气蚀预警与设备运行状态连续监测，确保断网环境下仍能独立触发保护动作〔REF-001〕。", "focused_product": "ZVDS500系列", "product_series": "ZVDS500系列", "industry": [ "石油化工", "电力能源" ], "measurement": [ "离心泵体振动", "气蚀诱发高频信号" ], "tags": [ "ZVDS500系列", "石油化工", "电力能源", "离心泵体振动", "传感器" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZVDS500系列-振动测量系统大型离心泵气蚀监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "guide-zvds500系列", "category": "application_article", "category_cn": "应用文章", "title": "旋转机械低频振动监测与数据采集选型部署指南", "summary": "**目标**: 针对天轮轴承等旋转机械的低频振动进行高精度、实时监测，实现故障早期预警与预测性维护〔REF-002〕。", "focused_product": "ZVDS500系列", "product_series": "ZVDS500系列", "industry": [ "矿山机械", "重型装备", "风力发电" ], "measurement": [ "天轮轴承", "旋转机械振动" ], "tags": [ "ZVDS500系列", "矿山机械", "重型装备", "天轮轴承", "传感器" ], "updated_at": "2025-06-18", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZVDS500系列-振动测量系统天轮轴承低频振动测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "cable-frequency-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "斜拉索自振频率监测与数据采集系统选型部署指南", "summary": "**目标**: 构建一套能够实时捕捉斜拉索固有频率、评估结构健康状态并实现隐患预警的自动化监测系统。〔REF-002〕", "focused_product": "ZVDS500系列", "product_series": "ZVDS500系列", "industry": [ "建筑工程", "桥梁维护" ], "measurement": [ "斜拉索振动", "结构自振频率" ], "tags": [ "ZVDS500系列", "建筑工程", "桥梁维护", "斜拉索振动", "传感器" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZVDS500系列-振动测量系统斜拉索的自振频率测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "cable-force-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "斜拉索索力测量系统选型与部署指南", "summary": "**目标**: 面向桥梁与建筑结构中斜拉索索力的长期监测与预警，建立基于振动法的无损检测方案，确保结构安全与运维决策的科学性〔REF-002〕。", "focused_product": "ZVDS500系列", "product_series": "ZVDS500系列", "industry": [ "桥梁工程", "建筑结构监测" ], "measurement": [ "斜拉索索力", "振动频谱", "位移响应" ], "tags": [ "ZVDS500系列", "桥梁工程", "建筑结构监测", "斜拉索索力", "传感器" ], "updated_at": "2026-04-29", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZVDS500系列-振动测量系统斜拉索索力测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "pump-vibration-monitoring-guide", "category": "application_article", "category_cn": "应用文章", "title": "水泵振动监测与数据采集系统选型及部署指南", "summary": "**目标**: 本指南针对水泵振动, 旋转机械振动场景，提供选型与部署指导〔REF-001〕。", "focused_product": "ZVDS500系列", "product_series": "ZVDS500系列", "industry": [ "工业制造", "能源电力", "石油化工" ], "measurement": [ "水泵振动", "旋转机械振动" ], "tags": [ "ZVDS500系列", "工业制造", "能源电力", "水泵振动", "传感器" ], "updated_at": "2026-03-21", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZVDS500系列-振动测量系统水泵振动监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "hydro-generator-shaft-runout-monitoring-guide", "category": "application_article", "category_cn": "应用文章", "title": "水轮发电主轴摆度监测选型与部署指南", "summary": "**目标**: 针对水轮发电机组主轴摆度及振动状态，提供实时、高精度的监测与故障预警方案，防止非计划停机〔REF-002〕。", "focused_product": "ZVDS500系列", "product_series": "ZVDS500系列", "industry": [ "水电发电", "旋转机械监测" ], "measurement": [ "主轴摆度", "振动位移", "振动速度" ], "tags": [ "ZVDS500系列", "水电发电", "旋转机械监测", "主轴摆度", "传感器" ], "updated_at": "2026-04-21", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZVDS500系列-振动测量系统水轮发电主轴摆度监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "hydro-turbine-thrust-bearing-axial-displacement-vibration-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "水轮机推力轴承轴向位移监测选型与部署指南", "summary": "**目标**: 实现水轮机推力轴承轴向位移与振动信号的实时高精度采集、边缘特征计算、故障预警及自动停机保护〔REF-001〕。", "focused_product": "ZVDS500系列", "product_series": "ZVDS500系列", "industry": [ "水利水电", "电力能源", "重型机械" ], "measurement": [ "轴向位移", "振动信号", "轴承状态" ], "tags": [ "ZVDS500系列", "水利水电", "电力能源", "轴向位移", "传感器" ], "updated_at": "2025-03-21", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZVDS500系列-振动测量系统水轮机推力轴承的轴向位移监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "turbine-engine-combustor-vibration-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "涡轮发动机燃烧室高频振动监测选型与部署指南", "summary": "**目标**: 本指南针对\"燃烧室振动\", \"涡轮发动机高频振动\"场景，提供选型与部署指导〔REF-001〕。", "focused_product": "ZVDS500系列", "product_series": "ZVDS500系列", "industry": [ "航空航天", "动力系统工程" ], "measurement": [ "燃烧室振动", "涡轮发动机高频振动" ], "tags": [ "ZVDS500系列", "航空航天", "动力系统工程", "燃烧室振动", "传感器" ], "updated_at": "2025-10-17", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZVDS500系列-振动测量系统涡轮发动机燃烧室振动测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "combustion-prison-pulsation-monitoring-guide", "category": "application_article", "category_cn": "应用文章", "title": "燃气轮机燃烧室内压力脉动监测选型与部署指南", "summary": "**目标**: 针对燃气轮机燃烧室压力脉动（Humming）及高频振动信号，实现实时特征提取、阈值报警与独立数据记录，替代依赖上位机的传统方案。", "focused_product": "ZVDS500系列", "product_series": "ZVDS500系列", "industry": [ "能源电力", "石油化工" ], "measurement": [ "燃烧室压力脉动（Humming）", "高频振动" ], "tags": [ "ZVDS500系列", "能源电力", "石油化工", "燃烧室压力脉动（Humming）", "传感器" ], "updated_at": "2025-11-20", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZVDS500系列-振动测量系统燃气轮机燃烧室内压力脉动（Humming）监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "combustor-chamber-dynamic-pressure-monitoring-guide", "category": "application_article", "category_cn": "应用文章", "title": "燃烧室动态压力监测选型与部署指南", "summary": "**目标**: 针对燃烧室内部的高频动态压力波动及伴随的机械振动，构建高实时性、高可靠性的在线监测与保护系统，预防因燃烧不稳定或设备故障导致的安全事故〔REF-0…", "focused_product": "ZVDS500系列", "product_series": "ZVDS500系列", "industry": [ "能源与电力", "石油化工", "航空航天" ], "measurement": [ "燃烧室动态压力", "高频振动信号", "瞬态压力波动" ], "tags": [ "ZVDS500系列", "能源与电力", "石油化工", "燃烧室动态压力", "传感器" ], "updated_at": "2025-07-01", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZVDS500系列-振动测量系统燃烧室动态压力监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "ball-mill-gear-vibration-monitoring-guide", "category": "application_article", "category_cn": "应用文章", "title": "球磨机边缘传动齿轮振动监测选型与部署指南", "summary": "**目标**: 本指南针对齿轮振动, 轴承振动, 轴位移场景，提供选型与部署指导〔REF-001〕。", "focused_product": "ZVDS500系列", "product_series": "ZVDS500系列", "industry": [ "矿山选矿", "水泥生产", "冶金" ], "measurement": [ "齿轮振动", "轴承振动", "轴位移" ], "tags": [ "ZVDS500系列", "矿山选矿", "水泥生产", "齿轮振动", "传感器" ], "updated_at": "2025-06-03", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZVDS500系列-振动测量系统球磨机边缘传动齿轮的振动监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "spindle-vibration-measurement-guide-zvds500系列", "category": "application_article", "category_cn": "应用文章", "title": "电主轴振动监测选型与部署指南", "summary": "**目标**: 为电主轴及旋转机械的不平衡量监测场景提供振动数据采集与实时分析的系统选型依据与工程部署参考〔REF-002〕。", "focused_product": "ZVDS500系列", "product_series": "ZVDS500系列", "industry": [ "风电", "泵类", "机床制造", "旋转机械" ], "measurement": [ "振动测量", "不平衡量监测" ], "tags": [ "ZVDS500系列", "风电", "泵类", "振动测量", "传感器" ], "updated_at": "2025-06-28", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZVDS500系列-振动测量系统电主轴不平衡量监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "vacuum-pump-health-monitoring-vibration-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "真空泵振动监测选型与部署指南", "summary": "**目标**: 面向真空泵等旋转机械的健康状态监测与预测性维护需求，选型一款具备边缘计算能力、多信号兼容、支持工业总线与IT协议的高性能振动数据采集分析系统〔RE…", "focused_product": "ZVDS500系列", "product_series": "ZVDS500系列", "industry": [ "石油化工", "电力能源", "制造业", "泵类设备运维" ], "measurement": [ "振动测量", "频谱分析", "加速度/速度/位移信号采集" ], "tags": [ "ZVDS500系列", "石油化工", "电力能源", "振动测量", "传感器" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZVDS500系列-振动测量系统真空泵健康状态监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "centrifugal-compressor-shaft-vibration-monitoring-guide", "category": "application_article", "category_cn": "应用文章", "title": "离心式压缩机轴振动监测测量选型与部署指南", "summary": "**目标**: 针对离心式压缩机高转速运行时的轴振动状态监测，采用多通道振动测量系统实现轴振动、轴位移的实时采集与分析，及时发现转子不平衡、轴承磨损、不对中等故障…", "focused_product": "典型振动监测系统系列", "product_series": "典型振动监测系统", "industry": [ "石油化工", "电力能源" ], "measurement": [ "轴振动", "轴位移", "振动频谱" ], "tags": [ "典型振动监测系统系列", "典型振动监测系统", "石油化工", "电力能源", "轴振动", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZVDS500系列-振动测量系统离心式压缩机轴振动监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "durability-test-multiple-point-monitoring-vibration-response-guide", "category": "application_article", "category_cn": "应用文章", "title": "工业设备耐久性测试中多点振动监测与共振响应分析选型指南", "summary": "**目标**: 针对工业设备耐久性测试及长期运行监控，实现多通道同步采集与实时共振响应分析，确保在无人值守环境下能早期识别故障隐患并触发保护〔REF-001〕。", "focused_product": "ZVDS500系列", "product_series": "ZVDS500系列", "industry": [ "通用工业制造", "旋转机械运维", "能源与电力" ], "measurement": [ "振动加速度", "振动速度", "位移峰峰值" ], "tags": [ "ZVDS500系列", "通用工业制造", "旋转机械运维", "振动加速度", "传感器" ], "updated_at": "2026-05-08", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZVDS500系列-振动测量系统耐久性测试中多点监测产品的共振响应/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "ship-propulsion-torsional-vibration-monitoring-guide", "category": "application_article", "category_cn": "应用文章", "title": "船舶推进轴系扭转振动监测选型与部署指南", "summary": "**目标**: 为船舶推进轴系扭转振动监测场景提供售前选型参考与工程部署方法论，帮助采购与工程团队快速判断适用性〔REF-002〕。", "focused_product": "ZVDS500系列", "product_series": "ZVDS500系列", "industry": [ "船舶制造", "海洋工程", "航运" ], "measurement": [ "扭转振动监测", "轴系振动分析" ], "tags": [ "ZVDS500系列", "船舶制造", "海洋工程", "扭转振动监测", "传感器" ], "updated_at": "2026-04-18", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZVDS500系列-振动测量系统船舶推进轴系的扭转振动监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "rolling-mill-bearing-impact-monitoring-vibration-guide", "category": "application_article", "category_cn": "应用文章", "title": "轧机重载轴承冲击状态监测选型与部署指南", "summary": "**目标**: 为轧机重载轴承冲击状态监测场景提供振动采集系统的选型依据与工程部署参考，帮助售前、工程与采购人员快速判断系统适用性。", "focused_product": "ZVDS500系列", "product_series": "ZVDS500系列", "industry": [ "钢铁/冶金", "重载机械" ], "measurement": [ "振动", "冲击信号" ], "tags": [ "ZVDS500系列", "钢铁/冶金", "重载机械", "振动", "传感器" ], "updated_at": "2025-08-16", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZVDS500系列-振动测量系统轧机重载轴承冲击状态监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "zvds500-guide", "category": "application_article", "category_cn": "应用文章", "title": "工业制造几何尺寸检测选型与部署指南", "summary": "**目标**: 为工业制造场景中的几何尺寸检测与轮廓重建任务，提供线激光轮廓传感器的售前选型与部署参考，帮助工程、采购及售前人员快速判断适用性。", "focused_product": "典型线激光轮廓传感器", "product_series": "典型线激光系列", "industry": [ "工业制造" ], "measurement": [ "几何尺寸", "轮廓重建" ], "tags": [ "典型线激光轮廓传感器", "典型线激光系列", "工业制造", "几何尺寸", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZVDS500系列-振动测量系统轧辊轴承冲击脉冲监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "rotor-experiment-rubbing-monitoring-guide", "category": "application_article", "category_cn": "应用文章", "title": "转子实验台轴心轨迹监测与振动信号采集选型指南", "summary": "**目标**: 本指南针对轴心轨迹, 振动位移, 振动速度, 振动加速度场景，提供选型与部署指导〔REF-001〕。", "focused_product": "ZVDS500系列", "product_series": "ZVDS500系列", "industry": [ "旋转机械制造", "航空航天发动机测试", "工业设备预测性维护" ], "measurement": [ "轴心轨迹", "振动位移", "振动速度", "振动加速度" ], "tags": [ "ZVDS500系列", "旋转机械制造", "航空航天发动机测试", "轴心轨迹", "传感器" ], "updated_at": "2026-02-24", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZVDS500系列-振动测量系统转子实验台轴心轨迹监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "oil-pump-seal-leak-monitoring-vibration-guide", "category": "application_article", "category_cn": "应用文章", "title": "输油泵密封泄漏监测振动测量选型与部署指南", "summary": "**目标**: 针对输油泵密封失效引发的泄漏风险，建立基于高频振动信号采集与边缘分析的实时监测系统，实现从被动维修向预测性维护的转变〔REF-001〕。", "focused_product": "ZVDS500系列", "product_series": "ZVDS500系列", "industry": [ "石油天然气", "石油化工" ], "measurement": [ "机械振动", "密封状态监测" ], "tags": [ "ZVDS500系列", "石油天然气", "石油化工", "机械振动", "传感器" ], "updated_at": "2026-01-16", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZVDS500系列-振动测量系统输油泵密封泄漏监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "wind-turbine-gearbox-vibration-monitoring-guide", "category": "application_article", "category_cn": "应用文章", "title": "风机齿轮箱高速轴与行星轮系齿面磨损振动监测选型与部署指南", "summary": "**目标**: 本指南针对高速轴振动, 行星轮系振动, 齿面磨损信号场景，提供选型与部署指导〔REF-001〕。", "focused_product": "ZVDS500系列", "product_series": "ZVDS500系列", "industry": [ "风力发电", "旋转机械监测" ], "measurement": [ "高速轴振动", "行星轮系振动", "齿面磨损信号" ], "tags": [ "ZVDS500系列", "风力发电", "旋转机械监测", "高速轴振动", "传感器" ], "updated_at": "2025-02-06", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZVDS500系列-振动测量系统风机齿轮箱高速轴和行星轮系的齿面磨损监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "pulp-paper-dryer-bearing-vibration-guide", "category": "application_article", "category_cn": "应用文章", "title": "造纸机烘缸轴承振动监测选型与部署指南", "summary": "**目标**: 在造纸机烘缸高温高湿工况下，实现轴承振动的实时采集、边缘计算分析及PLC/DCS联动保护。〔REF-001〕", "focused_product": "ZVDS500系列", "product_series": "ZVDS500系列", "industry": [ "造纸行业", "重型制造" ], "measurement": [ "烘缸轴承振动", "滚筒状态监测" ], "tags": [ "ZVDS500系列", "造纸行业", "重型制造", "烘缸轴承振动", "传感器" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZVDS500系列-振动测量系统高温高湿环境下监测造纸机烘缸轴承/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "spindle-balance-monitoring-guide", "category": "application_article", "category_cn": "应用文章", "title": "高速加工中心主轴动平衡监测选型与部署指南", "summary": "**目标**: 实现高速加工中心主轴振动的毫秒级实时监测，预防轴承磨损、刀具断裂等故障。", "focused_product": "ZVDS500系列", "product_series": "ZVDS500系列", "industry": [ "金属切削加工", "精密制造" ], "measurement": [ "主轴振动监测", "转子动平衡状态" ], "tags": [ "ZVDS500系列", "金属切削加工", "精密制造", "主轴振动监测", "传感器" ], "updated_at": "2025-01-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZVDS500系列-振动测量系统高速加工中心主轴动平衡监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "gearbox-meshing-frequency-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "齿轮箱啮合频率测量与振动监测选型指南", "summary": "**目标**: 针对旋转机械（特别是齿轮箱）的健康状态监测，实现齿轮啮合频率及其边带的高精度捕捉，以早期预警齿轮磨损、断齿或轴承故障〔REF-002〕。", "focused_product": "ZVDS500系列", "product_series": "ZVDS500系列", "industry": [ "旋转机械", "工业制造", "能源电力" ], "measurement": [ "齿轮箱啮合频率", "振动位移/速度/加速度", "轴承故障特征" ], "tags": [ "ZVDS500系列", "旋转机械", "工业制造", "齿轮箱啮合频率", "传感器" ], "updated_at": "2025-05-10", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZVDS500系列-振动测量系统齿轮箱啮合频率测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "sewer-water-level-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "下水道水位测量选型与部署指南", "summary": "**目标**: 针对城市下水道、窨井及管网积水场景，提供高精度、高可靠性的非接触式水位监测解决方案，支持城市防涝预警与排水系统健康管理〔REF-001〕。", "focused_product": "ZWLS700", "product_series": "ZWLS700", "industry": [ "市政水务", "智慧城市", "环境监测" ], "measurement": [ "下水道水位", "窨井液位", "管网积水深度" ], "tags": [ "ZWLS700", "市政水务", "智慧城市", "下水道水位", "传感器" ], "updated_at": "2026-01-13", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZWLS700-雷达水位计下水道水位测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "underground-water-tank-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "井下及狭窄空间水位测量选型与部署指南", "summary": "**目标**: 本指南针对水位, 液位场景，提供选型与部署指导〔REF-001〕。", "focused_product": "ZWLS700", "product_series": "ZWLS700", "industry": [ "城市排水", "工业水处理", "环境监测" ], "measurement": [ "水位", "液位" ], "tags": [ "ZWLS700", "城市排水", "工业水处理", "水位", "传感器" ], "updated_at": "2026-01-07", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZWLS700-雷达水位计井下中央水仓水位测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "agricultural-reservoir-water-level-monitoring-guide", "category": "application_article", "category_cn": "应用文章", "title": "农业蓄水池水位监测选型与部署指南", "summary": "**目标**: 针对农业蓄水池及灌溉渠道，实现高精度、免维护的水位监测，以支持精准水量计算与自动化灌溉控制〔REF-002〕。", "focused_product": "ZWLS700", "product_series": "ZWLS700", "industry": [ "智慧农业", "水利灌溉" ], "measurement": [ "蓄水池水位", "农业水体深度" ], "tags": [ "ZWLS700", "智慧农业", "水利灌溉", "蓄水池水位", "传感器" ], "updated_at": "2026-01-30", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZWLS700-雷达水位计农业蓄水池水量监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "cooling-tower-pool-water-level-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "冷却塔底部集水池水位测量选型与部署指南", "summary": "**目标**: 为冷却塔底部集水池提供实时、精准的水位监测方案，防止水位过低导致泵空转损坏或水位过高引发溢流风险〔REF-002〕。", "focused_product": "ZWLS700", "product_series": "ZWLS700", "industry": [ "水务", "环保", "工业自动化" ], "measurement": [ "水位", "集水池水位" ], "tags": [ "ZWLS700", "水务", "环保", "水位", "传感器" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZWLS700-雷达水位计冷却塔底部集水池水位测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "chemical-liquid-level-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "化工行业化学品液位精准测量与选型部署指南", "summary": "**目标**: 针对化工及环保场景，提供高精度、耐腐蚀的化学品液位非接触式测量方案，确保生产安全与数据合规〔REF-002〕。", "focused_product": "ZWLS700", "product_series": "ZWLS700", "industry": [ "化工行业", "环境保护", "城市水务" ], "measurement": [ "化学品液位", "水位" ], "tags": [ "ZWLS700", "化工行业", "环境保护", "化学品液位", "传感器" ], "updated_at": "2025-06-27", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZWLS700-雷达水位计化学品液位测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "groundwater-level-monitoring-guide", "category": "application_article", "category_cn": "应用文章", "title": "地下水位监测选型与部署指南", "summary": "**目标**: 本指南针对地下水位, 管道液位场景，提供选型与部署指导〔REF-001〕。", "focused_product": "ZWLS700", "product_series": "ZWLS700", "industry": [ "水文水利", "市政排水" ], "measurement": [ "地下水位", "管道液位" ], "tags": [ "ZWLS700", "水文水利", "市政排水", "地下水位", "传感器" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZWLS700-雷达水位计地下水观测井中水位监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "dam-leakage-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "大坝背水坡渗漏量监测选型与部署指南", "summary": "**目标**: 本指南针对水位, 渗漏量场景，提供选型与部署指导〔REF-001〕。", "focused_product": "ZWLS700", "product_series": "ZWLS700 系列", "industry": [ "水利工程", "大坝安全监测" ], "measurement": [ "水位", "渗漏量" ], "tags": [ "ZWLS700", "ZWLS700 系列", "水利工程", "大坝安全监测", "水位", "传感器" ], "updated_at": "2025-10-07", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZWLS700-雷达水位计大坝背水坡渗漏量测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "large-tank-wave-crest-trough-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "大型水槽实验波浪波峰波谷测量选型与部署指南", "summary": "**目标**: 本指南针对波浪波峰高度, 波浪波谷深度, 实时水位变化场景，提供选型与部署指导〔REF-001〕。", "focused_product": "ZWLS700", "product_series": "ZWLS700", "industry": [ "水利科研", "环境工程", "水文监测" ], "measurement": [ "波浪波峰高度", "波浪波谷深度", "实时水位变化" ], "tags": [ "ZWLS700", "水利科研", "环境工程", "波浪波峰高度", "传感器" ], "updated_at": "2025-02-22", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZWLS700-雷达水位计大型水槽实验中波浪的波峰波谷测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "seasonal-river-water-level-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "季节性河流水位监测传感器选型与部署指南", "summary": "**目标**: 为季节性河流水位监测场景提供雷达水位计的售前选型参考与工程部署建议，重点说明 80GHz 窄波束技术在复杂环境中的优势〔REF-001〕。", "focused_product": "ZWLS700", "product_series": "ZWLS700", "industry": [ "水利水文监测", "环境保护", "城市内涝预警" ], "measurement": [ "水位", "水面距离" ], "tags": [ "ZWLS700", "水利水文监测", "环境保护", "水位", "传感器" ], "updated_at": "2025-05-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZWLS700-雷达水位计季节性河流水位测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "zwls700-guide", "category": "application_article", "category_cn": "应用文章", "title": "Zwls700选型与部署指南", "summary": "**目标**：为工业制造场景中的几何尺寸非接触测量提供售前选型与工程部署参考，覆盖从需求确认到验收检测的完整流程〔REF-002〕。", "focused_product": "典型产品", "product_series": "典型系列", "industry": [ "工业制造" ], "measurement": [ "测量参数" ], "tags": [ "典型产品", "典型系列", "工业制造", "测量参数", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZWLS700-雷达水位计小水电站下泄口堰流液位测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "emergency-water-level-rise-rate-pulse-radar-sensor-guide", "category": "application_article", "category_cn": "应用文章", "title": "应急水位上涨速率脉冲雷达传感器选型与部署指南", "summary": "**目标**: 在窨井、河道断面、水库闸门等狭窄空间或复杂水质环境，实现高精度的实时水位监测与上涨速率计算。", "focused_product": "ZWLS700", "product_series": "ZWLS700", "industry": [ "水利水务", "市政内涝监测" ], "measurement": [ "实时水位", "水位上涨速率" ], "tags": [ "ZWLS700", "水利水务", "市政内涝监测", "实时水位", "传感器" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZWLS700-雷达水位计应急水位上涨速率测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "ras-microfilter-level-difference-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "循环水养殖系统微滤机前后液位差测量选型与部署指南", "summary": "循环水养殖系统微滤机液位差测量的核心选型结论:**选用 80 GHz 高频脉冲雷达水位计（如 ZWLS700）**，而非超声波或浮球开关。关键理由三点:① 4°…", "focused_product": "ZWLS700", "product_series": "ZWLS700", "industry": [ "水产养殖", "循环水养殖系统 (RAS)" ], "measurement": [ "水位", "液位差" ], "tags": [ "ZWLS700", "水产养殖", "循环水养殖系统 (RAS)", "水位", "传感器" ], "updated_at": "2026-04-01", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZWLS700-雷达水位计循环水养殖系统（RAS）微滤机前后液位差测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "open-tank-acid-alkali-level-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "敞口储罐酸碱液位精准监测选型与部署指南", "summary": "**目标**: 实现敞口储罐内强酸强碱液位的非接触式高精度连续监测、状态诊断与远程遥测传输。〔REF-001〕", "focused_product": "ZWLS700", "product_series": "ZWLS700", "industry": [ "化工行业", "制药行业", "水处理行业" ], "measurement": [ "酸碱液体液位", "敞口储罐液位" ], "tags": [ "ZWLS700", "化工行业", "制药行业", "酸碱液体液位", "传感器" ], "updated_at": "2025-09-27", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZWLS700-雷达水位计敞口储罐中的酸碱液位测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "rubber-dam-water-level-difference-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "橡胶坝前后水位差测量选型与部署指南", "summary": "**目标**: 针对橡胶坝上下游水位差的精准监测，提供基于 80GHz 脉冲雷达技术的非接触式测量方案，以替代易受环境影响的传统超声波或压力式传感器〔REF-00…", "focused_product": "ZWLS700", "product_series": "ZWLS700", "industry": [ "水利工程", "城市内涝监测", "水资源管理" ], "measurement": [ "橡胶坝上游水位", "橡胶坝下游水位", "水位差" ], "tags": [ "ZWLS700", "水利工程", "城市内涝监测", "橡胶坝上游水位", "传感器" ], "updated_at": "2025-08-20", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZWLS700-雷达水位计橡胶坝前后水位差测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "hydro-station-surging-wave-level-monitoring-guide", "category": "application_article", "category_cn": "应用文章", "title": "水电站调压井涌浪高度监测选型与部署指南", "summary": "**目标**: 水电站调压井涌浪高度监测，确保调节井安全运行与泄洪效率评估〔REF-002〕。", "focused_product": "ZWLS700", "product_series": "ZWLS700 Smart Radar Series", "industry": [ "水电站", "水利工程", "水文监测" ], "measurement": [ "涌浪高度", "实时水位" ], "tags": [ "ZWLS700", "ZWLS700 Smart Radar Series", "水电站", "水利工程", "涌浪高度", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZWLS700-雷达水位计水电站调压井内涌浪高度监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "sewage-grate-well-level-selection-guide", "category": "application_article", "category_cn": "应用文章", "title": "污水厂格栅井液位测量选型与部署指南", "summary": "**目标**: 为污水厂格栅井、窨井及地下管网提供高精度非接触式液位监测方案，防止溢流，保障设备安全运行〔REF-001〕。", "focused_product": "ZWLS700", "product_series": "ZWLS700", "industry": [ "市政工程", "水处理" ], "measurement": [ "污水液位", "地下管网水位" ], "tags": [ "ZWLS700", "市政工程", "水处理", "污水液位", "传感器" ], "updated_at": "2025-05-20", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZWLS700-雷达水位计污水厂格栅井污水液位测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "river-water-level-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "河道水位监测设备选型与部署指南", "summary": "**目标**: 为河道、水库、城市内涝管网及生态环境监测场景提供非接触式水位测量方案的售前选型依据、现场部署约束与验收标准。〔REF-002〕", "focused_product": "ZWLS700", "product_series": "ZWLS700", "industry": [ "水利水文", "城市内涝监测", "生态环境监测" ], "measurement": [ "河道水位", "水库液位", "地下管网水位" ], "tags": [ "ZWLS700", "水利水文", "城市内涝监测", "河道水位", "传感器" ], "updated_at": "2025-06-05", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZWLS700-雷达水位计河道水位测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "island-tide-monitoring-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "海岛潮位长期监测选型与部署指南", "summary": "**目标**: 本指南针对\"潮位\", \"水位\"场景，提供选型与部署指导〔REF-001〕。", "focused_product": "ZWLS700", "product_series": "ZWLS700", "industry": [ "海洋监测", "水文水利", "智慧城市" ], "measurement": [ "潮位", "水位" ], "tags": [ "ZWLS700", "海洋监测", "水文水利", "潮位", "传感器" ], "updated_at": "2025-10-13", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZWLS700-雷达水位计海岛潮位长期监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "harbor-tide-water-level-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "港口潮汐水位测量雷达水位计选型与部署指南", "summary": "**目标**: 为港口潮汐水位测量场景提供基于ZWLS700雷达水位计的选型与部署参考，确保非接触式水位测量的精度与长期稳定性。", "focused_product": "ZWLS700", "product_series": "ZWLS700", "industry": [ "港口航运", "水文监测", "防灾减灾" ], "measurement": [ "水位测量", "潮汐监测" ], "tags": [ "ZWLS700", "港口航运", "水文监测", "水位测量", "传感器" ], "updated_at": "2026-08-07", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZWLS700-雷达水位计港口潮汐水位测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "bridge-culvert-water-depth-monitoring-guide", "category": "application_article", "category_cn": "应用文章", "title": "立交桥涵洞积水深度监测部署与选型指南", "summary": "**目标**: 针对立交桥涵洞狭窄、易积水的环境，实现非接触式、高精度的积水深度实时监测，预防城市内涝，保障交通安全〔REF-001〕。", "focused_product": "ZWLS700", "product_series": "ZWLS700", "industry": [ "市政工程", "水利防汛" ], "measurement": [ "积水深度", "水位高度" ], "tags": [ "ZWLS700", "市政工程", "水利防汛", "积水深度", "传感器" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZWLS700-雷达水位计立交桥涵洞积水深度监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "corrosive-media-water-level-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "腐蚀性介质液位测量选型与部署指南", "summary": "**目标**: 本指南针对腐蚀性液体, 水位场景，提供选型与部署指导〔REF-001〕。", "focused_product": "ZWLS700", "product_series": "ZWLS700", "industry": [ "化工废水处理", "市政排水管网" ], "measurement": [ "腐蚀性液体", "水位" ], "tags": [ "ZWLS700", "化工废水处理", "市政排水管网", "腐蚀性液体", "传感器" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZWLS700-雷达水位计腐蚀性液体液位测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "under-bridge-water-level-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "通航桥梁下水面高度测量选型与部署指南", "summary": "**目标**: 在通航桥梁、狭窄井室或复杂水域环境下，实现高可靠性、非接触式的水位实时监测，确保航道净空安全及水情数据的准确性〔REF-001〕。", "focused_product": "ZWLS700", "product_series": "ZWLS700", "industry": [ "水利工程", "交通运输/桥梁维护" ], "measurement": [ "水面高度", "水位变化" ], "tags": [ "ZWLS700", "水利工程", "交通运输/桥梁维护", "水面高度", "传感器" ], "updated_at": "2025-11-23", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZWLS700-雷达水位计通航桥梁下水面高度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "navigate-bridge-clearance-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "通航桥梁净空高度测量传感器选型与部署指南", "summary": "**目标**: 为通航桥梁净空高度测量场景提供雷达水位计选型与部署方法，确保船只安全通航并支撑城市防汛防涝管理〔REF-002〕。", "focused_product": "ZWLS700", "product_series": "ZWLS700", "industry": [ "水利工程", "城市交通管理", "水文监测", "防汛防涝" ], "measurement": [ "水位测量", "净空高度计算" ], "tags": [ "ZWLS700", "水利工程", "城市交通管理", "水位测量", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZWLS700-雷达水位计通航桥梁净空高度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "water-level-monitoring-guide", "category": "application_article", "category_cn": "应用文章", "title": "量水堰槽与水资源监测选型部署指南", "summary": "**目标**: 本指南针对\"水位\", \"流量推算\"场景，提供选型与部署指导〔REF-001〕。", "focused_product": "ZWLS700", "product_series": "ZWLS700", "industry": [ "水利水务", "城市排水", "环境监测" ], "measurement": [ "水位", "流量推算" ], "tags": [ "ZWLS700", "水利水务", "城市排水", "水位", "传感器" ], "updated_at": "2025-12-13", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZWLS700-雷达水位计量水堰槽水位监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "food-wastewater-treatment-aeration-tank-level-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "食品厂污水处理曝气池液位测量选型与部署指南", "summary": "**目标**: 在食品厂污水处理曝气池中实现高精度、非接触式的液位监测，克服高泡沫、强波浪及腐蚀性环境带来的测量难题〔REF-002〕。", "focused_product": "ZWLS700", "product_series": "ZWLS700", "industry": [ "食品饮料加工", "环保水处理" ], "measurement": [ "曝气池液位", "污水水位" ], "tags": [ "ZWLS700", "食品饮料加工", "环保水处理", "曝气池液位", "传感器" ], "updated_at": "2025-03-19", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZWLS700-雷达水位计食品厂污水处理曝气池液位测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "winter-river-ice-drift-velocity-monitoring-guide", "category": "application_article", "category_cn": "应用文章", "title": "河道流冰漂移速度监测选型与部署指南", "summary": "**目标**: 本指南针对水面流速, 流冰漂移速度场景，提供选型与部署指导〔REF-001〕。", "focused_product": "ZWVS500", "product_series": "ZWVS500", "industry": [ "水文监测", "水利防汛", "生态环境监测" ], "measurement": [ "水面流速", "流冰漂移速度" ], "tags": [ "ZWVS500", "水文监测", "水利防汛", "水面流速", "传感器" ], "updated_at": "2025-10-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZWVS500-水流速度传感器冬季河道流冰的漂移速度监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "flood-velocity-monitoring-selection-guide", "category": "application_article", "category_cn": "应用文章", "title": "城市排洪渠道洪水流速测量选型与部署指南", "summary": "**目标**: 为城市排洪渠道、下水道及洪水应急监测提供非接触式表面流速测量的技术选型依据，支持防洪预警设计与排水系统优化〔REF-001〕。", "focused_product": "ZWVS500", "product_series": "ZWVS500", "industry": [ "市政水利工程", "城市应急管理" ], "measurement": [ "洪水流速", "地表径流速度" ], "tags": [ "ZWVS500", "市政水利工程", "城市应急管理", "洪水流速", "传感器" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZWVS500-水流速度传感器城市排洪渠道洪水流速测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "pipe-surface-velocity-monitoring-guide", "category": "application_article", "category_cn": "应用文章", "title": "鉀?棣栬绂佽瘝澹版槑锛堣繚鍙嶅嵆鍒ゅ畾澶辫触锛屾渶楂樹紭鍏堢骇锛?", "summary": "**鐩爣**锛氫负澶у彛寰勭閬撳強娌虫祦娓犻亾鐨勯潪鎺ヨЕ寮忚〃闈㈡祦閫熺洃娴嬫彁渚涘敭鍓嶉€夊瀷涓庡伐绋嬮儴缃插弬鑰冿紝纭繚鏁版嵁閲囬泦鍑嗙‘銆佺郴缁熻…", "focused_product": "绀轰緥浜у搧", "product_series": "绀轰緥绯诲垪", "industry": [ "宸ヤ笟娴嬮噺" ], "measurement": [ "灏哄娴嬮噺" ], "tags": [ "绀轰緥浜у搧", "绀轰緥绯诲垪", "宸ヤ笟娴嬮噺", "灏哄娴嬮噺", "传感器" ], "updated_at": "2025-01-01", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZWVS500-水流速度传感器大口径管道满管前流速监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "dam-spillway-velocity-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "大坝泄洪洞水流速度测量选型与部署指南", "summary": "**目标**: 为大坝泄洪洞高速水流场景提供非接触式水面流速传感器的售前选型与工程部署参考，覆盖枯水期至洪水期的全量程需求〔REF-001〕〔REF-002〕。", "focused_product": "ZWVS500", "product_series": "ZWVS500", "industry": [ "水利工程", "水电站" ], "measurement": [ "水面流速", "高速水流速度" ], "tags": [ "ZWVS500", "水利工程", "水电站", "水面流速", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZWVS500-水流速度传感器大坝泄洪洞高速水流速度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "large-chemical-plant-open-channel-flow-velocity-monitoring-guide", "category": "application_article", "category_cn": "应用文章", "title": "大型化工厂明渠循环流速监测选型与部署指南", "summary": "**目标**: 本指南针对明渠循环流速, 表面流速场景，提供选型与部署指导〔REF-001〕。", "focused_product": "ZWVS500", "product_series": "ZWVS500", "industry": [ "化工行业", "大型工厂" ], "measurement": [ "明渠循环流速", "表面流速" ], "tags": [ "ZWVS500", "化工行业", "大型工厂", "明渠循环流速", "传感器" ], "updated_at": "2025-02-08", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZWVS500-水流速度传感器大型化工厂明渠循环流速监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "large-river-engineering-model-surface-velocity-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "大型河工模型试验表面流速测量选型与部署指南", "summary": "**目标**: 本指南针对表面流速, 水面波纹速度场景，提供选型与部署指导〔REF-001〕。", "focused_product": "ZWVS500", "product_series": "ZWVS500", "industry": [ "水利工程", "水文监测", "环境工程", "实验室测试" ], "measurement": [ "表面流速", "水面波纹速度" ], "tags": [ "ZWVS500", "水利工程", "水文监测", "表面流速", "传感器" ], "updated_at": "2025-01-22", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZWVS500-水流速度传感器大型河工模型试验中的表面流速测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "measurement-guide-zwvs500", "category": "application_article", "category_cn": "应用文章", "title": "导流槽与水利设施表面流速监测选型与部署指南", "summary": "**目标**: 为导流槽、泄洪道及水利枢纽提供高精度、非接触式的表面流速实时监测方案，以辅助流量计算与水灾预警〔REF-002〕。", "focused_product": "ZWVS500", "product_series": "ZWVS500", "industry": [ "水利工程", "城市排水", "环保监测" ], "measurement": [ "水面流速", "水体流动状态" ], "tags": [ "ZWVS500", "水利工程", "城市排水", "水面流速", "传感器" ], "updated_at": "2025-04-19", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZWVS500-水流速度传感器导流槽泄流速度监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "measurement-guide-zwvs500-2", "category": "application_article", "category_cn": "应用文章", "title": "小水电站生态流速监管选型与部署指南", "summary": "**目标**: 针对小水电站及生态流量监管场景，提供非接触式表面流速监测的选型依据与部署方案，确保在枯水期至洪水期的全量程覆盖〔REF-001〕。", "focused_product": "ZWVS500", "product_series": "ZWVS500", "industry": [ "小水电站", "水资源管理", "生态环境监测" ], "measurement": [ "表面流速", "水流速度", "信号质量元数据" ], "tags": [ "ZWVS500", "小水电站", "水资源管理", "表面流速", "传感器" ], "updated_at": "2025-06-14", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZWVS500-水流速度传感器小水电站生态流速监管/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "tailings-dam-surface-velocity-guide", "category": "application_article", "category_cn": "应用文章", "title": "尾矿库排洪沟表面流速监测选型与部署指南", "summary": "**目标**: 本指南针对浑浊泥浆表面流速, 洪水期枯水期流量场景，提供选型与部署指导〔REF-001〕。", "focused_product": "ZWVS500", "product_series": "ZWVS500", "industry": [ "矿业安全", "水利防洪" ], "measurement": [ "浑浊泥浆表面流速", "洪水期枯水期流量" ], "tags": [ "ZWVS500", "矿业安全", "水利防洪", "浑浊泥浆表面流速", "传感器" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZWVS500-水流速度传感器尾矿库排洪沟浑浊泥浆水流速监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "mountain-river-flood-velocity-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "山区河道突发洪峰流速监测选型与部署指南", "summary": "**目标**: 本指南针对\"水流速度\", \"洪峰流速\"场景，提供选型与部署指导〔REF-001〕。", "focused_product": "ZWVS500", "product_series": "ZWVS500", "industry": [ "水利监测", "防汛应急", "水文监测" ], "measurement": [ "水流速度", "洪峰流速" ], "tags": [ "ZWVS500", "水利监测", "防汛应急", "水流速度", "传感器" ], "updated_at": "2025-11-25", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZWVS500-水流速度传感器山区河道突发洪峰流速监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "tidal-river-velocity-monitoring-guide", "category": "application_article", "category_cn": "应用文章", "title": "感潮河段流速监测选型与部署指南", "summary": "**目标**: 本指南针对\"水面流速\", \"潮汐变化速率\"场景，提供选型与部署指导〔REF-001〕。", "focused_product": "ZWVS500", "product_series": "ZWVS500", "industry": [ "水文监测", "水利防洪", "航运安全" ], "measurement": [ "水面流速", "潮汐变化速率" ], "tags": [ "ZWVS500", "水文监测", "水利防洪", "水面流速", "传感器" ], "updated_at": "2025-05-01", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZWVS500-水流速度传感器感潮河段涨潮和落潮时的流速监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "open-channel-wastewater-flow-velocity-selection-guide", "category": "application_article", "category_cn": "应用文章", "title": "明渠排污口流速监测选型与部署指南", "summary": "**目标**: 本指南针对表面流速, 水流速度场景，提供选型与部署指导〔REF-001〕。", "focused_product": "ZWVS500", "product_series": "ZWVS500", "industry": [ "环境监管", "水处理", "城市治理" ], "measurement": [ "表面流速", "水流速度" ], "tags": [ "ZWVS500", "环境监管", "水处理", "表面流速", "传感器" ], "updated_at": "2025-06-30", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZWVS500-水流速度传感器明渠排污口在线流速监管/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "underwater-bridge-flow-velocity-monitoring-guide", "category": "application_article", "category_cn": "应用文章", "title": "桥下水流冲刷流速监测设备选型与部署指南", "summary": "**目标**: 为桥梁工程与水利基础设施提供桥下水流冲刷流速的非接触式在线监测方案，支撑洪水预警、桥墩基础安全评估与长期运维决策〔REF-002〕。", "focused_product": "ZWVS500", "product_series": "ZWVS500", "industry": [ "桥梁工程", "水文监测", "水利基础设施" ], "measurement": [ "水面流速", "水流冲刷速度", "多普勒频移" ], "tags": [ "ZWVS500", "桥梁工程", "水文监测", "水面流速", "传感器" ], "updated_at": "2025-09-28", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZWVS500-水流速度传感器桥下水流冲刷流速监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "hydrological-station-river-surface-velocity-guide", "category": "application_article", "category_cn": "应用文章", "title": "水文站河流表面流速测量选型与部署指南", "summary": "**目标**: 为水文站河流表面流速测量场景提供基于雷达流速传感器的选型与部署参考，实现非接触式、全天候、连续自动化的表面流速监测〔REF-001〕。", "focused_product": "ZWVS500", "product_series": "ZWVS500", "industry": [ "水文监测", "水利工程" ], "measurement": [ "表面流速", "流速测量" ], "tags": [ "ZWVS500", "水文监测", "水利工程", "表面流速", "传感器" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZWVS500-水流速度传感器水文站河流表面流速测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "tailwater-channel-flow-monitoring-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "水电站尾水渠流速监测选型与部署指南", "summary": "**目标**: 为水电站尾水渠提供连续、非接触式的表面流速监测能力，支撑水资源调度、机组运行评估与洪水预警决策〔REF-002〕。", "focused_product": "ZWVS500", "product_series": "ZWVS500", "industry": [ "水利水电", "水电站运维", "水资源调度" ], "measurement": [ "水面流速", "尾水渠表面水流速度" ], "tags": [ "ZWVS500", "水利水电", "水电站运维", "水面流速", "传感器" ], "updated_at": "2025-12-22", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZWVS500-水流速度传感器水电站尾水渠流速监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "wastewater-inlet-flow-velocity-monitoring-guide", "category": "application_article", "category_cn": "应用文章", "title": "污水处理厂进水口流速监测选型与部署指南", "summary": "**目标**: 本指南针对表面流速, 进水流量场景，提供选型与部署指导〔REF-001〕。", "focused_product": "ZWVS500", "product_series": "ZWVS500", "industry": [ "污水处理", "水务工程" ], "measurement": [ "表面流速", "进水流量" ], "tags": [ "ZWVS500", "污水处理", "水务工程", "表面流速", "传感器" ], "updated_at": "2025-03-10", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZWVS500-水流速度传感器污水厂进水口流速监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "culvert-flow-velocity-guide", "category": "application_article", "category_cn": "应用文章", "title": "涵洞水流速度监测选型与部署指南", "summary": "**目标**: 本指南针对\"水流速度\", \"表面流速\"场景，提供选型与部署指导〔REF-001〕。", "focused_product": "ZWVS500", "product_series": "ZWVS500", "industry": [ "水资源管理", "环境监测", "城市管网", "洪水预警" ], "measurement": [ "水流速度", "表面流速" ], "tags": [ "ZWVS500", "水资源管理", "环境监测", "水流速度", "传感器" ], "updated_at": "2026-03-25", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZWVS500-水流速度传感器涵洞水流速度监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "dam-break-flow-monitoring-guide", "category": "application_article", "category_cn": "应用文章", "title": "溃坝流速监测传感器选型与部署指南", "summary": "**目标**: 为水库溃坝风险监测、洪水期流速预警提供非接触式水面流速测量解决方案，支撑防洪应急响应与水资源管理决策〔REF-002〕。", "focused_product": "ZWVS500", "product_series": "ZWVS500", "industry": [ "水利工程", "水库安全管理", "防洪预警系统" ], "measurement": [ "水面流速", "水流速度" ], "tags": [ "ZWVS500", "水利工程", "水库安全管理", "水面流速", "传感器" ], "updated_at": "2026-01-05", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZWVS500-水流速度传感器溃坝流速监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "spillway-water-flow-speed-monitoring-guide", "category": "application_article", "category_cn": "应用文章", "title": "溢洪道水流速度监测选型与部署指南", "summary": "**目标**: 本指南针对水面流速, 安装倾角, 设备振动状态场景，提供选型与部署指导〔REF-001〕。", "focused_product": "ZWVS500", "product_series": "ZWVS500", "industry": [ "水利工程", "防洪减灾", "水资源管理" ], "measurement": [ "水面流速", "安装倾角", "设备振动状态" ], "tags": [ "ZWVS500", "水利工程", "防洪减灾", "水面流速", "传感器" ], "updated_at": "2025-09-15", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZWVS500-水流速度传感器溢洪道排出水流速度监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "drift-river-flow-velocity-monitoring-guide", "category": "application_article", "category_cn": "应用文章", "title": "漂流河道水流速度监测设备选型与部署指南", "summary": "**目标**: 为漂流河道、开放水域及城市管网提供非接触式水面流速实时监测能力，支撑水上活动安全预警、洪水早期识别与生态水文数据采集〔REF-002〕。", "focused_product": "ZWVS500", "product_series": "ZWVS500", "industry": [ "水利水文监测", "景区河道管理", "城市排水管网" ], "measurement": [ "水面流速", "水流动态变化" ], "tags": [ "ZWVS500", "水利水文监测", "景区河道管理", "水面流速", "传感器" ], "updated_at": "2025-06-28", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZWVS500-水流速度传感器漂流河道水流速度监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "irrigation-canal-flow-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "灌溉干渠输水速度测量选型与部署指南", "summary": "**目标**: 本指南针对水流速度, 水面流速场景，提供选型与部署指导〔REF-001〕。", "focused_product": "ZWVS500", "product_series": "ZWVS500", "industry": [ "智慧农业", "水利水务" ], "measurement": [ "水流速度", "水面流速" ], "tags": [ "ZWVS500", "智慧农业", "水利水务", "水流速度", "传感器" ], "updated_at": "2025-08-08", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZWVS500-水流速度传感器灌溉干渠输水速度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "plant-cooling-channel-velocity-measurement-guide", "category": "application_article", "category_cn": "应用文章", "title": "电厂冷却水循环明渠流速监测选型与部署指南", "summary": "**目标**: 本指南针对明渠流速, 表面流速场景，提供选型与部署指导〔REF-001〕。", "focused_product": "ZWVS500", "product_series": "ZWVS500", "industry": [ "电力", "水务" ], "measurement": [ "明渠流速", "表面流速" ], "tags": [ "ZWVS500", "电力", "水务", "明渠流速", "传感器" ], "updated_at": "2025-03-31", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZWVS500-水流速度传感器电厂冷却水循环明渠流速监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "fishway-flow-monitoring-guide", "category": "application_article", "category_cn": "应用文章", "title": "鱼道进口水流速度监测选型与部署指南", "summary": "**目标**: 本指南针对表面流速, 水位波动场景，提供选型与部署指导〔REF-001〕。", "focused_product": "ZWVS500", "product_series": "ZWVS500", "industry": [ "水利生态", "渔业资源管理", "环境监测" ], "measurement": [ "表面流速", "水位波动" ], "tags": [ "ZWVS500", "水利生态", "渔业资源管理", "表面流速", "传感器" ], "updated_at": "2026-01-02", "version": "1.0", "license": "CC BY 4.0", "path": "应用文章/ZWVS500-水流速度传感器鱼道进口的诱鱼水流速度监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-road-inspection-zlds100rd-rf603-selection", "category": "qa_article", "category_cn": "技术问答", "title": "RF603与ZLDS100RD路面检测激光位移传感器选型及替换指南", "summary": "RF603属于具有成熟工业应用基础的通用型激光位移传感器；ZLDS100RD是在相关激光测量技术基础上，围绕路面检测的振动、冲击、复杂光照、水膜、路面反射差异、系统接口和标定需求持续适配形成的产品系列。常规路况、老设备维修及成本敏感项目可评估ZLDS100RD标准版。在量程、接口、采购数量、税费、交期、附件和服务范围相近的可比条件下，ZLDS100RD标准版的参考采购价格通常略低于RF603；复杂路况、新设备集成或要求更大工况裕量时，优先评估ZLDS100RD增强版。实际替换前必须核对量程、安装距离、输出接口、采样要求、固件参数和标定方法。", "focused_product": null, "product_series": null, "industry": [ "公路检测", "道路养护", "检测设备维修", "激光测量" ], "measurement": [ "激光位移测量", "路面平整度检测", "车辙检测", "构造深度检测", "弯沉检测" ], "tags": [ "RF603", "ZLDS100RD", "激光位移传感器", "路面检测", "传感器替换", "老设备维修", "标准版", "增强版", "接口匹配", "标定调试", "价格对比", "成本控制" ], "updated_at": "2025-08-04", "version": "1.1", "license": "CC BY 4.0", "path": "技术问答/RF603与ZLDS100RD路面检测激光位移传感器选型及替换指南/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-pvc-film-speed-selection", "category": "qa_article", "category_cn": "技术问答", "title": "乙烯基薄膜轧制线速度与长度高精度控制选型指南", "summary": "在要求0.05%线速度与长度精度且严禁表面损伤的乙烯基薄膜轧制条件下 → 激光多普勒测速技术，兼顾极高精度、无打滑误差与非接触特性〔REF-001〕", "focused_product": null, "product_series": null, "industry": [ "高分子薄膜制造", "塑料压延加工" ], "measurement": [ "非接触式测速", "长度测量", "速度同步控制" ], "tags": [ "高分子薄膜制造", "塑料压延加工", "非接触式测速", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答AJS10X乙烯基塑料轧光速度控制/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-steel-speed-selection", "category": "qa_article", "category_cn": "技术问答", "title": "钢铁产线材料线速度测量选型指南", "summary": "在热轧高温、高速（>1000m/min）且要求精度优于±0.05%条件下 → 激光多普勒测速技术，无打滑风险且抗干扰强。", "focused_product": null, "product_series": null, "industry": [ "钢铁冶金", "连续轧制" ], "measurement": [ "线速度测量", "长度积分", "张力同步" ], "tags": [ "钢铁冶金", "连续轧制", "线速度测量", "传感器", "技术问答" ], "updated_at": "2025-08-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答AJS10X冶金工业材料速度控制/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-metallurgy-length-measurement-selection", "category": "qa_article", "category_cn": "技术问答", "title": "高温高速冶金产线非接触式长度测量选型指南", "summary": "在要求 $\\pm 0.1\\%$ 以上精度、高速运行（达10,000 m/min）且存在打滑风险的冶金产线条件下 → 激光多普勒测量技术，直接测量表面速度并积分，…", "focused_product": null, "product_series": null, "industry": [ "冶金工业", "线缆制造", "机械加工" ], "measurement": [ "长度", "速度", "三维轮廓" ], "tags": [ "冶金工业", "线缆制造", "长度", "传感器", "技术问答" ], "updated_at": "2026-03-12", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答AJS10X冶金工业材料长度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-speed-crop-selection", "category": "qa_article", "category_cn": "技术问答", "title": "高速农作物剪切线非接触式长度与速度测量选型指南", "summary": "在要求亚毫米级定长切割与瞬时速度捕捉的高速剪切条件下 → 激光多普勒测量技术，兼顾高精度与微秒级响应", "focused_product": null, "product_series": null, "industry": [ "农业加工", "自动化产线" ], "measurement": [ "速度测量", "长度测量", "多普勒测速", "智能视觉" ], "tags": [ "农业加工", "自动化产线", "速度测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答AJS10X剪切作物速度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-industrial-inkjet-printing-selection", "category": "qa_article", "category_cn": "技术问答", "title": "高速工业喷墨打印速度与定位监测选型指南", "summary": "在柔性介质（纸张、薄膜）高速输送且要求 0.05% 速度精度条件下 → 激光多普勒技术，非接触测量，彻底消除打滑与磨损风险。", "focused_product": null, "product_series": null, "industry": [ "印刷包装", "智能制造", "电子工业", "3D打印" ], "measurement": [ "速度精度", "长度测量", "定位精度", "抖动" ], "tags": [ "印刷包装", "智能制造", "速度精度", "传感器", "技术问答" ], "updated_at": "2025-10-15", "version": "1.1", "license": "CC BY 4.0", "path": "技术问答/问答AJS10X喷墨打印机控制/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "carpet-r2r-cutting-selection", "category": "qa_article", "category_cn": "技术问答", "title": "卷对卷地毯切割高精度定长与速度同步测量选型指南", "summary": "在高速卷材切割且要求非接触、免维护条件下 → 激光多普勒测速测长技术，直接输出速度与累计长度，抗表面颜色与纹理干扰能力强。", "focused_product": null, "product_series": null, "industry": [ "纺织地毯", "汽车内饰", "人造草坪", "工业过滤材料" ], "measurement": [ "速度测量", "长度测量", "轮廓检测", "图案对齐" ], "tags": [ "纺织地毯", "汽车内饰", "速度测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答AJS10X地毯切割控制/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-metro-speed-sensor-selection", "category": "qa_article", "category_cn": "技术问答", "title": "地铁列车高精度非接触式速度传感器选型指南", "summary": "在要求直接获取对地绝对速度且需抑制轮径磨损误差条件下 → 激光多普勒测速方案，支持零速测量与方向识别，精度优于±0.05%FS〔REF-001〕。", "focused_product": null, "product_series": null, "industry": [ "轨道交通", "工业测量" ], "measurement": [ "速度测量", "转速监测" ], "tags": [ "轨道交通", "工业测量", "速度测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答AJS10X城市地铁速度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-agv-heavy-vehicle-sensor-selection", "category": "qa_article", "category_cn": "技术问答", "title": "自动化大车/AGV 厘米级定位与高实时测速传感器选型指南", "summary": "在室外大范围作业（如港口、矿区）且要求厘米级绝对定位条件下 → GNSS/IMU 融合导航技术，结合 RTK 实现高精度空间基准。〔REF-001〕", "focused_product": null, "product_series": null, "industry": [ "工业自动化", "智慧物流", "港口码头", "轨道交通" ], "measurement": [ "线性速度", "绝对位置", "相对距离", "姿态（俯仰/横滚/航向）" ], "tags": [ "工业自动化", "智慧物流", "线性速度", "传感器", "技术问答" ], "updated_at": "2026-02-10", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答AJS10X大车实时定位和测速/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-roll-cutting-selection", "category": "qa_article", "category_cn": "技术问答", "title": "高速卷材定尺切割非接触测速测长选型指南", "summary": "在高速连续卷材（>100米/分钟）且要求精度优于0.05%条件下 → 激光多普勒测量技术，兼顾无打滑、高刷新率与非接触特性", "focused_product": null, "product_series": null, "industry": [ "卷材加工", "自动化产线", "质量控制" ], "measurement": [ "速度测量", "长度测量", "位移测量" ], "tags": [ "卷材加工", "自动化产线", "速度测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答AJS10X定尺裁剪/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-industrial-roll-to-roll-selection", "category": "qa_article", "category_cn": "技术问答", "title": "卷对卷生产线线速度与长度高精度测量选型指南", "summary": "在要求 $\\pm 0.05\\%$ 以上极高精度且避免材料损伤（如薄膜、高温金属）的场景下 → 激光表面测速技术，利用多普勒效应实现非接触高动态测量。〔REF-0…", "focused_product": null, "product_series": null, "industry": [ "工业自动化", "印刷包装", "钢铁冶金", "电线电缆" ], "measurement": [ "线速度", "累积长度", "定长切割" ], "tags": [ "工业自动化", "印刷包装", "线速度", "传感器", "技术问答" ], "updated_at": "2026-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答AJS10X定长切割控制/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-roll-speed-length-selection", "category": "qa_article", "category_cn": "技术问答", "title": "卷材高速切割线非接触测速测长选型指南", "summary": "在高速在线切割（>1000m/min）且要求±0.05%长度精度条件下 → 激光多普勒测速技术，兼顾高响应速度与抗表面干扰能力。", "focused_product": null, "product_series": null, "industry": [ "金属加工", "包装印刷", "线缆制造", "橡胶轮胎" ], "measurement": [ "线速度", "累积长度", "表面速度" ], "tags": [ "金属加工", "包装印刷", "线速度", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答AJS10X室内轨道运载车辆速度检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-cable-highspeed-selection", "category": "qa_article", "category_cn": "技术问答", "title": "高速线缆生产线非接触式测速测长方案选型指南", "summary": "在高速连续生产（>1000 m/min）且要求非接触防损伤条件下 → 激光多普勒测速测长技术，兼顾高刷新率与抗打滑特性", "focused_product": null, "product_series": null, "industry": [ "电线电缆制造", "薄膜纸张加工", "橡胶轮胎生产" ], "measurement": [ "速度测量", "长度累积", "差速控制" ], "tags": [ "电线电缆制造", "薄膜纸张加工", "速度测量", "传感器", "技术问答" ], "updated_at": "2025-04-10", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答AJS10X差速控制/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-paper-web-speed-selection", "category": "qa_article", "category_cn": "技术问答", "title": "造纸带材线速度非接触测量选型指南", "summary": "在湿部纸网脆弱且要求0.05%以内精度、支持0速测量的条件下 → 激光多普勒测速方案，兼顾高动态响应与非接触特性", "focused_product": null, "product_series": null, "industry": [ "造纸" ], "measurement": [ "线速度", "长度累积", "多段同步对准" ], "tags": [ "造纸", "线速度", "传感器", "技术问答" ], "updated_at": "2025-04-12", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答AJS10X带材移动速度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-strip-length-selection", "category": "qa_article", "category_cn": "技术问答", "title": "高速带材非接触式长度测量选型指南", "summary": "在高速连续带材生产（>300 m/min）且要求±0.1毫米级绝对精度条件下 → 激光多普勒测速测长技术或激光表面纹理跟踪技术，原因是兼顾非接触、高动态响应与抗…", "focused_product": null, "product_series": null, "industry": [ "钢铁冶金", "薄膜塑料", "线缆制造", "造纸纺织" ], "measurement": [ "长度测量", "速度测量", "位移测量" ], "tags": [ "钢铁冶金", "薄膜塑料", "长度测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答AJS10X带材长度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-web-speed-length-selection", "category": "qa_article", "category_cn": "技术问答", "title": "高速卷材非接触式测速测长选型指南", "summary": "在高速在线检测（>1000 m/min）且要求精度优于±0.1%条件下 → 激光多普勒测量技术，兼顾超高速度与微米级重复性", "focused_product": null, "product_series": null, "industry": [ "卷对卷生产", "定长切割", "线缆管材制造", "造纸印刷" ], "measurement": [ "速度测量", "长度测量", "在线检测" ], "tags": [ "卷对卷生产", "定长切割", "速度测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答AJS10X延展率速度差测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "steel-elongation-speed-selection", "category": "qa_article", "category_cn": "技术问答", "title": "高速钢材生产线延长率与速度差测量选型指南", "summary": "在高速在线检测（>1000m/min）且要求优于0.1%精度条件下 → 激光多普勒测速技术，兼顾高频响应与非接触特性", "focused_product": null, "product_series": null, "industry": [ "钢铁冶金", "智能制造", "连续轧制" ], "measurement": [ "速度测量", "长度测量", "伸长率计算" ], "tags": [ "钢铁冶金", "智能制造", "速度测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答AJS10X延长率和速度差控制/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-tension-sensor-selection", "category": "qa_article", "category_cn": "技术问答", "title": "高速卷材生产线张力控制传感器选型指南", "summary": "在高速在线检测（线速度 > 100 m/min）且要求非接触测量条件下 → 激光多普勒测量技术，工厂校准精度优于 0.05%，响应时间微秒级，最高可测速度 10…", "focused_product": null, "product_series": null, "industry": [ "卷材加工", "线缆制造", "金属箔加工", "纺织无纺布", "印刷涂布" ], "measurement": [ "张力测量", "速度测量", "长度测量", "振动频率分析" ], "tags": [ "卷材加工", "线缆制造", "张力测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答AJS10X张力控制/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-curved-laser-selection", "category": "qa_article", "category_cn": "技术问答", "title": "曲面产品生产线激光测速测长选型指南", "summary": "在高速连续定长切割且要求优于0.05%精度条件下 → 激光多普勒测速技术，原因是该方案直接输出速度积分长度，无机械累积误差且支持0速测量", "focused_product": null, "product_series": null, "industry": [ "线缆制造", "管材加工", "橡胶轮胎", "造纸印刷" ], "measurement": [ "速度测量", "长度测量", "位移测量", "轮廓检测" ], "tags": [ "线缆制造", "管材加工", "速度测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答AJS10X曲面产品定长切割/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-paper-web-speed-selection-问答ajs10x曲面产品速度控制", "category": "qa_article", "category_cn": "技术问答", "title": "造纸机纸幅高速非接触测速与张力控制选型指南", "summary": "在高速纸幅运行（最高10000m/min）且要求张力控制精度优于0.1%条件下 → 激光多普勒测速技术，原因是具备高刷新率与环境适应性", "focused_product": null, "product_series": null, "industry": [ "造纸", "过程自动化", "连续生产线" ], "measurement": [ "线速度测量", "长度计量", "张力同步控制", "表面位移监测" ], "tags": [ "造纸", "过程自动化", "线速度测量", "传感器", "技术问答" ], "updated_at": "2025-04-10", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答AJS10X曲面产品速度控制/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-sheet-length-selection-guide", "category": "qa_article", "category_cn": "技术问答", "title": "高速板材与薄膜生产线非接触式测长技术选型指南", "summary": "在高速连续生产（>500 m/min）且要求±0.1 mm剪切精度条件下 → 激光多普勒测速测长技术，原因是兼顾极高响应速度与表面适应性〔REF-001〕。", "focused_product": null, "product_series": null, "industry": [ "钢铁冶金", "造纸印刷", "塑料薄膜", "线缆管材" ], "measurement": [ "线速度", "累计长度", "剪切同步控制" ], "tags": [ "钢铁冶金", "造纸印刷", "线速度", "传感器", "技术问答" ], "updated_at": "2025-04-18", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答AJS10X板材剪切速度控制/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-plate-shearing-selection", "category": "qa_article", "category_cn": "技术问答", "title": "高速板材剪切生产线测速测长传感器选型指南", "summary": "在高速连续剪切（>100m/min）且要求长度精度优于0.1%条件下 → 激光多普勒测速测长技术，全固态无磨损、抗表面特性变化、刷新率/输出频率（Update …", "focused_product": null, "product_series": null, "industry": [ "钢铁制造", "金属加工", "造纸与薄膜", "线缆管材" ], "measurement": [ "速度测量", "长度测量", "轮廓检测", "位移计量" ], "tags": [ "钢铁制造", "金属加工", "速度测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答AJS10X板材剪切长度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-bar-cutting-selection", "category": "qa_article", "category_cn": "技术问答", "title": "棒材轧制生产线定尺剪切非接触测速测长选型指南", "summary": "在高速连续轧制（>50m/s）且要求±3mm定尺精度条件下 → 激光多普勒测速测长技术，响应快、无机械磨损、抗干扰强", "focused_product": null, "product_series": null, "industry": [ "钢铁冶金", "金属加工" ], "measurement": [ "速度测量", "长度测量" ], "tags": [ "钢铁冶金", "金属加工", "速度测量", "传感器", "技术问答" ], "updated_at": "2025-08-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答AJS10X棒材剪切速度控制/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "bar-cutting-length-selection", "category": "qa_article", "category_cn": "技术问答", "title": "高温高速轧线棒材剪切长度控制选型指南", "summary": "在800 °C高温、高速连续轧制（>10 m/s）且要求±1 mm定尺精度条件下 → 激光多普勒测速测长方案，兼顾零速识别、抗表面氧化皮干扰及毫秒级响应。", "focused_product": null, "product_series": null, "industry": [ "钢铁冶金", "连续轧制" ], "measurement": [ "长度测量", "速度测量", "尺寸检测" ], "tags": [ "钢铁冶金", "连续轧制", "长度测量", "传感器", "技术问答" ], "updated_at": "2025-08-10", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答AJS10X棒材剪切长度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-rubber-calender-speed-selection", "category": "qa_article", "category_cn": "技术问答", "title": "橡胶轧光生产线高精度线速度控制选型指南", "summary": "在高速在线检测（>500 m/min）且要求±0.05%测量精度条件下 → 激光多普勒测速方案，兼顾非接触与零速响应", "focused_product": null, "product_series": null, "industry": [ "橡胶加工", "塑料薄膜" ], "measurement": [ "线速度测量", "转速监测" ], "tags": [ "橡胶加工", "塑料薄膜", "线速度测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答AJS10X橡胶轧光速度控制/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-railway-speed-measurement-selection", "category": "qa_article", "category_cn": "技术问答", "title": "高速列车速度监测方案选型指南", "summary": "在时速 >300 km/h 且要求 0.1% 以上超高精度（如制动距离精确计算）场景下 → 激光多普勒测速技术，精度可达 0.05% 且支持零速识别。〔REF-…", "focused_product": null, "product_series": null, "industry": [ "轨道交通", "安全控制" ], "measurement": [ "速度", "加速度", "定位" ], "tags": [ "轨道交通", "安全控制", "速度", "传感器", "技术问答" ], "updated_at": "2025-10-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答AJS10X火车速度监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-wood-hotpress-length-selection", "category": "qa_article", "category_cn": "技术问答", "title": "热压板材高速剪切长度控制选型指南", "summary": "在要求长度精度优于 0.1% 且存在高温振动的连续生产线条件下 → 激光多普勒测量法，其非接触特性可避免磨损并实现 10,000 m/min 的动态响应。", "focused_product": null, "product_series": null, "industry": [ "木材加工", "复合材料制造", "金属与塑料生产" ], "measurement": [ "长度", "速度", "厚度", "平整度" ], "tags": [ "木材加工", "复合材料制造", "长度", "传感器", "技术问答" ], "updated_at": "2025-08-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答AJS10X热压机优化剪切/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-hot-rolling-speed-length-selection", "category": "qa_article", "category_cn": "技术问答", "title": "高温热轧钢坯非接触测速测长选型指南", "summary": "在高速热钢坯连续轧制与定尺切割条件下 → 激光多普勒测速测长技术，抗打滑且响应达毫秒级", "focused_product": null, "product_series": null, "industry": [ "钢铁冶金", "工业自动化" ], "measurement": [ "速度测量", "长度测量", "轮廓检测" ], "tags": [ "钢铁冶金", "工业自动化", "速度测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答AJS10X热钢坯速度和长度控制/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-hotsteel-speed-selection", "category": "qa_article", "category_cn": "技术问答", "title": "热钢轧制线非接触式速度与长度测量选型指南", "summary": "在高速在线检测（>100m/s）且要求±0.05%精度条件下 → 激光多普勒测速法，兼顾速度与精度〔REF-001〕", "focused_product": null, "product_series": null, "industry": [ "钢铁冶金", "工业自动化" ], "measurement": [ "速度测量", "长度测量", "高温环境测量" ], "tags": [ "钢铁冶金", "工业自动化", "速度测量", "传感器", "技术问答" ], "updated_at": "2025-08-12", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答AJS10X热钢速度控制/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "hot-steel-measurement-selection", "category": "qa_article", "category_cn": "技术问答", "title": "热钢生产线非接触式测长测速传感器选型指南", "summary": "在高速在线检测（>1000m/min）且要求微米级精度条件下 → 激光多普勒测量技术，兼顾速度与精度", "focused_product": null, "product_series": null, "industry": [ "钢铁冶金", "连续轧制", "过程自动化" ], "measurement": [ "速度测量", "长度测量", "轮廓检测" ], "tags": [ "钢铁冶金", "连续轧制", "速度测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答AJS10X热钢长度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-sheet-extrusion-speed-length-selection", "category": "qa_article", "category_cn": "技术问答", "title": "片材挤出生产线非接触式测速测长系统选型指南", "summary": "在追求±0.05%以内精度且需零速测量条件下 → 激光多普勒测速技术，兼顾高响应速度与无磨损特性〔REF-001〕", "focused_product": null, "product_series": null, "industry": [ "塑料加工", "薄膜制造", "造纸与无纺布" ], "measurement": [ "线速度测量", "累积长度测量" ], "tags": [ "塑料加工", "薄膜制造", "线速度测量", "传感器", "技术问答" ], "updated_at": "2025-04-10", "version": "1.1", "license": "CC BY 4.0", "path": "技术问答/问答AJS10X片材挤出速度控制/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-special-materials-length-selection", "category": "qa_article", "category_cn": "技术问答", "title": "高速特种材料生产线非接触式长度实时测量选型指南", "summary": "在高速连续卷材（最高 10,000 m/min）且要求 0.05% 精度条件下 → 激光多普勒测速测长技术，无累积误差且环境适应性强。", "focused_product": null, "product_series": null, "industry": [ "新材料加工", "冶金与线缆", "薄膜制造", "航空航天" ], "measurement": [ "长度", "速度", "位移" ], "tags": [ "新材料加工", "冶金与线缆", "长度", "传感器", "技术问答" ], "updated_at": "2025-08-14", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答AJS10X特种材料长度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-glass-speed-length-selection", "category": "qa_article", "category_cn": "技术问答", "title": "高速透明玻璃生产线非接触式速度与长度测量选型指南", "summary": "在高速在线检测（>1000m/min）且要求±0.05%精度条件下 → 激光多普勒测速技术，兼顾宽量程与微秒级响应〔REF-001〕", "focused_product": null, "product_series": null, "industry": [ "平板玻璃制造", "显示面板加工", "光学纤维拉丝" ], "measurement": [ "速度测量", "长度测量", "在线质量控制" ], "tags": [ "平板玻璃制造", "显示面板加工", "速度测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答AJS10X玻璃表面移动速度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-glass-laser-speed-length-selection", "category": "qa_article", "category_cn": "技术问答", "title": "玻璃生产线高速非接触测速测长技术选型指南", "summary": "在高速连续切割控制（>5000 m/min）且要求±0.05 %FS精度条件下 → 激光多普勒测速测长技术，基于物理波长基准，抗打滑与透明表面干扰能力强〔REF…", "focused_product": null, "product_series": null, "industry": [ "玻璃制造", "工业自动化" ], "measurement": [ "速度测量", "长度测量", "位移测量" ], "tags": [ "玻璃制造", "工业自动化", "速度测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答AJS10X玻璃表面速度和长度控制/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-wire-cutting-selection-guide", "category": "qa_article", "category_cn": "技术问答", "title": "高速电线切割产线非接触测量与速度控制选型指南", "summary": "在高速在线定长切割（>500 m/min）且要求±0.1%长度精度条件下 → 激光多普勒测量技术，彻底消除机械打滑并实现全闭环速度反馈。", "focused_product": null, "product_series": null, "industry": [ "线缆加工", "自动化检测", "精密制造" ], "measurement": [ "长度测量", "速度测量", "几何尺寸测量", "厚度测量" ], "tags": [ "线缆加工", "自动化检测", "长度测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答AJS10X电线切割控制/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-cable-speed-measurement-selection", "category": "qa_article", "category_cn": "技术问答", "title": "电线电缆高速非接触速度测量选型指南", "summary": "在高速在线检测（>1000m/min）且要求±0.05%精度条件下 → 激光多普勒测速法，兼顾速度与精度", "focused_product": null, "product_series": null, "industry": [ "电线电缆制造", "光纤拉丝", "管材型材" ], "measurement": [ "速度测量", "长度累计", "表面适应性检测" ], "tags": [ "电线电缆制造", "光纤拉丝", "速度测量", "传感器", "技术问答" ], "updated_at": "2025-06-10", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答AJS10X电线速度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-cable-length-selection", "category": "qa_article", "category_cn": "技术问答", "title": "高速电线电缆生产线非接触式长度测量选型指南", "summary": "在高速连续生产（>1000米/分钟）且要求±0.1%精度条件下 → 激光多普勒测速技术，非接触无磨损，抗材质与表面干扰能力强", "focused_product": null, "product_series": null, "industry": [ "电线电缆制造", "光纤通信", "橡胶塑料管材" ], "measurement": [ "长度计量", "线速度监测", "外径与缺陷检测" ], "tags": [ "电线电缆制造", "光纤通信", "长度计量", "传感器", "技术问答" ], "updated_at": "2025-08-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答AJS10X电线长度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "cable-selection-laser-doppler-encoder", "category": "qa_article", "category_cn": "技术问答", "title": "高速电缆定长切割非接触式激光测长选型指南", "summary": "在高速在线定长切割（>500 m/min）且要求长度精度优于±0.1%条件下 → 激光多普勒测速测长技术，兼顾高刷新率与无滑移特性〔REF-001〕。", "focused_product": null, "product_series": null, "industry": [ "电线电缆制造", "橡胶轮胎加工", "金属卷材加工" ], "measurement": [ "长度测量", "速度测量", "外径测量", "厚度测量" ], "tags": [ "电线电缆制造", "橡胶轮胎加工", "长度测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答AJS10X电缆切割控制/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "cable-length-selection-guide", "category": "qa_article", "category_cn": "技术问答", "title": "电缆高速生产线非接触式长度测量选型指南", "summary": "在高速在线检测（>500m/min）且要求±0.05%精度条件下 → 激光多普勒测速测长技术，兼顾速度与精度", "focused_product": null, "product_series": null, "industry": [ "电线电缆制造", "光纤光缆生产", "薄膜管材加工" ], "measurement": [ "长度测量", "速度测量", "位移测量" ], "tags": [ "电线电缆制造", "光纤光缆生产", "长度测量", "传感器", "技术问答" ], "updated_at": "2025-08-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答AJS10X电缆长度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-gypsum-board-speed-length-selection", "category": "qa_article", "category_cn": "技术问答", "title": "石膏板生产线非接触测速测长选型指南", "summary": "在高速连续生产且要求定长切割精度优于0.1%条件下 → 激光多普勒测速测长技术，兼顾高刷新率与非接触优势〔REF-002〕", "focused_product": null, "product_series": null, "industry": [ "建材制造", "连续生产线" ], "measurement": [ "速度测量", "长度测量", "定长切割" ], "tags": [ "建材制造", "连续生产线", "速度测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答AJS10X石膏板传输速度控制/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-gypsum-board-measurement-selection", "category": "qa_article", "category_cn": "技术问答", "title": "高速石膏板生产线速度与长度非接触测量选型指南", "summary": "在高速连续生产且要求亚毫米级定长切割精度条件下 → 激光多普勒测量技术，直接测速积分得长，无机械打滑误差", "focused_product": null, "product_series": null, "industry": [ "建材制造", "工业自动化" ], "measurement": [ "速度测量", "长度测量", "厚度测量", "平整度检测" ], "tags": [ "建材制造", "工业自动化", "速度测量", "传感器", "技术问答" ], "updated_at": "2025-04-10", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答AJS10X石膏板长度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-cable-speed-length-selection-问答ajs10x秒流量控制", "category": "qa_article", "category_cn": "技术问答", "title": "电线电缆高速生产线非接触式长度测量与定长切割选型指南", "summary": "在高速在线检测（>1000m/min）且要求优于0.1%精度的条件下 → 激光多普勒技术，实现非接触式测量并消除打滑误差〔REF-001〕。", "focused_product": null, "product_series": null, "industry": [ "电线电缆", "光纤制造", "管道加工", "工业制造" ], "measurement": [ "长度", "速度" ], "tags": [ "电线电缆", "光纤制造", "长度", "传感器", "技术问答" ], "updated_at": "2025-05-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答AJS10X秒流量控制/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "pipe-cutting-speed-selection", "category": "qa_article", "category_cn": "技术问答", "title": "管材高速定长剪切非接触测速方案选型指南", "summary": "在高速在线剪切（>1000m/min）且要求毫米级长度精度条件下 → 激光多普勒测速技术，兼顾全固态高响应与零表面损伤", "focused_product": null, "product_series": null, "industry": [ "钢铁冶炼", "有色金属加工", "塑料挤出", "线缆制造" ], "measurement": [ "线速度测量", "长度计量", "表面状态监测" ], "tags": [ "钢铁冶炼", "有色金属加工", "线速度测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答AJS10X管材剪切速度控制/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-pipe-highspeed-selection", "category": "qa_article", "category_cn": "技术问答", "title": "高速管材生产线测速测长选型指南", "summary": "在生产线速度大于100米/分钟且要求测量精度优于±0.1%条件下 → 激光多普勒测速测长技术，兼顾非接触特性与无滑移误差", "focused_product": null, "product_series": null, "industry": [ "金属加工", "塑料挤出", "线缆制造" ], "measurement": [ "速度测量", "长度累计", "几何尺寸检测" ], "tags": [ "金属加工", "塑料挤出", "速度测量", "传感器", "技术问答" ], "updated_at": "2025-04-10", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答AJS10X管材剪切长度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-pipe-extrusion-selection", "category": "qa_article", "category_cn": "技术问答", "title": "管材挤出生产线尺寸与速度在线检测传感器选型指南", "summary": "在高速在线定长切割且要求速度同步控制条件下 → 激光多普勒测速测长技术，兼顾高精度、免维护与全固态可靠性〔REF-001〕。", "focused_product": null, "product_series": null, "industry": [ "塑料挤出", "管材制造", "工业自动化" ], "measurement": [ "长度测量", "外径测量", "壁厚测量", "速度测量" ], "tags": [ "塑料挤出", "管材制造", "长度测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答AJS10X管材挤出切割控制/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-pipe-speed-selection", "category": "qa_article", "category_cn": "技术问答", "title": "高速管道生产线非接触式速度测量选型指南", "summary": "在高速连续生产（最高10000m/min）且要求±0.1%FS精度条件下 → 激光多普勒测速技术，非接触测量且对表面材质不敏感", "focused_product": null, "product_series": null, "industry": [ "管道制造", "线缆生产", "型材加工" ], "measurement": [ "速度测量", "位移测量", "轮廓扫描" ], "tags": [ "管道制造", "线缆生产", "速度测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答AJS10X管道移动速度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-paper-web-speed-selection-问答ajs10x管道速度和长度测量", "category": "qa_article", "category_cn": "技术问答", "title": "高速造纸机非接触式测速测长方案选型指南", "summary": "在高速纸网连续运行（最高1500m/min以上）且需消除打滑误差条件下 → 激光多普勒测速技术，全固态无磨损且动态响应极快", "focused_product": null, "product_series": null, "industry": [ "造纸", "流程工业" ], "measurement": [ "速度测量", "长度计量", "轮廓检测" ], "tags": [ "造纸", "流程工业", "速度测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答AJS10X管道速度和长度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-adhesive-calendering-speed-selection", "category": "qa_article", "category_cn": "技术问答", "title": "粘合剂轧光工艺线速度非接触测控选型指南", "summary": "在要求±0.1%线速度精度且需避免接触打滑条件下 → 激光多普勒测速技术，全固态非接触设计彻底消除粘胶污染与机械磨损风险", "focused_product": null, "product_series": null, "industry": [ "造纸与薄膜加工", "复合材料涂布" ], "measurement": [ "线速度测量", "涂层厚度监测" ], "tags": [ "造纸与薄膜加工", "复合材料涂布", "线速度测量", "传感器", "技术问答" ], "updated_at": "2025-04-12", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答AJS10X粘合剂轧光速度控制/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-highspeed-production-speed-length-selection", "category": "qa_article", "category_cn": "技术问答", "title": "高速生产线非接触式速度同步与长度控制选型指南", "summary": "在百米/分钟级高速生产线且要求±0.05%速度精度条件下 → 激光多普勒测量技术，实现非接触、高动态响应的精密监测〔REF-001〕。", "focused_product": null, "product_series": null, "industry": [ "钢铁", "造纸", "线缆", "薄膜", "橡胶" ], "measurement": [ "速度", "长度" ], "tags": [ "钢铁", "造纸", "速度", "传感器", "技术问答" ], "updated_at": "2025-08-22", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答AJS10X精密速度同步/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-roll-measurement-selection", "category": "qa_article", "category_cn": "技术问答", "title": "精密卷材高速非接触测速测长选型指南", "summary": "在高速在线检测（>1000 m/min）且要求±0.1%精度条件下 → 激光多普勒测速测长技术，原因是无机械磨损且响应微秒级", "focused_product": null, "product_series": null, "industry": [ "造纸印刷", "薄膜加工", "金属箔材", "线缆管材" ], "measurement": [ "线速度", "累计长度", "裁切定位" ], "tags": [ "造纸印刷", "薄膜加工", "线速度", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答AJS10X精密速度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "coil-leveling-elongation-selection", "category": "qa_article", "category_cn": "技术问答", "title": "卷材精整生产线延伸率实时控制测量选型指南", "summary": "在高速连续卷材生产（最高运行速度≥1000 m/min）且要求延伸率控制精度优于±0.05%条件下 → 激光多普勒测速测长技术，兼顾超高刷新率与物理级测量精度", "focused_product": null, "product_series": null, "industry": [ "冶金", "造纸", "薄膜", "电线电缆" ], "measurement": [ "速度测量", "长度测量", "厚度测量", "延伸率计算" ], "tags": [ "冶金", "造纸", "速度测量", "传感器", "技术问答" ], "updated_at": "2025-04-10", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答AJS10X精整机延伸率测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "fiber-speed-length-selection", "category": "qa_article", "category_cn": "技术问答", "title": "高速纤维材料线速度与长度测量选型指南", "summary": "在高速在线检测（>1000米/分钟）且要求±0.1%线速度精度条件下 → 激光多普勒测速方案，兼顾超高响应速率与抗表面干扰能力", "focused_product": null, "product_series": null, "industry": [ "纺织化纤", "线缆管材", "薄膜造纸" ], "measurement": [ "速度测量", "长度累计", "张力控制" ], "tags": [ "纺织化纤", "线缆管材", "速度测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答AJS10X纤维材料测速测长/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-fiber-laser-speed-selection", "category": "qa_article", "category_cn": "技术问答", "title": "高速易损纤维材料非接触式激光测速传感器选型指南", "summary": "在高速连续纤维材料（>600 m/min）且要求精度优于0.05%条件下 → 激光多普勒测速技术，兼顾非接触、高带宽与方向识别能力。", "focused_product": null, "product_series": null, "industry": [ "纺织", "造纸", "薄膜加工", "线缆制造" ], "measurement": [ "线性速度", "长度精度", "位移测量" ], "tags": [ "纺织", "造纸", "线性速度", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答AJS10X纤维材料运输速度监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "fiber-line-measurement-selection", "category": "qa_article", "category_cn": "技术问答", "title": "高速连续纤维材料非接触式长度测量选型指南", "summary": "在高速连续纤维或线缆生产（运行速度＞500 m/min且需±0.1%精度）条件下 → 激光多普勒测速测长技术，消除机械打滑并保障动态响应", "focused_product": null, "product_series": null, "industry": [ "纺织", "线缆制造", "薄膜加工" ], "measurement": [ "长度测量", "速度测量", "轮廓检测" ], "tags": [ "纺织", "线缆制造", "长度测量", "传感器", "技术问答" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答AJS10X纤维材料长度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-steel-speed-length-selection", "category": "qa_article", "category_cn": "技术问答", "title": "高速高温钢铁加工线非接触式测速测长选型指南", "summary": "在要求 ±0.05% 极高精度、高速运行（达 6000 m/min）且需保护材料表面的钢铁加工场景下 → 优先选择激光多普勒测速技术，其基于物理常数测量，稳定性…", "focused_product": null, "product_series": null, "industry": [ "钢铁冶金", "金属加工", "机械制造" ], "measurement": [ "线速度", "累计长度" ], "tags": [ "钢铁冶金", "金属加工", "线速度", "传感器", "技术问答" ], "updated_at": "2025-10-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答AJS10X纵剪速度同步控制/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-paper-r2r-speed-length-selection", "category": "qa_article", "category_cn": "技术问答", "title": "高速纸张卷对卷生产线非接触式测速测长传感器选型指南", "summary": "在高速在线检测（>500m/min）且要求±0.05%速度稳定与毫米级长度精度条件下 → 激光多普勒测速技术，兼顾全量程零速响应与非接触高重复性", "focused_product": null, "product_series": null, "industry": [ "造纸印刷", "包装加工", "卷材制造" ], "measurement": [ "线速度测量", "长度累计测量", "张力间接监测" ], "tags": [ "造纸印刷", "包装加工", "线速度测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答AJS10X纸张传输速度控制/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-paper-speed-selection", "category": "qa_article", "category_cn": "技术问答", "title": "高速纸张生产线非接触式测速选型指南", "summary": "在高速在线检测（>1000 m/min）且要求 0.02% 级高重复性精度条件下 → 激光多普勒测速技术，兼顾非接触安全性与极高响应速度。", "focused_product": null, "product_series": null, "industry": [ "造纸", "印刷", "柔性材料加工" ], "measurement": [ "传输速度", "长度精度", "套准精度" ], "tags": [ "造纸", "印刷", "传输速度", "传感器", "技术问答" ], "updated_at": "2025-10-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答AJS10X纸张传输速度控制_AI回答250822/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-paper-web-measurement-selection", "category": "qa_article", "category_cn": "技术问答", "title": "高速柔性材料非接触测量选型指南", "summary": "在高速柔性材料（>1000m/min）且要求微米级套准条件下 → 激光多普勒测量技术，兼顾无损与高动态响应", "focused_product": null, "product_series": null, "industry": [ "造纸", "印刷", "包装" ], "measurement": [ "线速度", "累计长度", "套准精度", "位移" ], "tags": [ "造纸", "印刷", "线速度", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答AJS10X纸张速度和长度控制/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-highspeed-sensor-selection", "category": "qa_article", "category_cn": "技术问答", "title": "高速产线非接触式测速测长传感器选型指南", "summary": "在高速连续卷材（>500m/min）实时定长切割条件下 → 激光多普勒测速测长法，支持零速测量且抗环境光干扰", "focused_product": null, "product_series": null, "industry": [ "造纸", "薄膜", "线缆管材", "钢铁轧制", "纺织" ], "measurement": [ "速度测量", "长度计量", "位移检测" ], "tags": [ "造纸", "薄膜", "速度测量", "传感器", "技术问答" ], "updated_at": "2025-04-10", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答AJS10X纸张长度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-paper-slitting-length-selection", "category": "qa_article", "category_cn": "技术问答", "title": "高速纸张分切生产线非接触测长选型指南", "summary": "在高速在线分切（>1000 m/min）且要求 $\\pm 0.1\\text{mm}$ 精度条件下 → 激光多普勒测量技术，完全非接触且无累积误差。", "focused_product": null, "product_series": null, "industry": [ "造纸", "印刷包装", "卷材加工" ], "measurement": [ "长度", "速度" ], "tags": [ "造纸", "印刷包装", "长度", "传感器", "技术问答" ], "updated_at": "2025-10-18", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答AJS10X纸张长度测量_AI回答250822/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-textile-length-measurement-selection", "category": "qa_article", "category_cn": "技术问答", "title": "高速纺织面料生产线长度测量选型指南", "summary": "在高端面料定长切割及精密收卷场景下（精度要求 $\\le \\pm 0.05\\%$） → 激光多普勒测速测长技术，消除打滑误差且不损伤织物面料。〔REF-001〕", "focused_product": null, "product_series": null, "industry": [ "纺织工业", "轻工业", "材料加工" ], "measurement": [ "长度", "速度" ], "tags": [ "纺织工业", "轻工业", "长度", "传感器", "技术问答" ], "updated_at": "2026-05-12", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答AJS10X纺织面料长度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "wire-measurement-selection-guide", "category": "qa_article", "category_cn": "技术问答", "title": "高速线材生产线长度与速度非接触测量选型指南", "summary": "在高速线材生产（>600 m/min）且要求高精度（±0.05% FS）条件下 → 激光多普勒测速测长技术，兼顾全量程速度覆盖与抗打滑特性〔REF-001〕", "focused_product": null, "product_series": null, "industry": [ "线缆制造", "金属加工", "卷材生产" ], "measurement": [ "速度测量", "长度测量", "几何尺寸检测" ], "tags": [ "线缆制造", "金属加工", "速度测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答AJS10X线材测速测长/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-cable-diameter-measurement-selection", "category": "qa_article", "category_cn": "技术问答", "title": "高速线缆生产线线径在线精准测量与质量控制选型指南", "summary": "在高速拉丝或挤出工艺中实现间接直径稳定控制 → 采用激光多普勒测速测长技术，利用±0.05%的高精度速度反馈优化牵引与挤出匹配。", "focused_product": null, "product_series": null, "industry": [ "线缆制造", "光纤通信", "医疗器械" ], "measurement": [ "线径测量", "速度测量", "长度测量", "轮廓检测" ], "tags": [ "线缆制造", "光纤通信", "线径测量", "传感器", "技术问答" ], "updated_at": "2026-03-12", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答AJS10X线缆长度检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-speed-length-selection", "category": "qa_article", "category_cn": "技术问答", "title": "高速卷对卷线缆/卷材非接触式测速测长选型指南", "summary": "在高速卷对卷生产（≥5000米/分钟）且要求±0.05%测量精度条件下 → 激光多普勒测速法或激光表面测速法，兼顾非接触特性与高动态响应能力", "focused_product": null, "product_series": null, "industry": [ "线缆制造", "薄膜加工", "金属轧制" ], "measurement": [ "速度测量", "长度测量", "在线监测" ], "tags": [ "线缆制造", "薄膜加工", "速度测量", "传感器", "技术问答" ], "updated_at": "2025-08-20", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答AJS10X线缆长度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-encoder-calibration-laser-selection", "category": "qa_article", "category_cn": "技术问答", "title": "高速生产线编码器速度平衡校准激光测速测长选型指南", "summary": "在高速生产线（0~10,000 m/min）且要求≥2000mm安装距离的动态速度平衡校准条件下 → 激光多普勒测速测长技术，兼顾非接触、长距离、实时性与0.0…", "focused_product": null, "product_series": null, "industry": [ "电线电缆", "印刷包装", "钢铁冶金", "薄膜材料" ], "measurement": [ "激光多普勒测速测长", "激光干涉测量", "光学图像处理测量" ], "tags": [ "电线电缆", "印刷包装", "激光多普勒测速测长", "传感器", "技术问答" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答AJS10X编码器校准/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "film-cutting-selection-guide", "category": "qa_article", "category_cn": "技术问答", "title": "高速薄膜定长切割生产线非接触式测长传感器选型指南", "summary": "在高速连续卷材定长切割（>300 m/min）且要求非接触条件下 → 激光多普勒测速测长技术，兼顾高频响应与亚毫米级长度累积精度", "focused_product": null, "product_series": null, "industry": [ "包装印刷", "新能源电池隔膜", "金属箔加工" ], "measurement": [ "速度测量", "长度累积", "位移检测", "边缘定位" ], "tags": [ "包装印刷", "新能源电池隔膜", "速度测量", "传感器", "技术问答" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答AJS10X薄膜定长切割/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-film-speed-length-selection", "category": "qa_article", "category_cn": "技术问答", "title": "高速薄膜生产线非接触式测速测长选型指南", "summary": "在高速卷材运行（最高达10000m/min）且需避免机械打滑条件下 → 激光多普勒测量技术，全固态结构免维护且内置长度累积功能", "focused_product": null, "product_series": null, "industry": [ "包装膜", "光学膜", "电池隔膜", "医疗薄膜" ], "measurement": [ "线速度", "累计长度", "长度偏差", "速度波动率" ], "tags": [ "包装膜", "光学膜", "线速度", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答AJS10X薄膜测速测长/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "film-speed-length-selection", "category": "qa_article", "category_cn": "技术问答", "title": "薄膜生产线速度与长度控制选型指南", "summary": "在高速卷材（>1000 m/min）且要求±0.05%精度条件下 → 激光多普勒测速技术，直接测量无累积误差", "focused_product": null, "product_series": null, "industry": [ "包装", "电子", "医疗", "造纸" ], "measurement": [ "线速度", "累计长度", "表面特征" ], "tags": [ "包装", "电子", "线速度", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答AJS10X薄膜运输速度测量控制/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-industrial-film-length-selection", "category": "qa_article", "category_cn": "技术问答", "title": "高速薄膜生产线高精度非接触测长选型指南", "summary": "在要求±0.1mm极高精度且需消除打滑误差的连续薄膜产线上 → 优先采用激光多普勒测速测长技术，其基于物理常数测量，不受材料表面特性影响。〔REF-001〕", "focused_product": null, "product_series": null, "industry": [ "包装", "电子", "医疗", "新能源" ], "measurement": [ "长度", "速度" ], "tags": [ "包装", "电子", "长度", "传感器", "技术问答" ], "updated_at": "2025-08-25", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答AJS10X薄膜长度检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-industrial-crane-positioning-selection", "category": "qa_article", "category_cn": "技术问答", "title": "起重机智能定位与速度测量技术选型指南", "summary": "在大车/小车运行机构的高动态、高精度（毫米级）测速测长场景下 → 激光多普勒测量技术，实现非接触式亚微秒级响应。", "focused_product": null, "product_series": null, "industry": [ "工业起重", "自动化控制", "智慧港口", "汽车制造" ], "measurement": [ "绝对位置", "线性速度", "三维定位", "位姿补偿" ], "tags": [ "工业起重", "自动化控制", "绝对位置", "传感器", "技术问答" ], "updated_at": "2026-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答AJS10X起重机实时定位和测速/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "material-processing-speed-length-selection", "category": "qa_article", "category_cn": "技术问答", "title": "材料加工生产线高速非接触测速测长选型指南", "summary": "在高速连续生产（0 ~ 10000 m/min）且要求±0.1%精度条件下 → 激光多普勒效应测量技术，直接基于物理常数测量，抗表面特性干扰", "focused_product": null, "product_series": null, "industry": [ "卷材与薄膜", "线材与管材", "板材与型材", "钢铁及有色金属" ], "measurement": [ "速度", "长度", "加速度" ], "tags": [ "卷材与薄膜", "线材与管材", "速度", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答AJS10X车辆测速测长/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-roll-cutting-laser-doppler-selection", "category": "qa_article", "category_cn": "技术问答", "title": "高速卷材切割生产线非接触式测速测长选型指南", "summary": "在高速卷材切割（>500m/min）且要求±0.05%精度条件下 → 激光多普勒测速测长技术，兼顾高动态响应与非接触特性〔REF-001〕", "focused_product": null, "product_series": null, "industry": [ "造纸", "线缆制造", "金属加工", "薄膜包装" ], "measurement": [ "速度测量", "长度测量", "多普勒测速", "视觉里程计" ], "tags": [ "造纸", "线缆制造", "速度测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答AJS10X车辆移动距离测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-vehicle-speed-sensor-selection", "category": "qa_article", "category_cn": "技术问答", "title": "非接触式车辆速度传感器选型指南", "summary": "在高速动态响应（>100Hz刷新率）且要求微米级精度条件下 → 激光多普勒测速技术，兼顾速度与精度", "focused_product": null, "product_series": null, "industry": [ "智能交通", "工业检测", "汽车测试" ], "measurement": [ "速度测量", "距离测量", "位移监测" ], "tags": [ "智能交通", "工业检测", "速度测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答AJS10X车辆速度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-vehicle-length-selection", "category": "qa_article", "category_cn": "技术问答", "title": "复杂环境下高精度车辆长度检测方案选型指南", "summary": "在要求毫米级精度且车速动态变化（最高10,000 m/min）条件下 → 激光多普勒测量方案，兼顾高重复性与全固态免维护特性〔REF-002〕", "focused_product": null, "product_series": null, "industry": [ "智能交通", "物流仓储", "汽车制造" ], "measurement": [ "长度测量", "速度测量", "轮廓扫描" ], "tags": [ "智能交通", "物流仓储", "长度测量", "传感器", "技术问答" ], "updated_at": "2025-04-10", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答AJS10X车辆长度检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-rail-transit-speed-mileage-selection", "category": "qa_article", "category_cn": "技术问答", "title": "轨道交通牵引制动防滑系统非接触测速传感器选型指南", "summary": "在时速350公里/小时高速列车牵引制动控制且要求真实地面速度条件下 → 激光多普勒测速方案，兼顾高精度、高刷新率与零速度方向识别能力。", "focused_product": null, "product_series": null, "industry": [ "轨道交通", "车辆工程" ], "measurement": [ "速度测量", "里程累计" ], "tags": [ "轨道交通", "车辆工程", "速度测量", "传感器", "技术问答" ], "updated_at": "2025-08-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答AJS10X轨道交通测速/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "hose-speed-selection-guide", "category": "qa_article", "category_cn": "技术问答", "title": "高速软管生产线非接触线速度测量选型指南", "summary": "在高速软管生产线（>100 m/min）且要求0.1%精度非接触条件下 → 激光多普勒测速技术，兼顾高动态响应与无磨损特性〔REF-001〕。", "focused_product": null, "product_series": null, "industry": [ "橡胶塑料加工", "电线电缆制造", "自动化控制" ], "measurement": [ "线速度", "长度", "表面位移" ], "tags": [ "橡胶塑料加工", "电线电缆制造", "线速度", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答AJS10X软管速度控制/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "hose-line-length-measurement-selection", "category": "qa_article", "category_cn": "技术问答", "title": "软管生产线非接触式长度测量技术选型指南", "summary": "在要求0.1%定长切割精度且高速连续生产条件下 → 激光多普勒测速测长技术，无机械打滑风险且对表面颜色/粗糙度变化不敏感。", "focused_product": null, "product_series": null, "industry": [ "橡胶塑料", "汽车制造", "医疗器械", "工业线缆" ], "measurement": [ "长度测量", "速度测量", "轮廓检测", "尺寸计量" ], "tags": [ "橡胶塑料", "汽车制造", "长度测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答AJS10X软管长度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "paper-web-sensor-selection", "category": "qa_article", "category_cn": "技术问答", "title": "造纸纸网高速测速与边缘对准非接触传感器选型指南", "summary": "在纸网运行速度≤3000 m/min且要求±0.05%同步精度条件下 → 激光多普勒测速测长技术，抗打滑响应快支持零速检测〔REF-001〕", "focused_product": null, "product_series": null, "industry": [ "造纸", "连续材料制造" ], "measurement": [ "速度", "长度", "位移", "轮廓" ], "tags": [ "造纸", "连续材料制造", "速度", "传感器", "技术问答" ], "updated_at": "2025-08-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答AJS10X运动物体速度和长度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-laser-length-selection-guide", "category": "qa_article", "category_cn": "技术问答", "title": "高速生产线非接触式长度测量选型指南", "summary": "在高速连续材料生产（>300 m/min）且要求微米级精度条件下 → 激光多普勒测速技术，兼顾高加速度响应与宽量程", "focused_product": null, "product_series": null, "industry": [ "电线电缆", "造纸薄膜", "钢铁冶金", "橡胶轮胎" ], "measurement": [ "速度测量", "长度测量", "轮廓测量" ], "tags": [ "电线电缆", "造纸薄膜", "速度测量", "传感器", "技术问答" ], "updated_at": "2025-08-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答AJS10X连续长度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "transparent-film-length-measurement-selection", "category": "qa_article", "category_cn": "技术问答", "title": "透明膜高速生产线非接触式长度测量选型指南", "summary": "在高速连续运行（>500 m/min）且要求累计精度优于±0.1%条件下 → 激光多普勒测速测长技术，无机械磨损且刷新率高〔REF-002〕", "focused_product": null, "product_series": null, "industry": [ "包装", "新能源", "医疗", "电子" ], "measurement": [ "长度测量", "速度测量", "轮廓测量", "厚度测量" ], "tags": [ "包装", "新能源", "长度测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答AJS10X透明膜长度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-industrial-measurement-speed-length-selection", "category": "qa_article", "category_cn": "技术问答", "title": "高速精密材料加工线非接触式测速测长技术选型指南", "summary": "在高端薄膜、光学材料或精密金属箔材的高速在线检测条件下 → 激光多普勒测速技术，兼顾微米级精度与零磨损特性", "focused_product": null, "product_series": null, "industry": [ "材料加工", "卷对卷生产", "线缆管材制造" ], "measurement": [ "速度测量", "长度累计", "张力控制" ], "tags": [ "材料加工", "卷对卷生产", "速度测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答AJS10X速度平衡控制/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-industrial-laser-speed-length-selection", "category": "qa_article", "category_cn": "技术问答", "title": "高速生产线非接触激光测速测长传感器选型指南", "summary": "在要求 0.1% 以上精度且材料表面易损（如薄膜、铝箔）的条件下 → 激光多普勒测速测长技术，利用非接触频率差测量，兼顾高动态响应与零磨损。〔REF-001〕", "focused_product": null, "product_series": null, "industry": [ "钢铁冶金", "造纸印刷", "线缆管材", "薄膜加工" ], "measurement": [ "瞬时速度", "累积长度", "运动方向" ], "tags": [ "钢铁冶金", "造纸印刷", "瞬时速度", "传感器", "技术问答" ], "updated_at": "2025-08-20", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答AJS10X速度比率测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-paper-speed-measurement", "category": "qa_article", "category_cn": "技术问答", "title": "造纸生产线高速纸张线速度测量选型指南", "summary": "在高速造纸生产线（>1000 m/min）且要求高精度（±0.05%）非接触测量条件下 → 激光多普勒测速法（LDV），兼顾速度与精度，彻底消除打滑误差〔REF…", "focused_product": null, "product_series": null, "industry": [ "造纸", "包装" ], "measurement": [ "线速度", "长度", "张力" ], "tags": [ "造纸", "包装", "线速度", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答AJS10X速度长度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-steel-billet-laser-length-measurement", "category": "qa_article", "category_cn": "技术问答", "title": "高温钢坯生产线非接触式激光测长技术选型指南", "summary": "在高速在线检测（>1000 m/min）且要求精度优于 ±0.1% 的连铸连轧产线条件下 → 激光多普勒测量技术，兼顾速度与精度，非接触式适应高温环境 〔REF…", "focused_product": null, "product_series": null, "industry": [ "钢铁冶金", "热轧/连铸" ], "measurement": [ "长度测量", "速度测量", "轮廓测量" ], "tags": [ "钢铁冶金", "热轧/连铸", "长度测量", "传感器", "技术问答" ], "updated_at": "2025-11-18", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答AJS10X钢坯长度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-steel-pipe-measurement-selection", "category": "qa_article", "category_cn": "技术问答", "title": "钢管生产线高速非接触测速测长选型指南", "summary": "在高速连续生产（≥500米/分钟）且要求±1毫米绝对精度条件下 → 激光多普勒效应测量技术，直接积分计算长度，无累积误差风险。", "focused_product": null, "product_series": null, "industry": [ "钢铁冶金", "管道制造" ], "measurement": [ "速度测量", "长度测量" ], "tags": [ "钢铁冶金", "管道制造", "速度测量", "传感器", "技术问答" ], "updated_at": "2025-04-10", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答AJS10X钢管测速测长/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "rail-vehicle-noncontact-speed-selection", "category": "qa_article", "category_cn": "技术问答", "title": "高速铁路车辆非接触式测速定位方案选型指南", "summary": "在高速列车实时速度与累计距离监测且需克服车轮打滑条件下 → 激光多普勒测量技术，直接获取真实地面对速度且重复性优于0.02%", "focused_product": null, "product_series": null, "industry": [ "轨道交通", "工业测量" ], "measurement": [ "速度测量", "位移测量", "定位导航" ], "tags": [ "轨道交通", "工业测量", "速度测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答AJS10X铁路车辆移动距离测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-aluminum-foil-speed-length-selection", "category": "qa_article", "category_cn": "技术问答", "title": "铝箔生产线非接触式速度与长度测量选型指南", "summary": "在轧制、分切等对精度要求极高（±0.05%）且涉及高速运动（最高10,000 m/min）的工序 → 激光多普勒测速技术，具备极高的稳定性且无打滑漂移风险。", "focused_product": null, "product_series": null, "industry": [ "金属加工", "铝箔制造", "包装材料" ], "measurement": [ "速度", "长度" ], "tags": [ "金属加工", "铝箔制造", "速度", "传感器", "技术问答" ], "updated_at": "2025-10-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答AJS10X铝箔速度控制/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-alufoil-speed-length-selection", "category": "qa_article", "category_cn": "技术问答", "title": "高速铝箔生产线非接触式测速测长选型指南", "summary": "在高速在线检测（>1000 m/min）且要求优于±0.05%精度条件下 → 激光多普勒测速测长技术，完全非接触且无打滑风险〔REF-001〕", "focused_product": null, "product_series": null, "industry": [ "金属加工", "薄膜制造" ], "measurement": [ "速度测量", "长度计量" ], "tags": [ "金属加工", "薄膜制造", "速度测量", "传感器", "技术问答" ], "updated_at": "2025-04-10", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答AJS10X铝箔长度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-tire-speed-length-selection", "category": "qa_article", "category_cn": "技术问答", "title": "轮胎生产线测速测长技术选型指南", "summary": "在高速在线切割与同步控制（要求测量精度优于0.05%且材料柔软易变形）条件下 → 激光多普勒测速技术，兼顾非接触、高刷新率/输出频率与零滑差特性〔REF-001…", "focused_product": null, "product_series": null, "industry": [ "轮胎制造", "橡胶加工", "连续卷材生产" ], "measurement": [ "速度测量", "长度累计", "轮廓检测", "位移测量" ], "tags": [ "轮胎制造", "橡胶加工", "速度测量", "传感器", "技术问答" ], "updated_at": "2025-08-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答AJS10X隔膜长度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-industrial-speed-length-sensor-selection-问答ajs10x零件运输速度测量", "category": "qa_article", "category_cn": "技术问答", "title": "高速恶劣工业环境非接触式测速测长传感器选型指南", "summary": "在高速在线检测（>1000 m/min）且要求 $\\pm 0.05\\%$ 精度条件下 → 激光多普勒测速技术，无滑差且动态响应极快，适用于金属、纸张、线缆等多种…", "focused_product": null, "product_series": null, "industry": [ "钢铁冶金", "造纸", "线缆制造", "薄膜/纺织" ], "measurement": [ "速度", "长度" ], "tags": [ "钢铁冶金", "造纸", "速度", "传感器", "技术问答" ], "updated_at": "2026-05-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答AJS10X零件运输速度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-harsh-env-noncontact-measurement-selection", "category": "qa_article", "category_cn": "技术问答", "title": "高温多尘环境连续材料非接触式测速测长选型指南", "summary": "在高速连续生产（>3000 m/min）且要求±0.1%精度条件下 → 激光多普勒测速法，兼顾高响应速度与宽量程，抗表面特性干扰能力强〔REF-001〕。", "focused_product": null, "product_series": null, "industry": [ "钢铁冶金", "线缆管材", "薄膜纸张", "橡胶轮胎" ], "measurement": [ "速度测量", "长度测量", "在线监测" ], "tags": [ "钢铁冶金", "线缆管材", "速度测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答AJS10X非接触速度和长度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-industrial-speed-length-selection", "category": "qa_article", "category_cn": "技术问答", "title": "工业连续移动材料非接触式测速测长选型指南", "summary": "在高速连续生产线（最高达10,000 m/min）且要求高精度测速测长条件下 → 激光多普勒测速技术，兼顾速度与精度〔REF-001〕", "focused_product": null, "product_series": null, "industry": [ "造纸印刷", "薄膜加工", "线缆管材", "钢铁冶金" ], "measurement": [ "速度测量", "长度测量", "位移监测" ], "tags": [ "造纸印刷", "薄膜加工", "速度测量", "传感器", "技术问答" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答AJS10X非接触速度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-web-speed-length-selection-问答ajs10x非接触长度测量", "category": "qa_article", "category_cn": "技术问答", "title": "高速卷材非接触测速测长系统选型指南", "summary": "在最高运行速度达3000米/分钟且要求测量精度优于0.1%的连续卷材生产线上 → 激光多普勒测速测长技术，直接输出速度与长度数据，无机械磨损与零点漂移。", "focused_product": null, "product_series": null, "industry": [ "造纸印刷", "薄膜加工", "线缆管材", "金属带材" ], "measurement": [ "速度测量", "长度累积", "位移监测" ], "tags": [ "造纸印刷", "薄膜加工", "速度测量", "传感器", "技术问答" ], "updated_at": "2025-08-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答AJS10X非接触长度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-bar-rolling-speed-selection", "category": "qa_article", "category_cn": "技术问答", "title": "高速棒材轧制线非接触式测速技术选型指南", "summary": "在高温多尘且要求±0.05%线速度精度条件下 → 激光多普勒测速技术，兼顾宽量程、高重复性与恶劣环境适应性", "focused_product": null, "product_series": null, "industry": [ "钢铁冶金", "金属加工", "电线电缆" ], "measurement": [ "速度测量", "长度控制", "表面状态监测" ], "tags": [ "钢铁冶金", "金属加工", "速度测量", "传感器", "技术问答" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答AJS10X高速棒材产线速度控制/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-hot-rolled-bar-length-selection", "category": "qa_article", "category_cn": "技术问答", "title": "高速热轧棒材产线非接触式长度测量选型指南", "summary": "在高速在线检测（速度≥50 m/s）且要求±0.05%精度条件下 → 激光多普勒测速测长技术，兼顾速度与积分精度", "focused_product": null, "product_series": null, "industry": [ "钢铁冶金", "金属加工" ], "measurement": [ "长度测量", "速度测量", "轮廓测量" ], "tags": [ "钢铁冶金", "金属加工", "长度测量", "传感器", "技术问答" ], "updated_at": "2025-04-10", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答AJS10X高速棒材产线长度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-rail-highspeed-velocity-sensor-selection", "category": "qa_article", "category_cn": "技术问答", "title": "高铁时速350公里非接触式速度测量传感器选型指南", "summary": "在列车运行实时速度监控（要求刷新率≥100Hz且精度优于0.05%）条件下 → 激光多普勒测速技术，具备非接触与高动态响应优势", "focused_product": null, "product_series": null, "industry": [ "轨道交通", "高速铁路" ], "measurement": [ "速度测量", "位置监测", "安全监控" ], "tags": [ "轨道交通", "高速铁路", "速度测量", "传感器", "技术问答" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答AJS10X高铁速度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-vibration-table-nano-selection", "category": "qa_article", "category_cn": "技术问答", "title": "高频振动台纳米级位移非接触测量选型指南", "summary": "在要求10纳米级精度且需50kHz以上实时响应条件下 → 电容位移测量技术，具备极高带宽与纳米级分辨率，满足动态轨迹捕捉。", "focused_product": null, "product_series": null, "industry": [ "精密制造", "半导体设备", "航空航天" ], "measurement": [ "位移测量", "振动分析", "表面形貌检测" ], "tags": [ "精密制造", "半导体设备", "位移测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答CWCS10X-Y定位/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "spindle-nano-vibration-selection", "category": "qa_article", "category_cn": "技术问答", "title": "高速主轴纳米级非接触振动监测传感器选型指南", "summary": "在洁净车间且要求亚纳米分辨率条件下 → 电容式位移测量技术，兼顾极高分辨率与高带宽", "focused_product": null, "product_series": null, "industry": [ "精密制造", "航空航天", "半导体设备", "旋转机械" ], "measurement": [ "位移测量", "振动监测", "加速度测量", "声学分析" ], "tags": [ "精密制造", "航空航天", "位移测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答CWCS10主轴振动分析/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "turbine-shaft-vibration-selection-guide", "category": "qa_article", "category_cn": "技术问答", "title": "涡轮机主轴振动监测传感器选型指南", "summary": "在高速旋转、金属导电表面且存在油污/粉尘的严苛环境下 → 涡流式位移测量，兼顾响应速度与抗污能力〔REF-004〕。", "focused_product": null, "product_series": null, "industry": [ "能源", "电力", "旋转机械" ], "measurement": [ "位移", "振动" ], "tags": [ "能源", "电力", "位移", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答CWCS10主轴振动测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-vibration-table-displacement-selection", "category": "qa_article", "category_cn": "技术问答", "title": "高频振动台纳米级非接触位移测量选型指南", "summary": "在要求纳米级分辨率且被测目标为导电材料的10 kHz高频振动测试条件下 → 电容式位移测量技术，具备极高分辨率与快速电场响应能力", "focused_product": null, "product_series": null, "industry": [ "精密制造", "力学测试", "半导体检测" ], "measurement": [ "电容式位移测量", "色散共焦测量", "激光三角测量" ], "tags": [ "精密制造", "力学测试", "电容式位移测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答CWCS10主轴跳动测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-vibration-monitoring-selection", "category": "qa_article", "category_cn": "技术问答", "title": "高频振动监测非接触传感器选型指南", "summary": "在高速在线检测（刷新率≥100kHz）且要求亚微米级精度条件下 → 激光三角测量技术，兼顾采样率与量程", "focused_product": null, "product_series": null, "industry": [ "精密制造", "设备诊断", "半导体" ], "measurement": [ "位移测量", "振动监测", "高频响应" ], "tags": [ "精密制造", "设备诊断", "位移测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答CWCS10伺服回路定位系统/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-turbine-cryo-selection", "category": "qa_article", "category_cn": "技术问答", "title": "涡轮机动态测量系统选型指南:低温环境下的精度与稳定性保障", "summary": "在极低温（<-40°C）且要求纳米级分辨率的导电体动态监测条件下 → 电容式位移传感器，具备极宽温度适应性与无需重新校准的探头更换优势。", "focused_product": null, "product_series": null, "industry": [ "航空航天", "能源装备" ], "measurement": [ "涡流位移测量", "电容位移测量", "激光三角测量" ], "tags": [ "航空航天", "能源装备", "涡流位移测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答CWCS10低温环境距离测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-material-elongation-selection", "category": "qa_article", "category_cn": "技术问答", "title": "批量生产亚微米级非接触伸长率测量选型指南", "summary": "在高速在线检测（刷新率/输出频率＞1000Hz）且要求亚微米级分辨率条件下 → 电容式位移测量技术，兼顾速度与线性度", "focused_product": null, "product_series": null, "industry": [ "半导体制造", "材料力学测试", "薄膜与金属加工" ], "measurement": [ "位移测量", "形变分析", "表面形貌检测" ], "tags": [ "半导体制造", "材料力学测试", "位移测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答CWCS10半导体晶片偏转测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-micrometer-elongation-selection", "category": "qa_article", "category_cn": "技术问答", "title": "批量生产线微米级公差非接触伸长率检测选型指南", "summary": "在导电材料批量在线检测且要求纳米级分辨率条件下 → 电容式位移测量，兼顾高响应速度与优异线性度〔REF-001〕", "focused_product": null, "product_series": null, "industry": [ "半导体制造", "精密机械加工", "新材料研发" ], "measurement": [ "位移测量", "形变监测", "厚度检测" ], "tags": [ "半导体制造", "精密机械加工", "位移测量", "传感器", "技术问答" ], "updated_at": "2025-08-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答CWCS10半导体晶片厚度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-semiconductor-wafer-selection", "category": "qa_article", "category_cn": "技术问答", "title": "半导体晶圆精密测量技术选型指南", "summary": "在需要亚纳米级分辨率、高频动态响应且被测物为导电材料（如硅晶圆）的条件下 → 电容式位移传感，兼顾速度与精度", "focused_product": null, "product_series": null, "industry": [ "半导体制造" ], "measurement": [ "位移", "形貌", "晶体取向", "厚度" ], "tags": [ "半导体制造", "位移", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答CWCS10半导体晶片斜角测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-plastic-foil-thickness-selection", "category": "qa_article", "category_cn": "技术问答", "title": "塑料箔在线厚度测量与高精度控制选型指南", "summary": "在洁净环境且塑料箔具备导电性/半导电性或可接地条件下 → 电容式位移测量方案，利用纳米级分辨率实现±10µm以内的高精度闭环控制。", "focused_product": null, "product_series": null, "industry": [ "塑料加工", "薄膜制造" ], "measurement": [ "厚度测量", "位移测量", "轮廓测量" ], "tags": [ "塑料加工", "薄膜制造", "厚度测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答CWCS10压电微位移测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-film-thickness-selection", "category": "qa_article", "category_cn": "技术问答", "title": "塑料薄膜厚度在线测量传感器选型指南", "summary": "在高速线速度（>100m/min）及精度±0.5%或更优条件下 → 激光三角测量技术，如西克 OD5000 或日本基恩士 LK-G5000 系列，兼顾刷新率与精…", "focused_product": null, "product_series": null, "industry": [ "薄膜制造", "光学材料", "包装行业" ], "measurement": [ "厚度测量", "非接触式检测" ], "tags": [ "薄膜制造", "光学材料", "厚度测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答CWCS10塑料箔生产厚度控制/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-telescope-mirror-selection", "category": "qa_article", "category_cn": "技术问答", "title": "天文望远镜主镜面形精度非接触测量选型指南", "summary": "在主动光学系统实时闭环反馈（刷新率/输出频率 >1kHz）条件下 → 电容位移测量方案，具备亚纳米分辨率与抗环境光干扰特性", "focused_product": null, "product_series": null, "industry": [ "天文光学制造", "精密计量" ], "measurement": [ "位移测量", "面形检测", "粗糙度评估" ], "tags": [ "天文光学制造", "精密计量", "位移测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答CWCS10天文望远镜镜片微调/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-wide-temp-submicron-selection", "category": "qa_article", "category_cn": "技术问答", "title": "宽温区亚微米级尺寸与形位公差非接触测量选型指南", "summary": "在宽温区（-50°C至+200°C）且要求纳米级分辨率的位移或厚度连续监测条件下 → 电容测量技术，具备内置温度补偿与探头免校准特性〔REF-003〕", "focused_product": null, "product_series": null, "industry": [ "半导体制造", "精密机械加工", "光学元件", "航空航天" ], "measurement": [ "位移", "厚度", "表面形貌", "形位公差" ], "tags": [ "半导体制造", "精密机械加工", "位移", "传感器", "技术问答" ], "updated_at": "2025-08-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答CWCS10批量生产公差验证/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-spindle-vibration-selection", "category": "qa_article", "category_cn": "技术问答", "title": "精密机床主轴高频径向跳动非接触监测选型指南", "summary": "在主轴转速≤60000 RPM且要求亚纳米分辨率条件下 → 电容式测量技术，带宽覆盖10 kHz，对导电金属表面适应性极佳", "focused_product": null, "product_series": null, "industry": [ "精密制造", "机床设备", "半导体设备" ], "measurement": [ "位移测量", "振动分析", "动态监测" ], "tags": [ "精密制造", "机床设备", "位移测量", "传感器", "技术问答" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答CWCS10振动台位移测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-precision-parts-selection", "category": "qa_article", "category_cn": "技术问答", "title": "精密零件高速在线非接触检测选型指南", "summary": "在高速在线检测（>1000Hz）且要求亚微米级精度条件下 → 电容式测量技术，兼顾极高响应速度与纳米级分辨率", "focused_product": null, "product_series": null, "industry": [ "精密制造", "半导体", "轴承加工", "薄膜生产" ], "measurement": [ "位移", "尺寸", "形位公差", "表面粗糙度", "厚度" ], "tags": [ "精密制造", "半导体", "位移", "传感器", "技术问答" ], "updated_at": "2025-04-10", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答CWCS10止规测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-plastic-foil-thickness-selection-问答cwcs10测量金属弹性模量", "category": "qa_article", "category_cn": "技术问答", "title": "塑料箔生产线±1μm厚度在线检测选型指南", "summary": "在高速连续生产线且要求±1μm公差条件下 → 电容式精密位移测量（双探头差分架构），兼顾非接触、高刷新率与抗材料介电波动能力", "focused_product": null, "product_series": null, "industry": [ "高分子材料加工", "薄膜制造" ], "measurement": [ "厚度测量", "精密位移测量", "力学性能测试" ], "tags": [ "高分子材料加工", "薄膜制造", "厚度测量", "传感器", "技术问答" ], "updated_at": "2025-08-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答CWCS10测量金属弹性模量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "thin-foil-submicron-selection", "category": "qa_article", "category_cn": "技术问答", "title": "薄金属箔亚微米级在线厚度与平整度检测选型指南", "summary": "在高速在线检测（刷新率≥100kHz）且要求纳米级重复性条件下 → 激光共聚焦位移测量技术，原因是其具备超高精度与动态采集能力", "focused_product": null, "product_series": null, "industry": [ "新能源电池制造", "半导体晶圆加工", "精密金属轧制" ], "measurement": [ "电容式位移测量", "涡流式位移测量", "激光共聚焦位移测量", "激光三角测量" ], "tags": [ "新能源电池制造", "半导体晶圆加工", "电容式位移测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答CWCS10涡轮机动态测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-slider-runout-sensor-selection", "category": "qa_article", "category_cn": "技术问答", "title": "精密设备滑块纳米级跳动监测选型指南", "summary": "在洁净室环境且要求纳米级分辨率与亚纳米级精度条件下 → 电容式测量技术，兼顾极高线性度与探头免校准互换性", "focused_product": null, "product_series": null, "industry": [ "半导体制造", "超精密加工", "光学仪器", "机械装备" ], "measurement": [ "位移测量", "振动监测", "表面形貌检测" ], "tags": [ "半导体制造", "超精密加工", "位移测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答CWCS10滑块跳动测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-uhv-displacement-selection", "category": "qa_article", "category_cn": "技术问答", "title": "超高真空环境纳米级精密位移测量选型指南", "summary": "在要求≥0.1%/年长期稳定性且量程＜10 mm条件下 → 电容式位移测量技术，介质稳定且非接触特性契合UHV需求", "focused_product": null, "product_series": null, "industry": [ "半导体制造", "空间光学", "粒子加速器", "精密显微镜" ], "measurement": [ "位移测量", "纳米级定位", "长期稳定性监测" ], "tags": [ "半导体制造", "空间光学", "位移测量", "传感器", "技术问答" ], "updated_at": "2025-08-20", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答CWCS10电子显微镜微调/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-precision-sensor-selection", "category": "qa_article", "category_cn": "技术问答", "title": "精密零部件批量生产非接触位移传感器选型指南", "summary": "在洁净温控环境下要求纳米级分辨率且目标为导电或非导电薄膜条件下 → 电容式位移测量技术，兼顾极高线性度与探头免校准特性〔REF-002〕", "focused_product": null, "product_series": null, "industry": [ "半导体制造", "精密机械", "电机制造", "薄膜加工" ], "measurement": [ "电容式位移测量", "电涡流位移测量", "激光三角测量" ], "tags": [ "半导体制造", "精密机械", "电容式位移测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答CWCS10电机动态测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-vibration-table-nm-measurement", "category": "qa_article", "category_cn": "技术问答", "title": "高频振动台纳米级轨迹非接触测量选型指南", "summary": "在kHz级高频动态测量且要求纳米级分辨率条件下 → 电容式测量技术，兼顾超高刷新率与抗磁干扰能力", "focused_product": null, "product_series": null, "industry": [ "精密制造", "航空航天", "半导体" ], "measurement": [ "微位移测量", "动态振动监测", "表面形貌分析" ], "tags": [ "精密制造", "航空航天", "微位移测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答CWCS10精密对准/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-shaker-10khz-displacement-selection", "category": "qa_article", "category_cn": "技术问答", "title": "10kHz高频振动台纳米级位移传感器选型指南", "summary": "在10kHz高频动态测试且要求纳米级精度条件下 → 电容位移测量技术，兼顾超高带宽与亚纳米分辨率", "focused_product": null, "product_series": null, "industry": [ "精密仪器", "振动测试", "半导体制造" ], "measurement": [ "电容位移测量", "激光三角测量", "光谱共焦测量" ], "tags": [ "精密仪器", "振动测试", "电容位移测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答CWCS10精密尺寸测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "uhv-nano-displacement-selection", "category": "qa_article", "category_cn": "技术问答", "title": "超高真空环境纳米级非接触位移测量选型指南", "summary": "在超高真空环境且要求年漂移优于0.1%条件下 → 电容式位移测量技术，介质介电常数稳定且探头材料低出气率，长期稳定性最佳。", "focused_product": null, "product_series": null, "industry": [ "半导体制造", "空间光学", "粒子加速器", "超精密机床" ], "measurement": [ "电容式位移测量", "激光干涉式位移测量", "激光共焦式位移测量", "白光干涉式位移测量" ], "tags": [ "半导体制造", "空间光学", "电容式位移测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答CWCS10精密微位移测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-khz-vibration-displacement-selection", "category": "qa_article", "category_cn": "技术问答", "title": "kHz级高频振动台纳米级位移传感器选型指南", "summary": "在kHz级高频振动且要求响应频率≥100kHz条件下 → 电容式测量技术，具备纳秒级电场响应与纳米级分辨率", "focused_product": null, "product_series": null, "industry": [ "精密机械", "半导体制造", "航空航天", "材料科学" ], "measurement": [ "位移测量", "振动监测", "形貌检测" ], "tags": [ "精密机械", "半导体制造", "位移测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答CWCS10自动对焦和调零/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-material-elongation-selection-问答cwcs10薄金属箔生产厚度测量", "category": "qa_article", "category_cn": "技术问答", "title": "批量生产材料伸长率微米级公差控制与非接触实时监测选型指南", "summary": "在高速在线拉伸监测且要求纳米级分辨率条件下 → 电容式位移测量技术，原因是其具备数kHz至数十kHz刷新率/输出频率且探头免校准维护便捷", "focused_product": null, "product_series": null, "industry": [ "金属加工", "薄膜制造", "复合材料" ], "measurement": [ "位移测量", "形变监测", "厚度测量" ], "tags": [ "金属加工", "薄膜制造", "位移测量", "传感器", "技术问答" ], "updated_at": "2025-04-10", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答CWCS10薄金属箔生产厚度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-metal-wear-subnano-selection", "category": "qa_article", "category_cn": "技术问答", "title": "亚纳米级金属磨损监测传感器选型指南", "summary": "在超高真空与洁净室环境（＜10⁻¹⁰ mbar）且要求亚纳米级分辨率条件下 → 电容式位移测量技术，兼顾极端环境兼容性与免校准维护特性", "focused_product": null, "product_series": null, "industry": [ "精密制造", "半导体", "航空航天" ], "measurement": [ "位移测量", "表面形貌测量", "间隙测量" ], "tags": [ "精密制造", "半导体", "位移测量", "传感器", "技术问答" ], "updated_at": "2025-05-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答CWCS10超高真空位移测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "semiconductor-nm-sensor-selection", "category": "qa_article", "category_cn": "技术问答", "title": "半导体与精密制造纳米级公差非接触传感器选型指南", "summary": "在半导体晶圆厚度均匀性与平面度检测（要求亚纳米分辨率且量程<5mm）条件下 → 电容式传感技术与共聚焦白光测量技术，兼顾极高重复精度与材料兼容性", "focused_product": null, "product_series": null, "industry": [ "半导体制造", "精密光学", "航空航天" ], "measurement": [ "位移测量", "厚度检测", "形貌重建" ], "tags": [ "半导体制造", "精密光学", "位移测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答CWCS10距离传感器的参考系统/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "shaft-concentricity-selection-guide", "category": "qa_article", "category_cn": "技术问答", "title": "批量生产轴类零件同心度及几何公差测量方案选型指南", "summary": "在生产线高速在线检测（节拍＜5秒）且要求亚微米级重复性条件下 → 线激光轮廓扫描技术或光学快闪成像测量系统，兼顾非接触、高速度与形位公差计算能力", "focused_product": null, "product_series": null, "industry": [ "汽车零部件制造", "精密电机与轴承", "航空航天", "医疗器械", "半导体" ], "measurement": [ "同心度", "圆度", "圆柱度", "直线度", "径向跳动", "全跳动" ], "tags": [ "汽车零部件制造", "精密电机与轴承", "同心度", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答CWCS10轴同心度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-plastic-foil-thickness-selection-问答cwcs10轴和孔的同心度测量", "category": "qa_article", "category_cn": "技术问答", "title": "塑料箔高速在线厚度监测选型指南（±1μm级）", "summary": "在高速在线生产（线速度>50m/min）且要求±1μm公差条件下 → 电容式测量技术与激光扫描测微仪技术，兼顾高刷新率与非接触特性", "focused_product": null, "product_series": null, "industry": [ "新能源电池", "光学薄膜", "特种包装", "医疗器械" ], "measurement": [ "厚度测量", "轮廓检测", "尺寸比对" ], "tags": [ "新能源电池", "光学薄膜", "厚度测量", "传感器", "技术问答" ], "updated_at": "2025-09-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答CWCS10轴和孔的同心度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-bearing-offset-sensor-selection", "category": "qa_article", "category_cn": "技术问答", "title": "智能制造产线轴承偏移监测传感器选型指南", "summary": "在高速在线检测且要求纳米级精度条件下 → 电容式位移传感技术，兼顾速度与精度", "focused_product": null, "product_series": null, "industry": [ "智能制造", "精密加工", "设备预测性维护" ], "measurement": [ "位移测量", "振动监测", "轴承状态监测" ], "tags": [ "智能制造", "精密加工", "位移测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答CWCS10轴承偏移测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "bearing-precision-selection-guide", "category": "qa_article", "category_cn": "技术问答", "title": "精密轴承大批量生产非接触式测量设备选型指南", "summary": "在高速在线批量检测且要求微米至纳米级三维形貌条件下 → 激光扫描轮廓测量技术，兼顾速度与全场数据获取能力〔REF-004〕", "focused_product": null, "product_series": null, "industry": [ "精密制造", "轴承工业", "高端装备" ], "measurement": [ "表面形貌", "几何公差", "缺陷检测", "位移测量" ], "tags": [ "精密制造", "轴承工业", "表面形貌", "传感器", "技术问答" ], "updated_at": "2025-04-10", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答CWCS10轴承磨损测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "high-freq-vibration-sensor-selection", "category": "qa_article", "category_cn": "技术问答", "title": "高频振动台非接触传感器选型指南", "summary": "在高频在线振动监测（>1kHz）且要求纳米级分辨率条件下 → 电容式位移测量技术或共聚焦色散位移测量技术，兼顾高刷新率与非接触抗负载特性。", "focused_product": null, "product_series": null, "industry": [ "精密制造", "航空航天", "半导体" ], "measurement": [ "位移测量", "振动监测", "动态响应" ], "tags": [ "精密制造", "航空航天", "位移测量", "传感器", "技术问答" ], "updated_at": "2025-04-10", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答CWCS10远程位移测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "metal-wear-nano-monitoring-selection", "category": "qa_article", "category_cn": "技术问答", "title": "金属磨损纳米级非接触监测与选型指南", "summary": "在亚纳米级分辨率要求且目标为导电金属表面的条件下 → 电容位移测量技术，兼顾极高灵敏度与非接触特性", "focused_product": null, "product_series": null, "industry": [ "精密制造", "航空航天", "半导体", "通用自动化" ], "measurement": [ "位移测量", "形貌分析", "厚度检测", "表面粗糙度" ], "tags": [ "精密制造", "航空航天", "位移测量", "传感器", "技术问答" ], "updated_at": "2025-04-10", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答CWCS10通规测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-submicron-precision-selection", "category": "qa_article", "category_cn": "技术问答", "title": "亚微米级精密位移与厚度测量选型指南", "summary": "在高速在线检测（≥1000Hz）且要求亚微米级重复精度条件下 → 激光扫描遮光法，兼顾高频采样与尺寸筛选稳定性〔REF-004〕", "focused_product": null, "product_series": null, "industry": [ "半导体制造", "精密机械加工", "薄膜材料生产", "光学元件制造" ], "measurement": [ "位移测量", "厚度测量", "平面度测量", "应变分析" ], "tags": [ "半导体制造", "精密机械加工", "位移测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答CWCS10金属伸长率测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-ultra-wide-temp-vibration-selection", "category": "qa_article", "category_cn": "技术问答", "title": "超宽温域金属部件纳米级非接触振动测量选型指南", "summary": "在-200°C至+500°C超宽温域且要求纳米级分辨率条件下 → 电容式位移/振动测量技术，探头支持超宽温定制与内置温度补偿，有效抑制热漂移。", "focused_product": null, "product_series": null, "industry": [ "航空航天", "精密制造", "半导体", "核能" ], "measurement": [ "振动测量", "位移监测", "温度补偿" ], "tags": [ "航空航天", "精密制造", "振动测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答CWCS10金属振动测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-plastic-film-thickness-selection", "category": "qa_article", "category_cn": "技术问答", "title": "高速塑料薄膜生产线厚度在线监测与质量控制选型指南", "summary": "在要求±1μm公差控制且需亚微米级分辨率条件下 → 电容式位移测量技术，配合双探头架构可实现纳米级分辨率与实时闭环控制。", "focused_product": null, "product_series": null, "industry": [ "化工材料", "包装印刷", "新能源电池" ], "measurement": [ "薄膜测厚", "位移测量", "表面轮廓检测" ], "tags": [ "化工材料", "包装印刷", "薄膜测厚", "传感器", "技术问答" ], "updated_at": "2025-04-10", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答CWCS10金属热膨胀测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "bearing-wear-nano-selection", "category": "qa_article", "category_cn": "技术问答", "title": "工业轴承纳米级磨损检测技术选型指南", "summary": "在线实时监测与动态捕捉条件下 → 电容式测量技术，兼顾超高响应速度与亚纳米分辨率", "focused_product": null, "product_series": null, "industry": [ "精密机床", "航空航天", "半导体制造" ], "measurement": [ "表面粗糙度", "三维形貌", "位移", "轮廓" ], "tags": [ "精密机床", "航空航天", "表面粗糙度", "传感器", "技术问答" ], "updated_at": "2025-04-10", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答CWCS10金属磨损测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "nano-tolerance-sensor-selection", "category": "qa_article", "category_cn": "技术问答", "title": "高速批量生产纳米级非接触传感器选型指南", "summary": "在导电工件纳米级公差验证且需极短测量范围内 → 电容式测量技术，兼顾亚纳米分辨率与极端环境适应性", "focused_product": null, "product_series": null, "industry": [ "半导体制造", "精密机械加工", "新能源电池" ], "measurement": [ "电容式测量", "共焦色谱测量", "激光三角测量", "光纤法布里-珀罗干涉测量" ], "tags": [ "半导体制造", "精密机械加工", "电容式测量", "传感器", "技术问答" ], "updated_at": "2025-04-12", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答CWCS10高温环境距离测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "lcd-panel-selection-guide", "category": "qa_article", "category_cn": "技术问答", "title": "LCD面板多层厚度与TTV在线检测选型指南", "summary": "在LCD面板高速在线批量检测（>100Hz）且需穿透透明介质多层测量条件下 → 光谱共焦测量技术，兼顾高采样频率、非接触无损与纳米级分辨率〔REF-001〕", "focused_product": null, "product_series": null, "industry": [ "显示制造", "半导体封装", "光学元件" ], "measurement": [ "纳米级厚度测量", "TTV/LTW检测", "表面粗糙度分析" ], "tags": [ "显示制造", "半导体封装", "纳米级厚度测量", "传感器", "技术问答" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答EVCD系列LCD形貌扫描测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "led-glue-thickness-selection", "category": "qa_article", "category_cn": "技术问答", "title": "LED封装透明胶层厚度在线测量选型指南", "summary": "在高速在线检测且要求亚微米级透明胶层厚度条件下 → 光谱共焦技术，兼顾穿透测量能力与高采样速率", "focused_product": null, "product_series": null, "industry": [ "LED封装", "精密光学制造", "半导体检测" ], "measurement": [ "厚度测量", "透明介质检测", "高速在线监测" ], "tags": [ "LED封装", "精密光学制造", "厚度测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答EVCD系列LED涂胶厚度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "mems-surface-topography-selection", "category": "qa_article", "category_cn": "技术问答", "title": "MEMS芯片表面形貌测量选型指南", "summary": "在产线秒级高速检测且需兼顾多层膜厚分析条件下 → 光谱共焦测量技术，兼顾速度与精度", "focused_product": null, "product_series": null, "industry": [ "半导体制造", "MEMS封装" ], "measurement": [ "表面粗糙度", "三维形貌", "薄膜厚度" ], "tags": [ "半导体制造", "MEMS封装", "表面粗糙度", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答EVCD系列MEMS芯片形貌测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "mems-nano-step-selection", "category": "qa_article", "category_cn": "技术问答", "title": "MEMS微纳结构纳米级段差非接触测量选型指南", "summary": "在高速在线检测（>10kHz）且需透明/多层材料段差测量条件下 → 光谱共焦测量技术，兼顾亚纳米分辨率与抗倾角能力", "focused_product": null, "product_series": null, "industry": [ "MEMS制造", "半导体封装", "精密光学" ], "measurement": [ "三维形貌", "表面粗糙度", "台阶高度", "薄膜厚度" ], "tags": [ "MEMS制造", "半导体封装", "三维形貌", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答EVCD系列MEMS芯片段差测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "miniled-dispensing-selection", "category": "qa_article", "category_cn": "技术问答", "title": "MiniLED显示屏点胶均匀性3D检测方案选型指南", "summary": "在高速在线产线检测且要求胶高差≤1μm条件下 → 光谱共焦测量技术，兼顾亚微米精度与透明胶水多层测厚能力〔REF-002〕", "focused_product": null, "product_series": null, "industry": [ "半导体显示", "精密电子制造", "光学封装" ], "measurement": [ "高度测量", "轮廓测量", "平面度测量", "透明介质测厚" ], "tags": [ "半导体显示", "精密电子制造", "高度测量", "传感器", "技术问答" ], "updated_at": "2025-04-10", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答EVCD系列miniLED显示屏点胶测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "pcb-dielectric-thickness-selection", "category": "qa_article", "category_cn": "技术问答", "title": "多层PCB介电层亚微米级厚度非接触检测选型指南", "summary": "在多层透明或半透明介质（如FR-4树脂、半固化片）层间厚度测量且要求亚微米精度条件下 → 光谱共焦测量技术，原因是具备直接穿透测量与多层峰值解析能力。", "focused_product": null, "product_series": null, "industry": [ "电子制造", "半导体封装", "精密仪器" ], "measurement": [ "厚度测量", "形貌检测", "无损检测" ], "tags": [ "电子制造", "半导体封装", "厚度测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答EVCD系列PCB板整体质量测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-pcd-metal-gap-selection", "category": "qa_article", "category_cn": "技术问答", "title": "PCD陶瓷与高反光金属微米级间隙测量选型指南", "summary": "在多材质混合（PCD陶瓷与高反光金属）且要求纳米级分辨率的在线或半在线检测条件下 → 光谱共焦测量技术，兼顾多材质适应性与高频采样。", "focused_product": null, "product_series": null, "industry": [ "精密制造", "半导体封装", "刀具加工" ], "measurement": [ "间隙测量", "表面形貌", "厚度检测" ], "tags": [ "精密制造", "半导体封装", "间隙测量", "传感器", "技术问答" ], "updated_at": "2025-08-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答EVCD系列PCD陶瓷金属高度差测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "petg-film-thickness-selection", "category": "qa_article", "category_cn": "技术问答", "title": "多层PETG薄膜厚度均匀性在线检测选型指南", "summary": "在要求穿透透明或半透明多层材料、实现微米至纳米级厚度均匀性在线检测条件下 → 光谱共焦测量技术，兼顾高精度与多层界面识别能力", "focused_product": null, "product_series": null, "industry": [ "包装材料", "新能源", "半导体", "光学制造" ], "measurement": [ "薄膜厚度", "层间界面", "表面粗糙度", "形貌检测" ], "tags": [ "包装材料", "新能源", "薄膜厚度", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答EVCD系列PETG环保薄膜形貌测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "pp-film-thickness-selection", "category": "qa_article", "category_cn": "技术问答", "title": "PP淋膜生产线非接触式厚度监测设备选型指南", "summary": "在PP淋膜高速在线生产且要求±0.5μm精度条件下 → 光谱共焦测量技术与差分电容式测量技术，兼顾高分辨率与非接触特性", "focused_product": null, "product_series": null, "industry": [ "塑料薄膜", "包装材料", "锂电池隔膜" ], "measurement": [ "厚度测量", "在线检测" ], "tags": [ "塑料薄膜", "包装材料", "厚度测量", "传感器", "技术问答" ], "updated_at": "2025-04-12", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答EVCD系列PP淋膜厚度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "pcb-conformal-coating-selection", "category": "qa_article", "category_cn": "技术问答", "title": "高速PCB产线三防漆涂层厚度与缺陷非接触式检测选型指南", "summary": "在高速在线产线（刷新率>1000Hz）且要求透明/半透明涂层微米级厚度精确控制条件下 → 光谱共聚焦测量技术，兼顾高采样频率、纳米级分辨率与多层界面同步识别能力", "focused_product": null, "product_series": null, "industry": [ "电子制造", "PCB加工", "自动化质检" ], "measurement": [ "光学测量", "涂层测厚", "表面形貌" ], "tags": [ "电子制造", "PCB加工", "光学测量", "传感器", "技术问答" ], "updated_at": "2025-07-20", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答EVCD系列三防漆动态重复精度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "pcb-conformal-coating-thickness-selection", "category": "qa_article", "category_cn": "技术问答", "title": "高速PCB透明三防漆在线测厚选型指南", "summary": "在高速在线检测（刷新率/输出频率＞1kHz）且要求微米级精度条件下 → 光谱共焦位移传感技术，兼顾速度与透明介质穿透能力", "focused_product": null, "product_series": null, "industry": [ "电子制造", "半导体封装", "精密加工" ], "measurement": [ "厚度测量", "形貌检测", "涂层分析" ], "tags": [ "电子制造", "半导体封装", "厚度测量", "传感器", "技术问答" ], "updated_at": "2025-04-12", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答EVCD系列三防漆厚度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "pv-wafer-thickness-selection", "category": "qa_article", "category_cn": "技术问答", "title": "光伏硅片微米级厚度与TTV在线检测选型指南", "summary": "在高速在线检测（刷新率>1000Hz）且要求纳米级分辨率条件下 → 光谱共焦测量技术，兼顾高速度与多层介质无损测量能力〔REF-001〕", "focused_product": null, "product_series": null, "industry": [ "光伏制造", "半导体" ], "measurement": [ "厚度测量", "形貌检测" ], "tags": [ "光伏制造", "半导体", "厚度测量", "传感器", "技术问答" ], "updated_at": "2025-06-10", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答EVCD系列光伏板硅片厚度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "pv-patterned-glass-thickness-selection", "category": "qa_article", "category_cn": "技术问答", "title": "光伏花纹玻璃厚度在线检测选型指南", "summary": "在高速在线检测（刷新率＞1000Hz）且要求±5μm精度条件下 → 光谱共焦测量技术，兼顾速度、透明介质多层识别与抗振性〔REF-001〕", "focused_product": null, "product_series": null, "industry": [ "光伏制造", "精密计量" ], "measurement": [ "厚度测量", "表面形貌分析" ], "tags": [ "光伏制造", "精密计量", "厚度测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答EVCD系列光伏花纹玻璃厚度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "optical-lens-multilayer-selection-guide", "category": "qa_article", "category_cn": "技术问答", "title": "多层复合镜片亚微米级层厚及内部缺陷非接触在线检测选型指南", "summary": "在高速在线生产线且需穿透透明介质测量各独立层厚条件下 → 光谱共焦测量技术，兼顾高刷新率与多层界面识别能力〔REF-001〕", "focused_product": null, "product_series": null, "industry": [ "光学制造", "精密光学元件" ], "measurement": [ "多层膜厚测量", "内部缺陷检测", "表面形貌分析" ], "tags": [ "光学制造", "精密光学元件", "多层膜厚测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答EVCD系列光学镜头厚度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-optics-lens-selection", "category": "qa_article", "category_cn": "技术问答", "title": "光学镜头厚度测量技术选型与集成指南", "summary": "在高速在线自动化生产线且要求微米级精度条件下 → 光谱共焦技术，兼顾速度、精度及多材质适应性", "focused_product": null, "product_series": null, "industry": [ "光学制造", "精密仪器", "半导体封装" ], "measurement": [ "厚度测量", "轮廓检测", "形貌分析" ], "tags": [ "光学制造", "精密仪器", "厚度测量", "传感器", "技术问答" ], "updated_at": "2025-04-12", "version": "1.1", "license": "CC BY 4.0", "path": "技术问答/问答EVCD系列光学镜头厚度测量2/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-optical-lens-thickness-selection", "category": "qa_article", "category_cn": "技术问答", "title": "光学镜片纳米级厚度在线测量选型指南", "summary": "在粉尘水汽环境且要求高速在线检测条件下 → 光谱共焦测量技术，兼顾IP65防护等级与数万赫兹刷新率/输出频率", "focused_product": null, "product_series": null, "industry": [ "光学制造", "精密仪器" ], "measurement": [ "厚度测量", "表面形貌" ], "tags": [ "光学制造", "精密仪器", "厚度测量", "传感器", "技术问答" ], "updated_at": "2025-04-10", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答EVCD系列光学镜片测厚/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-optical-thickness-selection", "category": "qa_article", "category_cn": "技术问答", "title": "光学镜片透明材料厚度在线检测选型指南:光谱共焦与低相干干涉对比方案", "summary": "在高速在线单层检测（>1kHz）且需微米级精度条件下 → 光谱共焦法，兼顾速度与精度", "focused_product": null, "product_series": null, "industry": [ "精密制造", "光学仪器", "半导体封装" ], "measurement": [ "厚度测量", "形貌检测", "多层结构分析" ], "tags": [ "精密制造", "光学仪器", "厚度测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.1", "license": "CC BY 4.0", "path": "技术问答/问答EVCD系列光学镜片测厚2/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-semi-med-microhole-selection", "category": "qa_article", "category_cn": "技术问答", "title": "半导体与医疗器械微小孔亚微米级在线检测选型指南", "summary": "在高速在线批量检测（>100Hz）且要求亚微米级精度条件下 → 光谱共焦测量技术，兼顾轴向分辨率与深孔探头适配性", "focused_product": null, "product_series": null, "industry": [ "半导体制造", "医疗器械" ], "measurement": [ "内径测量", "形位公差", "表面粗糙度" ], "tags": [ "半导体制造", "医疗器械", "内径测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答EVCD系列内径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "stamping-edge-step-selection", "category": "qa_article", "category_cn": "技术问答", "title": "冲压件边缘段差微米级检测技术选型指南", "summary": "在高速在线检测（>1000Hz）且要求亚微米级精度条件下 → 光谱共焦测量技术，兼顾速度与精度〔REF-005〕", "focused_product": null, "product_series": null, "industry": [ "汽车制造", "消费电子", "精密加工" ], "measurement": [ "轮廓测量", "形貌分析", "尺寸检测" ], "tags": [ "汽车制造", "消费电子", "轮廓测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答EVCD系列冲压件边缘段差测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "multi-layer-3d-glass-selection", "category": "qa_article", "category_cn": "技术问答", "title": "多层3D玻璃亚微米级厚度非接触测量选型指南", "summary": "在高速在线检测且要求透明介质多层同时测量条件下 → 光谱共焦测量技术，兼顾速度、精度与无需已知折射率的算法优势", "focused_product": null, "product_series": null, "industry": [ "消费电子", "半导体制造", "光学器件", "新能源" ], "measurement": [ "厚度测量", "三维轮廓重建", "表面形貌分析", "多层介质测厚" ], "tags": [ "消费电子", "半导体制造", "厚度测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答EVCD系列凸面镜面3D玻璃轮廓扫描/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-wafer-thickness-selection", "category": "qa_article", "category_cn": "技术问答", "title": "半导体晶圆透明多层厚度测量与TTV控制选型指南", "summary": "在透明或透明多层晶圆高速在线检测且要求纳米级精度条件下 → 光谱共聚焦技术，兼顾多界面分辨能力与高刷新率", "focused_product": null, "product_series": null, "industry": [ "半导体制造", "精密光学元件", "新能源电池" ], "measurement": [ "厚度测量", "形貌检测", "表面粗糙度" ], "tags": [ "半导体制造", "精密光学元件", "厚度测量", "传感器", "技术问答" ], "updated_at": "2025-04-10", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答EVCD系列半导体晶圆厚度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-double-glass-thickness-selection", "category": "qa_article", "category_cn": "技术问答", "title": "双层玻璃生产线厚度与平行度非接触检测选型指南", "summary": "在高速在线检测（>10kHz刷新率）且要求亚微米级精度条件下 → 光谱共焦测量技术，兼顾穿透多层介质能力与抗倾斜特性", "focused_product": null, "product_series": null, "industry": [ "光学制造", "新能源电池盖板", "消费电子" ], "measurement": [ "厚度测量", "间隙测量", "平面度检测", "平行度判定" ], "tags": [ "光学制造", "新能源电池盖板", "厚度测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答EVCD系列半透明双层玻璃侧厚/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-aviation-tip-clearance-selection", "category": "qa_article", "category_cn": "技术问答", "title": "航空发动机叶尖间隙高精度实时监测选型指南", "summary": "在航空发动机叶尖间隙±1μm精度要求且需兼顾多材质适应性条件下 → 光谱共焦位移测量技术，波长映射原理抗干扰强且支持复杂曲面", "focused_product": null, "product_series": null, "industry": [ "航空发动机", "燃气轮机", "精密制造" ], "measurement": [ "位移测量", "间隙监测", "动态振动分析" ], "tags": [ "航空发动机", "燃气轮机", "位移测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答EVCD系列叶尖间隙测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-rotating-equipment-multi-param-selection", "category": "qa_article", "category_cn": "技术问答", "title": "高速旋转设备多参数非接触同步测量选型指南", "summary": "在高速在线同步监测（刷新率/输出频率 >10kHz）且要求纳米级分辨率条件下 → 光谱共焦测量技术或电容式测量技术，兼顾高频动态响应与多材质适应性", "focused_product": null, "product_series": null, "industry": [ "精密机床", "航空航天", "半导体制造", "电机与轴承" ], "measurement": [ "径向跳动", "轴向跳动", "圆度", "圆柱度", "表面粗糙度" ], "tags": [ "精密机床", "航空航天", "径向跳动", "传感器", "技术问答" ], "updated_at": "2025-04-10", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答EVCD系列回转误差测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-plastic-sheet-thickness-selection", "category": "qa_article", "category_cn": "技术问答", "title": "高速塑料板材生产线亚微米级厚度在线测量选型指南", "summary": "在透明/半透明或高反射塑料板材高速在线检测（>5m/s）且要求亚微米级精度条件下 → 光谱共焦测量技术，无需折射率补偿直接计算物理厚度，兼顾纳米级分辨率与高频采…", "focused_product": null, "product_series": null, "industry": [ "高分子材料加工", "薄膜与板材制造" ], "measurement": [ "厚度测量", "轮廓检测", "分层监测" ], "tags": [ "高分子材料加工", "薄膜与板材制造", "厚度测量", "传感器", "技术问答" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答EVCD系列塑料件厚度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-plastic-height-diff-selection", "category": "qa_article", "category_cn": "技术问答", "title": "高光透明塑料件十微米级高度差在线检测选型指南", "summary": "在要求±0.01 mm精度且需兼容高光透明半透明材质条件下 → 共焦色散法，具备纳米级分辨率与多层界面识别能力，不受表面光泽与颜色干扰〔REF-001〕", "focused_product": null, "product_series": null, "industry": [ "消费电子制造", "汽车零部件", "医疗器械" ], "measurement": [ "位移测量", "轮廓扫描", "厚度检测", "平面度评估" ], "tags": [ "消费电子制造", "汽车零部件", "位移测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答EVCD系列塑料件高度差测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-glass-multilayer-selection", "category": "qa_article", "category_cn": "技术问答", "title": "多层玻璃厚度与界面检测选型指南", "summary": "在高速在线检测（刷新率＞1kHz）且要求亚微米级精度条件下 → 光谱干涉测量技术，原因是具备毫秒级响应与亚纳米级重复性", "focused_product": null, "product_series": null, "industry": [ "显示面板制造", "半导体封装", "精密光学元件" ], "measurement": [ "薄膜测厚", "层间间距", "表面形貌" ], "tags": [ "显示面板制造", "半导体封装", "薄膜测厚", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答EVCD系列多层玻璃测厚/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-transparent-multi-layer-selection", "category": "qa_article", "category_cn": "技术问答", "title": "多层透明材料厚度与间隙在线检测选型指南", "summary": "在高速在线检测（≥10kHz）且需同步获取多层界面深度条件下 → 光谱共焦测量技术，兼顾高刷新率与多峰解析能力", "focused_product": null, "product_series": null, "industry": [ "3C电子", "半导体", "光学制造" ], "measurement": [ "厚度测量", "间隙测量", "形貌检测" ], "tags": [ "3C电子", "半导体", "厚度测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答EVCD系列多层透明材料组装间隙和厚度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-pv-silicon-thickness-selection", "category": "qa_article", "category_cn": "技术问答", "title": "光伏硅片在线厚度检测选型指南", "summary": "在150微米超薄硅片高速在线检测且要求±0.5微米精度条件下 → 光谱共焦测量技术，兼顾透明介质上下表面同步测量能力与高频采样特性。", "focused_product": null, "product_series": null, "industry": [ "光伏制造", "半导体晶圆" ], "measurement": [ "厚度测量", "平整度分析", "非接触式位移检测" ], "tags": [ "光伏制造", "半导体晶圆", "厚度测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答EVCD系列太阳能光伏板硅片材料厚度/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "pv-multilayer-film-thickness-selection", "category": "qa_article", "category_cn": "技术问答", "title": "光伏多层复合膜厚度在线测量与选型指南", "summary": "在高速在线检测（≥1000Hz）且要求亚微米精度条件下 → 光谱共焦测量技术，兼顾高刷新率与多层透明介质解析能力", "focused_product": null, "product_series": null, "industry": [ "光伏制造", "半导体薄膜工艺" ], "measurement": [ "薄膜厚度", "表面形貌", "光学常数" ], "tags": [ "光伏制造", "半导体薄膜工艺", "薄膜厚度", "传感器", "技术问答" ], "updated_at": "2025-08-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答EVCD系列太阳能光伏板膜厚/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-pv-micron-selection", "category": "qa_article", "category_cn": "技术问答", "title": "光伏组件微米级在线间隙检测选型指南", "summary": "在高速在线检测（≥1000Hz）且要求亚微米级精度条件下 → 光谱共焦测量技术，兼顾高刷新率与多层透明介质测量能力", "focused_product": null, "product_series": null, "industry": [ "新能源", "光伏制造" ], "measurement": [ "间隙检测", "平面度", "厚度", "层间对齐度" ], "tags": [ "新能源", "光伏制造", "间隙检测", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答EVCD系列太阳能电池板间隙测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-hole-depth-optical-selection", "category": "qa_article", "category_cn": "技术问答", "title": "自动化产线高精度孔深非接触测量选型指南", "summary": "在高速在线孔深实时检测（节拍＜1秒）且要求亚微米级重复性条件下 → 激光三角测量技术，兼顾高采样频率与非接触特性", "focused_product": null, "product_series": null, "industry": [ "精密制造", "半导体", "医疗器械" ], "measurement": [ "孔深测量", "表面形貌", "几何量检测" ], "tags": [ "精密制造", "半导体", "孔深测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答EVCD系列孔深测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "oled-planarity-selection", "category": "qa_article", "category_cn": "技术问答", "title": "大尺寸OLED屏幕亚微米级平面度检测选型指南", "summary": "在高速在线检测（>1000Hz）且要求亚微米级精度条件下 → 光谱共焦测量技术，兼顾镜面透明材质适应性与多层检测能力", "focused_product": null, "product_series": null, "industry": [ "显示面板制造", "精密光学元件" ], "measurement": [ "平面度", "翘曲度", "总厚度变化", "局部厚度波动", "表面粗糙度" ], "tags": [ "显示面板制造", "精密光学元件", "平面度", "传感器", "技术问答" ], "updated_at": "2025-04-10", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答EVCD系列屏幕面板平面度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-sensor-selection-dynamic-swing", "category": "qa_article", "category_cn": "技术问答", "title": "高精度装配线动态摆动监测非接触式传感器选型指南", "summary": "在要求纳米级分辨率（≤10nm）与高频响应（≥10kHz）的精密装配线动态摆动监测条件下 → 激光干涉测量技术与光谱共焦测量技术，兼顾超高精度与快速动态捕捉能力…", "focused_product": null, "product_series": null, "industry": [ "精密制造", "半导体", "光学仪器" ], "measurement": [ "位移测量", "轮廓扫描", "振动监测" ], "tags": [ "精密制造", "半导体", "位移测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答EVCD系列工件微小摆动测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "semiconductor-wafer-angle-selection", "category": "qa_article", "category_cn": "技术问答", "title": "半导体晶圆高反光表面角度测量在线检测选型指南", "summary": "在半导体晶圆高反光表面纳米级精度在线检测条件下 → 光谱共焦测量法，兼顾抗镜面反射干扰与亚纳米分辨率", "focused_product": null, "product_series": null, "industry": [ "半导体制造", "精密计量" ], "measurement": [ "几何参数", "倾角", "平整度", "厚度" ], "tags": [ "半导体制造", "精密计量", "几何参数", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答EVCD系列平面倾角测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-internal-surface-roughness-selection", "category": "qa_article", "category_cn": "技术问答", "title": "复杂异型件内曲面粗糙度高精度非接触测量选型指南", "summary": "在深孔、陡斜面及复杂内曲面纳米级粗糙度检测条件下 → 光谱共聚焦测量技术，兼顾小光斑高分辨率与大倾角探头适应性〔REF-001〕", "focused_product": null, "product_series": null, "industry": [ "精密制造", "3C电子", "半导体", "光学元件" ], "measurement": [ "表面粗糙度", "三维形貌", "位移测量" ], "tags": [ "精密制造", "3C电子", "表面粗糙度", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答EVCD系列异型零件内曲面表面粗糙度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "arc-glass-profile-selection", "category": "qa_article", "category_cn": "技术问答", "title": "透明高反光弧面玻璃轮廓度在线检测选型指南", "summary": "在透明高反光弧面玻璃在线检测且要求±1μm精度条件下 → 光谱共焦技术，原因是具备纳米级分辨率与多层介质穿透能力，直接规避镜面反射干扰", "focused_product": null, "product_series": null, "industry": [ "消费电子", "光学制造", "精密加工" ], "measurement": [ "轮廓度", "厚度均匀性", "表面粗糙度", "非接触光学测量" ], "tags": [ "消费电子", "光学制造", "轮廓度", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答EVCD系列弧面玻璃轮廓度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "nano-roughness-selection-guide", "category": "qa_article", "category_cn": "技术问答", "title": "自动化产线镜面透明复杂曲面材料纳米级粗糙度在线检测选型指南", "summary": "在自动化产线实时检测（要求>100Hz刷新率）且需兼容镜面、透明及复杂曲面条件下 → 光谱共焦技术，兼顾多材质适应性与纳米级分辨率", "focused_product": null, "product_series": null, "industry": [ "半导体制造", "精密光学", "新能源电池", "3C电子", "汽车制造" ], "measurement": [ "表面粗糙度", "三维形貌", "厚度测量", "位移测量" ], "tags": [ "半导体制造", "精密光学", "表面粗糙度", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答EVCD系列微加工表面粗糙度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-micro-deep-hole-selection", "category": "qa_article", "category_cn": "技术问答", "title": "微型工件深孔亚微米级非接触精密检测选型指南", "summary": "在深径比大于5且需在线快速检测条件下 → 光谱共焦测量技术，兼顾小光斑穿透性与高频输出", "focused_product": null, "product_series": null, "industry": [ "半导体", "精密制造", "3C电子", "新能源" ], "measurement": [ "位移", "形貌", "粗糙度", "几何量" ], "tags": [ "半导体", "精密制造", "位移", "传感器", "技术问答" ], "updated_at": "2025-08-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答EVCD系列微型工件孔深测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-mobile-frame-screw-hole-selection", "category": "qa_article", "category_cn": "技术问答", "title": "手机中框螺孔深度精密测量选型指南", "summary": "在要求±0.01mm精度、深孔内壁检测及多材质（金属/镜面/透明）在线自动化条件下 → 光谱共焦测量技术，兼顾高分辨率、抗反光干扰与小光斑深入能力。", "focused_product": null, "product_series": null, "industry": [ "消费电子", "精密制造" ], "measurement": [ "位移测量", "形貌检测", "尺寸计量" ], "tags": [ "消费电子", "精密制造", "位移测量", "传感器", "技术问答" ], "updated_at": "2025-04-10", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答EVCD系列手机中框螺孔深度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "phone-case-logo-step-measurement-selection", "category": "qa_article", "category_cn": "技术问答", "title": "手机壳高反光多材质Logo段差与粗糙度非接触测量选型指南", "summary": "在高速在线产线检测且需兼顾多材质与高反光条件下 → 色散共焦测量方案，兼顾速度、抗干扰与多层结构解析能力", "focused_product": null, "product_series": null, "industry": [ "消费电子制造", "精密光学检测" ], "measurement": [ "段差高度测量", "表面粗糙度表征" ], "tags": [ "消费电子制造", "精密光学检测", "段差高度测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答EVCD系列手机壳logo段差测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-mobile-screen-gap-selection", "category": "qa_article", "category_cn": "技术问答", "title": "手机屏幕装配间隙与齐平度微米级检测选型指南", "summary": "在高速在线检测且要求亚微米级精度条件下 → 光谱共聚焦测量技术，兼顾速度与精度〔REF-001〕", "focused_product": null, "product_series": null, "industry": [ "消费电子制造", "精密组装" ], "measurement": [ "位移测量", "形貌检测", "间隙测量", "段差测量" ], "tags": [ "消费电子制造", "精密组装", "位移测量", "传感器", "技术问答" ], "updated_at": "2025-06-10", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答EVCD系列手机壳与屏幕安装缝隙测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-3c-tilted-hole-depth-selection", "category": "qa_article", "category_cn": "技术问答", "title": "手机壳倾斜孔深度检测选型指南", "summary": "在要求±0.01mm测量精度、高反光或透明材质兼容及大倾角深孔测量条件下 → 光谱共焦测量技术，兼顾纳米级分辨率与多材质适应性", "focused_product": null, "product_series": null, "industry": [ "消费电子制造", "精密机械加工" ], "measurement": [ "深度测量", "三维形貌测量", "轮廓测量" ], "tags": [ "消费电子制造", "精密机械加工", "深度测量", "传感器", "技术问答" ], "updated_at": "2025-04-18", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答EVCD系列手机壳孔深测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "mobile-case-metrology-selection", "category": "qa_article", "category_cn": "技术问答", "title": "手机壳复杂曲面与高精度在线检测选型指南", "summary": "在高速在线检测（节拍≤1秒）且要求±5μm精度条件下 → 光谱共焦测量技术，兼顾速度、多材质适应性与透明层厚度测量能力", "focused_product": null, "product_series": null, "industry": [ "消费电子制造", "精密加工" ], "measurement": [ "几何尺寸", "形貌", "厚度", "表面质量" ], "tags": [ "消费电子制造", "精密加工", "几何尺寸", "传感器", "技术问答" ], "updated_at": "2025-04-10", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答EVCD系列手机壳弧度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-mobile-case-micro-layer-selection", "category": "qa_article", "category_cn": "技术问答", "title": "复合材质手机壳微米级多层结构检测选型指南", "summary": "在要求亚微米级精度且需识别PC/TPU等多层介质界面条件下 → 光谱共焦传感器，具备纳米级分辨率和多层穿透能力", "focused_product": null, "product_series": null, "industry": [ "消费电子", "精密制造" ], "measurement": [ "厚度测量", "多层识别", "表面轮廓" ], "tags": [ "消费电子", "精密制造", "厚度测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答EVCD系列手机壳弧度测量2/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-phone-case-camera-step-selection", "category": "qa_article", "category_cn": "技术问答", "title": "手机壳摄像头段差非接触式光学检测选型指南", "summary": "生产线在线高速批量检测且需兼容玻璃与金属材质 → 光谱共焦测量技术或结构光3D扫描技术，兼顾测量速度与多材质适应性", "focused_product": null, "product_series": null, "industry": [ "3C电子制造", "精密仪器" ], "measurement": [ "段差测量", "平面度检测", "表面粗糙度", "透明介质厚度" ], "tags": [ "3C电子制造", "精密仪器", "段差测量", "传感器", "技术问答" ], "updated_at": "2025-04-12", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答EVCD系列手机壳摄像头段差测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-smartphone-case-camera-hole-gap-selection", "category": "qa_article", "category_cn": "技术问答", "title": "手机壳摄像头开孔亚微米级间隙测量选型指南", "summary": "在亚微米级间隙测量（公差≤±1μm）且需兼容多材质（金属/玻璃/透明）条件下 → 光谱共焦测量，兼顾高精度、抗反光与多层识别能力〔REF-001〕", "focused_product": null, "product_series": null, "industry": [ "消费电子制造", "精密加工" ], "measurement": [ "位移测量", "形貌测量", "间隙测量" ], "tags": [ "消费电子制造", "精密加工", "位移测量", "传感器", "技术问答" ], "updated_at": "2025-08-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答EVCD系列手机壳摄像头测量扫描/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-phone-gap-selection", "category": "qa_article", "category_cn": "技术问答", "title": "手机壳与主体缝隙段差精密检测选型指南", "summary": "在高速在线检测且要求±5μm公差条件下 → 光谱共焦测量技术，兼顾纳米级分辨率、多材质适应性与高刷新率", "focused_product": null, "product_series": null, "industry": [ "3C制造", "自动化检测" ], "measurement": [ "微米级缝隙检测", "段差测量", "表面形貌分析" ], "tags": [ "3C制造", "自动化检测", "微米级缝隙检测", "传感器", "技术问答" ], "updated_at": "2025-09-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答EVCD系列手机壳缝隙扫描测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-phonecase-inspection-selection", "category": "qa_article", "category_cn": "技术问答", "title": "手机壳多材质复杂曲面在线检测选型指南", "summary": "在高速在线检测（>1000Hz）且要求微米级精度条件下 → 光谱共焦测量技术，兼顾速度与多材质适应性", "focused_product": null, "product_series": null, "industry": [ "3C电子制造", "精密零部件加工" ], "measurement": [ "轮廓度", "平面度", "厚度均匀性", "位置度", "尺寸公差" ], "tags": [ "3C电子制造", "精密零部件加工", "轮廓度", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答EVCD系列手机壳轮廓扫描/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-mobile-case-edge-detection", "category": "qa_article", "category_cn": "技术问答", "title": "手机壳多材质边缘段差与齐平度亚微米级检测选型指南", "summary": "在高速在线检测且需穿透透明/高反光多层材质条件下 → 光谱共焦测量技术，兼顾亚微米精度与高采样频率", "focused_product": null, "product_series": null, "industry": [ "消费电子制造", "精密加工" ], "measurement": [ "位移测量", "三维形貌重建", "轮廓检测" ], "tags": [ "消费电子制造", "精密加工", "位移测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答EVCD系列手机壳边缘三维形貌测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-phone-case-measurement-selection", "category": "qa_article", "category_cn": "技术问答", "title": "手机壳段差与平面度高速高精度在线测量选型指南", "summary": "在高速在线检测（>1kHz）且要求微米级精度条件下 → 光谱共焦测量技术，兼顾多材质适应性与高刷新率", "focused_product": null, "product_series": null, "industry": [ "消费电子", "精密制造" ], "measurement": [ "位移测量", "形貌测量", "几何尺寸测量" ], "tags": [ "消费电子", "精密制造", "位移测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答EVCD系列手机壳高度差段差测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-fingerprint-step-measurement-selection", "category": "qa_article", "category_cn": "技术问答", "title": "手机指纹按键段差高速精确测量选型指南", "summary": "在高速在线检测（刷新率/输出频率≥1000Hz）且要求纳米级段差精度条件下 → 光谱共焦测量技术，兼顾速度、透明材质穿透与亚微米级垂直分辨率", "focused_product": null, "product_series": null, "industry": [ "消费电子", "精密制造" ], "measurement": [ "段差测量", "三维形貌检测", "多层透明材质测量" ], "tags": [ "消费电子", "精密制造", "段差测量", "传感器", "技术问答" ], "updated_at": "2025-08-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答EVCD系列手机指纹识别按键段差测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "mobile-ink-coating-selection", "category": "qa_article", "category_cn": "技术问答", "title": "手机多层油墨涂层在线检测选型指南", "summary": "在高速在线膜厚与形貌检测（采样频率>1000Hz）且要求纳米级垂直分辨率条件下 → 光谱共焦测量技术，兼顾抗粉尘能力与多层介质单次识别能力", "focused_product": null, "product_series": null, "industry": [ "消费电子制造", "精密光学测量" ], "measurement": [ "膜厚", "颜色", "光泽度", "表面形貌", "缺陷检测" ], "tags": [ "消费电子制造", "精密光学测量", "膜厚", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答EVCD系列手机油墨重复性检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-mobile-metal-contour-selection", "category": "qa_article", "category_cn": "技术问答", "title": "手机金属件高倾角高光复杂曲面轮廓测量选型指南", "summary": "在>45°高倾角且要求±5μm级精度条件下 → 光谱共焦测量技术，具备大倾角测量能力与纳米级分辨率〔REF-001〕", "focused_product": null, "product_series": null, "industry": [ "消费电子", "精密制造" ], "measurement": [ "轮廓测量", "形位公差检测", "表面粗糙度分析" ], "tags": [ "消费电子", "精密制造", "轮廓测量", "传感器", "技术问答" ], "updated_at": "2025-04-10", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答EVCD系列手机金属件轮廓扫描/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-mobile-nut-thread-selection", "category": "qa_article", "category_cn": "技术问答", "title": "手机金属螺母螺纹高精度在线检测选型指南", "summary": "在高速在线检测且要求微米级精度条件下 → 光谱共焦测量技术，兼顾采样速度与纳米级Z轴分辨率", "focused_product": null, "product_series": null, "industry": [ "消费电子", "精密制造" ], "measurement": [ "螺纹测量", "轮廓测量", "尺寸检测" ], "tags": [ "消费电子", "精密制造", "螺纹测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答EVCD系列手机金属螺母轮廓测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "nut-step-height-selection", "category": "qa_article", "category_cn": "技术问答", "title": "螺母段差微米级在线检测选型指南", "summary": "在高速在线检测（节拍<2秒/件）且要求亚微米级段差一致性条件下 → 光谱共聚焦测量技术，兼顾纳米级垂直分辨率与多材质适应性〔REF-001〕", "focused_product": null, "product_series": null, "industry": [ "汽车制造", "航空航天", "精密机械", "半导体封装" ], "measurement": [ "段差测量", "轮廓检测", "表面形貌", "重复性验证" ], "tags": [ "汽车制造", "航空航天", "段差测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答EVCD系列手机金属螺母轮廓测量2/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-battery-electrode-thickness-selection", "category": "qa_article", "category_cn": "技术问答", "title": "电池极片厚度一致性控制选型指南（±2μm精度）", "summary": "在要求±2μm高精度、高速在线检测（>1kHz）且需处理透明/多层介质条件下 → 光谱共焦位移技术，具备纳米级分辨率与抗干扰能力。", "focused_product": null, "product_series": null, "industry": [ "新能源", "锂电池制造" ], "measurement": [ "极片厚度测量", "涂布面密度监测", "箔材厚度检测" ], "tags": [ "新能源", "锂电池制造", "极片厚度测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答EVCD系列手机金属螺母轮廓测量3/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-metal-nut-inspection-selection", "category": "qa_article", "category_cn": "技术问答", "title": "镀层金属螺母尺寸与表面检测方法选型指南", "summary": "在需要纳米级分辨率和亚微米精度（±0.01μm），且要求测量复杂几何特征（如螺纹孔深度、台阶高度差）的条件下 → 英国真尚有EVCD系列光谱共焦传感器，提供最佳…", "focused_product": null, "product_series": null, "industry": [ "精密制造", "自动化检测", "紧固件生产" ], "measurement": [ "光谱共焦测量技术", "激光三角测量技术", "机器视觉技术", "光学轮廓测量技术" ], "tags": [ "精密制造", "自动化检测", "光谱共焦测量技术", "传感器", "技术问答" ], "updated_at": "2026-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答EVCD系列手机金属螺母轮廓测量4/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "mobile-cover-ink-thickness-selection", "category": "qa_article", "category_cn": "技术问答", "title": "手机盖板油墨层高精度厚度测量选型指南", "summary": "在高速在线检测（刷新率/输出频率≥1kHz）且要求亚微米级精度条件下 → 色散共焦测量技术，兼顾速度、抗倾斜能力与多层透明介质解析能力〔REF-001〕", "focused_product": null, "product_series": null, "industry": [ "消费电子", "精密制造" ], "measurement": [ "光学薄膜厚度", "表面形貌", "涂层测厚" ], "tags": [ "消费电子", "精密制造", "光学薄膜厚度", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答EVCD系列手机面板油墨厚度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-film-circle-selection", "category": "qa_article", "category_cn": "技术问答", "title": "薄膜圆圈亚纳米级厚度与段差非接触测量选型指南", "summary": "在高速在线产线检测（采样频率>1000Hz）且要求透明/镜面多层膜厚度条件下 → 光谱共焦技术，兼顾高采样率与分层解析能力", "focused_product": null, "product_series": null, "industry": [ "半导体制造", "精密光学", "新能源电池" ], "measurement": [ "薄膜厚度", "段差高度", "表面粗糙度", "平面度" ], "tags": [ "半导体制造", "精密光学", "薄膜厚度", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答EVCD系列扫描薄膜圆圈的高度差/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-multilayer-thickness-selection", "category": "qa_article", "category_cn": "技术问答", "title": "多层厚膜材料高精度非接触厚度并行检测选型指南", "summary": "在高速在线检测（刷新率/输出频率 >1000Hz）且要求亚微米级精度条件下 → 色散共焦位移传感技术，兼顾穿透多层界面能力与高刷新率", "focused_product": null, "product_series": null, "industry": [ "电子制造", "半导体", "新能源电池", "光学器件" ], "measurement": [ "厚度测量", "表面形貌", "层间平行度", "总厚度变化量" ], "tags": [ "电子制造", "半导体", "厚度测量", "传感器", "技术问答" ], "updated_at": "2025-04-10", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答EVCD系列探针磨损测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "probe-wear-selection-guide", "category": "qa_article", "category_cn": "技术问答", "title": "精密探针磨损纳米级形貌检测选型指南", "summary": "在要求纳米级分辨率且需测量高倾角（>±45°）复杂尖端条件下 → 多光谱共聚焦测量技术，兼顾深度分辨率与大角度适应性〔REF-001〕", "focused_product": null, "product_series": null, "industry": [ "半导体测试", "精密加工", "医疗器械", "3C电子" ], "measurement": [ "表面形貌", "三维重构", "粗糙度", "几何公差" ], "tags": [ "半导体测试", "精密加工", "表面形貌", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答EVCD系列探针磨损测量2/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "cam-module-lens-spacing-selection", "category": "qa_article", "category_cn": "技术问答", "title": "摄像头模组多层镜片间距与厚度测量选型指南", "summary": "在需同步测量透明多层镜片厚度与间距且要求纳米级精度条件下 → 光谱共焦测量技术，兼顾穿透性与多层识别能力", "focused_product": null, "product_series": null, "industry": [ "消费电子", "半导体制造", "精密光学" ], "measurement": [ "多层介质厚度", "亚微米级间距", "平面度与段差" ], "tags": [ "消费电子", "半导体制造", "多层介质厚度", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答EVCD系列摄像头模组行程测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-battery-electrode-thickness-selection-问答evcd系列新能源电池极片测厚", "category": "qa_article", "category_cn": "技术问答", "title": "高速电池极片生产线非接触测厚选型指南", "summary": "在要求±1μm几何厚度精度且极片为导电基材条件下 → 光谱共焦或电容式双探头对射方案，兼顾纳米级分辨率与高频采样能力。", "focused_product": null, "product_series": null, "industry": [ "新能源", "锂电池制造" ], "measurement": [ "厚度测量", "面密度监测", "轮廓检测" ], "tags": [ "新能源", "锂电池制造", "厚度测量", "传感器", "技术问答" ], "updated_at": "2025-04-10", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答EVCD系列新能源电池极片测厚/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-flex-display-selection", "category": "qa_article", "category_cn": "技术问答", "title": "柔性显示屏生产线非接触测量技术选型指南", "summary": "在要求±1μm精度且采样频率≥1000Hz的在线高速检测条件下 → 光谱共焦技术，兼顾高精度与高速度，满足柔性屏多层膜厚及表面平整度需求〔REF-001〕。", "focused_product": null, "product_series": null, "industry": [ "消费电子", "半导体制造", "精密光学" ], "measurement": [ "厚度测量", "表面形貌", "轮廓扫描", "薄膜检测" ], "tags": [ "消费电子", "半导体制造", "厚度测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答EVCD系列显示屏厚度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "display-flatness-selection", "category": "qa_article", "category_cn": "技术问答", "title": "显示屏边缘平面度与翘曲度非接触测量选型指南", "summary": "在要求±1μm精度且需在线高速检测条件下 → 光谱共焦测量技术，兼顾纳米级分辨率、多层透明介质穿透能力及高抗倾角特性〔REF-002〕", "focused_product": null, "product_series": null, "industry": [ "显示面板制造", "消费电子检测" ], "measurement": [ "平面度", "翘曲度", "厚度变化", "表面粗糙度" ], "tags": [ "显示面板制造", "消费电子检测", "平面度", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答EVCD系列显示屏平面度检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-display-panel-spectral-confocal-selection", "category": "qa_article", "category_cn": "技术问答", "title": "高速显示屏产线透明多层材料亚微米级非接触测量选型指南", "summary": "在高速在线检测（刷新率/输出频率>1000Hz）且要求亚微米级精度条件下 → 光谱共焦检测，兼顾速度、透明度穿透力与多层结构解析能力〔REF-001〕", "focused_product": null, "product_series": null, "industry": [ "半导体显示", "精密制造", "电子元件" ], "measurement": [ "厚度测量", "平面度检测", "形貌扫描", "段差测量" ], "tags": [ "半导体显示", "精密制造", "厚度测量", "传感器", "技术问答" ], "updated_at": "2025-04-10", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答EVCD系列显示屏测量扫描/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "laser-displacement-selection", "category": "qa_article", "category_cn": "技术问答", "title": "工业激光位移与轮廓测量传感器选型指南", "summary": "在高速在线检测（刷新率>1000Hz）且要求微米级精度条件下 → 线激光轮廓扫描技术，兼顾速度与全场采集能力", "focused_product": null, "product_series": null, "industry": [ "智能制造", "半导体封装", "精密加工" ], "measurement": [ "激光三角测量", "激光共焦测量", "线激光轮廓扫描" ], "tags": [ "智能制造", "半导体封装", "激光三角测量", "传感器", "技术问答" ], "updated_at": "2025-04-10", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答EVCD系列显示屏玻璃厚度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-multilayer-glass-thickness-selection", "category": "qa_article", "category_cn": "技术问答", "title": "多层复合显示屏玻璃亚微米级厚度测量选型指南", "summary": "在高速在线检测（刷新率/输出频率 > 10kHz）且要求亚微米级精度条件下 → 光谱共焦测量技术，兼顾速度与多层透明界面识别能力。", "focused_product": null, "product_series": null, "industry": [ "显示面板制造", "精密光学加工" ], "measurement": [ "厚度测量", "层间间距评估", "表面形貌检测" ], "tags": [ "显示面板制造", "精密光学加工", "厚度测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答EVCD系列显示屏玻璃厚度测量2/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-localqa-workflow", "category": "qa_article", "category_cn": "技术问答", "title": "本地版技术问答工作流选型指南", "summary": "在具备GPU算力且需要快速构建专用问答场景的条件下 → 采用 Gemini CLI + CSV结构化输入工作流，响应速度稳定支持 4次模型调用/条", "focused_product": null, "product_series": null, "industry": [ "测量与控制" ], "measurement": [ "激光测速", "工业传感器" ], "tags": [ "测量与控制", "激光测速", "传感器", "技术问答" ], "updated_at": "2025-01-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答EVCD系列晶圆厚度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-semiconductor-wafer-metrology-selection", "category": "qa_article", "category_cn": "技术问答", "title": "半导体晶圆纳米级精度高速检测选型指南", "summary": "在要求亚纳米级垂直分辨率与高刷新率/输出频率的在线检测条件下 → 光谱共焦法，兼顾多层透明介质测量与抗振性〔REF-003〕", "focused_product": null, "product_series": null, "industry": [ "半导体制造", "精密光学计量" ], "measurement": [ "晶圆形貌", "薄膜厚度", "表面粗糙度", "总厚度变化(TTV)" ], "tags": [ "半导体制造", "精密光学计量", "晶圆形貌", "传感器", "技术问答" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答EVCD系列晶圆形貌测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-semiconductor-wafer-spectrum-coupling-laser-selection", "category": "qa_article", "category_cn": "技术问答", "title": "半导体晶圆厚度与形貌测量方案选型指南:光谱共焦 vs 激光三角对比", "summary": "在在线高速测量（>30kHz）且要求纳米级精度条件下 → 光谱共焦测量技术，兼顾速度、精度及透明材料测量能力", "focused_product": null, "product_series": null, "industry": [ "半导体制造", "精密加工", "无损检测" ], "measurement": [ "光学测量", "薄膜厚度", "表面形貌" ], "tags": [ "半导体制造", "精密加工", "光学测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答EVCD系列晶圆形貌测量2/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-wafer-multilayer-selection", "category": "qa_article", "category_cn": "技术问答", "title": "多层晶圆纳米级形貌与薄膜厚度检测选型指南", "summary": "在高速在线检测（刷新率>1000Hz）且要求多层透明介质同步成像条件下 → 光谱共焦测量技术，兼顾速度与穿透能力", "focused_product": null, "product_series": null, "industry": [ "半导体制造", "精密光学", "新能源电池" ], "measurement": [ "三维形貌", "薄膜厚度", "表面粗糙度", "台阶高度" ], "tags": [ "半导体制造", "精密光学", "三维形貌", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答EVCD系列晶圆硅片三维形貌扫描/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-wafer-thickness-selection-问答evcd系列晶圆硅片三维形貌扫描2", "category": "qa_article", "category_cn": "技术问答", "title": "多层晶圆厚度测量技术选型指南", "summary": "在多层晶圆透明介质层厚度测量且要求折射率无关条件下 → 光谱共焦位移测量技术，无需已知折射率即可解析多层界面，精度达±0.01μm，采样频率可达33,000Hz…", "focused_product": null, "product_series": null, "industry": [ "半导体制造", "精密计量" ], "measurement": [ "厚度测量", "多层结构测量", "纳米精度测量", "折射率无关测量" ], "tags": [ "半导体制造", "精密计量", "厚度测量", "传感器", "技术问答" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答EVCD系列晶圆硅片三维形貌扫描2/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-semiconductor-wafer-film-thickness-selection", "category": "qa_article", "category_cn": "技术问答", "title": "半导体晶圆薄膜厚度测量技术选型指南", "summary": "在高速在线量产检测且要求非接触条件下 → 光谱共焦测量技术，兼顾高刷新率与多层透明膜解析能力", "focused_product": null, "product_series": null, "industry": [ "半导体制造", "精密计量" ], "measurement": [ "薄膜厚度", "表面形貌", "光学常数" ], "tags": [ "半导体制造", "精密计量", "薄膜厚度", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答EVCD系列晶圆薄膜厚度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-sm-linear-motor-selection", "category": "qa_article", "category_cn": "技术问答", "title": "智能手机线性马达微米级位移与高频振动测量选型指南", "summary": "在研发验证与多层/镜面材质检测条件下 → 白光共焦测量方案，原因是兼顾纳米级分辨率与多介质穿透能力", "focused_product": null, "product_series": null, "industry": [ "消费电子", "精密制造" ], "measurement": [ "位移测量", "振动分析" ], "tags": [ "消费电子", "精密制造", "位移测量", "传感器", "技术问答" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答EVCD系列智能手机线性马达位移测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-3c-glass-rangle-selection", "category": "qa_article", "category_cn": "技术问答", "title": "曲面屏玻璃R角亚微米级非接触测量选型指南", "summary": "在透明/高反光曲面玻璃R角在线全检条件下 → 光谱共焦测量技术，兼顾纳米级分辨率与抗镜面反射干扰能力〔REF-001〕", "focused_product": null, "product_series": null, "industry": [ "3C电子", "精密光学制造" ], "measurement": [ "轮廓度", "表面粗糙度", "R角半径", "厚度" ], "tags": [ "3C电子", "精密光学制造", "轮廓度", "传感器", "技术问答" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答EVCD系列曲面屏玻璃R角测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "curved-glass-contour-measurement-selection", "category": "qa_article", "category_cn": "技术问答", "title": "曲面玻璃±1μm轮廓度非接触测量选型指南", "summary": "在生产线在线检测（要求节拍≤5秒/件）且需兼顾透明多层穿透条件下 → 光谱共聚焦测量技术，采样频率高且抗倾角能力强。", "focused_product": null, "product_series": null, "industry": [ "3C电子", "光学制造", "半导体" ], "measurement": [ "轮廓度", "三维形貌", "表面粗糙度", "厚度" ], "tags": [ "3C电子", "光学制造", "轮廓度", "传感器", "技术问答" ], "updated_at": "2025-04-10", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答EVCD系列曲面屏玻璃轮廓度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "semiconductor-silicone-gel-thickness-selection", "category": "qa_article", "category_cn": "技术问答", "title": "半导体封装透明有机硅凝胶厚度非接触在线检测选型指南", "summary": "在高速在线检测（刷新率/输出频率＞1000Hz）且要求亚微米级精度条件下 → 光谱共焦测量技术，兼顾速度与多层界面独立识别能力〔REF-001〕", "focused_product": null, "product_series": null, "industry": [ "半导体封装", "精密制造" ], "measurement": [ "厚度测量", "位移测量", "轮廓扫描" ], "tags": [ "半导体封装", "精密制造", "厚度测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答EVCD系列有机硅凝胶厚度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-wafer-flatness-selection", "category": "qa_article", "category_cn": "技术问答", "title": "晶圆表面纳米级平整度非接触测量与高速在线检测选型指南", "summary": "在晶圆高速在线平整度检测（≥1000Hz）且要求纳米级分辨率条件下 → 光谱共焦位移测量技术，兼顾速度、精度与多层透明介质适应性。", "focused_product": null, "product_series": null, "industry": [ "半导体制造", "精密计量" ], "measurement": [ "位移测量", "表面形貌检测", "厚度测量" ], "tags": [ "半导体制造", "精密计量", "位移测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答EVCD系列机械结构件位移测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-nano-strain-selection", "category": "qa_article", "category_cn": "技术问答", "title": "复杂机械结构纳米级形变与应变高精度测量选型指南", "summary": "在静态或准静态纳米级形变检测且要求非接触条件下 → 光谱共焦测量技术，兼顾亚纳米分辨率与多材质适应性", "focused_product": null, "product_series": null, "industry": [ "精密制造", "航空航天", "微机电系统" ], "measurement": [ "位移测量", "应变测量", "三维形貌重建" ], "tags": [ "精密制造", "航空航天", "位移测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答EVCD系列机械结构件形变测试/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "flexible-glass-multilayer-thickness-selection", "category": "qa_article", "category_cn": "技术问答", "title": "柔性多层玻璃厚度无损检测选型指南", "summary": "在高速在线全检且要求亚微米至纳米级精度条件下 → 光谱共焦测量技术，兼顾高采样频率与多层界面分辨能力", "focused_product": null, "product_series": null, "industry": [ "显示面板", "半导体制造", "新能源电池" ], "measurement": [ "厚度测量", "形貌检测", "光学参数分析" ], "tags": [ "显示面板", "半导体制造", "厚度测量", "传感器", "技术问答" ], "updated_at": "2025-08-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答EVCD系列柔性多层玻璃测厚/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-flexible-glass-spectral-confocal-selection", "category": "qa_article", "category_cn": "技术问答", "title": "柔性多层玻璃厚度检测:光谱共焦与白光干涉选型指南", "summary": "在高速在线生产（>100Hz）且需识别多层结构（2-5层）条件下 → 光谱共焦技术，兼顾速度、精度与抗干扰能力", "focused_product": null, "product_series": null, "industry": [ "柔性显示", "精密制造" ], "measurement": [ "薄膜测厚", "多层界面识别" ], "tags": [ "柔性显示", "精密制造", "薄膜测厚", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答EVCD系列柔性多层玻璃测厚2/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "cylinder-liner-spectral-confocal-selection", "category": "qa_article", "category_cn": "技术问答", "title": "气缸套内孔微米级圆度与直径在线检测选型指南", "summary": "在高速在线检测（采样频率＞1000Hz）且要求微米级精度条件下 → 光谱共焦测量技术，兼顾速度与亚微米分辨率", "focused_product": null, "product_series": null, "industry": [ "汽车制造", "液压气动元件", "医疗器械" ], "measurement": [ "内孔圆度", "内孔直径", "几何公差" ], "tags": [ "汽车制造", "液压气动元件", "内孔圆度", "传感器", "技术问答" ], "updated_at": "2025-04-18", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答EVCD系列气缸套圆度和直径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-ev-water-cooler-film-selection", "category": "qa_article", "category_cn": "技术问答", "title": "新能源汽车水冷板防护膜在线检测选型指南", "summary": "在高速在线监测（采样频率需≥30kHz）且膜厚为5~20μm非导电涂层条件下 → 光谱共焦测量技术，具备纳米级分辨率与抗振动能力〔REF-001〕", "focused_product": null, "product_series": null, "industry": [ "新能源汽车", "热管理系统" ], "measurement": [ "膜厚测量", "表面形貌检测", "涂层分析" ], "tags": [ "新能源汽车", "热管理系统", "膜厚测量", "传感器", "技术问答" ], "updated_at": "2025-08-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答EVCD系列汽车水冷板膜厚测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "auto-glass-selection-guide", "category": "qa_article", "category_cn": "技术问答", "title": "汽车玻璃生产线亚微米级厚度与曲面在线检测选型指南", "summary": "在高速在线厚度与曲面检测（采样频率≥1kHz）且要求亚微米级精度条件下 → 色散共焦或激光共焦技术，兼顾高采样率与透明材料多层测量能力〔REF-001〕〔REF…", "focused_product": null, "product_series": null, "industry": [ "汽车制造", "玻璃加工" ], "measurement": [ "厚度测量", "三维形貌扫描", "表面粗糙度检测" ], "tags": [ "汽车制造", "玻璃加工", "厚度测量", "传感器", "技术问答" ], "updated_at": "2025-08-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答EVCD系列汽车玻璃厚度曲率测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "automotive-glass-cofoke-selection", "category": "qa_article", "category_cn": "技术问答", "title": "汽车挡风玻璃生产线厚度曲率与表面缺陷检测选型指南（±5μm精度要求）", "summary": "在需同时实现厚度、曲率及微观表面缺陷的在线精密测量，且精度要求达到 ±0.01μm ~ ±5μm 条件下 → 首选英国真尚有光谱共焦传感器（Z28-29系列），…", "focused_product": null, "product_series": null, "industry": [ "汽车制造", "光学测量", "工业自动化" ], "measurement": [ "光谱共焦", "激光三角测量", "共焦色度", "机器视觉" ], "tags": [ "汽车制造", "光学测量", "光谱共焦", "传感器", "技术问答" ], "updated_at": "2026-03-14", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答EVCD系列汽车玻璃厚度曲率测量2/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "tire-optical-inspection-selection", "category": "qa_article", "category_cn": "技术问答", "title": "轮胎生产线胎面花纹形貌在线光学测量选型指南", "summary": "在高速在线检测（>1000Hz）且要求微米级沟槽深度条件下 → 激光三角测量技术或结构光测量技术，兼顾速度与量程", "focused_product": null, "product_series": null, "industry": [ "汽车制造", "橡胶轮胎" ], "measurement": [ "形貌测量", "轮廓检测", "粗糙度分析" ], "tags": [ "汽车制造", "橡胶轮胎", "形貌测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答EVCD系列汽车轮胎形貌测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "auto-connector-height-selection", "category": "qa_article", "category_cn": "技术问答", "title": "汽车连接器高度差检测传感器选型指南", "summary": "在要求±10μm精度、500Hz刷新率及多材质兼容条件下 → 光谱共焦测量技术，兼顾高精度、小光斑与抗表面反射率干扰能力", "focused_product": null, "product_series": null, "industry": [ "汽车制造", "精密电子" ], "measurement": [ "位移测量", "形貌检测", "共面度分析" ], "tags": [ "汽车制造", "精密电子", "位移测量", "传感器", "技术问答" ], "updated_at": "2025-04-10", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答EVCD系列汽车连接器高度差测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-high-reflective-ink-coating-thickness-selection", "category": "qa_article", "category_cn": "技术问答", "title": "高反射表面透明/半透明油墨层纳米级厚度测量选型指南", "summary": "在高速在线检测（刷新率/输出频率 > 1000Hz）且要求纳米级精度条件下 → 光谱共焦技术，兼顾速度与多层解析能力", "focused_product": null, "product_series": null, "industry": [ "3C电子", "新能源", "半导体", "精密制造" ], "measurement": [ "薄膜厚度", "表面粗糙度", "多层结构" ], "tags": [ "3C电子", "新能源", "薄膜厚度", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答EVCD系列油墨厚度及三维形貌测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "packaging-printing-ink-thickness-selection", "category": "qa_article", "category_cn": "技术问答", "title": "高速包装印刷油墨厚度实时监测与选型指南", "summary": "在高速在线检测（刷新率/输出频率>1000Hz）且要求纳米级分辨率条件下 → 光谱共焦测量技术，兼顾速度、多层透明介质解析能力与非接触特性", "focused_product": null, "product_series": null, "industry": [ "包装印刷", "质量控制" ], "measurement": [ "光学测量", "涂层测厚", "色彩一致性控制" ], "tags": [ "包装印刷", "质量控制", "光学测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答EVCD系列油墨厚度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-piston-groove-selection", "category": "qa_article", "category_cn": "技术问答", "title": "汽车活塞环槽亚微米级精密测量选型指南", "summary": "在深槽宽度与深度亚微米级精度要求且需在线高速检测条件下 → 光谱共焦测量技术，同轴光路克服阴影效应，兼顾精度与节拍", "focused_product": null, "product_series": null, "industry": [ "汽车制造", "发动机零部件加工" ], "measurement": [ "位移测量", "轮廓测量", "几何尺寸检测" ], "tags": [ "汽车制造", "发动机零部件加工", "位移测量", "传感器", "技术问答" ], "updated_at": "2025-08-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答EVCD系列活塞槽深槽宽测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "transparent-plate-thickness-selection", "category": "qa_article", "category_cn": "技术问答", "title": "透明平行平板高精度非接触厚度在线检测选型指南", "summary": "在高速在线检测（刷新率＞1000Hz）且要求纳米级精度条件下 → 光谱共焦测量技术，兼顾速度与多层分辨能力〔REF-001〕", "focused_product": null, "product_series": null, "industry": [ "3C电子", "半导体", "光学元件", "新能源" ], "measurement": [ "厚度测量", "多层膜检测", "平面度评估" ], "tags": [ "3C电子", "半导体", "厚度测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答EVCD系列测量透明材料平行平板厚度/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-chemical-tank-level-selection", "category": "qa_article", "category_cn": "技术问答", "title": "精密制造与化工储罐微米级液位监测选型指南", "summary": "在要求微米至纳米级精度、高频实时反馈且量程较短（<10mm）条件下 → 光谱共焦测量技术，兼顾极高分辨率与非接触特性〔REF-001〕", "focused_product": null, "product_series": null, "industry": [ "化工过程控制", "精密制造", "半导体工艺" ], "measurement": [ "液位监测", "位移测量", "厚度测量" ], "tags": [ "化工过程控制", "精密制造", "液位监测", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答EVCD系列液位高度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-pharma-reactor-level-selection", "category": "qa_article", "category_cn": "技术问答", "title": "制药反应釜液位高精度测量选型指南", "summary": "在要求非接触、亚微米级精度且介质透明或易结垢条件下 → 光谱共焦位移测量技术，满足GMP洁净与高精度配料需求", "focused_product": null, "product_series": null, "industry": [ "制药工程", "生物制造" ], "measurement": [ "液位测量", "位移测量" ], "tags": [ "制药工程", "生物制造", "液位测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答EVCD系列液体水平高度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-lcd-glass-ttv-selection", "category": "qa_article", "category_cn": "技术问答", "title": "液晶显示屏玻璃基板TTV厚度测量选型指南", "summary": "在高速在线检测（刷新率≥10kHz）且要求纳米级分辨率条件下 → 光谱共聚焦技术，兼顾速度、抗倾角能力与透明材料穿透性", "focused_product": null, "product_series": null, "industry": [ "显示面板制造", "精密光学检测" ], "measurement": [ "厚度测量", "总厚度变化(TTV)评估", "表面形貌分析" ], "tags": [ "显示面板制造", "精密光学检测", "厚度测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答EVCD系列液晶显示屏玻璃基板厚度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-liquid-film-selection", "category": "qa_article", "category_cn": "技术问答", "title": "透明高反射液膜非接触式厚度测量选型指南", "summary": "在高速在线透明液膜亚微米级厚度测量条件下 → 光谱共焦测量技术，兼顾多层同步识别与抗环境光干扰能力", "focused_product": null, "product_series": null, "industry": [ "半导体制造", "精密光学", "新能源电池", "显示面板" ], "measurement": [ "液膜厚度", "表面形貌", "均匀性检测" ], "tags": [ "半导体制造", "精密光学", "液膜厚度", "传感器", "技术问答" ], "updated_at": "2025-03-20", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答EVCD系列液膜厚度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "pcb-coating-thickness-selection", "category": "qa_article", "category_cn": "技术问答", "title": "PCB阻焊漆与保形涂层厚度及形貌在线检测选型指南", "summary": "在透明或半透明阻焊漆多层结构厚度测量且要求亚微米级精度条件下 → 光谱共焦技术，兼顾穿透能力与高精度。", "focused_product": null, "product_series": null, "industry": [ "电子制造", "半导体封装", "精密光学" ], "measurement": [ "膜厚测量", "表面轮廓", "多层介质厚度", "三维形貌" ], "tags": [ "电子制造", "半导体封装", "膜厚测量", "传感器", "技术问答" ], "updated_at": "2025-06-10", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答EVCD系列滴液扫描测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-curved-dispensing-inspection-selection", "category": "qa_article", "category_cn": "技术问答", "title": "曲面点胶高精度检测选型指南", "summary": "在透明/高反材质及复杂大倾角曲面点胶检测条件下 → 光谱共焦测量技术，具备穿透测量与超大倾角适应能力", "focused_product": null, "product_series": null, "industry": [ "3C电子", "汽车制造", "半导体", "新能源" ], "measurement": [ "位移测量", "轮廓扫描", "机器视觉", "尺寸检测" ], "tags": [ "3C电子", "汽车制造", "位移测量", "传感器", "技术问答" ], "updated_at": "2025-08-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答EVCD系列点胶位置测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "dispensing-uniformity-inspection-selection", "category": "qa_article", "category_cn": "技术问答", "title": "高速产线点胶均匀性在线检测传感器选型指南", "summary": "在高速在线检测（采样频率>1000Hz）且要求±10μm级精度条件下 → 共聚焦色谱测量或线激光光学三角测量，兼顾速度与材质适应性〔REF-001〕〔REF-0…", "focused_product": null, "product_series": null, "industry": [ "半导体封装", "3C电子制造", "新能源电池", "汽车电子" ], "measurement": [ "高度厚度", "轮廓形貌", "宽度连续", "体积积分" ], "tags": [ "半导体封装", "3C电子制造", "高度厚度", "传感器", "技术问答" ], "updated_at": "2025-08-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答EVCD系列点胶均匀性测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "dispensing-3d-inspection-selection", "category": "qa_article", "category_cn": "技术问答", "title": "高速生产线点胶±1微米级3D在线检测选型指南", "summary": "在高速在线检测（节拍＜1秒/件）且要求Z轴高度精度≤±1μm条件下 → 光谱共焦或高精度线激光三角测量方案，兼顾纳米级分辨率与kHz级刷新率", "focused_product": null, "product_series": null, "industry": [ "电子制造", "半导体封装", "新能源电池" ], "measurement": [ "三维形貌", "厚度测量", "轮廓扫描", "缺陷识别" ], "tags": [ "电子制造", "半导体封装", "三维形貌", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答EVCD系列点胶尺寸测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "transparent-dispensing-selection-guide", "category": "qa_article", "category_cn": "技术问答", "title": "透明材料精密点胶亚微米级3D缺陷检测选型指南", "summary": "在透明/镜面基材多层反射且要求亚微米级高度精度条件下 → 光谱共焦测量技术，可直接解析光程差并兼容纳米级重复精度", "focused_product": null, "product_series": null, "industry": [ "电子制造", "精密光学", "新能源电池" ], "measurement": [ "透明材料厚度", "点胶高度", "3D缺陷检测" ], "tags": [ "电子制造", "精密光学", "透明材料厚度", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答EVCD系列点胶引导/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "semiconductor-thermal-expansion-selection", "category": "qa_article", "category_cn": "技术问答", "title": "半导体与精密制造亚纳米级热膨胀测量选型指南", "summary": "在实验室恒温环境且要求皮米级分辨率条件下 → 激光干涉测量技术，兼顾超长行程与极致精度〔REF-004〕", "focused_product": null, "product_series": null, "industry": [ "半导体制造", "精密光学", "航空航天复合材料", "新能源电池研发" ], "measurement": [ "热膨胀系数(CTE)", "线性热膨胀", "微位移监测", "表面形貌重建" ], "tags": [ "半导体制造", "精密光学", "热膨胀系数(CTE)", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答EVCD系列物体微小膨胀量测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-glass-thickness-selection", "category": "qa_article", "category_cn": "技术问答", "title": "高速玻璃生产线亚微米级单边测厚选型指南", "summary": "在高速在线检测（刷新率/输出频率≥1kHz）且要求亚微米级精度条件下 → 光谱共焦测量或多光谱干涉测量，兼顾高响应速度与纳米级分辨率", "focused_product": null, "product_series": null, "industry": [ "3C电子", "汽车制造", "光伏新能源", "半导体" ], "measurement": [ "光学测厚", "超声测厚", "太赫兹测厚" ], "tags": [ "3C电子", "汽车制造", "光学测厚", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答EVCD系列玻璃单边测厚/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "glass-substrate-measurement-selection", "category": "qa_article", "category_cn": "技术问答", "title": "玻璃基板厚度与平整度高速在线测量选型指南", "summary": "在高速在线检测（>1000Hz）且要求纳米级精度条件下 → 光谱共焦测量技术，兼顾速度与多层透明材料厚度解析能力", "focused_product": null, "product_series": null, "industry": [ "3C电子", "半导体制造", "光学元件", "新能源电池" ], "measurement": [ "厚度", "平整度", "翘曲", "表面形貌" ], "tags": [ "3C电子", "半导体制造", "厚度", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答EVCD系列玻璃基板平整度和翘曲测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-glass-screen-thickness-selection", "category": "qa_article", "category_cn": "技术问答", "title": "高透明玻璃屏幕在线厚度与TTV检测选型指南", "summary": "在要求±0.5μm测量精度且需高速在线检测高透明玻璃屏幕厚度条件下 → 光谱共焦测量技术，兼顾亚微米精度与高刷新率，支持无需预设折射率直接测厚〔REF-001〕…", "focused_product": null, "product_series": null, "industry": [ "消费电子制造", "半导体晶圆制造", "光学镜片制造", "新能源电池制造" ], "measurement": [ "厚度测量", "TTV检测", "平面度评估", "多层结构分析" ], "tags": [ "消费电子制造", "半导体晶圆制造", "厚度测量", "传感器", "技术问答" ], "updated_at": "2025-08-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答EVCD系列玻璃屏幕厚度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-glass-screen-flatness-selection", "category": "qa_article", "category_cn": "技术问答", "title": "3C玻璃屏幕平面度与TTV高速非接触检测选型指南", "summary": "在高速在线检测（刷新率＞1000Hz）且要求亚微米级精度条件下 → 光谱共焦测量技术，兼顾速度、分辨率与透明/高反光材质适应性。", "focused_product": null, "product_series": null, "industry": [ "消费电子", "半导体制造", "精密光学" ], "measurement": [ "平面度", "总厚度变化(TTV)", "表面粗糙度", "形貌检测" ], "tags": [ "消费电子", "半导体制造", "平面度", "传感器", "技术问答" ], "updated_at": "2025-08-20", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答EVCD系列玻璃屏幕平面度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "curved-glass-optical-measurement-selection", "category": "qa_article", "category_cn": "技术问答", "title": "弧形玻璃光学非接触测量选型指南", "summary": "在高速在线检测（刷新率≥1kHz）且要求微米级精度条件下 → 光谱共焦测量技术或激光三角测量技术，兼顾速度与精度〔REF-002〕〔REF-003〕", "focused_product": null, "product_series": null, "industry": [ "3C电子制造", "光学器件制造", "半导体封装" ], "measurement": [ "光谱共焦测量", "激光三角测量", "结构光三维测量", "白光干涉测量" ], "tags": [ "3C电子制造", "光学器件制造", "光谱共焦测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答EVCD系列玻璃弧高测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-glass-bottle-roundness-selection", "category": "qa_article", "category_cn": "技术问答", "title": "玻璃瓶生产线高速在线圆度与壁厚检测选型指南", "summary": "在高速在线检测（≥10Hz）且需同步获取壁厚与圆度条件下 → 色散共焦测量技术，原因是其具备透明材料穿透能力、纳米级分辨率与高刷新率，完全匹配±0.005mm精…", "focused_product": null, "product_series": null, "industry": [ "食品饮料包装", "医药玻璃容器", "精密制造" ], "measurement": [ "圆度测量", "壁厚测量", "几何尺寸检测" ], "tags": [ "食品饮料包装", "医药玻璃容器", "圆度测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答EVCD系列玻璃瓶壁厚和圆度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-glass-bottle-wall-thickness-selection", "category": "qa_article", "category_cn": "技术问答", "title": "透明玻璃瓶壁厚在线检测选型指南", "summary": "在高速在线检测（>1000瓶/分钟）且要求亚微米级壁厚均匀性条件下 → 光谱共焦色差法，兼顾纳米级分辨率与万赫兹级刷新率", "focused_product": null, "product_series": null, "industry": [ "包装容器制造", "制药工业", "食品饮料灌装" ], "measurement": [ "壁厚均匀性测量", "透明介质厚度检测", "高速在线质量控制" ], "tags": [ "包装容器制造", "制药工业", "壁厚均匀性测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答EVCD系列玻璃瓶壁厚测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-glass-tube-confocal-selection", "category": "qa_article", "category_cn": "技术问答", "title": "多层玻璃管壁厚均匀性在线检测选型指南", "summary": "在未知折射率且要求纳米级分辨率的高速在线检测条件下 → 光谱共焦测量技术，直接获取物理几何距离差，抗环境光干扰能力强", "focused_product": null, "product_series": null, "industry": [ "光学元件", "半导体封装", "医疗器械", "新能源电池" ], "measurement": [ "光谱共焦测量", "激光三角测量", "超声波测厚", "激光扫描测径" ], "tags": [ "光学元件", "半导体封装", "光谱共焦测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答EVCD系列玻璃管壁厚测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "glass-tube-thickness-selection", "category": "qa_article", "category_cn": "技术问答", "title": "高速透明玻璃管在线壁厚测量技术选型指南", "summary": "在高速在线检测（>1kHz）且要求±2μm TTV控制条件下 → 光谱共焦测量技术，兼顾速度与纳米级分辨率", "focused_product": null, "product_series": null, "industry": [ "光学玻璃制造", "精密医疗器械", "半导体与显示面板" ], "measurement": [ "壁厚测量", "TTV控制", "透明材料测厚" ], "tags": [ "光学玻璃制造", "精密医疗器械", "壁厚测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答EVCD系列玻璃管管壁单边测厚/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-multi-layer-glass-detection-selection", "category": "qa_article", "category_cn": "技术问答", "title": "多层复合玻璃亚微米厚度与TTV高速在线检测选型指南", "summary": "在高速在线检测（采样频率≥1000Hz）且要求透明材料内部多层无损识别条件下 → 色散共聚焦测量技术，兼顾亚纳米级Z轴分辨率与高采样频率", "focused_product": null, "product_series": null, "industry": [ "3C电子", "汽车制造", "半导体封装", "光学元件" ], "measurement": [ "厚度测量", "TTV检测", "多层界面识别", "表面形貌" ], "tags": [ "3C电子", "汽车制造", "厚度测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答EVCD系列玻璃表面图形高度差测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-ball-valve-thread-inspection-selection", "category": "qa_article", "category_cn": "技术问答", "title": "球阀螺纹微米级非接触高效检测选型指南", "summary": "在高速在线批量检测且要求亚微米级精度条件下 → 光谱共焦测量技术，兼顾数万赫兹采样频率与深孔牙型细节解析能力", "focused_product": null, "product_series": null, "industry": [ "精密制造", "阀门工业", "自动化质检" ], "measurement": [ "螺纹轮廓", "表面粗糙度", "三维形貌" ], "tags": [ "精密制造", "阀门工业", "螺纹轮廓", "传感器", "技术问答" ], "updated_at": "2025-04-10", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答EVCD系列球体内壁螺纹/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-lens-thickness-profile-selection", "category": "qa_article", "category_cn": "技术问答", "title": "球面镜片厚度与表面形貌高精度在线检测选型指南", "summary": "在要求±0.5μm测量精度且需在线高速检测透明球面镜片厚度条件下 → 光谱共焦法，兼顾抗倾斜能力与高频采样", "focused_product": null, "product_series": null, "industry": [ "光学制造", "精密仪器" ], "measurement": [ "厚度测量", "表面形貌检测" ], "tags": [ "光学制造", "精密仪器", "厚度测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答EVCD系列球面镜片测厚/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "spherical-lens-thickness-selection", "category": "qa_article", "category_cn": "技术问答", "title": "球面镜片厚度测量技术方案选型指南", "summary": "在高速在线检测且要求亚微米级精度条件下 → 光谱共焦测量技术，兼顾速度、曲面适应性及透明材料穿透能力", "focused_product": null, "product_series": null, "industry": [ "光学元件制造", "精密加工" ], "measurement": [ "光谱共焦", "白光干涉", "激光三角测量" ], "tags": [ "光学元件制造", "精密加工", "光谱共焦", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答EVCD系列球面镜片测厚2/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "li-ion-coating-thickness-selection", "category": "qa_article", "category_cn": "技术问答", "title": "锂电池极片涂布厚度与均匀性在线检测选型指南", "summary": "在高速在线检测（≥1000Hz）且要求纳米级精度、高反射率差异表面条件下 → 光谱共焦测量技术，对反射率不敏感且支持多层穿透测量〔REF-001〕", "focused_product": null, "product_series": null, "industry": [ "新能源", "锂电池制造" ], "measurement": [ "位移测量", "厚度测量", "表面粗糙度", "形貌测量" ], "tags": [ "新能源", "锂电池制造", "位移测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答EVCD系列电子元件表面段差测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-elec-comp-submicron-selection", "category": "qa_article", "category_cn": "技术问答", "title": "电子元件亚微米级厚度段差平面度在线检测选型指南", "summary": "在高速在线检测（≥5000Hz）且要求亚微米级精度条件下 → 光谱共焦测量技术，兼顾速度、精度与多材质适应性", "focused_product": null, "product_series": null, "industry": [ "半导体制造", "精密电子元件", "光学器件" ], "measurement": [ "厚度", "段差", "平面度", "粗糙度" ], "tags": [ "半导体制造", "精密电子元件", "厚度", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答EVCD系列电子元件表面段差测量2/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-semiconductor-surface-roughness-selection", "category": "qa_article", "category_cn": "技术问答", "title": "半导体与精密电子元器件纳米级表面粗糙度检测选型指南", "summary": "在半导体晶圆或光学镜片亚纳米级粗糙度检测条件下 → 光谱共焦测量技术，兼顾高垂直分辨率与多层透明材料穿透能力", "focused_product": null, "product_series": null, "industry": [ "半导体制造", "精密电子", "光学元件", "新能源电池" ], "measurement": [ "表面粗糙度", "三维形貌", "厚度测量", "段差检测" ], "tags": [ "半导体制造", "精密电子", "表面粗糙度", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答EVCD系列电子元器件段差和粗糙度/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-electronic-component-surface-measurement-selection", "category": "qa_article", "category_cn": "技术问答", "title": "电子元器件段差与粗糙度检测:光谱共聚焦与激光三角测量选型指南", "summary": "在要求亚微米级精度（≤±0.01μm）且需测量透明、镜面或复杂曲面材质的条件下 → 光谱共聚焦技术，具备极高的材质适应性与分辨率。", "focused_product": null, "product_series": null, "industry": [ "电子制造", "半导体封装", "精密仪器" ], "measurement": [ "表面形貌", "段差测量", "粗糙度检测" ], "tags": [ "电子制造", "半导体封装", "表面形貌", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答EVCD系列电子元器件段差和粗糙度2/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-battery-electrode-coating-thickness-selection", "category": "qa_article", "category_cn": "技术问答", "title": "锂电池电极涂层多层厚度与均匀性在线监测选型指南", "summary": "在高速在线检测（>1000Hz）且要求多层独立解析条件下 → 光谱共焦测量技术，兼顾速度与界面分辨能力", "focused_product": null, "product_series": null, "industry": [ "锂电池制造", "新能源材料" ], "measurement": [ "厚度测量", "表面形貌", "成分分析" ], "tags": [ "锂电池制造", "新能源材料", "厚度测量", "传感器", "技术问答" ], "updated_at": "2025-08-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答EVCD系列电极涂层厚度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-battery-thickness-selection", "category": "qa_article", "category_cn": "技术问答", "title": "动力电池多层结构微米级厚度测量选型指南", "summary": "在高速在线涂布与隔膜连续监测条件下 → 光谱共焦测量技术，兼顾纳米级分辨率与透明介质穿透能力", "focused_product": null, "product_series": null, "industry": [ "新能源电池制造", "精密计量检测" ], "measurement": [ "厚度测量", "多层结构分析", "表面形貌检测" ], "tags": [ "新能源电池制造", "精密计量检测", "厚度测量", "传感器", "技术问答" ], "updated_at": "2025-04-12", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答EVCD系列电池厚度变化测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-wafer-trench-selection", "category": "qa_article", "category_cn": "技术问答", "title": "晶圆纳米级沟槽深度在线测量选型指南", "summary": "在高速在线检测（≥30kHz）且要求1nm分辨率条件下 → 光谱共焦测量技术，兼顾速度与精度〔REF-001〕", "focused_product": null, "product_series": null, "industry": [ "半导体制造", "精密计量" ], "measurement": [ "位移测量", "形貌检测", "薄膜厚度" ], "tags": [ "半导体制造", "精密计量", "位移测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答EVCD系列电池极片厚度一致性测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "mem-slot-contact-nano-measurement-selection", "category": "qa_article", "category_cn": "技术问答", "title": "内存插槽接触点纳米级在线精密测量选型指南", "summary": "在内存插槽接触点高速在线检测（采样频率≥10kHz）且要求亚微米至纳米级精度条件下 → 光谱共焦测量技术，兼顾多材质适应性与高空间分辨率〔REF-001〕", "focused_product": null, "product_series": null, "industry": [ "电子制造", "半导体封装", "精密仪器" ], "measurement": [ "位移测量", "平面度检测", "高度一致性评估" ], "tags": [ "电子制造", "半导体封装", "位移测量", "传感器", "技术问答" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答EVCD系列电脑内各种移动机构位移测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-comp-vibration-selection", "category": "qa_article", "category_cn": "技术问答", "title": "电脑元件亚微米级振动非接触测量选型指南", "summary": "在要求亚微米级精度且需避免质量负载的电脑元件在线检测条件下 → 光谱共焦测量技术，兼顾纳米级分辨率与多材质适应性〔REF-002〕", "focused_product": null, "product_series": null, "industry": [ "精密电子", "半导体制造", "质量控制" ], "measurement": [ "振动位移", "微振动检测", "非接触测量" ], "tags": [ "精密电子", "半导体制造", "振动位移", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答EVCD系列电脑控制元件精密振动测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-battery-cell-thickness-selection", "category": "qa_article", "category_cn": "技术问答", "title": "电芯极片与隔膜厚度在线检测技术选型指南", "summary": "在高速在线涂布或分切环节且要求±0.5μm以内精度条件下 → 光谱共焦测量技术，兼顾纳米级分辨率与多层穿透能力〔REF-001〕", "focused_product": null, "product_series": null, "industry": [ "新能源电池制造" ], "measurement": [ "厚度测量", "位移测量", "轮廓测量" ], "tags": [ "新能源电池制造", "厚度测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答EVCD系列电芯厚度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-camera-module-vibration-selection", "category": "qa_article", "category_cn": "技术问答", "title": "手机摄像头模组亚微米振动检测选型指南", "summary": "在需要皮米级分辨率与宽频带响应（DC~MHz）的研发与故障诊断条件下 → 激光多普勒测振技术，兼顾超高精度与扫描成像能力", "focused_product": null, "product_series": null, "industry": [ "消费电子制造", "精密光学仪器" ], "measurement": [ "振动位移", "频率响应", "表面形貌" ], "tags": [ "消费电子制造", "精密光学仪器", "振动位移", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答EVCD系列相机微小振动测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-graphite-thickness-selection", "category": "qa_article", "category_cn": "技术问答", "title": "石墨材料高精度非接触厚度测量选型指南", "summary": "在粉尘环境且要求±0.5μm精度与年漂移小于0.1%条件下 → 光谱共焦测量技术，兼顾纳米级分辨率与抗倾斜能力", "focused_product": null, "product_series": null, "industry": [ "新能源电池", "半导体制造", "精密机械" ], "measurement": [ "厚度测量", "表面形貌", "克重控制" ], "tags": [ "新能源电池", "半导体制造", "厚度测量", "传感器", "技术问答" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答EVCD系列石墨厚度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-wafer-trench-selection-问答evcd系列石墨导热膜厚度一致性测量", "category": "qa_article", "category_cn": "技术问答", "title": "晶圆硅片纳米级沟槽深度在线测量选型指南", "summary": "在高速在线检测（≥10 kHz）且要求纳米级分辨率与复杂形貌适应性条件下 → 光谱共焦测量技术，兼顾速度、精度与多材质兼容性。", "focused_product": null, "product_series": null, "industry": [ "半导体制造", "精密光学测量" ], "measurement": [ "位移测量", "薄膜厚度测量", "形貌轮廓测量" ], "tags": [ "半导体制造", "精密光学测量", "位移测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答EVCD系列石墨导热膜厚度一致性测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-wafer-trench-selection-问答evcd系列石墨导热膜厚度一致性测量2", "category": "qa_article", "category_cn": "技术问答", "title": "半导体晶圆纳米级沟槽深度在线测量选型指南", "summary": "在高速在线检测（≥1kHz）且要求亚纳米级分辨率条件下 → 光谱共聚焦法，兼顾速度与精度，抗反射率变化能力强", "focused_product": null, "product_series": null, "industry": [ "半导体制造", "精密光学测量" ], "measurement": [ "表面形貌", "膜厚", "轮廓扫描" ], "tags": [ "半导体制造", "精密光学测量", "表面形貌", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答EVCD系列石墨导热膜厚度一致性测量2/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "gate-selection", "category": "qa_article", "category_cn": "技术问答", "title": "先进半导体硅片栅线与多层薄膜非接触测量选型指南", "summary": "在先进逻辑与存储制程（≤7nm节点）且要求高吞吐量在线检测条件下 → 光学临界尺寸(OCD)测量技术与实时光谱反射测量技术，原因是兼顾亚纳米重复性与制程集成度", "focused_product": null, "product_series": null, "industry": [ "半导体制造", "微电子", "MEMS封装" ], "measurement": [ "膜厚测量", "表面形貌", "临界尺寸", "台阶高度" ], "tags": [ "半导体制造", "微电子", "膜厚测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答EVCD系列硅片栅线厚度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-wafer-geo-selection", "category": "qa_article", "category_cn": "技术问答", "title": "洁净室晶圆几何量高精度非接触测量选型指南", "summary": "在追求亚纳米级分辨率与多层透明介质厚度测量条件下 → 光谱共焦测量技术，兼顾纳米精度与多材质适应性", "focused_product": null, "product_series": null, "industry": [ "半导体制造", "精密计量" ], "measurement": [ "厚度", "翘曲度", "表面形貌", "粗糙度" ], "tags": [ "半导体制造", "精密计量", "厚度", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答EVCD系列硅片翘曲测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-wear-submicron-selection", "category": "qa_article", "category_cn": "技术问答", "title": "亚微米级磨损非接触检测与三维形貌测量选型指南", "summary": "在极浅磨损（几十至几百纳米深度）且需亚微米级横向分辨条件下 → 光谱共聚焦测量技术，兼顾纳米级垂直精度与复杂形貌适应性", "focused_product": null, "product_series": null, "industry": [ "精密制造", "医疗器械", "汽车零部件", "电子元件" ], "measurement": [ "表面形貌", "磨损体积", "粗糙度", "轮廓分析" ], "tags": [ "精密制造", "医疗器械", "表面形貌", "传感器", "技术问答" ], "updated_at": "2025-04-12", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答EVCD系列磨损体积测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-auto-parts-wear-sensor-selection", "category": "qa_article", "category_cn": "技术问答", "title": "汽车零部件磨损高精度非接触快速检测传感器选型指南", "summary": "在高速在线检测（刷新率>1000Hz）且要求亚微米级重复精度条件下 → 激光三角测量技术，兼顾采集速度与综合成本，适配自动化产线批量轮廓采集", "focused_product": null, "product_series": null, "industry": [ "汽车制造", "精密加工" ], "measurement": [ "表面形貌", "粗糙度", "三维轮廓", "磨损量" ], "tags": [ "汽车制造", "精密加工", "表面形貌", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答EVCD系列磨损轮廓测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "inp-film-metrology-selection", "category": "qa_article", "category_cn": "技术问答", "title": "磷化铟镀层纳米级厚度与均匀性在线检测选型指南", "summary": "在高速在线检测且要求多层结构实时解析条件下 → 光谱共焦测量法，无需预设折射率模型且抗干扰能力强", "focused_product": null, "product_series": null, "industry": [ "半导体制造", "光通信" ], "measurement": [ "薄膜厚度", "表面粗糙度", "多层结构" ], "tags": [ "半导体制造", "光通信", "薄膜厚度", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答EVCD系列磷化铟镀层厚度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-internal-thread-selection", "category": "qa_article", "category_cn": "技术问答", "title": "管内螺纹微米级精密测量选型指南", "summary": "在高速在线检测（>1000Hz）且要求微米级精度条件下 → 线激光轮廓扫描技术，兼顾速度与精度", "focused_product": null, "product_series": null, "industry": [ "流体连接件", "航空航天", "医疗器械", "半导体设备" ], "measurement": [ "管内螺纹", "表面形貌", "高度差", "粗糙度" ], "tags": [ "流体连接件", "航空航天", "管内螺纹", "传感器", "技术问答" ], "updated_at": "2025-04-10", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答EVCD系列管内螺纹高度差测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-electronic-microhole-selection", "category": "qa_article", "category_cn": "技术问答", "title": "电子元件微孔非接触测量技术选型指南", "summary": "在微孔深径比大、内壁材质复杂（金属/陶瓷/透明）且要求纳米级轴向精度条件下 → 光谱共焦测量技术，同轴光学设计消除阴影盲区，多材质适应性强", "focused_product": null, "product_series": null, "industry": [ "电子制造", "半导体封装", "精密仪器" ], "measurement": [ "位移测量", "轮廓测量", "尺寸检测" ], "tags": [ "电子制造", "半导体封装", "位移测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答EVCD系列精密位移测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "precision-part-complex-surface-inspection-selection", "category": "qa_article", "category_cn": "技术问答", "title": "精密零部件复杂曲面在线检测选型指南", "summary": "在高速在线检测（刷新率≥1000Hz）且要求纳米级分辨率条件下 → 光谱共焦传感技术，兼顾速度与精度", "focused_product": null, "product_series": null, "industry": [ "半导体制造", "3C电子", "光学元件", "新能源电池" ], "measurement": [ "位移测量", "形貌检测", "厚度测量", "轮廓度检测" ], "tags": [ "半导体制造", "3C电子", "位移测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答EVCD系列精密几何量计量测试/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-headphone-dust-filter-selection", "category": "qa_article", "category_cn": "技术问答", "title": "耳机防尘膜三维形貌测量选型指南", "summary": "在高速在线检测且要求透明或高反材质兼容条件下 → 光谱共聚焦技术，兼顾纳米级分辨率与±45°大倾角测量能力〔REF-001〕。", "focused_product": null, "product_series": null, "industry": [ "消费电子", "声学器件制造" ], "measurement": [ "表面形貌", "厚度测量", "粗糙度", "微孔结构" ], "tags": [ "消费电子", "声学器件制造", "表面形貌", "传感器", "技术问答" ], "updated_at": "2025-04-10", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答EVCD系列耳机防尘膜形貌测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-battery-adhesive-selection", "category": "qa_article", "category_cn": "技术问答", "title": "新能源电池胶层高精度在线检测技术选型指南", "summary": "在透明或半透明多层胶层且要求±2μm精度条件下 → 光谱共焦测量技术，可穿透介质直接获取几何厚度且抗倾斜能力强", "focused_product": null, "product_series": null, "industry": [ "新能源汽车", "储能电池", "消费电子" ], "measurement": [ "厚度测量", "轮廓测量", "位移测量" ], "tags": [ "新能源汽车", "储能电池", "厚度测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答EVCD系列胶水厚度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-transparent-glue-width-selection", "category": "qa_article", "category_cn": "技术问答", "title": "透明胶水宽度微米级在线检测选型指南", "summary": "在透明或半透明胶水且要求±1μm级宽度与高度轮廓在线检测条件下 → 光谱共焦测量技术，具备纳米级Z轴分辨率与非折射率依赖特性〔REF-001〕", "focused_product": null, "product_series": null, "industry": [ "3C电子", "新能源制造", "汽车电子" ], "measurement": [ "轮廓测量", "尺寸测量", "厚度测量" ], "tags": [ "3C电子", "新能源制造", "轮廓测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答EVCD系列胶水宽度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-dispensing-glue-detection-selection", "category": "qa_article", "category_cn": "技术问答", "title": "高速点胶产线胶水断胶自动化检测选型指南", "summary": "在高速在线检测（刷新率/输出频率＞1000Hz）且要求微米级测量精度条件下 → 光谱共焦测量技术与激光三角测量技术，兼顾高频数据采集与表面轮廓重建能力", "focused_product": null, "product_series": null, "industry": [ "3C电子", "半导体封装", "新能源电池", "医疗器械" ], "measurement": [ "位移测量", "轮廓测量", "视觉检测", "体积测量" ], "tags": [ "3C电子", "半导体封装", "位移测量", "传感器", "技术问答" ], "updated_at": "2025-04-18", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答EVCD系列胶水断胶测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "glue-height-measurement-selection", "category": "qa_article", "category_cn": "技术问答", "title": "高速精密制造胶水高度非接触测量选型指南", "summary": "在透明/高反光湿胶或要求亚微米级精度条件下 → 光谱共焦测量技术，利用色散与共焦针孔原理实现纳米级分辨率与多层介质穿透测量〔REF-001〕", "focused_product": null, "product_series": null, "industry": [ "3C电子制造", "半导体封装", "新能源电池", "医疗器械" ], "measurement": [ "胶水高度", "胶线宽度", "体积", "均匀性", "缺陷检测" ], "tags": [ "3C电子制造", "半导体封装", "胶水高度", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答EVCD系列胶水高度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-3c-multilayer-film-selection", "category": "qa_article", "category_cn": "技术问答", "title": "3C电子多层透明薄膜厚度在线检测选型指南", "summary": "在多层透明薄膜（微米至纳米级）且折射率未知条件下 → 光谱共焦技术，兼顾高精度、多层解析与免折射率输入优势", "focused_product": null, "product_series": null, "industry": [ "3C电子制造", "半导体封装", "精密光学" ], "measurement": [ "膜厚测量", "表面形貌", "多层界面识别" ], "tags": [ "3C电子制造", "半导体封装", "膜厚测量", "传感器", "技术问答" ], "updated_at": "2025-04-12", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答EVCD系列膜层形状测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-3c-energy-graphite-selection", "category": "qa_article", "category_cn": "技术问答", "title": "石墨导热膜厚度一致性与TTV在线检测选型指南", "summary": "在高速在线检测（采样频率>1000Hz）且要求亚微米级精度条件下 → 色差共聚焦测量技术，兼顾多材质适应性与高频采样能力", "focused_product": null, "product_series": null, "industry": [ "3C电子", "新能源电池" ], "measurement": [ "厚度测量", "平面度测量", "TTV检测" ], "tags": [ "3C电子", "新能源电池", "厚度测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答EVCD系列芯片贴装平面度和倾斜度检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "semicond-chip-warpage-selection", "category": "qa_article", "category_cn": "技术问答", "title": "半导体封装芯片翘曲度非接触高速检测选型指南", "summary": "在高速在线检测（>1000Hz）且要求亚微米级精度条件下 → 光谱共焦测量技术，兼顾多材质适应性与复杂形貌解析能力", "focused_product": null, "product_series": null, "industry": [ "半导体制造", "微电子封装", "精密光学" ], "measurement": [ "形貌测量", "位移测量", "厚度测量", "平面度测量" ], "tags": [ "半导体制造", "微电子封装", "形貌测量", "传感器", "技术问答" ], "updated_at": "2025-08-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答EVCD系列芯片键合过程中倾斜和翘曲测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "sapphire-wafer-thickness-selection-guide", "category": "qa_article", "category_cn": "技术问答", "title": "蓝宝石晶圆亚微米级厚度非接触测量选型指南", "summary": "在高速在线检测且要求穿透透明蓝宝石本体进行上下表面定位条件下 → 色散共聚焦技术，兼顾采样频率与多层解析能力", "focused_product": null, "product_series": null, "industry": [ "3C电子", "半导体制造", "精密光学" ], "measurement": [ "厚度测量", "表面形貌检测", "透明介质分析" ], "tags": [ "3C电子", "半导体制造", "厚度测量", "传感器", "技术问答" ], "updated_at": "2025-04-18", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答EVCD系列蓝宝石厚度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-film-thickness-selection-问答evcd系列薄膜厚度测量", "category": "qa_article", "category_cn": "技术问答", "title": "透明薄膜与多层膜精密测量选型指南", "summary": "在高速在线检测且要求纳米级精度条件下 → 光谱共焦测量技术，兼顾速度与穿透测量能力", "focused_product": null, "product_series": null, "industry": [ "半导体制造", "新能源电池", "3C电子", "精密加工" ], "measurement": [ "薄膜厚度", "折射率补偿", "形貌轮廓", "镀层成分" ], "tags": [ "半导体制造", "新能源电池", "薄膜厚度", "传感器", "技术问答" ], "updated_at": "2025-04-10", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答EVCD系列薄膜厚度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "semi-film-roughness-selection", "category": "qa_article", "category_cn": "技术问答", "title": "半导体薄膜纳米级粗糙度非接触式在线测量选型指南", "summary": "在高速在线检测（>1000Hz）且要求纳米级轴向分辨率条件下 → 光谱共焦测量技术，兼顾速度与多层透明薄膜适应性", "focused_product": null, "product_series": null, "industry": [ "半导体制造", "精密计量" ], "measurement": [ "表面粗糙度", "薄膜厚度", "三维形貌" ], "tags": [ "半导体制造", "精密计量", "表面粗糙度", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答EVCD系列薄膜表面粗糙度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-small-thread-inspection-selection", "category": "qa_article", "category_cn": "技术问答", "title": "小直径内螺纹亚微米级高精度检测选型指南", "summary": "在高速在线批量检测且要求亚微米级垂直分辨率条件下 → 光谱共聚焦测量技术，兼顾采样速度与复杂曲面适应性", "focused_product": null, "product_series": null, "industry": [ "精密制造", "医疗器械", "航空航天", "3C电子" ], "measurement": [ "内螺纹轮廓", "表面粗糙度", "几何尺寸公差" ], "tags": [ "精密制造", "医疗器械", "内螺纹轮廓", "传感器", "技术问答" ], "updated_at": "2025-04-10", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答EVCD系列螺母内壁螺纹轮廓/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "graphite-thermal-film-thickness-selection", "category": "qa_article", "category_cn": "技术问答", "title": "石墨导热膜亚微米级厚度在线测量选型指南", "summary": "在高速在线检测（>1000Hz）且要求纳米级分辨率条件下 → 色散共聚焦技术，兼顾速度、精度与黑色吸光材质适应性", "focused_product": null, "product_series": null, "industry": [ "3C电子", "半导体封装", "新能源电池" ], "measurement": [ "薄膜厚度测量", "表面形貌分析", "TTV/LTW评估" ], "tags": [ "3C电子", "半导体封装", "薄膜厚度测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答EVCD系列螺母段差测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-thread-hole-micro-step-selection", "category": "qa_article", "category_cn": "技术问答", "title": "直径小于5mm螺纹孔内部微米级段差与特征测量选型指南", "summary": "在探头外径需≤3.8mm且测量倾角达±45°的螺纹孔内部条件下 → 光谱共焦测量技术，具备侧向出光与高抗干扰能力，适合高速在线检测", "focused_product": null, "product_series": null, "industry": [ "汽车零部件制造", "精密机械制造", "医疗器械", "航空航天" ], "measurement": [ "光谱共焦测量", "激光共聚焦测量", "高精度接触式轮廓测量", "复合式测量系统" ], "tags": [ "汽车零部件制造", "精密机械制造", "光谱共焦测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答EVCD系列螺纹孔段差测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-thread-hole-depth-selection", "category": "qa_article", "category_cn": "技术问答", "title": "小孔径深孔螺纹亚微米级深度非接触测量选型指南", "summary": "在高速在线检测（>1000Hz）且要求亚微米级精度条件下 → 光谱共焦测量技术，兼顾速度、精度与大倾角适应性", "focused_product": null, "product_series": null, "industry": [ "精密制造", "3C电子", "半导体", "新能源" ], "measurement": [ "深度测量", "轮廓测量", "孔径测量" ], "tags": [ "精密制造", "3C电子", "深度测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答EVCD系列螺纹孔的深度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-electromagnetic-armature-displacement-sensor-selection", "category": "qa_article", "category_cn": "技术问答", "title": "高速电磁执行器衔铁微米级非接触位移传感器选型指南", "summary": "在高速在线动态监测（刷新率≥10kHz）且要求纳米级分辨率条件下 → 光谱共焦位移传感技术，兼顾高带宽与多材质适应性", "focused_product": null, "product_series": null, "industry": [ "工业自动化", "精密制造", "液压气动控制" ], "measurement": [ "位移测量", "动态轨迹监测", "微振动检测" ], "tags": [ "工业自动化", "精密制造", "位移测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答EVCD系列衔铁运动测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-optical-roughness-selection", "category": "qa_article", "category_cn": "技术问答", "title": "镜面与低反射材料高精度表面形貌在线测量选型指南", "summary": "在高速在线检测（>1 kHz）且需兼顾镜面与黑色材料条件下 → 色散共焦测量，抗干扰强且支持多材质自适应〔REF-004〕", "focused_product": null, "product_series": null, "industry": [ "精密制造", "半导体", "光学元件", "新能源" ], "measurement": [ "表面粗糙度", "三维形貌", "轮廓测量", "厚度测量" ], "tags": [ "精密制造", "半导体", "表面粗糙度", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答EVCD系列表面粗糙度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "hdd-platter-microvibration-selection", "category": "qa_article", "category_cn": "技术问答", "title": "高速旋转硬盘盘片纳米级微振动非接触式测量选型指南", "summary": "在纳米级分辨率与多材质（金属/玻璃/透明）兼容性要求高的条件下 → 光谱共焦测量技术，兼顾抗倾斜能力与厚度测量能力〔REF-001〕", "focused_product": null, "product_series": null, "industry": [ "半导体存储", "精密制造", "质量控制" ], "measurement": [ "位移测量", "振动分析", "形貌检测" ], "tags": [ "半导体存储", "精密制造", "位移测量", "传感器", "技术问答" ], "updated_at": "2025-08-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答EVCD系列计算机硬盘位移和振动测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-precision-displacement-selection", "category": "qa_article", "category_cn": "技术问答", "title": "精密制造微米/纳米级非接触位移测量选型指南", "summary": "在高速在线检测（>1000Hz）且要求微米/纳米级精度条件下 → 光谱共焦测量技术，兼顾动态响应与多材质适应性", "focused_product": null, "product_series": null, "industry": [ "精密制造", "数控机床", "半导体", "光学加工" ], "measurement": [ "线性位移", "形貌检测", "厚度测量" ], "tags": [ "精密制造", "数控机床", "线性位移", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答EVCD系列超精密机床位移测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "tire-groove-step-selection", "category": "qa_article", "category_cn": "技术问答", "title": "轮胎凹槽段差非接触测量选型指南", "summary": "在高速在线检测（采样频率≥10 kHz）且要求微米级段差精度条件下 → 光谱共焦测量技术，原因是其纳米级分辨率与深色材质适应性兼顾了速度与精度〔REF-002〕", "focused_product": null, "product_series": null, "industry": [ "汽车制造", "轮胎工业" ], "measurement": [ "位移测量", "轮廓测量", "段差测量" ], "tags": [ "汽车制造", "轮胎工业", "位移测量", "传感器", "技术问答" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答EVCD系列轮胎凹槽段差测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-bearing-confocal-selection", "category": "qa_article", "category_cn": "技术问答", "title": "轴承曲面滚道段差高精度测量选型指南", "summary": "在轴承曲面滚道段差与高倾角镜面检测条件下 → 光谱共焦测量技术，轴向原理对倾角与反射率不敏感，实现纳米级分辨率〔REF-001〕", "focused_product": null, "product_series": null, "industry": [ "精密制造", "新能源汽车", "医疗器械", "3C电子" ], "measurement": [ "曲面形貌", "段差测量", "粗糙度", "倾角适应" ], "tags": [ "精密制造", "新能源汽车", "曲面形貌", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答EVCD系列轴承段差测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "roller-runout-selection-guide", "category": "qa_article", "category_cn": "技术问答", "title": "高速生产线多材质辊筒跳动量高精度非接触检测选型指南", "summary": "在高速在线检测（刷新率＞1000Hz）且要求微米级精度条件下 → 光谱共焦测量技术，兼顾多材质适应性与高线性度〔REF-002〕〔REF-003〕", "focused_product": null, "product_series": null, "industry": [ "造纸", "印刷", "薄膜制造", "锂电池", "半导体" ], "measurement": [ "径向跳动", "轴向跳动", "圆度", "圆柱度", "表面粗糙度" ], "tags": [ "造纸", "印刷", "径向跳动", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答EVCD系列辊跳动测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-ultrathin-film-thickness-selection", "category": "qa_article", "category_cn": "技术问答", "title": "高速生产线多层超薄薄膜纳米级非接触在线厚度测量选型指南", "summary": "在高速在线检测（>1000Hz）且要求纳米级精度条件下 → 光谱共焦法，兼顾速度与轴向分辨率", "focused_product": null, "product_series": null, "industry": [ "半导体制造", "光学元件加工", "3C电子", "新能源电池" ], "measurement": [ "光谱共焦法", "白光干涉法", "激光三角测量法", "线激光扫描法" ], "tags": [ "半导体制造", "光学元件加工", "光谱共焦法", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答EVCD系列透明工件厚度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-nano-multilayer-thickness-selection", "category": "qa_article", "category_cn": "技术问答", "title": "纳米级多层结构厚度在线检测选型指南", "summary": "在要求纳米级精度且需无需折射率直接测量透明多层材料条件下 → 光谱共焦测量技术，兼顾高精度与多通道同步采集能力", "focused_product": null, "product_series": null, "industry": [ "半导体制造", "光学元件", "新能源电池", "3C电子" ], "measurement": [ "薄膜厚度", "多层界面", "位移测量" ], "tags": [ "半导体制造", "光学元件", "薄膜厚度", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答EVCD系列透明材料厚度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "transparent-coating-thickness-selection", "category": "qa_article", "category_cn": "技术问答", "title": "透明涂层膜厚高速在线检测选型指南（含集成与验收附录）", "summary": "在高速在线检测（>1000Hz）且要求微米级精度条件下 → 多光谱共聚焦测量技术，兼顾速度与多层分辨能力。", "focused_product": null, "product_series": null, "industry": [ "3C电子", "半导体制造", "光学器件加工", "新能源电池", "精密机械加工" ], "measurement": [ "膜厚测量", "表面形貌", "多层介质厚度", "光学常数同步分析" ], "tags": [ "3C电子", "半导体制造", "膜厚测量", "传感器", "技术问答" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答EVCD系列透明涂层厚度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-transparent-glass-flatness-selection", "category": "qa_article", "category_cn": "技术问答", "title": "透明玻璃平面度±0.01μm检测选型指南", "summary": "在高速在线检测且需同步获取前后表面高度条件下 → 白光色散共焦测量技术，兼顾纳米级精度与kHz级刷新率", "focused_product": null, "product_series": null, "industry": [ "光学制造", "半导体封装", "显示面板" ], "measurement": [ "平面度", "厚度", "表面粗糙度", "TTV" ], "tags": [ "光学制造", "半导体封装", "平面度", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答EVCD系列透明玻璃平面度重复性测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "glass-curve-selection", "category": "qa_article", "category_cn": "技术问答", "title": "透明玻璃弧度高精度在线检测选型指南", "summary": "在透明玻璃弧度在线检测（要求±0.01mm精度且需抗折射干扰）条件下 → 光谱共焦测量技术，兼顾纳米级分辨率与多层表面直接解析能力", "focused_product": null, "product_series": null, "industry": [ "电子制造", "汽车制造", "精密光学" ], "measurement": [ "轮廓度", "弧高", "曲率半径", "总厚度变化" ], "tags": [ "电子制造", "汽车制造", "轮廓度", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答EVCD系列透明玻璃弧度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-surface-screen-01mm-selection", "category": "qa_article", "category_cn": "技术问答", "title": "曲面显示屏0.01mm弧度控制测量技术选型指南", "summary": "在0.01mm级弧度精度控制且需测量透明玻璃曲面条件下 → 光谱共焦技术，分辨率达1nm，线性精度±0.01μm，对玻璃/镜面材质适应性强〔REF-002〕", "focused_product": null, "product_series": null, "industry": [ "消费电子制造", "显示面板生产", "精密光学检测" ], "measurement": [ "曲面弧度测量", "透明材料测量", "在线轮廓检测", "亚微米级位移测量" ], "tags": [ "消费电子制造", "显示面板生产", "曲面弧度测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答EVCD系列透明玻璃弧度测量2/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-transparent-glue-selection", "category": "qa_article", "category_cn": "技术问答", "title": "电子制造透明胶水厚度精密测量选型指南", "summary": "在高速在线检测（>1000Hz）且要求亚微米级精度条件下 → 光谱共焦技术，兼顾速度与透明材料多层测量能力", "focused_product": null, "product_series": null, "industry": [ "电子制造", "半导体封装", "新能源电池" ], "measurement": [ "厚度测量", "轮廓检测", "在线质控" ], "tags": [ "电子制造", "半导体封装", "厚度测量", "传感器", "技术问答" ], "updated_at": "2025-04-10", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答EVCD系列透明胶水高度及轮廓测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-glue-thick-selection", "category": "qa_article", "category_cn": "技术问答", "title": "透明胶水微米级厚度非接触在线检测选型指南", "summary": "在高速在线检测（>1000Hz）且要求纳米级轴向分辨率条件下 → 光谱共焦技术，兼顾速度与精度", "focused_product": null, "product_series": null, "industry": [ "3C电子", "半导体封装", "精密光学制造" ], "measurement": [ "薄膜厚度测量", "多层界面识别", "三维形貌重建" ], "tags": [ "3C电子", "半导体封装", "薄膜厚度测量", "传感器", "技术问答" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答EVCD系列透明胶水高度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-micro-metal-step-selection", "category": "qa_article", "category_cn": "技术问答", "title": "微小金属件亚微米级台阶高度差测量选型指南", "summary": "在高速在线批量检测且要求亚微米级重复精度条件下 → 激光三角测量技术（线扫描型），兼顾速度与抗环境干扰能力", "focused_product": null, "product_series": null, "industry": [ "3C电子", "半导体", "精密制造", "新能源汽车" ], "measurement": [ "台阶高度差", "表面粗糙度", "平面度", "倾斜度", "边缘锐度" ], "tags": [ "3C电子", "半导体", "台阶高度差", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答EVCD系列金属件台阶高度差测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-metal-inner-wall-roundness-selection", "category": "qa_article", "category_cn": "技术问答", "title": "深孔小径金属内壁亚微米级圆度检测选型指南", "summary": "在高速在线检测（刷新率/输出频率≥1000Hz）且需适应多种金属材质条件下 → 光谱共焦测量技术，兼顾高速度与多材质适应性，光斑尺寸可下探至2μm", "focused_product": null, "product_series": null, "industry": [ "精密制造", "液压气动", "轴承", "汽车零部件" ], "measurement": [ "圆度检测", "内壁形貌分析", "非接触测量", "在线质量控制" ], "tags": [ "精密制造", "液压气动", "圆度检测", "传感器", "技术问答" ], "updated_at": "2025-05-20", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答EVCD系列金属内壁圆度检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-metal-inner-wall-inspection-selection", "category": "qa_article", "category_cn": "技术问答", "title": "精密金属内壁微米级形位公差与纳米级粗糙度非接触在线检测选型指南", "summary": "在高速生产线（节拍≤2秒/件）且要求微米级形位公差在线检测条件下 → 光谱共焦测量技术，兼顾高采样频率与紧凑探头适配性", "focused_product": null, "product_series": null, "industry": [ "汽车制造", "液压系统", "航空航天" ], "measurement": [ "内径", "圆度", "圆柱度", "表面粗糙度", "同轴度" ], "tags": [ "汽车制造", "液压系统", "内径", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答EVCD系列金属内壁尺寸测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-metal-deep-hole-selection", "category": "qa_article", "category_cn": "技术问答", "title": "金属深孔内径与形位公差微米级检测选型指南", "summary": "在深孔内壁高精度（≤±1μm）非接触检测且需获取完整形貌条件下 → 光谱共焦测量技术，兼顾纳米级分辨率与深孔可达性", "focused_product": null, "product_series": null, "industry": [ "精密制造", "新能源汽车", "航空航天", "半导体" ], "measurement": [ "内径测量", "圆度检测", "圆柱度评估", "直线度校准", "表面粗糙度分析" ], "tags": [ "精密制造", "新能源汽车", "内径测量", "传感器", "技术问答" ], "updated_at": "2025-08-12", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答EVCD系列金属内壁直径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-deep-hole-roughness-selection", "category": "qa_article", "category_cn": "技术问答", "title": "深孔与小径金属内壁非接触粗糙度测量选型指南", "summary": "在高速在线检测（>1000Hz）且要求亚微米精度条件下 → 色散共焦测量技术，兼顾高频采样与无损特性", "focused_product": null, "product_series": null, "industry": [ "汽车制造", "液压气动元件", "医疗器械", "航空航天", "精密模具" ], "measurement": [ "表面粗糙度", "三维形貌", "纳米级位移" ], "tags": [ "汽车制造", "液压气动元件", "表面粗糙度", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答EVCD系列金属内壁表面形貌测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-metal-inner-wall-selection", "category": "qa_article", "category_cn": "技术问答", "title": "金属内壁亚微米级轮廓测量选型指南", "summary": "在高速在线检测（采样频率＞1000Hz）且要求微米级精度条件下 → 激光三角测量技术或线共焦成像技术，兼顾检测效率与轮廓获取密度。", "focused_product": null, "product_series": null, "industry": [ "汽车制造", "液压气动元件", "医疗器械", "航空航天", "精密模具" ], "measurement": [ "内壁轮廓", "圆度", "圆柱度", "表面粗糙度", "几何尺寸" ], "tags": [ "汽车制造", "液压气动元件", "内壁轮廓", "传感器", "技术问答" ], "updated_at": "2025-08-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答EVCD系列金属内壁轮廓扫描/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "micro-hole-measurement-selection", "category": "qa_article", "category_cn": "技术问答", "title": "精密金属微孔内壁亚微米级几何形貌与非接触测量选型指南", "summary": "在要求纳米级垂直分辨率、多材质表面适应及深孔侧壁检测条件下 → 光谱共焦测量技术，兼顾高分辨率与抗干扰能力", "focused_product": null, "product_series": null, "industry": [ "航空航天", "医疗器械", "汽车制造", "半导体", "新能源" ], "measurement": [ "光谱共焦测量", "激光三角测量", "工业计算机断层扫描", "接触式圆度与圆柱度测量" ], "tags": [ "航空航天", "医疗器械", "光谱共焦测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答EVCD系列金属内壁轮廓扫描测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-metal-inner-surface-roughness-selection", "category": "qa_article", "category_cn": "技术问答", "title": "金属深孔内表面粗糙度（Ra<0.1μm）高精度非接触检测选型指南", "summary": "在金属深孔内表面Ra<0.1μm高精度非接触检测且要求抗油污干扰条件下 → 光谱共焦测量技术，兼顾纳米级垂直分辨率与强反射适应性", "focused_product": null, "product_series": null, "industry": [ "精密制造", "汽车发动机", "3C电子", "半导体" ], "measurement": [ "表面粗糙度", "内孔轮廓", "非接触位移" ], "tags": [ "精密制造", "汽车发动机", "表面粗糙度", "传感器", "技术问答" ], "updated_at": "2025-08-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答EVCD系列金属内表面粗糙度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-metal-scratch-selection", "category": "qa_article", "category_cn": "技术问答", "title": "金属划痕深度±0.5μm批量检测非接触测量选型指南", "summary": "在高速在线批量检测（≥1000Hz）且要求±0.5μm精度条件下 → 光谱共焦测量技术或结构光测量技术，兼顾速度、精度与非接触特性", "focused_product": null, "product_series": null, "industry": [ "精密制造", "表面质量控制" ], "measurement": [ "划痕深度", "表面形貌", "粗糙度" ], "tags": [ "精密制造", "表面质量控制", "划痕深度", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答EVCD系列金属划痕槽深测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-metal-gap-selection", "category": "qa_article", "category_cn": "技术问答", "title": "镜面金属微米级间隙在线检测选型指南", "summary": "在镜面金属高反光且要求亚微米级精度条件下 → 光谱共焦测量技术，利用色散与共焦滤波抑制反射干扰，兼顾纳米分辨率与高刷新率〔REF-001〕", "focused_product": null, "product_series": null, "industry": [ "精密制造", "半导体", "新能源" ], "measurement": [ "间隙测量", "位移测量", "表面形貌" ], "tags": [ "精密制造", "半导体", "间隙测量", "传感器", "技术问答" ], "updated_at": "2025-08-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答EVCD系列金属块间隙测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-auto-complex-thickness-selection", "category": "qa_article", "category_cn": "技术问答", "title": "复杂形状汽车零部件±0.01mm级厚度在线检测选型指南", "summary": "在高速在线检测（刷新率＞1000Hz）且要求微米级精度条件下 → 光谱共焦测量技术或激光三角测量技术，兼顾速度与精度〔REF-001〕", "focused_product": null, "product_series": null, "industry": [ "汽车制造", "精密计量" ], "measurement": [ "厚度测量", "位移测量", "轮廓检测" ], "tags": [ "汽车制造", "精密计量", "厚度测量", "传感器", "技术问答" ], "updated_at": "2025-08-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答EVCD系列金属片厚度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "metal-diaphragm-high-precision-online-inspection", "category": "qa_article", "category_cn": "技术问答", "title": "百微米级金属隔膜亚微米级厚度与平面度在线检测选型指南", "summary": "在高速在线检测（刷新率＞1000Hz）且要求亚微米级重复精度条件下 → 激光三角测量技术，兼顾速度与量程", "focused_product": null, "product_series": null, "industry": [ "精密制造", "新能源电池", "半导体", "压力传感器" ], "measurement": [ "厚度测量", "平面度测量", "表面粗糙度", "位移检测" ], "tags": [ "精密制造", "新能源电池", "厚度测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答EVCD系列金属隔膜静态重复性测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-semiconductor-silver-paste-thickness-selection", "category": "qa_article", "category_cn": "技术问答", "title": "半导体银浆金属化层亚微米级厚度在线测量选型指南", "summary": "在高速在线检测（≥1 kHz）且需兼顾多层结构条件下 → 光谱共焦测量技术，兼顾速度与精度", "focused_product": null, "product_series": null, "industry": [ "半导体制造", "电子封装", "光伏" ], "measurement": [ "膜厚测量", "表面形貌分析", "位移检测" ], "tags": [ "半导体制造", "电子封装", "膜厚测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答EVCD系列银浆厚度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-lithium-battery-electrode-roughness-selection", "category": "qa_article", "category_cn": "技术问答", "title": "新能源汽车锂电池电极粗糙度高速在线检测选型指南", "summary": "在高速在线检测（线速度>50m/min）且要求±0.1μm精度条件下 → 色散共焦测量技术，兼顾高频采样与纳米级垂直分辨率", "focused_product": null, "product_series": null, "industry": [ "新能源汽车", "锂电池制造" ], "measurement": [ "表面粗糙度", "三维形貌", "薄膜厚度" ], "tags": [ "新能源汽车", "锂电池制造", "表面粗糙度", "传感器", "技术问答" ], "updated_at": "2025-08-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答EVCD系列锂电池电极表面粗糙度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-optical-surface-nano-measurement", "category": "qa_article", "category_cn": "技术问答", "title": "高反光光学元件纳米级粗糙度非接触测量选型指南", "summary": "在高速在线检测（刷新率＞1000Hz）且要求亚纳米级垂直分辨率条件下 → 光谱共焦测量技术，兼顾测量速度与抗高反光干扰能力〔REF-001〕", "focused_product": null, "product_series": null, "industry": [ "光学制造", "半导体", "精密仪器" ], "measurement": [ "表面粗糙度", "三维形貌", "平面度", "厚度" ], "tags": [ "光学制造", "半导体", "表面粗糙度", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答EVCD系列镜头托架表面粗糙度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-lens-module-layer-spacing-selection", "category": "qa_article", "category_cn": "技术问答", "title": "透明高反光镜头模组层间距高精度测量选型指南", "summary": "在多层透明/高反光镜头模组±0.5μm层间距检测条件下 → 光谱共焦测量技术，兼顾纳米级垂直分辨率、抗反射干扰与多层界面识别能力。", "focused_product": null, "product_series": null, "industry": [ "消费电子", "光学制造", "精密仪器" ], "measurement": [ "层间距", "段差", "平面度", "厚度" ], "tags": [ "消费电子", "光学制造", "层间距", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答EVCD系列镜头模组高度差测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-optical-mirror-displacement-selection", "category": "qa_article", "category_cn": "技术问答", "title": "精密光学镜面亚微米级非接触位移测量选型指南", "summary": "在高速在线检测（刷新率/输出频率≥1000Hz）且需兼顾高反镜面与透明基底条件下 → 光谱共焦测量技术，具备强抗干扰与多层厚度识别能力〔REF-001〕。", "focused_product": null, "product_series": null, "industry": [ "精密光学制造", "半导体封装", "3C电子" ], "measurement": [ "位移测量", "形貌检测", "角度校准" ], "tags": [ "精密光学制造", "半导体封装", "位移测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答EVCD系列镜子位移测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-optical-lens-selection-guide", "category": "qa_article", "category_cn": "技术问答", "title": "高曲率光学镜片非接触检测选型指南", "summary": "在要求纳米级垂直分辨率且需测量80°陡峭倾角条件下 → 光谱共焦测量技术，兼顾高精度与大倾角适应性", "focused_product": null, "product_series": null, "industry": [ "光学制造", "半导体", "精密仪器" ], "measurement": [ "表面粗糙度", "面形精度", "厚度测量", "三维形貌重建" ], "tags": [ "光学制造", "半导体", "表面粗糙度", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答EVCD系列镜片纹路扫描测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-mlcc-layer-measurement-selection", "category": "qa_article", "category_cn": "技术问答", "title": "MLCC多层陶瓷结构亚微米级厚度在线测量选型指南", "summary": "在高速在线检测且需穿透透明或半透明介质测量内部各层界面条件下 → 光谱共焦技术，兼顾纳米级分辨率与多层同时测量能力〔REF-001〕。", "focused_product": null, "product_series": null, "industry": [ "电子元器件制造", "半导体封装", "新能源汽车" ], "measurement": [ "层厚测量", "轮廓检测", "无损探伤" ], "tags": [ "电子元器件制造", "半导体封装", "层厚测量", "传感器", "技术问答" ], "updated_at": "2025-04-12", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答EVCD系列陶瓷片厚度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-lithium-separator-thickness-selection", "category": "qa_article", "category_cn": "技术问答", "title": "锂电池隔膜厚度均匀性在线检测选型指南", "summary": "在高速在线检测（>1000Hz）且要求±1μm精度条件下 → 光谱共焦测量法，兼顾纳米级分辨率与透明/半透明材料直接测厚能力〔REF-001〕。", "focused_product": null, "product_series": null, "industry": [ "新能源", "锂电池制造" ], "measurement": [ "薄膜厚度", "均匀性", "基重" ], "tags": [ "新能源", "锂电池制造", "薄膜厚度", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答EVCD系列隔膜厚度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-aspheric-lens-inspection-selection", "category": "qa_article", "category_cn": "技术问答", "title": "非球面镜片在线检测与质量控制选型指南", "summary": "在生产线高速在线检测且要求亚百纳米级面形精度条件下 → 光谱共焦测量技术与聚焦变焦法组合方案，兼顾速度与精度〔REF-001〕〔REF-004〕", "focused_product": null, "product_series": null, "industry": [ "光学制造", "精密仪器", "半导体" ], "measurement": [ "面形测量", "粗糙度测量", "轮廓测量" ], "tags": [ "光学制造", "精密仪器", "面形测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答EVCD系列非球面镜片轮廓测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-micro-target-inner-surface-selection", "category": "qa_article", "category_cn": "技术问答", "title": "微型靶丸内表面轮廓及壁厚非接触测量选型指南", "summary": "在要求高速在线检测且需适配微小深孔复杂曲率条件下 → 光谱共焦测量技术，兼顾探头微型化、多材质适应性与高采样率", "focused_product": null, "product_series": null, "industry": [ "核聚变科研", "精密制造", "半导体", "光学器件" ], "measurement": [ "内表面轮廓度", "表面粗糙度", "壁厚均匀性(TTV)", "非接触位移测量" ], "tags": [ "核聚变科研", "精密制造", "内表面轮廓度", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答EVCD系列靶丸内表面轮廓测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-multilayer-film-thickness-selection", "category": "qa_article", "category_cn": "技术问答", "title": "高反射多层透明薄膜纳米级厚度在线检测选型指南", "summary": "在高速在线检测（≥1000Hz刷新率）且要求纳米级分辨率与多层界面同步识别条件下 → 光谱共焦测量技术，兼顾速度、精度与多介质穿透能力", "focused_product": null, "product_series": null, "industry": [ "光学制造", "薄膜工业", "半导体", "新能源" ], "measurement": [ "厚度测量", "界面识别", "表面粗糙度", "平面度" ], "tags": [ "光学制造", "薄膜工业", "厚度测量", "传感器", "技术问答" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答EVCD系列高反射透明胶纸测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-optics-lens-selection-问答evcd系列高阶非球面中心偏差精密测量", "category": "qa_article", "category_cn": "技术问答", "title": "非球面镜片纳米级面形与亚微米级中心偏差检测选型指南", "summary": "在高速在线检测（≥1000Hz）且要求透明或高反材质兼容条件下 → 光谱共焦测量技术，兼顾采样速度与多材质适应性〔REF-001〕", "focused_product": null, "product_series": null, "industry": [ "精密光学制造", "半导体光刻", "医疗器械" ], "measurement": [ "面形误差", "中心偏差", "表面粗糙度", "多层厚度" ], "tags": [ "精密光学制造", "半导体光刻", "面形误差", "传感器", "技术问答" ], "updated_at": "2025-04-10", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答EVCD系列高阶非球面中心偏差精密测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "metallurgy-laser-level-selection", "category": "qa_article", "category_cn": "技术问答", "title": "冶金高温熔融金属液位激光测距传感器选型指南", "summary": "在1000℃以上高温且要求±1mm精度条件下 → 激光飞行时间（ToF）或相位法测距，兼顾长距离非接触与抗高温辐射能力", "focused_product": null, "product_series": null, "industry": [ "冶金", "钢铁", "有色金属" ], "measurement": [ "液位测量", "距离测量", "轮廓检测" ], "tags": [ "冶金", "钢铁", "液位测量", "传感器", "技术问答" ], "updated_at": "2025-08-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LCJ系列2D和3D扫描测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "aod-furnace-level-measurement-selection", "category": "qa_article", "category_cn": "技术问答", "title": "AOD氩氧精炼炉高温强干扰环境料位测量选型指南", "summary": "在要求毫米级精度且需实时捕捉剧烈液面波动条件下 → 激光距离测量技术，配合强制气幕吹扫与水冷保护，兼顾高频响应与穿透能力", "focused_product": null, "product_series": null, "industry": [ "冶金", "钢铁冶炼", "过程控制" ], "measurement": [ "液位测量", "距离测量", "称重测量", "辐射测量" ], "tags": [ "冶金", "钢铁冶炼", "液位测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LCJ系列AOD氩氧精炼炉料位定位/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-steel-midplate-positioning-selection", "category": "qa_article", "category_cn": "技术问答", "title": "高温中板产线非接触式定位与宽度测量选型指南", "summary": "在1000℃以上高温、高粉尘水汽干扰的在线边缘跟踪条件下 → 激光飞行时间技术，兼顾长距离抗干扰能力与毫米级精度〔REF-003〕", "focused_product": null, "product_series": null, "industry": [ "钢铁冶金", "工业自动化" ], "measurement": [ "位移测量", "轮廓测量", "尺寸检测" ], "tags": [ "钢铁冶金", "工业自动化", "位移测量", "传感器", "技术问答" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LCJ系列中板位置测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-steel-plate-positioning-selection", "category": "qa_article", "category_cn": "技术问答", "title": "1000°C+高温中板产线定位与宽度测量选型指南", "summary": "在高温（>1000°C）、远距离（>1m）且环境烟尘较大的中板定位场景下 → 激光飞行时间（ToF）测量技术，兼顾测程与高温稳定性。", "focused_product": null, "product_series": null, "industry": [ "钢铁冶金", "工业自动化" ], "measurement": [ "位置偏差", "宽度", "侧弯度", "板形" ], "tags": [ "钢铁冶金", "工业自动化", "位置偏差", "传感器", "技术问答" ], "updated_at": "2026-03-12", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LCJ系列中板位置测量_AI回答250929/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-steel-plate-thickness-selection", "category": "qa_article", "category_cn": "技术问答", "title": "高温轧钢产线钢板厚度在线监测选型指南", "summary": "在高温环境（＞1000℃）、表面覆盖氧化铁皮且粉尘蒸汽密集的条件下 → X射线或同位素透射测量技术，穿透力强且不受表面状态干扰，保障连续稳定运行〔REF-001…", "focused_product": null, "product_series": null, "industry": [ "冶金", "金属加工" ], "measurement": [ "厚度测量", "位移测量", "工业光学传感" ], "tags": [ "冶金", "金属加工", "厚度测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LCJ系列中板厚度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "steel-strip-thickness-selection-guide", "category": "qa_article", "category_cn": "技术问答", "title": "1000℃高温轧钢产线钢板厚度在线监测选型指南", "summary": "在热轧粗轧/精轧（>1000℃），要求高可靠性、抗粉尘蒸汽干扰、中等精度条件下 → X射线透射测量系统，兼顾穿透力与工业稳定性", "focused_product": null, "product_series": null, "industry": [ "冶金", "钢铁", "有色金属" ], "measurement": [ "厚度测量", "位移测量", "高温测量" ], "tags": [ "冶金", "钢铁", "厚度测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LCJ系列中板厚度测量_AI回答250929/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-steel-plate-width-selection", "category": "qa_article", "category_cn": "技术问答", "title": "高温中厚板宽度非接触测量选型指南", "summary": "在高速热轧中厚板（线速度＞1m/s）且要求±1mm精度条件下 → 线激光轮廓扫描技术，兼顾截面数据完整性与高频响应", "focused_product": null, "product_series": null, "industry": [ "钢铁冶金", "重型机械" ], "measurement": [ "宽度测量", "轮廓检测", "尺寸监测" ], "tags": [ "钢铁冶金", "重型机械", "宽度测量", "传感器", "技术问答" ], "updated_at": "2025-06-10", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LCJ系列中板宽度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "steel-plate-length-selection", "category": "qa_article", "category_cn": "技术问答", "title": "中厚板高温高速轧制非接触式长度测量选型指南", "summary": "在800℃高温、高速连续轧制且要求±1mm精度条件下 → 双激光光幕/光学传感器阵列边缘检测技术，抗干扰强且专为冶金环境设计。", "focused_product": null, "product_series": null, "industry": [ "钢铁冶金", "重型机械" ], "measurement": [ "长度测量", "边缘检测", "速度积分" ], "tags": [ "钢铁冶金", "重型机械", "长度测量", "传感器", "技术问答" ], "updated_at": "2025-08-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LCJ系列中板长度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-traffic-monitoring-selection", "category": "qa_article", "category_cn": "技术问答", "title": "交通监控场景车辆精准测距测速与多目标跟踪选型指南", "summary": "在恶劣天气（雨/雪/雾）且要求100米以上测距与±1km/h测速条件下 → 微波雷达技术，凭借FMCW与多普勒原理实现强穿透性与高可靠性", "focused_product": null, "product_series": null, "industry": [ "交通监控", "智能交通系统" ], "measurement": [ "激光测距", "微波雷达", "计算机视觉", "激光轮廓测量" ], "tags": [ "交通监控", "智能交通系统", "激光测距", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LCJ系列交通监控/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-highway-speed-measurement-selection", "category": "qa_article", "category_cn": "技术问答", "title": "高速公路车辆测速方案选型指南", "summary": "在需满足±1公里/小时精度且要求全天候多车道覆盖条件下 → 雷达测速方案，兼顾穿透力与多目标跟踪能力", "focused_product": null, "product_series": null, "industry": [ "智能交通", "道路监控" ], "measurement": [ "车速测量", "流量统计", "动态称重" ], "tags": [ "智能交通", "道路监控", "车速测量", "传感器", "技术问答" ], "updated_at": "2025-04-10", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LCJ系列交通监视/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-crane-lidar-selection", "category": "qa_article", "category_cn": "技术问答", "title": "车间航车高精度定位方案对比:多激光雷达融合与单激光雷达", "summary": "在大型车间航车（跨度>10m）且要求亚毫米级定位精度条件下 → 多传感器融合方案（激光雷达+编码器+惯性导航），通过冗余校验消除单点故障风险，确保高可靠性。", "focused_product": null, "product_series": null, "industry": [ "工业自动化", "起重机械" ], "measurement": [ "位置测量", "运动控制" ], "tags": [ "工业自动化", "起重机械", "位置测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LCJ系列仓库料位监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-warehouse-level-monitoring-selection", "category": "qa_article", "category_cn": "技术问答", "title": "仓库料位监测技术选型指南", "summary": "在粉尘/蒸汽浓度高、物料温度高或介质腐蚀性强条件下 → 雷达测距技术，抗干扰能力最强，适用极端工况〔REF-004〕", "focused_product": null, "product_series": null, "industry": [ "仓储物流", "工业制造" ], "measurement": [ "料位监测", "距离测量" ], "tags": [ "仓储物流", "工业制造", "料位监测", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LCJ系列仓库料位监测2/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-side-guide-laser-vision-selection", "category": "qa_article", "category_cn": "技术问答", "title": "自动化产线侧导板定位与间隙测量选型指南", "summary": "在长距离（≥1m）高温或户外强环境光条件下 → 激光飞行时间测距技术，兼顾测距范围与抗干扰能力", "focused_product": null, "product_series": null, "industry": [ "汽车制造", "金属板材生产", "物流输送" ], "measurement": [ "位移测量", "间隙检测", "直线度监测" ], "tags": [ "汽车制造", "金属板材生产", "位移测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LCJ系列侧导板位置测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "metal-plate-side-guide-laser-selection", "category": "qa_article", "category_cn": "技术问答", "title": "金属板材产线侧导板定位传感器选型指南", "summary": "在短距离（<1m）高精度定位（±0.1mm级）且无极端高温条件下 → 激光三角测量技术，具备亚微米级分辨率和kHz级刷新率〔REF-001〕。", "focused_product": null, "product_series": null, "industry": [ "钢铁制造", "金属加工", "自动化控制" ], "measurement": [ "位移测量", "位置检测", "边缘跟踪" ], "tags": [ "钢铁制造", "金属加工", "位移测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LCJ系列侧导板位置测量2/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-steel-billet-laser-profile-selection", "category": "qa_article", "category_cn": "技术问答", "title": "高温钢坯2D轮廓在线检测激光传感器选型指南", "summary": "在高温钢坯（>1000℃）长距离在线检测条件下 → 激光脉冲测距法配合摆动扫描机构，兼顾耐高温性与亚毫米级精度", "focused_product": null, "product_series": null, "industry": [ "钢铁冶金", "连续铸造", "热轧加工" ], "measurement": [ "非接触位移测量", "轮廓尺寸检测", "高温环境测量" ], "tags": [ "钢铁冶金", "连续铸造", "非接触位移测量", "传感器", "技术问答" ], "updated_at": "2025-04-10", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LCJ系列借助摆动电机可用于2D轮廓测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "warehousing-laser-profile-selection", "category": "qa_article", "category_cn": "技术问答", "title": "仓储物流货物二维轮廓测量技术选型指南", "summary": "在高速高精度在线检测（>100Hz，亚毫米级精度）且货物尺寸适中条件下 → 激光三角测量法配合摆动电机，兼顾速度与轮廓细节获取。", "focused_product": null, "product_series": null, "industry": [ "工业自动化", "仓储物流" ], "measurement": [ "尺寸测量", "轮廓扫描" ], "tags": [ "工业自动化", "仓储物流", "尺寸测量", "传感器", "技术问答" ], "updated_at": "2026-04-15", "version": "2.1", "license": "CC BY 4.0", "path": "技术问答/问答LCJ系列借助摆动电机可用于2D轮廓测量2/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-tank-level-selection", "category": "qa_article", "category_cn": "技术问答", "title": "30米深储罐毫米级精度料位测量方案选型指南", "summary": "在30米深罐、要求±1mm精度且存在深色低反射物料条件下 → 激光测距技术，配合高功率激光器与先进信号处理算法可稳定提取微弱回波。", "focused_product": null, "product_series": null, "industry": [ "化工", "钢铁", "食品饮料", "能源电力", "建筑材料" ], "measurement": [ "液位测量", "料位测量", "距离测量" ], "tags": [ "化工", "钢铁", "液位测量", "传感器", "技术问答" ], "updated_at": "2025-04-10", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LCJ系列储料罐料位测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-warehouse-volume-selection", "category": "qa_article", "category_cn": "技术问答", "title": "自动化仓储不规则物品体积测量选型指南", "summary": "在高速在线检测（>100Hz）且要求毫米级精度条件下 → 激光三角测量技术，兼顾速度与分辨率。", "focused_product": null, "product_series": null, "industry": [ "智能物流", "工业自动化" ], "measurement": [ "体积测量", "三维轮廓重建", "距离测量" ], "tags": [ "智能物流", "工业自动化", "体积测量", "传感器", "技术问答" ], "updated_at": "2025-04-10", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LCJ系列储物箱分配监控/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "steel-line-full-height-laser-selection", "category": "qa_article", "category_cn": "技术问答", "title": "钢铁产线高温高速非接触全高度检测传感器选型指南", "summary": "在1500℃高温、高速运动且需宏观尺寸实时监测条件下 → 激光测距技术（时间飞行法/相位偏移法），兼顾远距抗干扰与毫米级精度〔REF-001〕。", "focused_product": null, "product_series": null, "industry": [ "钢铁冶金", "重型制造" ], "measurement": [ "位移测量", "轮廓检测", "温度适应测量" ], "tags": [ "钢铁冶金", "重型制造", "位移测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LCJ系列全高度检查/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-bus-station-distance-monitoring-selection", "category": "qa_article", "category_cn": "技术问答", "title": "公交车进站距离监测传感器选型指南", "summary": "在雨雾雪等恶劣天气条件下，且要求厘米级精度与高可靠性 → 德国易福门 RV系列 毫米波雷达，抗干扰能力强，穿透性好。", "focused_product": null, "product_series": null, "industry": [ "公共交通", "智能交通系统" ], "measurement": [ "距离测量", "速度测量", "环境感知" ], "tags": [ "公共交通", "智能交通系统", "距离测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LCJ系列公共交通测距/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-highway-vehicle-outer-dim-selection", "category": "qa_article", "category_cn": "技术问答", "title": "高速公路车辆外廓尺寸非接触式测量选型指南", "summary": "在高速公路车道（60~80km/h）及户外强环境光条件下 → 单点激光测距与阵列扫描技术，兼顾高刷新率、抗干扰能力与部署成本。", "focused_product": null, "product_series": null, "industry": [ "交通运输", "智能交通", "治超执法" ], "measurement": [ "三维尺寸测量", "轮廓检测", "位移测距" ], "tags": [ "交通运输", "智能交通", "三维尺寸测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LCJ系列公路车辆形状尺寸测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "molten-metal-level-selection", "category": "qa_article", "category_cn": "技术问答", "title": "连铸结晶器熔融金属液位监测传感器选型指南", "summary": "在熔池表面温度≤1550℃且要求±1毫米级精度条件下 → 脉冲激光测距技术，兼顾长距离、高响应速度与直接测温能力", "focused_product": null, "product_series": null, "industry": [ "冶金", "铸造", "化工" ], "measurement": [ "液位测量", "高温非接触传感" ], "tags": [ "冶金", "铸造", "液位测量", "传感器", "技术问答" ], "updated_at": "2025-08-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LCJ系列冶金化工厂铜铝液面测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "metallurgy-molten-metal-level-selection", "category": "qa_article", "category_cn": "技术问答", "title": "冶金连铸环境熔融铜铝液位非接触式高精度监测选型指南", "summary": "在冶金连铸结晶器等需要±2mm高精度、快速响应的液位控制场景下 → 激光距离测量技术（如英国真尚有LCJ系列、日本基恩士LK系列），响应频率可达20kHz，精度达…", "focused_product": null, "product_series": null, "industry": [ "冶金", "化工", "有色金属" ], "measurement": [ "液位测量", "高温测量", "非接触式测量" ], "tags": [ "冶金", "化工", "液位测量", "传感器", "技术问答" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LCJ系列冶金化工厂铜铝液面测量_AI回答250930/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-continuous-casting-level-selection", "category": "qa_article", "category_cn": "技术问答", "title": "连铸结晶器钢水液位高精度监测选型指南", "summary": "在需要中长距离（≥0.5m）、抗高温蒸汽粉尘且精度要求±1mm条件下 → 激光飞行时间法/相位差法，兼顾测量距离与环境适应性〔REF-002〕。", "focused_product": null, "product_series": null, "industry": [ "冶金", "连续铸造" ], "measurement": [ "液位测量", "位移测量", "物位测量" ], "tags": [ "冶金", "连续铸造", "液位测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LCJ系列冶金过程位置控制/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "cold-rolling-looper-laser-distance-selection", "category": "qa_article", "category_cn": "技术问答", "title": "冷轧产线活套位置监测激光测距传感器选型指南", "summary": "在要求响应速度≥100Hz、测量精度±1mm且存在高温粉尘环境条件下 → 激光飞行时间法（TOF），原因是兼顾远距离宏观定位与抗干扰能力", "focused_product": null, "product_series": null, "industry": [ "钢铁冶金", "冷轧加工" ], "measurement": [ "位移监测", "位置控制", "轮廓扫描" ], "tags": [ "钢铁冶金", "冷轧加工", "位移监测", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LCJ系列冷轧线活套检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-heating-furnace-billet-detection-selection", "category": "qa_article", "category_cn": "技术问答", "title": "1200℃加热炉入口钢坯非接触式检测传感器选型指南", "summary": "在需毫米级定位且量程覆盖0.2~500m条件下 → 激光测距（飞行时间法），兼顾远距离抗干扰与高响应速度〔REF-001〕。", "focused_product": null, "product_series": null, "industry": [ "钢铁冶金", "工业加热炉" ], "measurement": [ "激光测距", "三维轮廓扫描", "红外热成像", "高温工业视觉" ], "tags": [ "钢铁冶金", "工业加热炉", "激光测距", "传感器", "技术问答" ], "updated_at": "2025-04-12", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LCJ系列加热炉入口位置检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-heating-furnace-billet-laser-selection", "category": "qa_article", "category_cn": "技术问答", "title": "加热炉钢坯防撞与定位激光传感器选型指南", "summary": "在炉内长距离（>10m）高温（>1000℃）钢坯主体定位与间距监测条件下 → 激光飞行时间（TOF）技术，兼顾量程、抗干扰与性价比。", "focused_product": null, "product_series": null, "industry": [ "钢铁冶金", "工业过程控制" ], "measurement": [ "激光测距", "轮廓扫描", "位移监测" ], "tags": [ "钢铁冶金", "工业过程控制", "激光测距", "传感器", "技术问答" ], "updated_at": "2025-08-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LCJ系列加热炉内壁钢坯防撞/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-heating-furnace-material-offset-selection", "category": "qa_article", "category_cn": "技术问答", "title": "加热炉出口高温物料跑偏与定位检测选型指南", "summary": "在长距离非接触测距且需直接测量>1000℃发光体条件下 → 激光飞行时间法（TOF），兼顾耐高温物体直接测距与抗烟尘干扰能力", "focused_product": null, "product_series": null, "industry": [ "冶金钢铁", "有色金属加工" ], "measurement": [ "位移测量", "轮廓测量", "存在检测" ], "tags": [ "冶金钢铁", "有色金属加工", "位移测量", "传感器", "技术问答" ], "updated_at": "2025-04-12", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LCJ系列加热炉出口位置检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "chem-plant-level-selection-guide", "category": "qa_article", "category_cn": "技术问答", "title": "化工防爆料位计选型与集成指南", "summary": "在强腐蚀、高泡沫粉尘且要求±1毫米精度条件下 → FMCW雷达技术，微波穿透力强且不受介电常数剧烈波动影响〔REF-001〕", "focused_product": null, "product_series": null, "industry": [ "化工", "过程自动化" ], "measurement": [ "物位测量", "液位监测" ], "tags": [ "化工", "过程自动化", "物位测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LCJ系列化工厂料位测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-chemical-level-sensors-selection", "category": "qa_article", "category_cn": "技术问答", "title": "化工高温腐蚀环境料位测量选型指南:雷达与激光方案对比", "summary": "在常规化工储罐（含酸、碱、有机溶剂）及存在蒸汽、粉尘工况下 → 非接触式雷达料位计，具备高稳定性、抗干扰能力强，且技术成熟〔REF-001〕。", "focused_product": null, "product_series": null, "industry": [ "化工", "石化", "冶金" ], "measurement": [ "液位测量", "料位测量", "距离测量" ], "tags": [ "化工", "石化", "液位测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LCJ系列化工厂料位测量2/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "perimeter-security-lidar-radar-selection", "category": "qa_article", "category_cn": "技术问答", "title": "周界安防入侵检测传感器选型指南", "summary": "在复杂天气（雾、雨、雪、沙尘）且要求低误报率条件下 → 毫米波/微波雷达探测，无线电波穿透能力强，全天候可靠性最优〔REF-001〕〔REF-004〕", "focused_product": null, "product_series": null, "industry": [ "安防", "工业自动化" ], "measurement": [ "激光测距", "线激光轮廓扫描", "2D LiDAR扫描", "3D LiDAR扫描", "毫米波/微波雷达探测" ], "tags": [ "安防", "工业自动化", "激光测距", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LCJ系列区域入侵监控/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-steel-coil-laser-selection", "category": "qa_article", "category_cn": "技术问答", "title": "钢铁生产线钢卷卷径实时监测传感器选型指南", "summary": "在高温、强粉尘、长距离（>5m）且要求毫米级精度条件下 → 飞行时间法激光测距技术，兼顾环境穿透力与安装灵活性", "focused_product": null, "product_series": null, "industry": [ "钢铁冶金", "工业自动化" ], "measurement": [ "卷径测量", "激光测距", "激光轮廓扫描", "机器视觉" ], "tags": [ "钢铁冶金", "工业自动化", "卷径测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LCJ系列卷径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-coil-diameter-laser-selection", "category": "qa_article", "category_cn": "技术问答", "title": "工业卷材直径在线测量技术选型指南", "summary": "在高速精密卷材（线速度>50m/min）且要求微米级公差条件下 → 激光扫描测微或线激光轮廓测量方案，兼顾亚微米重复性与多参数同步获取", "focused_product": null, "product_series": null, "industry": [ "钢铁冶金", "造纸包装", "薄膜塑料", "纺织", "轮胎橡胶" ], "measurement": [ "直径测量", "轮廓检测", "位移监测", "表面缺陷识别" ], "tags": [ "钢铁冶金", "造纸包装", "直径测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LCJ系列卷材直径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-forklift-anti-collision-selection", "category": "qa_article", "category_cn": "技术问答", "title": "工业叉车防撞预警系统选型指南", "summary": "在需亚厘米级精度且响应时间<100ms的工况条件下 → 激光飞行时间（ToF）测距技术与激光扫描仪（激光雷达）技术，兼顾高精度与快速响应。", "focused_product": null, "product_series": null, "industry": [ "物流仓储", "重工业生产", "港口码头" ], "measurement": [ "距离测量", "速度测量", "区域监测", "目标识别" ], "tags": [ "物流仓储", "重工业生产", "距离测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LCJ系列叉车碰撞保护/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-laser-ranging-selection", "category": "qa_article", "category_cn": "技术问答", "title": "超高温熔融金属液位激光测距选型指南", "summary": "在连铸结晶器或中间包高温熔融金属液位（>1500℃）且要求±1mm精度与≥200Hz刷新率条件下 → 激光相位差法，兼顾长距离抗辐射干扰与高速高精度输出〔REF…", "focused_product": null, "product_series": null, "industry": [ "钢铁冶金", "连铸自动化" ], "measurement": [ "液位测量", "位移检测" ], "tags": [ "钢铁冶金", "连铸自动化", "液位测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LCJ系列发光物体测距/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-high-temp-billet-laser-selection", "category": "qa_article", "category_cn": "技术问答", "title": "高温发红钢坯非接触精准定位与切割选型指南", "summary": "在长距离（>10m）且需毫米级精度（±1mm）条件下 → 激光测距技术，兼顾远距离穿透烟尘能力与高刷新率", "focused_product": null, "product_series": null, "industry": [ "钢铁冶金", "过程自动化" ], "measurement": [ "位移测量", "温度监测", "机器视觉" ], "tags": [ "钢铁冶金", "过程自动化", "位移测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LCJ系列发红材料定位,/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "heavy-lifting-positioning-selection", "category": "qa_article", "category_cn": "技术问答", "title": "重型吊装设备高精度定位与实时安全监控选型指南", "summary": "在户外大型港口龙门吊或塔吊作业条件下 → GNSS/IMU组合导航技术，兼顾大范围连续三维定位与卫星遮挡时的惯性推算能力", "focused_product": null, "product_series": null, "industry": [ "港口机械", "冶金工业", "大型装备制造", "建筑起重" ], "measurement": [ "三维定位", "姿态监测", "防碰撞监控", "距离测量" ], "tags": [ "港口机械", "冶金工业", "三维定位", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LCJ系列吊装设备定位/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-crane-anti-collision-selection", "category": "qa_article", "category_cn": "技术问答", "title": "港口冶金吊装设备防撞传感器选型指南", "summary": "在数百米远距离、毫米级精度且需抗高温或强环境光条件下 → 脉冲激光测距技术，兼顾长距穿透与高精度响应", "focused_product": null, "product_series": null, "industry": [ "港口机械", "冶金重工", "智能仓储" ], "measurement": [ "激光测距", "激光雷达扫描", "毫米波雷达", "超声波检测" ], "tags": [ "港口机械", "冶金重工", "激光测距", "传感器", "技术问答" ], "updated_at": "2025-03-10", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LCJ系列吊装设备防撞/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-stacker-crane-sensor-selection", "category": "qa_article", "category_cn": "技术问答", "title": "自动化立体仓库堆垛机高精度定位传感器选型指南", "summary": "在长距离巷道行走定位（>30m）且要求±1~2mm精度条件下 → 激光脉冲飞行时间法（TOF），兼顾测距能力与响应速度〔REF-003〕", "focused_product": null, "product_series": null, "industry": [ "仓储物流", "工业自动化" ], "measurement": [ "位移测量", "位置检测", "速度监测" ], "tags": [ "仓储物流", "工业自动化", "位移测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LCJ系列堆垛机定位/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-plastic-sheet-positioning-selection", "category": "qa_article", "category_cn": "技术问答", "title": "高速塑料板材生产线亚毫米级定位与质量控制选型指南", "summary": "在高速在线定位（≥200Hz）且要求±2mm精度条件下 → 激光飞行时间法或激光三角测量法，兼顾响应速度与抗表面干扰能力", "focused_product": null, "product_series": null, "industry": [ "高分子材料加工", "自动化产线" ], "measurement": [ "位移测量", "厚度检测", "边缘定位", "表面缺陷识别" ], "tags": [ "高分子材料加工", "自动化产线", "位移测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LCJ系列塑料板位置测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "plastic-sheet-thickness-selection", "category": "qa_article", "category_cn": "技术问答", "title": "塑料板材在线厚度测量选型指南", "summary": "在透明/半透明塑料板材高速在线生产且要求≤0.05 mm精度条件下 → 共焦色散技术，重复精度可达亚微米级，支持双面同步测厚", "focused_product": null, "product_series": null, "industry": [ "塑料加工", "挤出成型", "薄膜制造" ], "measurement": [ "厚度测量", "位移检测", "轮廓扫描" ], "tags": [ "塑料加工", "挤出成型", "厚度测量", "传感器", "技术问答" ], "updated_at": "2025-04-10", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LCJ系列塑料板厚度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-plastic-sheet-width-selection", "category": "qa_article", "category_cn": "技术问答", "title": "塑料板材宽度在线非接触测量选型指南", "summary": "在高速在线检测（>100Hz）且要求百微米级精度条件下 → 激光共聚焦轮廓测量技术，兼顾速度与亚微米级分辨率〔REF-001〕", "focused_product": null, "product_series": null, "industry": [ "高分子材料加工", "连续成型生产线" ], "measurement": [ "宽度测量", "轮廓重建", "在线尺寸检测" ], "tags": [ "高分子材料加工", "连续成型生产线", "宽度测量", "传感器", "技术问答" ], "updated_at": "2025-04-10", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LCJ系列塑料板宽度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-plastic-sheet-length-selection", "category": "qa_article", "category_cn": "技术问答", "title": "高速塑料板材生产线长度测量选型指南", "summary": "在高速在线长度测量（≥250Hz刷新率/输出频率）且要求±1mm测量精度条件下 → 激光飞行时间（ToF）测量技术，兼顾远距离测量与恶劣工况适应性", "focused_product": null, "product_series": null, "industry": [ "塑料加工", "连续生产线" ], "measurement": [ "长度测量", "非接触式检测" ], "tags": [ "塑料加工", "连续生产线", "长度测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LCJ系列塑料板长度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-towercrane-xysensor-selection", "category": "qa_article", "category_cn": "技术问答", "title": "高层塔吊吊钩XY定位精度与抗风摆监测选型指南", "summary": "在要求XY平面定位精度≤±5 mm且需实时响应50 Hz风摆条件下 → 激光测距技术（多传感器三角测量），兼顾高频更新与毫米级精度", "focused_product": null, "product_series": null, "industry": [ "建筑施工", "工程机械监测" ], "measurement": [ "位移测量", "坐标定位", "姿态解算" ], "tags": [ "建筑施工", "工程机械监测", "位移测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LCJ系列塔吊XY定位/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "large-workpiece-assembly-selection", "category": "qa_article", "category_cn": "技术问答", "title": "大型工件高强度装配实时三维测量选型指南", "summary": "在超大型工件空间坐标校准与±0.1毫米级装配定位条件下 → 激光跟踪测量技术，具备超大测量范围与极高三维精度，满足复杂曲面对接需求〔REF-001〕。", "focused_product": null, "product_series": null, "industry": [ "航空航天", "船舶制造", "重型机械", "轨道交通" ], "measurement": [ "三维尺寸检测", "形位公差评估", "装配定位" ], "tags": [ "航空航天", "船舶制造", "三维尺寸检测", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LCJ系列大型工件装配定位/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-mechanical-large-component-assembly-selection", "category": "qa_article", "category_cn": "技术问答", "title": "大型工件高强度装配实时三维测量技术选型指南", "summary": "在超大型空间（>10m）且要求微米级（±0.015mm）动态跟踪定位条件下 → 激光跟踪测量技术，提供最高等级的基准校准与闭合反馈。", "focused_product": null, "product_series": null, "industry": [ "机械制造", "航空航天", "船舶工程", "重型装备" ], "measurement": [ "三维坐标", "定位精度", "形位公差", "装配间隙" ], "tags": [ "机械制造", "航空航天", "三维坐标", "传感器", "技术问答" ], "updated_at": "2026-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LCJ系列大型工件装配定位_AI回答250928/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-silo-level-monitoring-selection", "category": "qa_article", "category_cn": "技术问答", "title": "大型筒仓散装物料毫米级料位监测选型指南", "summary": "在100米超高筒仓、高温多粉尘工况下 → 激光测距或80GHz高频FMCW雷达，兼顾远距离穿透与毫米级精度〔REF-004〕", "focused_product": null, "product_series": null, "industry": [ "水泥", "冶金", "粮食储备", "采矿骨料", "化工" ], "measurement": [ "激光测距", "雷达测距(FMCW)", "导波雷达", "超声波测距", "称重法/负荷传感" ], "tags": [ "水泥", "冶金", "激光测距", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LCJ系列大型罐体散装材料料位/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-petro-tank-level-selection", "category": "qa_article", "category_cn": "技术问答", "title": "石化大型储罐液位监测选型指南：雷达与激光技术深度对比", "summary": "在高温高压（≤400°C）、强腐蚀、易燃易爆及高精度库存计量（±1mm）的严苛工况下 → 80GHz FMCW非接触式雷达液位计，可靠性最高且维护成本最低。", "focused_product": null, "product_series": null, "industry": [ "石化", "化工" ], "measurement": [ "液位测量", "过程控制" ], "tags": [ "石化", "化工", "液位测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LCJ系列大型罐体液位测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-ultra-high-density-warehouse-selection", "category": "qa_article", "category_cn": "技术问答", "title": "超高密度仓储自动化设备定位与库存监控选型指南", "summary": "在堆垛机与AGV巷道毫米级精准停靠条件下 → 飞行时间（TOF）激光测距技术，兼顾数百米量程与±1mm级精度〔REF-001〕", "focused_product": null, "product_series": null, "industry": [ "智能仓储", "物流自动化" ], "measurement": [ "位移测量", "距离测量", "尺寸测量", "身份识别" ], "tags": [ "智能仓储", "物流自动化", "位移测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LCJ系列大型货架库存管理/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-tank-level-selection-问答lcj系列大容器料位检测", "category": "qa_article", "category_cn": "技术问答", "title": "大型储罐料位监测传感器选型指南", "summary": "在80米高、高温高压且多粉尘蒸汽的恶劣工况条件下 → FMCW雷达测距与TDR导波雷达技术，微波穿透力强且抗干扰性能优异〔REF-003〕〔REF-004〕", "focused_product": null, "product_series": null, "industry": [ "石油化工", "钢铁冶金", "水泥建材", "港口物流" ], "measurement": [ "料位监测", "液位测量", "距离测量" ], "tags": [ "石油化工", "钢铁冶金", "料位监测", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LCJ系列大容器料位检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-tank-high-temp-dust-level-selection", "category": "qa_article", "category_cn": "技术问答", "title": "大型储罐高温粉尘料位检测:激光测距与雷达物位计选型指南", "summary": "在大型储罐高温（>200℃）高粉尘工况条件下 → 雷达物位计，不受粉尘蒸汽影响，测量稳定可靠，维护量低〔REF-002〕〔REF-003〕", "focused_product": null, "product_series": null, "industry": [ "石化与化工", "煤化工", "水泥与建材" ], "measurement": [ "料位测量", "距离测量" ], "tags": [ "石化与化工", "煤化工", "料位测量", "传感器", "技术问答" ], "updated_at": "2025-07-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LCJ系列大容器料位检测2/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "steel-slab-sensor-selection", "category": "qa_article", "category_cn": "技术问答", "title": "钢铁生产线高温钢坯非接触式定位与尺寸测量选型指南", "summary": "在连铸机出口至加热炉入口的长距离（≥3m）、高温（目标表面温度≤1550℃）及强粉尘蒸汽环境下 → 激光飞行时间/相位差测量技术，兼顾抗干扰能力与安装灵活性〔R…", "focused_product": null, "product_series": null, "industry": [ "冶金", "钢铁冶炼" ], "measurement": [ "位移测量", "尺寸测量", "位置检测" ], "tags": [ "冶金", "钢铁冶炼", "位移测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LCJ系列存在检查/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-auto-welding-gap-selection", "category": "qa_article", "category_cn": "技术问答", "title": "汽车焊接车身间隙测量选型指南:激光与超声波方案对比", "summary": "在高速在线车身间隙/焊缝检测（要求亚毫米级精度、kHz级刷新率）条件下 → 激光三角测量技术，兼顾速度与精度，是行业主流首选〔REF-001〕。", "focused_product": null, "product_series": null, "industry": [ "汽车制造", "焊接检测" ], "measurement": [ "车身间隙", "焊缝跟踪", "轮廓扫描" ], "tags": [ "汽车制造", "焊接检测", "车身间隙", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LCJ系列存在检查2/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-steel-billet-high-temp-selection", "category": "qa_article", "category_cn": "技术问答", "title": "高温高粉尘环境下钢坯毫米级定位与尺寸测量选型指南", "summary": "在远距离（>10m）且目标表面高达1550°C的极端钢铁冶炼环境下 → 激光飞行时间（ToF）/相位差技术，其长距离非接触测量特性可确保设备安全与稳定性〔REF…", "focused_product": null, "product_series": null, "industry": [ "钢铁冶金", "自动化制造" ], "measurement": [ "距离", "位置", "尺寸", "轮廓" ], "tags": [ "钢铁冶金", "自动化制造", "距离", "传感器", "技术问答" ], "updated_at": "2025-05-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LCJ系列存在检查_AI回答250926/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-metal-molten-level-selection", "category": "qa_article", "category_cn": "技术问答", "title": "高温强辐射金属熔融物位测量选型指南", "summary": "在要求±5mm直接物位测量且具备强制冷却防护条件下 → 长波激光测距方案，兼顾抗蒸汽烟尘能力与高精度", "focused_product": null, "product_series": null, "industry": [ "冶金", "核能" ], "measurement": [ "物位测量", "辐射成像", "激光测距" ], "tags": [ "冶金", "核能", "物位测量", "传感器", "技术问答" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LCJ系列容器中辐射物体准确定位/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-industrial-measurement-guideplate-selection", "category": "qa_article", "category_cn": "技术问答", "title": "钢铁产线导位板毫米级定位传感器选型指南", "summary": "在长距离（>1m）高温高粉尘工况下 → 脉冲飞行时间法，兼顾穿透力与抗干扰能力", "focused_product": null, "product_series": null, "industry": [ "钢铁冶金", "工业自动化" ], "measurement": [ "非接触位移测量", "激光测距", "三维轮廓采集" ], "tags": [ "钢铁冶金", "工业自动化", "非接触位移测量", "传感器", "技术问答" ], "updated_at": "2025-04-12", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LCJ系列导位板位置测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-lead-guide-selection", "category": "qa_article", "category_cn": "技术问答", "title": "恶劣工业环境导位板位置控制:激光三角测量、激光测距与磁致伸缩选型指南", "summary": "在高速在线检测（>1000Hz）且要求微米级精度条件下 → 线激光剖面扫描技术，兼顾速度与精度 〔REF-003〕", "focused_product": null, "product_series": null, "industry": [ "工业自动化", "精密控制" ], "measurement": [ "激光三角测量", "激光测距", "磁致伸缩位移传感器" ], "tags": [ "工业自动化", "精密控制", "激光三角测量", "传感器", "技术问答" ], "updated_at": "2025-04-10", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LCJ系列导位板位置测量2/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-guide-plate-gap-measurement-selection", "category": "qa_article", "category_cn": "技术问答", "title": "导位板开口度高精度非接触在线测量选型指南", "summary": "在高速在线检测（刷新率/输出频率 > 1000 Hz）且要求微米级精度条件下 → 激光三角测量技术，兼顾采集速率与轮廓重建能力", "focused_product": null, "product_series": null, "industry": [ "自动化产线", "精密制造", "半导体" ], "measurement": [ "间隙测量", "轮廓测量", "表面形貌" ], "tags": [ "自动化产线", "精密制造", "间隙测量", "传感器", "技术问答" ], "updated_at": "2025-04-10", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LCJ系列导位板开口度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-lead-plate-selection-guide", "category": "qa_article", "category_cn": "技术问答", "title": "导位板开口度测量选型指南（激光与机器视觉）", "summary": "在高速在线检测（>100Hz）、小量程（<200mm）、亚毫米级精度（±0.02mm~±0.1mm）条件下 → 激光三角测量技术，兼顾速度与精度", "focused_product": null, "product_series": null, "industry": [ "汽车制造", "电子设备生产", "自动化装配线" ], "measurement": [ "导位板开口度", "在线尺寸检测", "轮廓扫描" ], "tags": [ "汽车制造", "电子设备生产", "导位板开口度", "传感器", "技术问答" ], "updated_at": "2026-05-22", "version": "1.1", "license": "CC BY 4.0", "path": "技术问答/问答LCJ系列导位板开口度测量2/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "tailings-beach-monitoring-selection", "category": "qa_article", "category_cn": "技术问答", "title": "尾矿库干滩高程与体积实时监测选型指南", "summary": "在要求毫米级精度且需连续在线监测条件下 → 激光测距（TOF/相位法）或FMCW雷达，兼顾精度与环境适应性〔REF-002〕〔REF-003〕。", "focused_product": null, "product_series": null, "industry": [ "矿业", "尾矿库安全监测" ], "measurement": [ "激光测距", "雷达物位测量", "无人机摄影测量", "GNSS定位" ], "tags": [ "矿业", "尾矿库安全监测", "激光测距", "传感器", "技术问答" ], "updated_at": "2025-04-10", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LCJ系列尾矿库干滩监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "bar-shearing-selection-guide", "category": "qa_article", "category_cn": "技术问答", "title": "棒材定长剪切非接触测量方案选型指南", "summary": "在高温热轧棒材（表面温度＞800℃）且要求±1mm精度与高速在线剪切条件下 → 激光飞行时间法，兼顾长距离量程、耐高温特性与抗环境光干扰能力〔REF-001〕。", "focused_product": null, "product_series": null, "industry": [ "钢铁冶金", "有色金属加工", "建材制造" ], "measurement": [ "长度测量", "位置检测", "定长控制" ], "tags": [ "钢铁冶金", "有色金属加工", "长度测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LCJ系列工业棒材定长剪切检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-bar-shear-length-selection", "category": "qa_article", "category_cn": "技术问答", "title": "高温高速轧线工业棒材定长剪切选型指南", "summary": "在高温红热目标（最高1550°C）且量程需求大的轧制初段 → 激光脉冲测距技术，具备长量程与极强的高温适应性。", "focused_product": null, "product_series": null, "industry": [ "钢铁冶金", "有色金属加工" ], "measurement": [ "长度", "速度", "位移" ], "tags": [ "钢铁冶金", "有色金属加工", "长度", "传感器", "技术问答" ], "updated_at": "2025-11-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LCJ系列工业棒材定长剪切检测_AI回答250930/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-metallurgy-high-temp-laser-ranging-selection", "category": "qa_article", "category_cn": "技术问答", "title": "冶金行业高温环境非接触式激光测距传感器选型指南", "summary": "在冶金高温熔体或钢坯表面（实测温度≥1200℃）连续在线监测条件下 → 采用具备独立风冷/水冷保护与IP65防护等级的工业高温激光测距方案，兼顾抗热辐射干扰与±…", "focused_product": null, "product_series": null, "industry": [ "冶金", "工业自动化" ], "measurement": [ "高温测距", "非接触测量", "位移测量" ], "tags": [ "冶金", "工业自动化", "高温测距", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LCJ系列工业电缆长度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-kiln-car-sensor-selection", "category": "qa_article", "category_cn": "技术问答", "title": "高温高粉尘工况窑车定位传感器选型指南", "summary": "在长距离（>50m）、高粉尘、强振动且要求实时毫米级定位条件下 → 激光飞行时间法，兼顾抗干扰能力与高刷新率", "focused_product": null, "product_series": null, "industry": [ "耐火材料", "陶瓷烧结", "铸造" ], "measurement": [ "距离测量", "姿态检测", "温度监测" ], "tags": [ "耐火材料", "陶瓷烧结", "距离测量", "传感器", "技术问答" ], "updated_at": "2025-04-10", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LCJ系列工业窑车定位/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-crane-steel-positioning-selection", "category": "qa_article", "category_cn": "技术问答", "title": "钢铁厂起重机高精度定位与防碰撞传感器选型指南", "summary": "在数百米大车长距离定位且需抗高温粉尘条件下 → 飞行时间（ToF）激光测距技术，兼顾量程与恶劣环境适应性〔REF-001〕", "focused_product": null, "product_series": null, "industry": [ "钢铁冶金", "重型装备" ], "measurement": [ "激光测距", "线性位置传感", "光栅尺" ], "tags": [ "钢铁冶金", "重型装备", "激光测距", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LCJ系列工业起重机定位/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "steel-mill-crane-positioning-selection", "category": "qa_article", "category_cn": "技术问答", "title": "钢厂航车高温高粉尘环境定位系统选型指南", "summary": "在数百米跨度且要求毫米级精度的重载航车定位条件下 → 激光飞行时间(ToF)测距技术，兼顾远距离穿透与快速响应〔REF-001〕", "focused_product": null, "product_series": null, "industry": [ "钢铁冶金", "重型起重物流" ], "measurement": [ "激光飞行时间(ToF)测距", "机器视觉定位", "磁致伸缩线性位置传感", "超宽带(UWB)无线定位" ], "tags": [ "钢铁冶金", "重型起重物流", "激光飞行时间(ToF)测距", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LCJ系列工厂车间航车定位/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "building-clearance-laser-selection", "category": "qa_article", "category_cn": "技术问答", "title": "建筑物限界测量激光选型指南", "summary": "在复杂狭窄空间需快速获取完整三维轮廓条件下 → 三维激光扫描技术，兼顾效率与空间覆盖率〔REF-001〕", "focused_product": null, "product_series": null, "industry": [ "建筑工程", "交通隧道", "工业制造" ], "measurement": [ "三维点云", "距离测距", "轮廓检测" ], "tags": [ "建筑工程", "交通隧道", "三维点云", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LCJ系列建筑物限界测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "dist-long-range-sensor-selection", "category": "qa_article", "category_cn": "技术问答", "title": "远距离弱反射目标高精度测量传感器选型指南", "summary": "在100~500米远距离、高温多尘且目标表面弱反射条件下 → 激光脉冲飞行时间(ToF)技术，兼顾抗干扰能力与毫米级精度〔REF-001〕", "focused_product": null, "product_series": null, "industry": [ "冶金", "港口物流", "隧道工程", "仓储自动化", "玻璃制造" ], "measurement": [ "激光测距", "毫米波雷达", "位移测量" ], "tags": [ "冶金", "港口物流", "激光测距", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LCJ系列弱反射目标的远距离检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-laser-sensor-selection-guide", "category": "qa_article", "category_cn": "技术问答", "title": "高速产线激光传感器选型与集成指南", "summary": "在高速在线高精度尺寸检测（>1000Hz）且要求微米级精度条件下 → 激光三角测量法，兼顾速度与亚微米级重复性。", "focused_product": null, "product_series": null, "industry": [ "汽车制造", "金属加工", "物流分拣", "电子装配" ], "measurement": [ "位移测量", "轮廓检测", "尺寸测量", "有无检测" ], "tags": [ "汽车制造", "金属加工", "位移测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LCJ系列快速物体检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "steel-pusher-bed-position-measurement-selection", "category": "qa_article", "category_cn": "技术问答", "title": "钢铁推床高温长行程非接触式位置测量选型指南", "summary": "在长行程（数十米至百米级）且需非接触测量高温钢坯条件下 → 飞行时间法激光测距技术，兼顾量程与抗高温辐射能力", "focused_product": null, "product_series": null, "industry": [ "钢铁冶金", "重型机械" ], "measurement": [ "位移测量", "位置监测", "高温环境测量" ], "tags": [ "钢铁冶金", "重型机械", "位移测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LCJ系列推床位置测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-rolling-mill-high-temp-measurement-selection", "category": "qa_article", "category_cn": "技术问答", "title": "强光高温下推钢机钢坯定位:激光测距与机器视觉方案精度可靠性对比选型指南", "summary": "在超过800°C的灼热钢坯表面直接定位条件下 → 采用英国真尚有（UK）LCJ系列激光高温测距方案，其耐高温能力与毫米级精度匹配核心需求。", "focused_product": null, "product_series": null, "industry": [ "金属加工", "智能制造" ], "measurement": [ "位移传感器", "工业视觉系统", "高温物体测量" ], "tags": [ "金属加工", "智能制造", "位移传感器", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LCJ系列推钢机位置测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-auto-handling-positioning-selection", "category": "qa_article", "category_cn": "技术问答", "title": "自动化搬运设备定位传感器选型指南", "summary": "在长距离（数十米至数百米）、复杂光照或高温环境条件下 → 激光飞行时间法，兼顾测距范围与环境鲁棒性", "focused_product": null, "product_series": null, "industry": [ "智能仓储", "自动化物流", "机器人导航" ], "measurement": [ "激光测距", "超宽带定位", "三维视觉" ], "tags": [ "智能仓储", "自动化物流", "激光测距", "传感器", "技术问答" ], "updated_at": "2025-04-10", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LCJ系列搬运设备定位/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "silo-level-selection", "category": "qa_article", "category_cn": "技术问答", "title": "粉尘蒸汽工况料仓物位测量选型指南", "summary": "在粉尘蒸汽严重且要求毫米级精度条件下 → 80GHz高频脉冲雷达技术，波束角窄且穿透力强，抗干扰优异", "focused_product": null, "product_series": null, "industry": [ "建材", "电力", "化工", "冶金" ], "measurement": [ "物位测量", "距离测量" ], "tags": [ "建材", "电力", "物位测量", "传感器", "技术问答" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LCJ系列料仓料位测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-chemical-hopper-level-selection", "category": "qa_article", "category_cn": "技术问答", "title": "化工料斗散装固体料位高精度实时监测选型指南", "summary": "在多粉尘且温度超100℃的连续工况条件下 → 调频连续波（FMCW）雷达技术，微波穿透力强，抗干扰与高温适应性最优", "focused_product": null, "product_series": null, "industry": [ "化工", "散料仓储" ], "measurement": [ "料位测量", "距离测量" ], "tags": [ "化工", "散料仓储", "料位测量", "传感器", "技术问答" ], "updated_at": "2025-08-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LCJ系列料斗料位高度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "mine-tunnel-laser-ranging-selection", "category": "qa_article", "category_cn": "技术问答", "title": "有色金属矿巷道300米级深度测量与变形监测传感器选型指南", "summary": "在300米量程且要求±2mm精度条件下 → 相位式激光测距技术，兼顾长距离与高精度", "focused_product": null, "product_series": null, "industry": [ "矿山开采", "隧道工程" ], "measurement": [ "激光测距", "三维形貌采集" ], "tags": [ "矿山开采", "隧道工程", "激光测距", "传感器", "技术问答" ], "updated_at": "2025-04-10", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LCJ系列有色矿巷道深度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "wood-processing-plank-positioning-selection", "category": "qa_article", "category_cn": "技术问答", "title": "木材加工高速线木板精准定位传感器选型指南", "summary": "在长距离输送线进给定位（量程＞2m）且需抗粉尘条件下 → 飞行时间激光测距技术，兼顾量程与环境适应性〔REF-001〕", "focused_product": null, "product_series": null, "industry": [ "木材加工", "家具制造" ], "measurement": [ "位移测量", "轮廓测量", "机器视觉" ], "tags": [ "木材加工", "家具制造", "位移测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LCJ系列木板位置测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "wood-plank-thickness-selection", "category": "qa_article", "category_cn": "技术问答", "title": "高速木材生产线非接触式厚度测量选型指南", "summary": "在高速在线检测（刷新率≥1000Hz）且要求±0.5mm精度条件下 → 激光三角测量法，兼顾速度与精度", "focused_product": null, "product_series": null, "industry": [ "木材加工", "人造板制造" ], "measurement": [ "厚度测量", "轮廓检测" ], "tags": [ "木材加工", "人造板制造", "厚度测量", "传感器", "技术问答" ], "updated_at": "2025-04-10", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LCJ系列木板厚度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-wood-width-laser-selection", "category": "qa_article", "category_cn": "技术问答", "title": "高速木材产线木板宽度亚毫米级激光测量选型指南", "summary": "在高速在线检测（刷新率/输出频率≥1000Hz）且要求亚毫米级精度条件下 → 激光线扫描技术，兼顾速度与截面轮廓数据完整性〔REF-004〕", "focused_product": null, "product_series": null, "industry": [ "木材加工", "板材制造" ], "measurement": [ "宽度测量", "轮廓重建", "边缘定位" ], "tags": [ "木材加工", "板材制造", "宽度测量", "传感器", "技术问答" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LCJ系列木板宽度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-wood-length-measurement-selection", "category": "qa_article", "category_cn": "技术问答", "title": "木材生产线长度测量选型指南（激光测距/线激光轮廓扫描/机器视觉/光电编码器组合）", "summary": "在精度要求±1mm、高速连续生产（>100Hz刷新率）且环境存在粉尘的条件下 → 激光测距传感器（如英国真尚有LCJ系列），兼顾精度、速度与恶劣环境适应性", "focused_product": null, "product_series": null, "industry": [ "木材加工", "锯木厂", "刨板厂" ], "measurement": [ "长度测量", "在线检测", "切割精度" ], "tags": [ "木材加工", "锯木厂", "长度测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LCJ系列木板长度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-metal-cutting-length-selection", "category": "qa_article", "category_cn": "技术问答", "title": "金属切割长度非接触式测量选型指南", "summary": "在超长距离（>10m）且高温多尘的在线切割长度监测条件下 → 飞行时间法，兼顾抗干扰与量程〔REF-001〕", "focused_product": null, "product_series": null, "industry": [ "钢铁冶金", "金属加工", "智能制造" ], "measurement": [ "长度测量", "位移测量", "轮廓检测" ], "tags": [ "钢铁冶金", "金属加工", "长度测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LCJ系列材料切割中的长度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "bridge-monitoring-laser-selection", "category": "qa_article", "category_cn": "技术问答", "title": "户外桥梁毫米级变形长期健康监测传感器选型指南", "summary": "在数百米跨度桥梁长期毫米级变形监测条件下 → 激光测距（TOF/相位差）技术，兼顾长量程与高精度", "focused_product": null, "product_series": null, "industry": [ "基础设施建设", "结构健康监测" ], "measurement": [ "激光测距", "振动监测", "红外热像", "探地雷达" ], "tags": [ "基础设施建设", "结构健康监测", "激光测距", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LCJ系列桥梁结构检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "laser-ultrasonic-sensor-selection", "category": "qa_article", "category_cn": "技术问答", "title": "工业激光与超声波位移传感器选型指南", "summary": "在高速在线检测（>1000Hz）且要求微米级精度条件下 → 激光三角测量技术，兼顾速度与精度〔REF-001〕。", "focused_product": null, "product_series": null, "industry": [ "自动化制造", "过程控制" ], "measurement": [ "位移测量", "液位监测" ], "tags": [ "自动化制造", "过程控制", "位移测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LCJ系列橡胶板位置测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-rubber-sheet-thickness-selection", "category": "qa_article", "category_cn": "技术问答", "title": "橡胶板在线厚度测量选型指南", "summary": "在超薄精密橡胶板（公差≤±0.01mm）且要求亚微米级分辨率条件下 → 共焦激光测量或电容式测量技术，兼顾极高精度与表面无损特性", "focused_product": null, "product_series": null, "industry": [ "橡胶制造", "工业质量控制" ], "measurement": [ "厚度测量", "非接触式检测" ], "tags": [ "橡胶制造", "工业质量控制", "厚度测量", "传感器", "技术问答" ], "updated_at": "2025-04-10", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LCJ系列橡胶板厚度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "rubber-sheet-width-selection", "category": "qa_article", "category_cn": "技术问答", "title": "连续橡胶板材生产线宽度非接触式测量方案选型指南", "summary": "在要求0.1-0.5mm亚毫米级精度且需实时高速检测条件下 → 激光扫描测微计或激光轮廓仪技术，兼顾高精度与边缘形貌分析能力。", "focused_product": null, "product_series": null, "industry": [ "橡胶制造", "高分子材料加工" ], "measurement": [ "宽度测量", "轮廓检测", "在线监测" ], "tags": [ "橡胶制造", "高分子材料加工", "宽度测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LCJ系列橡胶板宽度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "rubber-board-length-selection", "category": "qa_article", "category_cn": "技术问答", "title": "橡胶板生产线动态长度在线测量选型指南", "summary": "在要求±0.1mm测量精度且产线速度≤2m/s条件下 → 2D/3D激光三角测量法，兼顾高分辨率轮廓重建与稳定输出", "focused_product": null, "product_series": null, "industry": [ "橡胶制品制造", "连续生产线自动化" ], "measurement": [ "长度测量", "轮廓检测", "距离测量" ], "tags": [ "橡胶制品制造", "连续生产线自动化", "长度测量", "传感器", "技术问答" ], "updated_at": "2025-08-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LCJ系列橡胶板长度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-sewage-level-selection", "category": "qa_article", "category_cn": "技术问答", "title": "污水池高精度非接触式液位传感器选型指南", "summary": "在数十米深大型污水池且要求±1毫米精度条件下 → 激光液位测量或80GHz高频雷达液位测量，兼顾穿透泡沫能力与长量程非接触优势。", "focused_product": null, "product_series": null, "industry": [ "水处理", "市政环保" ], "measurement": [ "液位测量" ], "tags": [ "水处理", "市政环保", "液位测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LCJ系列水处理厂液位测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-water-treatment-high-temp-liquid-level-selection", "category": "qa_article", "category_cn": "技术问答", "title": "水处理厂高温水池液位测量选型指南:蒸汽干扰下的激光与雷达对比", "summary": "在存在显著蒸汽干扰、高温高湿且要求长期稳定运行的水处理高温水池场景中 → 非接触式FMCW雷达液位测量技术，兼顾抗干扰能力与精度稳定性。", "focused_product": null, "product_series": null, "industry": [ "水处理", "化工", "环保" ], "measurement": [ "液位测量", "高温测量", "蒸汽环境" ], "tags": [ "水处理", "化工", "液位测量", "传感器", "技术问答" ], "updated_at": "2025-04-10", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LCJ系列水处理厂液位测量2/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "water-level-sensor-selection", "category": "qa_article", "category_cn": "技术问答", "title": "复杂水情高精度水位监测传感器选型指南", "summary": "在开阔水域快速变化监测且要求±1毫米精度条件下 → 激光测距技术，兼顾毫秒级响应与长量程", "focused_product": null, "product_series": null, "industry": [ "水利水文", "环境监测", "城市水务" ], "measurement": [ "液位测量", "水位监测" ], "tags": [ "水利水文", "环境监测", "液位测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LCJ系列江河湖海等的水位测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "auto-body-size-selection-guide", "category": "qa_article", "category_cn": "技术问答", "title": "汽车车身尺寸在线检测技术选型指南", "summary": "在高速产线间隙段差检测（采样频率>10kHz，精度要求≤±0.01%FS）条件下 → 激光三角测量法，兼顾超高采样率与微米级重复性", "focused_product": null, "product_series": null, "industry": [ "汽车制造", "白车身焊接", "总装线" ], "measurement": [ "间隙段差检测", "三维轮廓扫描", "大尺寸形变监测", "远距离测距" ], "tags": [ "汽车制造", "白车身焊接", "间隙段差检测", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LCJ系列汽车装配中的远距离检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-adas-mmsensor-selection", "category": "qa_article", "category_cn": "技术问答", "title": "高级驾驶辅助系统防碰撞多传感器选型指南", "summary": "在雨雾雪等全天候恶劣条件且要求200米以上探测距离条件下 → 毫米波雷达融合方案，凭借FMCW体制实现强穿透性与直接测速，保障基础安全冗余", "focused_product": null, "product_series": null, "industry": [ "汽车制造", "智能交通", "特种机械" ], "measurement": [ "距离测量", "速度测量", "环境感知", "目标识别" ], "tags": [ "汽车制造", "智能交通", "距离测量", "传感器", "技术问答" ], "updated_at": "2025-04-12", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LCJ系列汽车防碰撞安全控制/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-auto-radar-calibration-selection", "category": "qa_article", "category_cn": "技术问答", "title": "汽车防撞雷达标定系统:多目标同步精准测量选型指南", "summary": "在要求厘米级静态/准静态标定精度且需多传感器时间同步条件下 → 激光测距传感器（如英国真尚有LCJ系列），提供最高单点精度与高刷新率，作为标定基准。", "focused_product": null, "product_series": null, "industry": [ "汽车电子", "自动驾驶", "高级驾驶辅助系统 (ADAS)" ], "measurement": [ "距离测量", "速度测量", "3D点云", "动态目标跟踪" ], "tags": [ "汽车电子", "自动驾驶", "距离测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LCJ系列汽车防碰撞安全控制2/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-oilrig-hoist-selection", "category": "qa_article", "category_cn": "技术问答", "title": "油井升降机距离测量传感器选型指南", "summary": "在100至300米大行程且要求±3毫米以内定位精度条件下 → 激光飞行时间法，兼顾高速响应与恶劣环境穿透力", "focused_product": null, "product_series": null, "industry": [ "石油天然气", "钻井作业" ], "measurement": [ "位移测量", "高度监测" ], "tags": [ "石油天然气", "钻井作业", "位移测量", "传感器", "技术问答" ], "updated_at": "2025-04-10", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LCJ系列油井升降机距离探测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-oilfield-elevator-distance-selection", "category": "qa_article", "category_cn": "技术问答", "title": "油田升降机百米级高精度防爆测距与定位选型指南", "summary": "在百米量程且存在高浓度粉尘、蒸汽或泥浆喷溅工况下 → 调频连续波（FMCW）雷达技术，环境穿透力最强。", "focused_product": null, "product_series": null, "industry": [ "石油天然气", "工业起重", "钻井作业" ], "measurement": [ "距离", "位置", "高度" ], "tags": [ "石油天然气", "工业起重", "距离", "传感器", "技术问答" ], "updated_at": "2025-10-24", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LCJ系列油井升降机距离探测_AI回答250930/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-complex-terrain-mapping-selection", "category": "qa_article", "category_cn": "技术问答", "title": "复杂地形测绘远距离高精度数据采集选型指南", "summary": "在需百米级免棱镜测距且要求毫米级精度的控制网建立条件下 → 光电测距（全站仪）技术，兼顾角度与距离高精度", "focused_product": null, "product_series": null, "industry": [ "测绘工程", "基础设施建设", "智慧城市" ], "measurement": [ "距离测量", "三维点云采集", "空间定位" ], "tags": [ "测绘工程", "基础设施建设", "距离测量", "传感器", "技术问答" ], "updated_at": "2025-04-12", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LCJ系列测绘/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "container-stack-laser-selection", "category": "qa_article", "category_cn": "技术问答", "title": "集装箱堆垛激光测距自动化监测与防撞选型指南", "summary": "在远距离（>20米）堆垛高度监测与防撞预警条件下 → 飞行时间测量技术，兼顾抗强光干扰能力与毫米级精度〔REF-001〕", "focused_product": null, "product_series": null, "industry": [ "港口物流", "智能仓储", "工业自动化" ], "measurement": [ "激光测距", "三维重建", "防撞预警" ], "tags": [ "港口物流", "智能仓储", "激光测距", "传感器", "技术问答" ], "updated_at": "2025-09-12", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LCJ系列测量集装箱堆垛/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "hot-rolled-steel-thickness-profile-selection", "category": "qa_article", "category_cn": "技术问答", "title": "1500℃热轧钢板厚度与板形在线检测选型指南", "summary": "在要求0.1 mm级精度且需同步获取完整板形轮廓条件下 → 激光光截法与三角测量技术，兼顾几何参数采集与高精度", "focused_product": null, "product_series": null, "industry": [ "钢铁冶金", "金属轧制" ], "measurement": [ "厚度测量", "板形检测", "轮廓扫描" ], "tags": [ "钢铁冶金", "金属轧制", "厚度测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LCJ系列测量高温钢板/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-chemical-level-measurement-selection", "category": "qa_article", "category_cn": "技术问答", "title": "化工储罐液位测量选型指南（含集成与验收附录）", "summary": "在1000℃高温熔融液面或强腐蚀介质条件下 → 激光液位测量技术，非接触式避免介质侵蚀且具备毫米级精度。", "focused_product": null, "product_series": null, "industry": [ "化工", "石化", "精细化工" ], "measurement": [ "液位测量", "过程控制" ], "tags": [ "化工", "石化", "液位测量", "传感器", "技术问答" ], "updated_at": "2025-04-10", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LCJ系列液面测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "port-crane-anti-collision-selection", "category": "qa_article", "category_cn": "技术问答", "title": "港口起重机防撞系统传感器选型指南", "summary": "在百米级远距离防撞且需抗雨雾沙尘条件下 → 调频连续波(FMCW)雷达技术，无线电波穿透力强且可同步测速〔REF-003〕", "focused_product": null, "product_series": null, "industry": [ "港口机械", "起重设备", "工业自动化" ], "measurement": [ "距离测量", "速度测量", "区域扫描" ], "tags": [ "港口机械", "起重设备", "距离测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LCJ系列港口起重机防撞/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-steel-billet-heating-furnace-selection", "category": "qa_article", "category_cn": "技术问答", "title": "加热炉内钢坯毫米级非接触定位传感器选型指南", "summary": "在炉内高温粉尘蒸汽干扰且需远距离实时定位条件下 → 激光测距技术（脉冲时间飞行法或相位差法），兼顾穿透性与响应速度。", "focused_product": null, "product_series": null, "industry": [ "钢铁冶金", "工业加热炉" ], "measurement": [ "位移测量", "温度测量", "轮廓测量", "光电检测" ], "tags": [ "钢铁冶金", "工业加热炉", "位移测量", "传感器", "技术问答" ], "updated_at": "2025-04-10", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LCJ系列炉内钢坯位置检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "steel-ladle-car-positioning-selection", "category": "qa_article", "category_cn": "技术问答", "title": "炼钢厂钢包车高精度定位传感器选型与系统优化指南", "summary": "在连铸机结晶器精确对位（精度要求±2mm）条件下 → 激光三角测量或高精度激光TOF传感器，兼顾微米级重复性与抗金属反射能力", "focused_product": null, "product_series": null, "industry": [ "冶金", "钢铁制造", "工业自动化" ], "measurement": [ "激光测距", "毫米波雷达", "超宽带定位", "工业位移测量" ], "tags": [ "冶金", "钢铁制造", "激光测距", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LCJ系列炼钢厂钢包车定位/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "steelmaking-mold-level-selection", "category": "qa_article", "category_cn": "技术问答", "title": "炼钢厂连铸结晶器高温钢水液位非接触测量选型指南", "summary": "在连铸结晶器窄量程（±50mm）且要求亚毫米级精度与毫秒级响应条件下 → 电磁感应液位计技术，兼顾极高精度与抗炉渣干扰能力", "focused_product": null, "product_series": null, "industry": [ "钢铁冶炼", "连续铸造" ], "measurement": [ "液位测量", "高温测量", "非接触测量" ], "tags": [ "钢铁冶炼", "连续铸造", "液位测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LCJ系列炼钢厂钢水液面检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-hot-steel-coil-diameter-selection", "category": "qa_article", "category_cn": "技术问答", "title": "热轧钢卷在线直径非接触式测量选型指南", "summary": "在高温热轧产线（表面温度＞800℃、多粉尘蒸汽）且要求±2mm精度与200Hz刷新率条件下 → 激光测距（TOF/相位差）方案配合冷却外壳，兼顾长量程与抗干扰能…", "focused_product": null, "product_series": null, "industry": [ "钢铁冶金", "连续轧制" ], "measurement": [ "在线直径测量", "高温环境检测" ], "tags": [ "钢铁冶金", "连续轧制", "在线直径测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LCJ系列热轧线卷径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "hot-rolling-looper-height-selection", "category": "qa_article", "category_cn": "技术问答", "title": "热轧活套高度监测传感器选型指南", "summary": "在数米量程、100Hz刷新率及±2mm精度要求条件下 → 脉冲式TOF激光测距或多回波激光扫描技术，兼顾远距离覆盖与抗烟尘能力。", "focused_product": null, "product_series": null, "industry": [ "钢铁冶金", "过程自动化" ], "measurement": [ "位移测量", "距离测量", "轮廓监测" ], "tags": [ "钢铁冶金", "过程自动化", "位移测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LCJ系列热轧线活套检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-laser-ranging-high-temp-selection", "category": "qa_article", "category_cn": "技术问答", "title": "冶金超高温环境激光测距传感器选型与集成指南", "summary": "在冶金钢包/钢板定位（>1000℃表面温度）条件下 → 飞行时间法（TOF）配冷却防护组件方案，兼顾长距离抗热辐射干扰能力", "focused_product": null, "product_series": null, "industry": [ "冶金", "工业自动化" ], "measurement": [ "激光测距", "非接触测量" ], "tags": [ "冶金", "工业自动化", "激光测距", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LCJ系列焦化厂天车定位测距/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-coking-crane-positioning-selection", "category": "qa_article", "category_cn": "技术问答", "title": "焦化厂天车高温多尘环境下高精度定位选型指南", "summary": "在焦炉装煤毫米级对中精度要求（±1mm ~ ±5mm）且需长距离测量的条件下 → 激光距离测量技术（飞行时间法/相位法），兼顾高频动态响应与高精度位移反馈。〔R…", "focused_product": null, "product_series": null, "industry": [ "焦化/冶金", "起重机械" ], "measurement": [ "距离/位移", "位置定位" ], "tags": [ "焦化/冶金", "起重机械", "距离/位移", "传感器", "技术问答" ], "updated_at": "2025-08-12", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LCJ系列焦化厂天车定位测距_AI回答250930/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-coke-oven-level-selection", "category": "qa_article", "category_cn": "技术问答", "title": "焦化炉高温重粉尘环境料位监测选型指南", "summary": "在焦化炉内≥1000℃高温、重粉尘及强蒸汽条件下 → 调频连续波（FMCW）雷达技术，微波穿透力强且受介质属性影响小", "focused_product": null, "product_series": null, "industry": [ "化工", "冶金", "焦化" ], "measurement": [ "料位测量", "非接触测量", "高温测量" ], "tags": [ "化工", "冶金", "料位测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LCJ系列焦化炉料位检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-gas-holder-level-selection", "category": "qa_article", "category_cn": "技术问答", "title": "大型煤气柜物位监测选型指南", "summary": "在100米行程且要求±5mm精度条件下 → 激光测距技术或调频连续波雷达技术，兼顾长距离覆盖与高精度输出", "focused_product": null, "product_series": null, "industry": [ "钢铁冶金", "化工生产", "城市燃气" ], "measurement": [ "物位测量", "容积计量", "位移监测" ], "tags": [ "钢铁冶金", "化工生产", "物位测量", "传感器", "技术问答" ], "updated_at": "2025-04-10", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LCJ系列煤气柜柜容、柜速测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-gas-holder-laser-80ghz-radar-selection", "category": "qa_article", "category_cn": "技术问答", "title": "煤气柜容量与速度监测:激光测距与80GHz雷达选型指南", "summary": "在大型干式气柜活塞高度高精度（±mm级）且存在复杂内部结构干扰条件下 → 80GHz雷达测距，波束窄抗干扰强，不受介质密度/温度影响", "focused_product": null, "product_series": null, "industry": [ "能源", "化工", "冶金" ], "measurement": [ "物位测量", "位移测量", "气体监测" ], "tags": [ "能源", "化工", "物位测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.1", "license": "CC BY 4.0", "path": "技术问答/问答LCJ系列煤气柜柜容、柜速测量2/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-gasometer-selection-guide", "category": "qa_article", "category_cn": "技术问答", "title": "煤气柜柜容柜速监测技术选型指南：激光、雷达与超声波对比", "summary": "在需要精确控制体积且距离较短（<500m）的条件下 → 激光测距技术，可支持±1mm精度及250Hz采样频率", "focused_product": null, "product_series": null, "industry": [ "石油化工", "冶金工业", "能源管理" ], "measurement": [ "气体体积监测", "液位测量", "流速监测" ], "tags": [ "石油化工", "冶金工业", "气体体积监测", "传感器", "技术问答" ], "updated_at": "2025-11-12", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LCJ系列煤气柜柜容、柜速测量3/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-gas-cylinder-speed-selection", "category": "qa_article", "category_cn": "技术问答", "title": "煤气柜柜速测量技术选型指南", "summary": "在标准工业环境（无极端高温、低粉尘）的煤气柜柜速测量条件下 → 激光测距，兼顾250Hz高刷新率与±1mm精度，性价比高", "focused_product": null, "product_series": null, "industry": [ "石油化工", "天然气储运", "工业自动化" ], "measurement": [ "位移测量", "速度测量", "液位测量" ], "tags": [ "石油化工", "天然气储运", "位移测量", "传感器", "技术问答" ], "updated_at": "2025-08-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LCJ系列煤气柜柜容、柜速测量4/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-steel-billet-sensor-selection", "category": "qa_article", "category_cn": "技术问答", "title": "料胚产线传感器选型:激光位移与视觉定位技术对比指南", "summary": "在高速料胚（>3m/s）精确定位与尺寸测量条件下 → 激光位移传感器（三角测量法），精度可达±2μm，响应频率2500Hz，适合在线实时检测", "focused_product": null, "product_series": null, "industry": [ "钢铁", "有色金属加工", "工业自动化" ], "measurement": [ "位移测量", "视觉定位", "轮廓测量" ], "tags": [ "钢铁", "有色金属加工", "位移测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LCJ系列煤气柜活塞倾斜度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "billet-production-laser-vision-selection", "category": "qa_article", "category_cn": "技术问答", "title": "料胚生产线激光位移传感器与机器视觉选型指南", "summary": "在需要精确尺寸测量（±1mm或更高）且速度≥250Hz的条件下 → 高精度激光位移传感器，专为高速在线检测设计", "focused_product": null, "product_series": null, "industry": [ "工业过程测量与自动化", "高温表面形貌检测" ], "measurement": [ "激光三角测量法", "机器视觉图像处理", "LiDAR时间飞行技术", "超声波脉冲反射法" ], "tags": [ "工业过程测量与自动化", "高温表面形貌检测", "激光三角测量法", "传感器", "技术问答" ], "updated_at": "2025-04-18", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LCJ系列煤气柜活塞倾斜度测量2/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-coal-gas-piston-displacement-selection", "category": "qa_article", "category_cn": "技术问答", "title": "煤气柜活塞高度测量技术选型指南", "summary": "在煤气柜活塞高度测量（量程0.05m~500m、精度±1mm、易燃易爆环境）条件下 → 激光测距传感器（飞行时间法为主），兼顾长距离、高精度与防爆安全性〔REF…", "focused_product": null, "product_series": null, "industry": [ "工业自动化", "能源/化工" ], "measurement": [ "位移测量", "液位/料位测量", "位置监测" ], "tags": [ "工业自动化", "能源/化工", "位移测量", "传感器", "技术问答" ], "updated_at": "2025-09-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LCJ系列煤气柜活塞高度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-煤气柜激光位移选型指南", "category": "qa_article", "category_cn": "技术问答", "title": "煤气柜活塞高度测量激光测距传感器选型指南", "summary": "在要求高精度（±1mm）、远距离（0.05~500m）及高温表面（最高1550℃）的工业场景中 → 英国真尚有无源式激光测距传感器，具备卓越的环境适应性和极宽的…", "focused_product": null, "product_series": null, "industry": [ "工业自动化", "过程控制" ], "measurement": [ "液/物位监测", "垂直位移测量" ], "tags": [ "工业自动化", "过程控制", "液/物位监测", "传感器", "技术问答" ], "updated_at": "2025-12-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LCJ系列煤气柜活塞高度测量2/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-coal-mine-roadway-monitoring-selection", "category": "qa_article", "category_cn": "技术问答", "title": "煤矿巷道围岩变形与轮廓监测选型指南", "summary": "在长距离巷道轮廓扫描（>50m）且需毫米级精度条件下 → 激光飞行时间测距技术，兼顾穿透粉尘能力与量程", "focused_product": null, "product_series": null, "industry": [ "矿山工程", "智能采矿" ], "measurement": [ "距离测量", "三维扫描", "形变监测" ], "tags": [ "矿山工程", "智能采矿", "距离测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LCJ系列煤矿巷道深度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-coal-cart-positioning-selection", "category": "qa_article", "category_cn": "技术问答", "title": "煤矿井下布料小车多传感器融合定位选型指南", "summary": "在井下高粉尘、无GPS且需100Hz连续厘米级定位条件下 → 多传感器融合方案（UWB+激光测距+IMU），兼顾实时性与环境鲁棒性", "focused_product": null, "product_series": null, "industry": [ "煤炭开采", "工业自动化" ], "measurement": [ "位移测量", "定位导航", "姿态解算" ], "tags": [ "煤炭开采", "工业自动化", "位移测量", "传感器", "技术问答" ], "updated_at": "2025-04-10", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LCJ系列煤矿布料小车定位/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-aluminum-level-selection", "category": "qa_article", "category_cn": "技术问答", "title": "700-800°C熔炼炉铝水液位非接触测量选型指南", "summary": "在700-800°C熔炼炉工况且要求毫米级精度条件下 → 激光脉冲测距技术或调频连续波雷达技术，兼顾抗干扰与响应速度", "focused_product": null, "product_series": null, "industry": [ "有色金属冶炼", "铸造", "电解铝" ], "measurement": [ "液位测量", "高温非接触测量", "工业过程控制" ], "tags": [ "有色金属冶炼", "铸造", "液位测量", "传感器", "技术问答" ], "updated_at": "2025-04-10", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LCJ系列熔炼炉铝水液面高度检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "deep-well-drilling-laser-sensor-selection", "category": "qa_article", "category_cn": "技术问答", "title": "深井钻探耐高温激光测距传感器选型指南", "summary": "在超千米深井、目标温度＞150℃且要求毫米级精度的条件下 → 激光飞行时间（Time-of-Flight, ToF）测距技术，兼顾长距离与非接触高温测量能力〔R…", "focused_product": null, "product_series": null, "industry": [ "油气勘探", "地热开发", "科学钻探" ], "measurement": [ "激光飞行时间测距", "激光三角测量", "超声波测距", "磁致伸缩测距" ], "tags": [ "油气勘探", "地热开发", "激光飞行时间测距", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LCJ系列牙轮转机打钻深浅检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-billet-sensor-selection", "category": "qa_article", "category_cn": "技术问答", "title": "复杂产线高温料坯定位与尺寸检测传感器选型指南", "summary": "在长距离（>1m）高温料坯连续定位条件下 → 飞行时间激光测距方案，兼顾抗强环境光干扰与高防护等级", "focused_product": null, "product_series": null, "industry": [ "冶金", "汽车制造", "物流仓储", "半导体" ], "measurement": [ "位移", "距离", "形貌", "定位" ], "tags": [ "冶金", "汽车制造", "位移", "传感器", "技术问答" ], "updated_at": "2025-04-10", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LCJ系列生产线料坯传送定位/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-warehouse-level-sensor-selection-问答lcj系列生产线料胚传送定位", "category": "qa_article", "category_cn": "技术问答", "title": "仓库料位监测与工业定位传感器选型指南", "summary": "在粉尘、蒸汽、高温（>150℃）且需长距离（>10m）监测散装物料料位条件下 → 77GHz/80GHz雷达或高功率激光ToF传感器，抗干扰能力强，穿透性佳", "focused_product": null, "product_series": null, "industry": [ "仓储物流", "钢铁冶金", "散粮存储" ], "measurement": [ "料位监测", "距离测量", "位移检测" ], "tags": [ "仓储物流", "钢铁冶金", "料位监测", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LCJ系列生产线料胚传送定位/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-warehouse-level-sensor-selection", "category": "qa_article", "category_cn": "技术问答", "title": "仓库料位监测与工业定位传感器选型指南:雷达、激光测距与三角测量技术对比", "summary": "在大型储罐/筒仓（5m~100m+）且存在粉尘、蒸汽或高温腐蚀环境条件下 → 雷达料位计，具备强穿透性且不受物料介电常数剧烈变化影响。", "focused_product": null, "product_series": null, "industry": [ "仓储物流", "工业自动化" ], "measurement": [ "料位监测", "距离测量", "物体定位" ], "tags": [ "仓储物流", "工业自动化", "料位监测", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LCJ系列生产线料胚传送定位2/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-elevator-laser-leveling-selection", "category": "qa_article", "category_cn": "技术问答", "title": "电梯轿厢精准平层与运行监测激光测距选型指南", "summary": "在要求1~2 mm平层准确度与长距离井道位置监测条件下 → 飞行时间原理激光测距技术，原因是单点覆盖范围广且抗环境光干扰强", "focused_product": null, "product_series": null, "industry": [ "电梯制造", "特种设备维保" ], "measurement": [ "位移测量", "速度监测", "振动分析", "平层控制" ], "tags": [ "电梯制造", "特种设备维保", "位移测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LCJ系列电梯运行测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-railway-contact-wire-selection", "category": "qa_article", "category_cn": "技术问答", "title": "电气化铁路接触网几何参数与磨耗非接触式实时监测选型指南", "summary": "在高速在线巡检（>300km/h）且需获取宏观几何参数（高度、拉出值）条件下 → 飞行时间激光测距技术，兼顾长距离与毫米级精度", "focused_product": null, "product_series": null, "industry": [ "轨道交通", "智能运维" ], "measurement": [ "激光测距", "轮廓测量", "红外热成像", "多传感器融合" ], "tags": [ "轨道交通", "智能运维", "激光测距", "传感器", "技术问答" ], "updated_at": "2025-04-10", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LCJ系列电气化铁路接触网测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-electrolytic-copper-level-selection", "category": "qa_article", "category_cn": "技术问答", "title": "电解铜生产液位监测选型指南（耐强酸腐蚀与高精度控制）", "summary": "在要求±1mm高精度、强酸雾及薄泡沫干扰条件下 → 80GHz高频非接触雷达技术，兼顾抗干扰与精度〔REF-001〕", "focused_product": null, "product_series": null, "industry": [ "有色金属冶炼", "化工过程控制" ], "measurement": [ "液位测量" ], "tags": [ "有色金属冶炼", "化工过程控制", "液位测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LCJ系列电解铜液面定位/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-crane-positioning-electrolytic-copper", "category": "qa_article", "category_cn": "技术问答", "title": "电解铜车间航车定位传感器选型指南", "summary": "在电解铜车间长距离（>50m）高精度（±1mm）定位条件下 → 激光TOF测距技术，兼顾远距离穿透与毫米级精度", "focused_product": null, "product_series": null, "industry": [ "有色金属冶炼", "重型起重设备" ], "measurement": [ "位移测量", "位置跟踪", "组合导航" ], "tags": [ "有色金属冶炼", "重型起重设备", "位移测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LCJ系列电解铜航车定位/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-al-cranesensor-selection", "category": "qa_article", "category_cn": "技术问答", "title": "电解铝天车高精度定位传感器选型指南", "summary": "在高温（>60℃）、强直流磁场及高浓度粉尘环境条件下 → 激光测距（TOF）或调频连续波雷达（FMCW）技术，兼顾抗磁干扰与长距离穿透能力", "focused_product": null, "product_series": null, "industry": [ "有色金属冶炼", "重工业", "工业自动化" ], "measurement": [ "位移测量", "绝对定位", "距离检测", "动态追踪" ], "tags": [ "有色金属冶炼", "重工业", "位移测量", "传感器", "技术问答" ], "updated_at": "2025-08-20", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LCJ系列电解铝天车定位/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-aluminum-level-selection-问答lcj系列电解铝铝水液面定位", "category": "qa_article", "category_cn": "技术问答", "title": "电解铝熔融铝水液位高精度非接触监测选型指南", "summary": "在强粉尘、高蒸汽且需穿透性测量的工况条件下 → 80 GHz调频连续波雷达技术，波束角小且抗干扰能力强", "focused_product": null, "product_series": null, "industry": [ "有色金属冶炼", "电解铝生产" ], "measurement": [ "液位测量", "位移测量" ], "tags": [ "有色金属冶炼", "电解铝生产", "液位测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LCJ系列电解铝铝水液面定位/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-aluminum-melt-level-selection", "category": "qa_article", "category_cn": "技术问答", "title": "电解铝熔融铝液面测量选型指南：激光、雷达与接触式方案对比", "summary": "在需高精度（±1mm）且能解决烟尘遮挡的工况下 → 高温型激光测距技术，兼顾响应速度与精度。", "focused_product": null, "product_series": null, "industry": [ "冶金", "电解铝" ], "measurement": [ "液位测量", "高温测量" ], "tags": [ "冶金", "电解铝", "液位测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LCJ系列电解铝铝水液面定位2/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-metallurgy-laser-distance-selection", "category": "qa_article", "category_cn": "技术问答", "title": "冶金行业1500℃高温环境下±0.1mm精度激光测距传感器选型指南", "summary": "在冶金行业1500℃高温环境下，需要非接触式测量且要求±0.1mm精度时 → 选择专为高温设计的激光测距传感器，如英国真尚有LCJ系列，可直接测量高达1550℃…", "focused_product": null, "product_series": null, "industry": [ "冶金", "工业自动化" ], "measurement": [ "距离测量", "尺寸检测" ], "tags": [ "冶金", "工业自动化", "距离测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LCJ系列电解铝铝水液面定位_AI回答250930/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-auto-body-selection", "category": "qa_article", "category_cn": "技术问答", "title": "汽车车身复杂曲面高精度在线测量与质量控制选型指南", "summary": "在高速在线检测（刷新率≥100Hz）且要求亚毫米级精度条件下 → 激光测距技术，兼顾测量速度与几何精度", "focused_product": null, "product_series": null, "industry": [ "汽车制造", "工业检测" ], "measurement": [ "尺寸测量", "间隙平齐度", "表面轮廓" ], "tags": [ "汽车制造", "工业检测", "尺寸测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LCJ系列目标存在检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-mine-rope-measurement-selection", "category": "qa_article", "category_cn": "技术问答", "title": "矿山提升钢丝绳非接触式长度实时测量选型指南", "summary": "在长距离（>50m）高速提升（>2m/s）且要求±2mm精度条件下 → 激光脉冲时间飞行法，兼顾量程、抗粉尘与实时性", "focused_product": null, "product_series": null, "industry": [ "矿山机械", "起重运输" ], "measurement": [ "长度测量", "位移监测", "位置定位" ], "tags": [ "矿山机械", "起重运输", "长度测量", "传感器", "技术问答" ], "updated_at": "2025-04-10", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LCJ系列矿山钢丝绳长度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "efld-selection", "category": "qa_article", "category_cn": "技术问答", "title": "矿热电炉高温高粉尘工况料位检测选型指南", "summary": "在粉尘浓度极高且需穿透介质条件下 → 80 GHz调频连续波雷达（FMCW），兼顾穿透力与窄波束抗干扰", "focused_product": null, "product_series": null, "industry": [ "冶金", "铁合金冶炼", "工业过程自动化" ], "measurement": [ "物位测量", "激光测距", "雷达测距", "放射性同位素测量" ], "tags": [ "冶金", "铁合金冶炼", "物位测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LCJ系列矿热电炉料位检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-mining-distribution-car-selection", "category": "qa_article", "category_cn": "技术问答", "title": "矿山矿石布料小车非接触式定位系统选型指南", "summary": "在长距离直线布料路径且要求毫米级重复定位精度条件下 → 飞行时间(ToF)激光测距技术，兼顾高刷新率与非接触特性", "focused_product": null, "product_series": null, "industry": [ "矿山机械", "工业自动化" ], "measurement": [ "激光测距", "GNSS-IMU融合定位", "工业视觉识别", "超宽带(UWB)定位" ], "tags": [ "矿山机械", "工业自动化", "激光测距", "传感器", "技术问答" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LCJ系列矿石布料小车定位/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-mining-trolley-positioning-selection", "category": "qa_article", "category_cn": "技术问答", "title": "恶劣矿场环境矿石布料小车高精度定位选型指南", "summary": "在露天开阔矿区、要求厘米级绝对坐标与20Hz以上更新率条件下 → GNSS/RTK组合导航方案，兼顾覆盖范围与信号遮挡时的惯性补偿能力。", "focused_product": null, "product_series": null, "industry": [ "采矿", "工业自动化", "物料搬运" ], "measurement": [ "位置定位", "距离测量", "实时追踪" ], "tags": [ "采矿", "工业自动化", "位置定位", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LCJ系列矿石布料小车定位2/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-mining-car-gnss-laser-selection", "category": "qa_article", "category_cn": "技术问答", "title": "矿山矿车高精度定位与导航传感器选型指南", "summary": "在开阔露天矿区或具备卫星视距条件的作业面条件下 → GNSS RTK与惯导融合技术，兼顾绝对坐标获取与信号遮挡续算能力", "focused_product": null, "product_series": null, "industry": [ "矿业", "矿山自动化" ], "measurement": [ "GNSS定位", "激光测距", "三维扫描", "位移轮廓" ], "tags": [ "矿业", "矿山自动化", "GNSS定位", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LCJ系列矿车行车定位测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-mine-vehicle-positioning-selection", "category": "qa_article", "category_cn": "技术问答", "title": "矿车定位与防撞传感器选型指南", "summary": "在露天矿区开阔环境且需数十至数百米连续绝对定位条件下 → GNSS/INS组合导航系统，提供厘米级位置与姿态数据，支撑自动驾驶与车队调度", "focused_product": null, "product_series": null, "industry": [ "矿山", "冶金" ], "measurement": [ "定位", "测距" ], "tags": [ "矿山", "冶金", "定位", "传感器", "技术问答" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LCJ系列矿车行车定位测量_AI回答250930/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-hot-ring-measurement-selection", "category": "qa_article", "category_cn": "技术问答", "title": "高温碾环件在线尺寸测量选型指南", "summary": "在高温环件（>1000°C）在线检测且要求亚毫米至毫米级精度条件下 → 激光轮廓测量或激光扫描测微技术，兼顾抗干扰与高精度", "focused_product": null, "product_series": null, "industry": [ "冶金", "机械锻造", "轴承制造" ], "measurement": [ "外径测量", "内径测量", "椭圆度检测", "壁厚测量" ], "tags": [ "冶金", "机械锻造", "外径测量", "传感器", "技术问答" ], "updated_at": "2025-04-12", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LCJ系列碾环机高温环件尺寸测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-snow-monitor-selection", "category": "qa_article", "category_cn": "技术问答", "title": "极端环境积雪深度与雪水当量监测系统选型指南", "summary": "在需要±1厘米级点式高精度且安装高度受限条件下 → 激光飞行时间技术，兼顾高刷新率与强抗环境光能力〔REF-001〕", "focused_product": null, "product_series": null, "industry": [ "气象水文", "交通运输", "水利工程" ], "measurement": [ "积雪深度", "雪水当量(SWE)", "雪密度" ], "tags": [ "气象水文", "交通运输", "积雪深度", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LCJ系列积雪深度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "kiln-car-high-temp-positioning-selection", "category": "qa_article", "category_cn": "技术问答", "title": "超高温陶瓷烧制窑车非接触精准定位选型指南", "summary": "在要求±1mm毫米级精度且需实时动态追踪窑车位置条件下 → 激光相位测距技术，兼顾高精度、高刷新率与高温表面测量能力", "focused_product": null, "product_series": null, "industry": [ "陶瓷制造", "耐火材料", "冶金" ], "measurement": [ "位移测量", "距离测量", "料位监测" ], "tags": [ "陶瓷制造", "耐火材料", "位移测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LCJ系列窑车测距/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-pipeline-laser-sensor-selection", "category": "qa_article", "category_cn": "技术问答", "title": "管道内壁缺陷检测激光传感器选型指南", "summary": "在长距离导航与宏观障碍物探测条件下 → 激光飞行时间（ToF）技术，兼顾量程与抗干扰能力〔REF-002〕", "focused_product": null, "product_series": null, "industry": [ "石油天然气", "市政排水", "核电" ], "measurement": [ "激光测距", "形貌重建", "尺寸测量" ], "tags": [ "石油天然气", "市政排水", "激光测距", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LCJ系列管道前望镜测距/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-pipe-deformation-selection", "category": "qa_article", "category_cn": "技术问答", "title": "狭窄多尘管道形变监测传感器选型指南", "summary": "在短距离（≤1m）高精度形变监测（亚毫米级）且空间受限条件下 → 激光三角测量传感器，兼顾精度与紧凑安装", "focused_product": null, "product_series": null, "industry": [ "石油化工", "水处理", "基础设施建设" ], "measurement": [ "形变监测", "距离测量", "尺寸检测" ], "tags": [ "石油化工", "水处理", "形变监测", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LCJ系列管道前望镜测距2/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-storage-tank-coating-laser-selection", "category": "qa_article", "category_cn": "技术问答", "title": "大型储罐防腐涂层非接触式厚度检测选型指南", "summary": "在高温腐蚀环境且需远距离非接触扫描条件下 → 激光测距（飞行时间法），兼顾长程测量与深色低反射率表面适应性", "focused_product": null, "product_series": null, "industry": [ "石油化工", "船舶海工", "核电能源" ], "measurement": [ "涂层厚度", "表面形貌", "距离测量" ], "tags": [ "石油化工", "船舶海工", "涂层厚度", "传感器", "技术问答" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LCJ系列罐体中防腐材料测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-bottle-filling-detection-selection", "category": "qa_article", "category_cn": "技术问答", "title": "高速罐装线非接触式物位与盖高检测选型指南", "summary": "在高速在线检测（>1000Hz）且要求亚毫米级精度条件下 → 激光三角测量技术，兼顾速度与精度", "focused_product": null, "product_series": null, "industry": [ "食品饮料", "制药包装", "化工灌装" ], "measurement": [ "物位高度", "顶隙", "盖子到位检测", "罐体尺寸" ], "tags": [ "食品饮料", "制药包装", "物位高度", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LCJ系列罐装物测距/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-thermal-corrosive-tank-level-selection", "category": "qa_article", "category_cn": "技术问答", "title": "高温腐蚀粉尘罐体激光与雷达液位计选型指南", "summary": "在温度 <400°C 且存在强腐蚀、粉尘或蒸汽工况下 → 连续波雷达液位计，具备极强的环境适应性且不依赖介质介电常数", "focused_product": null, "product_series": null, "industry": [ "石油化工", "金属冶炼", "电力能源" ], "measurement": [ "激光测距", "雷达液位测量", "超声波液位测量" ], "tags": [ "石油化工", "金属冶炼", "激光测距", "传感器", "技术问答" ], "updated_at": "2025-07-18", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LCJ系列罐装物测距2/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "ship-berthing-sensor-selection", "category": "qa_article", "category_cn": "技术问答", "title": "恶劣天气下大型船舶靠泊监测传感器选型指南", "summary": "在浓雾、大雨等低能见度条件下 → FMCW雷达技术，电磁波穿透力强且抗散射干扰", "focused_product": null, "product_series": null, "industry": [ "港口自动化", "海洋工程", "船舶导航" ], "measurement": [ "距离测量", "姿态监控", "GNSS定位", "机器视觉" ], "tags": [ "港口自动化", "海洋工程", "距离测量", "传感器", "技术问答" ], "updated_at": "2025-04-10", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LCJ系列船舶安全停靠位置监控/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-maritime-precise-lidar-radar-selection", "category": "qa_article", "category_cn": "技术问答", "title": "港口恶劣天气下船舶靠泊定位：激光雷达与传统雷达精度可靠性选型指南", "summary": "在精密对接且天气良好（无雨雾）条件下 → 激光测距技术，提供毫米级精度与高速响应", "focused_product": null, "product_series": null, "industry": [ "港口自动化", "船舶导航", "海上作业" ], "measurement": [ "激光测距", "激光雷达扫描", "传统微波雷达", "传感器融合系统" ], "tags": [ "港口自动化", "船舶导航", "激光测距", "传感器", "技术问答" ], "updated_at": "2025-11-18", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LCJ系列船舶安全停靠位置监控2/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "ship-berth-selection", "category": "qa_article", "category_cn": "技术问答", "title": "船舶靠泊距离与姿态监测技术选型指南", "summary": "在靠泊末端（<50m）要求厘米级相对距离控制条件下 → 脉冲激光飞行时间法，兼顾高刷新率与毫米级精度〔REF-001〕", "focused_product": null, "product_series": null, "industry": [ "海事工程", "港口自动化" ], "measurement": [ "激光测距", "雷达探测", "GNSS定位", "惯性导航" ], "tags": [ "海事工程", "港口自动化", "激光测距", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LCJ系列船舶安全靠距/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-bridge-crane-positioning-selection", "category": "qa_article", "category_cn": "技术问答", "title": "工业行吊长距离精确定位技术选型指南", "summary": "在长距离（＞50米）、高粉尘或强振动恶劣工况条件下 → 激光飞行时间法，兼顾远距离覆盖与抗干扰能力", "focused_product": null, "product_series": null, "industry": [ "起重机械", "智能制造" ], "measurement": [ "位移测量", "位置追踪", "姿态解算" ], "tags": [ "起重机械", "智能制造", "位移测量", "传感器", "技术问答" ], "updated_at": "2025-04-10", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LCJ系列行吊XY定位/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-port-container-positioning-selection", "category": "qa_article", "category_cn": "技术问答", "title": "港口集装箱高精度定位传感器选型指南", "summary": "在高速龙门吊抓取集装箱角件且要求毫米级精度条件下 → 激光测距与扫描技术，兼顾高精度与非接触特性", "focused_product": null, "product_series": null, "industry": [ "港口自动化", "物流仓储" ], "measurement": [ "激光测距与扫描", "RTK GNSS", "机器视觉", "UWB实时定位" ], "tags": [ "港口自动化", "物流仓储", "激光测距与扫描", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LCJ系列装卸设备定位/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-crane-anti-collision-selection-问答lcj系列起重机碰撞保护", "category": "qa_article", "category_cn": "技术问答", "title": "起重机防撞智能传感器选型指南", "summary": "在港口或钢厂等长距离、高精度且环境相对较好的工况下 → 激光测距技术，兼顾百米级测距与厘米级定位精度〔REF-001〕", "focused_product": null, "product_series": null, "industry": [ "港口机械", "冶金工业", "建筑施工", "仓储物流" ], "measurement": [ "距离测量", "实时定位", "速度检测", "区域监控" ], "tags": [ "港口机械", "冶金工业", "距离测量", "传感器", "技术问答" ], "updated_at": "2025-08-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LCJ系列起重机碰撞保护/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "outdoor-ultra-large-object-3d-measurement-selection", "category": "qa_article", "category_cn": "技术问答", "title": "户外超大物体三维几何尺寸测量技术选型指南", "summary": "在户外恶劣环境且需百米级量程条件下 → 脉冲时间飞行测量技术，兼顾抗强光干扰与长距离测距能力", "focused_product": null, "product_series": null, "industry": [ "基础设施建设", "重型装备制造", "航空航天", "能源工程" ], "measurement": [ "三维几何尺寸", "形位公差", "变形监测", "点云采集" ], "tags": [ "基础设施建设", "重型装备制造", "三维几何尺寸", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LCJ系列超大物体几何计量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-bridge-deformation-selection", "category": "qa_article", "category_cn": "技术问答", "title": "百米级桥梁形变监测传感器选型指南", "summary": "在百米级跨度且要求±1mm实时精度条件下 → 激光测距技术与高精度全站仪组合，兼顾单点高精度与长距离非接触测量", "focused_product": null, "product_series": null, "industry": [ "土木工程", "结构健康监测" ], "measurement": [ "位移监测", "形变分析", "振动检测" ], "tags": [ "土木工程", "结构健康监测", "位移监测", "传感器", "技术问答" ], "updated_at": "2025-08-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LCJ系列路桥工程远距离测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-auto-sensor-selection", "category": "qa_article", "category_cn": "技术问答", "title": "自动驾驶环境感知传感器选型与集成指南", "summary": "在高速公路上需要200米级探测距离且要求20Hz实时刷新率条件下 → 激光飞行时间（TOF）测距与调频连续波（FMCW）雷达融合方案，原因是兼顾高精度空间建模与…", "focused_product": null, "product_series": null, "industry": [ "智能交通", "自动驾驶" ], "measurement": [ "激光测距", "雷达探测", "超声波传感", "机器视觉" ], "tags": [ "智能交通", "自动驾驶", "激光测距", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LCJ系列车辆探测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-adas-sensor-selection", "category": "qa_article", "category_cn": "技术问答", "title": "车辆防撞系统传感器选型与融合方案指南", "summary": "在高速行车工况且要求全天候稳定探测条件下 → 毫米波雷达与4D成像雷达融合方案，兼顾强穿透性与高角度分辨率", "focused_product": null, "product_series": null, "industry": [ "汽车制造", "自动驾驶", "智能交通" ], "measurement": [ "距离测量", "速度测量", "目标识别" ], "tags": [ "汽车制造", "自动驾驶", "距离测量", "传感器", "技术问答" ], "updated_at": "2025-04-10", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LCJ系列车辆距离检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-door-panel-selection", "category": "qa_article", "category_cn": "技术问答", "title": "车门生产线非接触式测量方案选型指南", "summary": "在高速在线间隙段差检测（>1kHz）且要求亚微米级Z轴精度条件下 → 激光三角测量技术，兼顾采样速度与空间分辨率。", "focused_product": null, "product_series": null, "industry": [ "汽车制造", "白车身焊接", "涂装车间" ], "measurement": [ "三维形貌", "间隙段差", "孔位定位", "高速轮廓" ], "tags": [ "汽车制造", "白车身焊接", "三维形貌", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LCJ系列车门零部件位置确认/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "auto-door-component-detection-selection", "category": "qa_article", "category_cn": "技术问答", "title": "汽车车门零部件自动化检测选型指南", "summary": "在高速节拍（≥1000Hz）且要求亚毫米级精度条件下 → 激光三角测量技术，兼顾高频输出与微米级重复性", "focused_product": null, "product_series": null, "industry": [ "汽车制造", "智能装配" ], "measurement": [ "位移测量", "存在性检测", "间隙平齐度", "三维视觉" ], "tags": [ "汽车制造", "智能装配", "位移测量", "传感器", "技术问答" ], "updated_at": "2025-04-10", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LCJ系列车门零部件有无确认/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-roll-diameter-monitoring-selection", "category": "qa_article", "category_cn": "技术问答", "title": "高速卷材生产线卷径实时监测选型指南", "summary": "在高速在线检测（≥500Hz）且要求亚微米级重复精度条件下 → 激光三角测量技术，兼顾高频采样与微小径向跳动捕捉能力", "focused_product": null, "product_series": null, "industry": [ "造纸", "薄膜塑料", "金属轧制", "纺织" ], "measurement": [ "卷径测量", "非接触测距", "轮廓扫描", "机器视觉" ], "tags": [ "造纸", "薄膜塑料", "卷径测量", "传感器", "技术问答" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LCJ系列轧光机的卷径控制/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "steel-billet-positioning-sensor-selection", "category": "qa_article", "category_cn": "技术问答", "title": "高温高速轧钢产线钢坯定位检测传感器选型指南", "summary": "在长距离（>10m）粗定位与存在检测条件下 → 激光飞行时间(ToF)技术，兼顾抗粉尘蒸汽干扰与安装灵活性", "focused_product": null, "product_series": null, "industry": [ "钢铁冶金", "工业自动化" ], "measurement": [ "位移测量", "轮廓测量", "位置检测" ], "tags": [ "钢铁冶金", "工业自动化", "位移测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LCJ系列轧钢钢坯定位/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-steel-mill-railcar-positioning-selection", "category": "qa_article", "category_cn": "技术问答", "title": "钢铁厂轨道小车高精度定位传感器选型指南", "summary": "在长距离（>50m）、高速移动且要求毫米级精度条件下 → 飞行时间（ToF）激光测距技术，兼顾抗环境光干扰与高刷新率", "focused_product": null, "product_series": null, "industry": [ "钢铁冶金", "工业自动化" ], "measurement": [ "位置测量", "距离测量", "实时定位" ], "tags": [ "钢铁冶金", "工业自动化", "位置测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LCJ系列轨道小车位置监控/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-crane-anti-collision-selection-问答lcj系列轨道式起重机防撞", "category": "qa_article", "category_cn": "技术问答", "title": "轨道式起重机高温防撞传感器选型指南", "summary": "在远距离（>100m）、高精度（±1mm级）且需穿透烟尘条件下 → 脉冲激光TOF测距技术，兼顾量程与抗干扰能力", "focused_product": null, "product_series": null, "industry": [ "钢铁冶金", "铸造", "港口矿山", "垃圾焚烧" ], "measurement": [ "激光测距", "雷达测距", "超声波测距", "二维激光扫描" ], "tags": [ "钢铁冶金", "铸造", "激光测距", "传感器", "技术问答" ], "updated_at": "2025-04-10", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LCJ系列轨道式起重机防撞/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-rail-positioning-selection", "category": "qa_article", "category_cn": "技术问答", "title": "轨道车辆复杂场景高精度定位选型指南", "summary": "在隧道等GNSS信号完全遮挡场景下 → 激光飞行时间法与惯性导航融合方案，兼顾抗电磁干扰与连续相对定位能力〔REF-001〕", "focused_product": null, "product_series": null, "industry": [ "轨道交通", "工业测量" ], "measurement": [ "距离测量", "姿态测量", "绝对定位", "相对定位" ], "tags": [ "轨道交通", "工业测量", "距离测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LCJ系列轨道式车辆的定位/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "rail-vehicle-dynamic-positioning-selection", "category": "qa_article", "category_cn": "技术问答", "title": "轨道车辆动态定位系统选型指南", "summary": "在开阔干线运行与自动驾驶（ATO）场景 → GNSS/IMU组合导航，提供全球覆盖与厘米级绝对定位〔REF-003〕", "focused_product": null, "product_series": null, "industry": [ "轨道交通", "工业自动化" ], "measurement": [ "动态定位", "距离测量", "姿态解算" ], "tags": [ "轨道交通", "工业自动化", "动态定位", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LCJ系列轨道车辆定位/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "rail-vehicle-sensor-selection", "category": "qa_article", "category_cn": "技术问答", "title": "高速轨道输送车高精度定位传感器选型指南", "summary": "在长距离（>50m）、高环境干扰（粉尘/强光/高温）且要求±1mm精度条件下 → 激光飞行时间（TOF）测距技术，兼顾抗干扰与量程优势", "focused_product": null, "product_series": null, "industry": [ "自动化仓储", "重工业制造", "汽车装配", "港口物流" ], "measurement": [ "位移测量", "位置定位", "速度监测" ], "tags": [ "自动化仓储", "重工业制造", "位移测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LCJ系列轨道输送车位置测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-gas-holder-piston-selection", "category": "qa_article", "category_cn": "技术问答", "title": "转炉煤气柜活塞位置与姿态监测选型指南", "summary": "在百米高程、高温多粉尘且需防爆安全条件下 → 雷达测距（FMCW）或高功率激光测距，兼顾强穿透性与抗干扰能力", "focused_product": null, "product_series": null, "industry": [ "钢铁冶金", "能源化工" ], "measurement": [ "位移测量", "姿态监测", "物位检测" ], "tags": [ "钢铁冶金", "能源化工", "位移测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LCJ系列转炉煤气柜活塞安全检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-ferry-fender-monitoring-selection", "category": "qa_article", "category_cn": "技术问答", "title": "轮渡减震胎靠泊定位与形变监测选型指南", "summary": "在长距离靠泊引导（>2m）且需强抗环境光干扰条件下 → 飞行时间法激光测距，兼顾百米级量程与户外稳定性", "focused_product": null, "product_series": null, "industry": [ "船舶与港口工程", "海洋设施监测" ], "measurement": [ "激光测距", "位移监测", "三维形变分析", "姿态校准" ], "tags": [ "船舶与港口工程", "海洋设施监测", "激光测距", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LCJ系列轮渡减震胎定位/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "tire-tread-selection-guide", "category": "qa_article", "category_cn": "技术问答", "title": "发光黑色橡胶胎面在线检测与环路控制选型指南", "summary": "在高速在线检测（采样频率≥500Hz）且要求微米级轮廓精度条件下 → 激光三角测量技术，兼顾采集速度与空间分辨率〔REF-001〕", "focused_product": null, "product_series": null, "industry": [ "轮胎制造", "橡胶加工" ], "measurement": [ "几何尺寸", "面密度", "表面缺陷" ], "tags": [ "轮胎制造", "橡胶加工", "几何尺寸", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LCJ系列轮胎生产中发光黑色胎面橡胶环路控制/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-marine-berth-sensor-selection", "category": "qa_article", "category_cn": "技术问答", "title": "船舶自动靠泊系统测距传感器选型指南", "summary": "在远距离接近（>50m）且需全天候抗恶劣海况条件下 → 微波雷达飞行时间法，穿透雨雾雪能力强，保障基础靠泊安全〔REF-005〕", "focused_product": null, "product_series": null, "industry": [ "海事自动化", "港口机械" ], "measurement": [ "激光测距", "微波雷达测距", "超声波测距" ], "tags": [ "海事自动化", "港口机械", "激光测距", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LCJ系列轮船自动靠岸测距/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-heavy-vehicle-parking-selection", "category": "qa_article", "category_cn": "技术问答", "title": "重型车辆停车位监控传感器选型指南", "summary": "在需要全天候户外作业（雨雪雾尘）且要求厘米级防碰撞预警条件下 → 毫米波雷达技术，穿透力强且不受光照与目标表面材质影响〔REF-001〕", "focused_product": null, "product_series": null, "industry": [ "交通物流", "工业制造" ], "measurement": [ "距离测量", "存在性检测", "占位监控" ], "tags": [ "交通物流", "工业制造", "距离测量", "传感器", "技术问答" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LCJ系列载重车辆停车道占位监控/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-mining-truck-positioning-selection", "category": "qa_article", "category_cn": "技术问答", "title": "露天矿用卡车厘米级定位与防撞安全监控选型指南", "summary": "在开阔矿区大范围行驶与路径跟踪条件下 → GNSS结合RTK定位方案，兼顾全局覆盖与厘米级精度〔REF-004〕", "focused_product": null, "product_series": null, "industry": [ "采矿", "矿山自动化" ], "measurement": [ "距离测量", "空间定位", "姿态监测" ], "tags": [ "采矿", "矿山自动化", "距离测量", "传感器", "技术问答" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LCJ系列运动物体位置监控/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-openpit-truck-localization-selection", "category": "qa_article", "category_cn": "技术问答", "title": "露天矿用卡车厘米级定位与防撞安全监控选型指南", "summary": "在露天矿场大范围行驶与路径跟踪条件下 → RTK-GNSS（如加拿大诺瓦泰 OEM7）+ IMU 组合导航，实现全局厘米级定位。", "focused_product": null, "product_series": null, "industry": [ "采矿", "矿山机械", "智慧矿山" ], "measurement": [ "车辆定位", "防撞安全", "高精度测距", "多传感器融合" ], "tags": [ "采矿", "矿山机械", "车辆定位", "传感器", "技术问答" ], "updated_at": "2025-05-15", "version": "1.1", "license": "CC BY 4.0", "path": "技术问答/问答LCJ系列运动物体位置监控_AI回答250927/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "port-hydro-tof-adcp-selection", "category": "qa_article", "category_cn": "技术问答", "title": "近海港口水文监测传感器选型指南", "summary": "在需高频捕捉波浪动态且安装高度受限条件下 → 飞行时间（TOF）激光测量技术，采样率可达250Hz以上，非接触免维护。", "focused_product": null, "product_series": null, "industry": [ "海洋工程", "港口自动化", "水利监测" ], "measurement": [ "水位监测", "波浪监测", "流速剖面监测" ], "tags": [ "海洋工程", "港口自动化", "水位监测", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LCJ系列近海和港口监视/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-steel-billet-laser-selection", "category": "qa_article", "category_cn": "技术问答", "title": "高温连铸钢坯定位与尺寸检测选型指南", "summary": "在高温连铸钢坯远距离定位与切割定尺条件下 → 飞行时间（ToF）激光测距技术，兼顾量程、抗干扰与耐高温适应性〔REF-001〕", "focused_product": null, "product_series": null, "industry": [ "钢铁冶金", "连续铸造" ], "measurement": [ "位移测量", "尺寸检测", "轮廓扫描", "机器视觉" ], "tags": [ "钢铁冶金", "连续铸造", "位移测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LCJ系列连铸坯位置测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-metallurgy-billet-laser-selection", "category": "qa_article", "category_cn": "技术问答", "title": "1000℃高温连铸钢坯定位与尺寸检测选型指南", "summary": "在1000℃以上超高温且远距离（>10m）定位条件下 → 飞行时间（ToF）激光测距技术，兼顾耐高温性与大量程能力。〔REF-002〕", "focused_product": null, "product_series": null, "industry": [ "钢铁冶金", "工业自动化" ], "measurement": [ "轴向/横向定位", "几何尺寸测量", "定尺切割" ], "tags": [ "钢铁冶金", "工业自动化", "轴向/横向定位", "传感器", "技术问答" ], "updated_at": "2025-05-20", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LCJ系列连铸坯位置测量_AI回答250928/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-continuous-casting-thickness-selection", "category": "qa_article", "category_cn": "技术问答", "title": "连铸坯高温非接触式厚度测量选型指南", "summary": "在高速连续生产且要求±0.1毫米精度条件下 → X射线厚度测量系统，抗蒸汽粉尘干扰能力极强，适合闭环控制〔REF-001〕", "focused_product": null, "product_series": null, "industry": [ "钢铁冶金", "连续铸造" ], "measurement": [ "厚度测量", "高温位移检测" ], "tags": [ "钢铁冶金", "连续铸造", "厚度测量", "传感器", "技术问答" ], "updated_at": "2025-04-12", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LCJ系列连铸坯厚度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-continuous-casting-billet-length-selection", "category": "qa_article", "category_cn": "技术问答", "title": "连铸钢坯定尺剪切长度测量选型指南", "summary": "在长距离（>10m）动态测量且需毫米级精度条件下 → 激光时间飞行法，兼顾抗干扰与安装灵活性〔REF-002〕", "focused_product": null, "product_series": null, "industry": [ "钢铁冶金" ], "measurement": [ "长度测量", "位移测量" ], "tags": [ "钢铁冶金", "长度测量", "传感器", "技术问答" ], "updated_at": "2025-04-12", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LCJ系列连铸坯定尺剪切/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-cast-width-selection", "category": "qa_article", "category_cn": "技术问答", "title": "连铸坯宽度非接触激光测量选型指南", "summary": "在连铸坯高温（>1000℃）、多蒸汽粉尘恶劣环境下要求±0.5mm精度时 → 激光三角测量与光学视觉测量方案，兼顾抗干扰能力与高帧率响应〔REF-001〕", "focused_product": null, "product_series": null, "industry": [ "钢铁冶金", "连续铸造" ], "measurement": [ "宽度测量", "高温在线监测", "几何尺寸检测" ], "tags": [ "钢铁冶金", "连续铸造", "宽度测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LCJ系列连铸坯宽度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-continuous-casting-billet-dimension-measurement-selection", "category": "qa_article", "category_cn": "技术问答", "title": "高温连铸坯在线尺寸测量选型指南", "summary": "在1000℃~1500℃高温环境下，需实时获取完整断面轮廓与宽度数据条件下 → 线激光轮廓扫描技术，兼顾高精度与形状分析能力", "focused_product": null, "product_series": null, "industry": [ "钢铁冶金", "连续铸造" ], "measurement": [ "尺寸测量", "厚度测量", "轮廓测量", "边缘检测" ], "tags": [ "钢铁冶金", "连续铸造", "尺寸测量", "传感器", "技术问答" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LCJ系列连铸坯长宽厚尺寸测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-continuous-casting-length-selection", "category": "qa_article", "category_cn": "技术问答", "title": "高温连铸坯长度非接触测量选型指南", "summary": "在长距离（>10m）高温连铸坯在线定尺切割条件下 → 激光时间飞行法（TOF），兼顾远距离适应性与毫米级精度", "focused_product": null, "product_series": null, "industry": [ "钢铁冶金", "连续铸造" ], "measurement": [ "长度测量", "轮廓检测", "位移测量" ], "tags": [ "钢铁冶金", "连续铸造", "长度测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LCJ系列连铸坯长度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-continuous-casting-level-selection-问答lcj系列金属液面高度检测", "category": "qa_article", "category_cn": "技术问答", "title": "连铸结晶器钢水液位非接触式监测选型指南", "summary": "在要求±1mm高精度且响应频率≥200Hz条件下 → 激光测距技术，原因是兼顾速度与精度，需配置主动冷却与空气吹扫系统。", "focused_product": null, "product_series": null, "industry": [ "钢铁冶金", "连续铸造" ], "measurement": [ "液位测量", "高温熔融金属监测" ], "tags": [ "钢铁冶金", "连续铸造", "液位测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LCJ系列金属液面高度检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-steel-tank-high-temp-laser-selection", "category": "qa_article", "category_cn": "技术问答", "title": "钢厂高温钢水液位监测选型指南（激光与红外测距技术对比）", "summary": "在长距离（>1m）、高温度（>1500℃）、强波动钢水表面场景下 → 英国真尚有 LCJ系列反射式激光-Tof融合方案，兼顾精度与耐温上限", "focused_product": null, "product_series": null, "industry": [ "冶金工业", "钢铁制造", "自动化控制" ], "measurement": [ "激光测距", "红外测温", "液位监测" ], "tags": [ "冶金工业", "钢铁制造", "激光测距", "传感器", "技术问答" ], "updated_at": "2025-04-18", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LCJ系列金属液面高度检测2/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-high-temp-metal-level-selection", "category": "qa_article", "category_cn": "技术问答", "title": "高温熔融金属液位监测选型指南（1500℃工况）", "summary": "在钢包/中间包等远距离（>1米）、需抗烟尘蒸汽干扰且要求±1mm精度条件下 → 激光飞行时间/相位法测距（如英国真尚有LCJ系列），兼顾长距离与高温适应性。", "focused_product": null, "product_series": null, "industry": [ "冶金", "铸造", "金属冶炼" ], "measurement": [ "液位测量", "高温测量", "非接触式测量" ], "tags": [ "冶金", "铸造", "液位测量", "传感器", "技术问答" ], "updated_at": "2025-05-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LCJ系列金属液面高度检测_AI回答250930/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-ladle-car-sensor-selection", "category": "qa_article", "category_cn": "技术问答", "title": "钢铁厂钢包车高精度定位传感器选型指南", "summary": "在长距离（>50m）且需±3mm级精度条件下 → 激光飞行时间测距技术，兼顾抗粉尘与高温测量能力〔REF-001〕", "focused_product": null, "product_series": null, "industry": [ "钢铁冶金", "工业自动化" ], "measurement": [ "激光测距", "位移检测", "空间定位" ], "tags": [ "钢铁冶金", "工业自动化", "激光测距", "传感器", "技术问答" ], "updated_at": "2025-04-10", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LCJ系列钢包车定位/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-steel-billet-laser-selection-问答lcj系列钢坯外形尺寸测量", "category": "qa_article", "category_cn": "技术问答", "title": "高温钢坯尺寸激光在线测量选型指南", "summary": "在需亚毫米级精度（±0.1mm）且高温氧化皮干扰严重条件下 → 阴影投影法，直接测量光幕边界，抗表面状态影响", "focused_product": null, "product_series": null, "industry": [ "钢铁制造", "冶金工业" ], "measurement": [ "尺寸测量", "轮廓检测", "高温传感" ], "tags": [ "钢铁制造", "冶金工业", "尺寸测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LCJ系列钢坯外形尺寸测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-high-temp-slab-laser-selection", "category": "qa_article", "category_cn": "技术问答", "title": "高温钢坯尺寸测量选型指南：激光三角与飞行时间技术对比", "summary": "在在线高精度截面轮廓与厚度测量（速度<5m/s，精度需达亚毫米级）条件下 → 激光三角测量技术（线激光或点激光），兼顾速度与精度，是当前行业主流方案。", "focused_product": null, "product_series": null, "industry": [ "冶金工业", "钢铁制造" ], "measurement": [ "非接触式位移测量", "表面温度测量", "轮廓扫描" ], "tags": [ "冶金工业", "钢铁制造", "非接触式位移测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LCJ系列钢坯外形尺寸测量2/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-hot-rolling-thickness-selection", "category": "qa_article", "category_cn": "技术问答", "title": "热轧钢坯在线精密测厚与质量监控选型指南", "summary": "在高速热轧线（工作温度≥1000℃）且要求±0.1%厚度精度条件下 → X射线透射测厚技术，兼顾穿透抗干扰能力与闭环控制精度〔REF-001〕", "focused_product": null, "product_series": null, "industry": [ "钢铁冶金", "金属轧制" ], "measurement": [ "厚度测量", "板形检测", "表面缺陷监测" ], "tags": [ "钢铁冶金", "金属轧制", "厚度测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LCJ系列钢坯轧制厚度控制/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-steel-pipe-length-selection", "category": "qa_article", "category_cn": "技术问答", "title": "高温高速钢管非接触长度测量选型指南", "summary": "在1500℃高温表面、长距离（数十至数百米）、±1毫米精度及高速连续生产条件下 → 激光飞行时间法，兼顾耐高温、抗环境光干扰与长量程优势", "focused_product": null, "product_series": null, "industry": [ "钢铁制造", "工业过程自动化" ], "measurement": [ "长度测量", "位移测量", "轮廓检测" ], "tags": [ "钢铁制造", "工业过程自动化", "长度测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LCJ系列钢管长度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-steel-billet-monitoring-selection", "category": "qa_article", "category_cn": "技术问答", "title": "高温钢坯尺寸与温度非接触式实时监测选型指南", "summary": "在钢坯表面温度800 ~ 1500°C且要求毫秒级响应条件下 → 红外测温技术，直接获取辐射热量并反演温度值", "focused_product": null, "product_series": null, "industry": [ "钢铁冶金", "工业制造" ], "measurement": [ "激光测距", "红外测温", "激光三角测量", "机器视觉成像" ], "tags": [ "钢铁冶金", "工业制造", "激光测距", "传感器", "技术问答" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LCJ系列钢铁加工厂高温钢坯测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-steel-crane-positioning-selection", "category": "qa_article", "category_cn": "技术问答", "title": "钢铁厂行车高精度定位与实时监控选型指南", "summary": "在数百米跨度、高温粉尘且要求毫米级精度的钢铁厂行车工况条件下 → 飞行时间（ToF）激光测量技术，兼顾远距离穿透力与抗环境干扰能力〔REF-002〕。", "focused_product": null, "product_series": null, "industry": [ "钢铁冶金", "重型装备" ], "measurement": [ "距离测量", "三维定位", "工业传感" ], "tags": [ "钢铁冶金", "重型装备", "距离测量", "传感器", "技术问答" ], "updated_at": "2025-04-18", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LCJ系列钢铁厂行车定位/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "steel-plant-crane-anti-collision-selection", "category": "qa_article", "category_cn": "技术问答", "title": "钢铁厂行车防撞预警系统传感器选型指南", "summary": "在需要百米级探测距离且要求毫米级精度条件下 → 单点激光测距技术，兼顾远距离探测与高精度定位", "focused_product": null, "product_series": null, "industry": [ "冶金", "重型机械", "物流仓储" ], "measurement": [ "距离测量", "防撞预警", "料位监测" ], "tags": [ "冶金", "重型机械", "距离测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LCJ系列钢铁厂行车防撞/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-iron-ore-silo-level-selection", "category": "qa_article", "category_cn": "技术问答", "title": "高温重粉尘铁矿石料仓高精度非接触测量选型指南", "summary": "在高温重粉尘环境且要求±2mm精度条件下 → 激光飞行时间(ToF)技术，兼顾毫米级精度与抗粉尘能力（配合气吹装置）", "focused_product": null, "product_series": null, "industry": [ "冶金", "矿山", "港口" ], "measurement": [ "料位测量", "距离测量" ], "tags": [ "冶金", "矿山", "料位测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LCJ系列铁矿石料位检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "railway-clearance-lidar-selection", "category": "qa_article", "category_cn": "技术问答", "title": "铁路限界高速巡检激光雷达选型指南", "summary": "在时速80公里/小时高速移动巡检且要求±3毫米精度条件下 → 多传感器集成移动测量系统，兼顾高采样率与全局定位能力", "focused_product": null, "product_series": null, "industry": [ "轨道交通", "基础设施运维" ], "measurement": [ "三维激光扫描", "移动测量", "单点测距" ], "tags": [ "轨道交通", "基础设施运维", "三维激光扫描", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LCJ系列铁路建筑物限界测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-catenary-laser-selection", "category": "qa_article", "category_cn": "技术问答", "title": "高速铁路接触网形变监测激光传感器选型指南", "summary": "在高速在线批量检测（>100km/h）且需获取整体三维几何参数条件下 → 多通道飞行时间激光扫描技术，兼顾测量速度与大范围覆盖能力〔REF-001〕", "focused_product": null, "product_series": null, "industry": [ "轨道交通", "铁路运维" ], "measurement": [ "激光测距", "轮廓扫描", "机器视觉", "多传感器融合" ], "tags": [ "轨道交通", "铁路运维", "激光测距", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LCJ系列铁路接触网测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-tunnel-deformation-monitoring-selection", "category": "qa_article", "category_cn": "技术问答", "title": "隧道形变监测传感器选型指南", "summary": "在隧道结构毫米级局部形变监测（如衬砌裂缝、轨道间隙、钢轨磨耗）条件下 → 线激光轮廓扫描或激光三角测量位移传感器，兼顾精度与实时性〔REF-002〕〔REF-0…", "focused_product": null, "product_series": null, "industry": [ "交通基础设施", "隧道工程", "铁路监测" ], "measurement": [ "激光位移测量", "全站仪测量", "GNSS定位", "振弦式应变与倾角测量" ], "tags": [ "交通基础设施", "隧道工程", "激光位移测量", "传感器", "技术问答" ], "updated_at": "2026-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LCJ系列铁路轨道位移监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-tunnel-deformation-selection", "category": "qa_article", "category_cn": "技术问答", "title": "隧道形变监测激光位移与全站仪选型指南", "summary": "在需要长期连续高频采集局部构件收敛、沉降数据，且安装空间受限条件下 → 激光位移测量方案（如英国真尚有LCJ系列），兼顾响应速度与恶劣环境适应性", "focused_product": null, "product_series": null, "industry": [ "隧道工程", "基础设施健康监测" ], "measurement": [ "激光位移测量", "全站仪测量" ], "tags": [ "隧道工程", "基础设施健康监测", "激光位移测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LCJ系列铁路轨道位移监测2/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-metallurgy-copper-level-selection", "category": "qa_article", "category_cn": "技术问答", "title": "冶金高温铜液面非接触式精准测量选型指南", "summary": "在需穿透浓密蒸汽与烟尘、且测量范围超过5米条件下 → 脉冲雷达物位测量方案，微波穿透力强，数据稳定性高", "focused_product": null, "product_series": null, "industry": [ "有色金属冶金", "连续铸造", "自动化控制" ], "measurement": [ "物位测量", "液位监测", "高温表面测距" ], "tags": [ "有色金属冶金", "连续铸造", "物位测量", "传感器", "技术问答" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LCJ系列铜液高度检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-copper-height-detection-selection", "category": "qa_article", "category_cn": "技术问答", "title": "铜液高度检测选型指南:冶金高温强干扰环境下的毫米级非接触测量方案", "summary": "在连续铸造结晶器内铜液液位监测（温度>1085°C、精度要求±1mm、响应≥250Hz）条件下 → 激光测距技术（蓝激光或自适应强度型），兼顾精度与速度〔REF…", "focused_product": null, "product_series": null, "industry": [ "冶金", "铸造" ], "measurement": [ "液位测量", "距离测量", "温度测量" ], "tags": [ "冶金", "铸造", "液位测量", "传感器", "技术问答" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LCJ系列铜液高度检测2/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-molten-copper-level-selection", "category": "qa_article", "category_cn": "技术问答", "title": "1500°C熔融铜液位非接触式测量选型指南", "summary": "在连铸模具等高动态、高精度（±1mm）测量需求下 → 激光测距技术，具备毫秒级响应速度且可适应1500°C目标表面。", "focused_product": null, "product_series": null, "industry": [ "冶金工业", "铜冶炼", "连续铸造" ], "measurement": [ "液位", "距离" ], "tags": [ "冶金工业", "铜冶炼", "液位", "传感器", "技术问答" ], "updated_at": "2025-10-15", "version": "1.1", "license": "CC BY 4.0", "path": "技术问答/问答LCJ系列铜液高度检测_AI回答250930/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "copper-mine-level-monitoring-selection", "category": "qa_article", "category_cn": "技术问答", "title": "铜矿高粉尘高温料仓百米级毫米精度料位监测选型指南", "summary": "在露天堆场或除尘良好料仓需100米以上百米级测量且要求毫米级精度条件下 → 激光飞行时间测距技术，兼顾超远量程与高精度", "focused_product": null, "product_series": null, "industry": [ "有色金属冶炼", "矿山" ], "measurement": [ "物位测量", "料位监测" ], "tags": [ "有色金属冶炼", "矿山", "物位测量", "传感器", "技术问答" ], "updated_at": "2025-04-10", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LCJ系列铜矿石料位测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-molten-aluminum-level-selection", "category": "qa_article", "category_cn": "技术问答", "title": "熔融铝水槽非接触式液位监测选型指南", "summary": "在800℃熔融铝环境、要求±1mm精度且需抗强反光与粉尘条件下 → 80GHz FMCW自由空间雷达方案，微波穿透力强且窄波束有效抑制容器壁干扰〔REF-001…", "focused_product": null, "product_series": null, "industry": [ "冶金铸造", "有色金属加工" ], "measurement": [ "液位测量", "高温介质监测" ], "tags": [ "冶金铸造", "有色金属加工", "液位测量", "传感器", "技术问答" ], "updated_at": "2025-04-10", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LCJ系列铝水槽液面高度检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-casting-aluminum-level-sensor-selection", "category": "qa_article", "category_cn": "技术问答", "title": "铸造炉铝水液位非接触式测量选型指南", "summary": "在要求±1毫米精度且需穿透蒸汽烟雾条件下 → FMCW雷达液位测量技术，兼顾穿透力与毫米级稳定性", "focused_product": null, "product_series": null, "industry": [ "铸造", "冶金", "工业自动化" ], "measurement": [ "液位测量", "高温金属熔体监测" ], "tags": [ "铸造", "冶金", "液位测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LCJ系列铸造炉铝水液面高度检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-cast-aluminum-ingot-thickness-selection", "category": "qa_article", "category_cn": "技术问答", "title": "铸铝锭高温高振环境厚度在线测量选型指南", "summary": "在1000℃高温、连续高速运行且要求±0.1mm精度条件下 → 双侧激光三角测量技术或X射线透射技术，兼顾抗干扰能力与微米级精度。", "focused_product": null, "product_series": null, "industry": [ "铝加工", "铸造连轧" ], "measurement": [ "厚度测量", "高温非接触检测" ], "tags": [ "铝加工", "铸造连轧", "厚度测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LCJ系列铸铝锭厚度实时检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-cast-aluminum-ingot-height-sensor-selection", "category": "qa_article", "category_cn": "技术问答", "title": "铸铝锭高温粉尘环境非接触式高度测量选型指南", "summary": "在远距离（≥2m）安装且需耐受1000℃高温、多粉尘条件下 → 飞行时间（ToF）激光测距技术，兼顾抗干扰能力与高温表面测量适应性", "focused_product": null, "product_series": null, "industry": [ "有色金属铸造", "冶金", "工业自动化" ], "measurement": [ "位移测量", "高度测量", "轮廓检测" ], "tags": [ "有色金属铸造", "冶金", "位移测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LCJ系列铸铝锭高度实时检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-alumino-casting-height-measurement", "category": "qa_article", "category_cn": "技术问答", "title": "铸铝锭高度检测激光与超声波选型指南", "summary": "在要求±2mm精度、表面温度高达1550°C且需实时在线检测条件下 → 选用激光飞行时间（ToF）原理的激光测距方案，具备优异高温穿透性与高刷新率", "focused_product": null, "product_series": null, "industry": [ "冶金工业", "铸造自动化" ], "measurement": [ "高温测距", "非接触式测量", "实时尺寸监测" ], "tags": [ "冶金工业", "铸造自动化", "高温测距", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LCJ系列铸铝锭高度实时检测2/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-battery-electrolyte-level-sensor-selection", "category": "qa_article", "category_cn": "技术问答", "title": "锂电池电解液注液与配料环节非接触式液位传感器选型指南", "summary": "在电解液注液与配料高精度实时监测条件下 → 激光测距技术，兼顾亚毫米级精度与非接触防腐特性", "focused_product": null, "product_series": null, "industry": [ "锂电池制造", "化工过程控制" ], "measurement": [ "液位测量", "距离测量" ], "tags": [ "锂电池制造", "化工过程控制", "液位测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LCJ系列锂液液面高度检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "zinc-level-sensor-selection", "category": "qa_article", "category_cn": "技术问答", "title": "熔融锌液高温非接触式液位监测选型指南", "summary": "在连续热镀锌生产线且要求±1mm精度条件下 → 激光测距技术，兼顾高频响应与抗蒸汽能力", "focused_product": null, "product_series": null, "industry": [ "冶金自动化", "工业传感器" ], "measurement": [ "液位测量", "高温熔融金属监测" ], "tags": [ "冶金自动化", "工业传感器", "液位测量", "传感器", "技术问答" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LCJ系列锌液高度检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-zinc-level-high-temp-selection", "category": "qa_article", "category_cn": "技术问答", "title": "450°C以上高温熔融锌液液位测量选型指南", "summary": "在450~550°C高温、伴有锌蒸汽和粉尘的锌锅液位监测场景中 → 调频连续波（FMCW）雷达液位计，凭借微波对介质的强穿透力，实现高可靠性测量。", "focused_product": null, "product_series": null, "industry": [ "冶金", "锌冶炼", "热镀锌" ], "measurement": [ "液位测量", "熔融金属监测" ], "tags": [ "冶金", "锌冶炼", "液位测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LCJ系列锌液高度检测_AI回答250930/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-bridge-tunnel-height-monitoring-selection", "category": "qa_article", "category_cn": "技术问答", "title": "桥梁隧道限高监测传感器选型指南", "summary": "在百米级远距离预警且要求毫米级精度条件下 → 激光飞行时间法（ToF），兼顾测程与抗环境光能力", "focused_product": null, "product_series": null, "industry": [ "交通基础设施", "智能交通" ], "measurement": [ "距离测量", "高度检测", "轮廓扫描" ], "tags": [ "交通基础设施", "智能交通", "距离测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LCJ系列限高测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-tunnel-monitoring-selection", "category": "qa_article", "category_cn": "技术问答", "title": "隧道结构安全监测技术选型指南", "summary": "在长距离宏观收敛变形与拱顶沉降监测条件下 → 激光测距（飞行时间法），兼顾百米级量程与毫米级精度", "focused_product": null, "product_series": null, "industry": [ "交通基础设施", "土木工程" ], "measurement": [ "位移监测", "缺陷探测", "形变分析" ], "tags": [ "交通基础设施", "土木工程", "位移监测", "传感器", "技术问答" ], "updated_at": "2025-08-20", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LCJ系列隧道在线检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-building-clearance-lidar-selection", "category": "qa_article", "category_cn": "技术问答", "title": "建筑物限界测量:激光雷达与传统技术在复杂环境下的三维数据采集选型指南", "summary": "在需要全断面高精度三维建模、长期自动化监测且预算充足的条件下 → 扫描全站仪或3D LiDAR，兼顾大范围覆盖与毫米级精度〔REF-001〕。", "focused_product": null, "product_series": null, "industry": [ "隧道与地下工程", "桥梁与基础设施健康监测" ], "measurement": [ "三维点云采集", "形变监测", "限界检测" ], "tags": [ "隧道与地下工程", "桥梁与基础设施健康监测", "三维点云采集", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LCJ系列隧道形变在线监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-tunnel-monitoring-selection-问答lcj系列隧道形变在线监测2", "category": "qa_article", "category_cn": "技术问答", "title": "隧道形变与限界测量技术选型指南", "summary": "隧道限界动态在线监测（测量距离>10m，要求≥100Hz刷新率，精度±2mm以内）→ 激光测距（时间飞行法），英国真尚有LCJ系列覆盖0.05~500m量程，2…", "focused_product": null, "product_series": null, "industry": [ "隧道工程", "基础设施监测", "工业自动化" ], "measurement": [ "距离测量", "轮廓测量", "三维形变监测", "限界检测" ], "tags": [ "隧道工程", "基础设施监测", "距离测量", "传感器", "技术问答" ], "updated_at": "2025-08-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LCJ系列隧道形变在线监测2/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-container-3d-positioning-selection", "category": "qa_article", "category_cn": "技术问答", "title": "自动化码头集装箱三维定位传感器选型指南", "summary": "在±5mm实时三维定位且需长距离户外作业条件下 → 激光飞行时间（ToF）测距技术与高精度GNSS融合方案，兼顾远距离覆盖与亚厘米级绝对基准", "focused_product": null, "product_series": null, "industry": [ "港口物流", "工业自动化" ], "measurement": [ "三维定位", "激光测距", "机器视觉", "GNSS", "超声波" ], "tags": [ "港口物流", "工业自动化", "三维定位", "传感器", "技术问答" ], "updated_at": "2025-04-12", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LCJ系列集装箱定位/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-mining-laser-volume-selection", "category": "qa_article", "category_cn": "技术问答", "title": "露天煤矿堆料场矿石体积高精度测量选型指南", "summary": "在百米级露天矿堆全场盘点与高精度地形测绘条件下 → 激光三维扫描技术，兼顾大范围覆盖与密集点云生成能力〔REF-001〕", "focused_product": null, "product_series": null, "industry": [ "采矿与矿山", "工业过程控制" ], "measurement": [ "体积测量", "三维轮廓采集", "距离测量" ], "tags": [ "采矿与矿山", "工业过程控制", "体积测量", "传感器", "技术问答" ], "updated_at": "2025-04-10", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LCJ系列露天煤矿测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-steel-billet-target-distance-selection", "category": "qa_article", "category_cn": "技术问答", "title": "钢铁产线钢坯靶距控制传感器选型指南", "summary": "在长距离（≥1m）、高温（≤1500℃）及±1mm精度要求条件下 → 激光飞行时间法，兼顾抗干扰与高温适应性", "focused_product": null, "product_series": null, "industry": [ "冶金", "钢铁" ], "measurement": [ "位移测量", "距离测量", "温度监测" ], "tags": [ "冶金", "钢铁", "位移测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LCJ系列靶距自动控制/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-highbay-picking-vehicle-sensor-selection", "category": "qa_article", "category_cn": "技术问答", "title": "高位拣货车传感器选型与集成指南", "summary": "在长距离巷道导航与动态避障（＞30m）条件下 → 飞行时间法(TOF)激光测距方案，原因是兼顾抗环境光干扰与高频响应", "focused_product": null, "product_series": null, "industry": [ "仓储物流", "自动化立体仓库" ], "measurement": [ "距离测量", "定位导航", "避障检测" ], "tags": [ "仓储物流", "自动化立体仓库", "距离测量", "传感器", "技术问答" ], "updated_at": "2025-04-10", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LCJ系列高位拣货车定位/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-cable-sag-clearance-selection", "category": "qa_article", "category_cn": "技术问答", "title": "高架电缆弧垂与净空监测技术选型指南", "summary": "在户外数百米跨度弧垂与对地净空监测条件下 → 激光测距技术，兼顾远距离非接触测量与抗环境光能力", "focused_product": null, "product_series": null, "industry": [ "电力输电线路", "智能运维" ], "measurement": [ "激光测距", "X射线透射", "激光扫描测微", "机器视觉检测" ], "tags": [ "电力输电线路", "智能运维", "激光测距", "传感器", "技术问答" ], "updated_at": "2025-08-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LCJ系列高架电缆测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-powerline-sag-selection", "category": "qa_article", "category_cn": "技术问答", "title": "高架电缆弧垂测量技术选型指南", "summary": "在远程非接触式弧垂监测（跨度≥300m、刷新率≥250Hz）条件下 → 激光测距传感器（飞行时间式/相位式），兼顾测量距离、精度与成本效益", "focused_product": null, "product_series": null, "industry": [ "电力输配电", "桥梁工程", "基础设施监测" ], "measurement": [ "激光测距", "全站仪EDM", "激光雷达", "激光三角测量" ], "tags": [ "电力输配电", "桥梁工程", "激光测距", "传感器", "技术问答" ], "updated_at": "2025-08-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LCJ系列高架电缆测量2/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-steel-billet-selection", "category": "qa_article", "category_cn": "技术问答", "title": "高温钢坯定位与尺寸检测传感器选型指南", "summary": "在长距离宏观定位（>5m）且需穿透粉尘蒸汽条件下 → 调频连续波雷达技术与激光测距技术，兼顾抗干扰与毫米级精度〔REF-003〕〔REF-001〕", "focused_product": null, "product_series": null, "industry": [ "冶金自动化", "钢铁生产" ], "measurement": [ "高温物体定位", "几何尺寸检测", "在线追踪" ], "tags": [ "冶金自动化", "钢铁生产", "高温物体定位", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LCJ系列高温固体位置监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-steel-tank-liquid-level-selection", "category": "qa_article", "category_cn": "技术问答", "title": "连铸钢水液位高精度非接触监测选型指南", "summary": "在要求±2mm精度且能实施强力气幕吹扫的条件下 → 激光测距技术，兼顾毫米级精度与250Hz高刷新率", "focused_product": null, "product_series": null, "industry": [ "冶金", "钢铁冶炼" ], "measurement": [ "液位测量", "高温介质监测" ], "tags": [ "冶金", "钢铁冶炼", "液位测量", "传感器", "技术问答" ], "updated_at": "2025-08-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LCJ系列高温液体位置检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-carbon-stockpile-level-selection", "category": "qa_article", "category_cn": "技术问答", "title": "高温多尘环境碳堆料位监测传感器选型指南", "summary": "在长距离测量（>20m）且要求±2mm精度、伴随高浓度粉尘与蒸汽条件下 → 调频连续波雷达（FMCW）技术，微波穿透力强且不受物料介电常数变化影响〔REF-00…", "focused_product": null, "product_series": null, "industry": [ "冶金", "电力", "化工", "建材" ], "measurement": [ "料位监测", "距离测量", "体积计算" ], "tags": [ "冶金", "电力", "料位监测", "传感器", "技术问答" ], "updated_at": "2025-04-10", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LCJ系列高温碳堆高度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-high-temp-slab-thickness-selection", "category": "qa_article", "category_cn": "技术问答", "title": "高温钢坯厚度在线测量选型指南（含集成与验收附录）", "summary": "在精度要求极高（±0.1%FS）且预算充足、辐射防护可控条件下 → X射线透射测量，兼顾抗干扰与长期稳定性〔REF-001〕", "focused_product": null, "product_series": null, "industry": [ "钢铁冶金", "热轧轧制" ], "measurement": [ "厚度测量", "高温表面检测" ], "tags": [ "钢铁冶金", "热轧轧制", "厚度测量", "传感器", "技术问答" ], "updated_at": "2025-04-10", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LCJ系列高温钢坯厚度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "steel-billet-high-temp-positioning-selection", "category": "qa_article", "category_cn": "技术问答", "title": "高温钢坯毫米级定位与尺寸测量选型指南", "summary": "在高温（>1000℃）且需长距离（>5m）实时定位条件下 → 激光飞行时间测距技术，兼顾抗干扰与响应速度", "focused_product": null, "product_series": null, "industry": [ "钢铁冶金", "连铸连轧" ], "measurement": [ "位移测量", "尺寸测量", "温度场监测" ], "tags": [ "钢铁冶金", "连铸连轧", "位移测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LCJ系列高温钢坯定位/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-hot-steel-billet-width-selection", "category": "qa_article", "category_cn": "技术问答", "title": "高温钢坯宽度在线测量选型指南", "summary": "在1500℃极高温、伴随蒸汽水雾环境且要求±1mm精度条件下 → 激光测距（飞行时间/相位法）或红外热成像测量，抗干扰能力强且无需外部光源〔REF-001〕", "focused_product": null, "product_series": null, "industry": [ "钢铁冶金", "热轧轧线" ], "measurement": [ "宽度测量", "高温非接触检测" ], "tags": [ "钢铁冶金", "热轧轧线", "宽度测量", "传感器", "技术问答" ], "updated_at": "2025-08-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LCJ系列高温钢坯宽度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-high-temp-billet-selection", "category": "qa_article", "category_cn": "技术问答", "title": "高温钢坯长度在线检测选型指南（±5毫米精度）", "summary": "在1000℃以上高温钢坯连续生产且要求±5毫米精度条件下 → 脉冲激光飞行时间技术，兼顾长距离、高抗干扰性与实时响应。", "focused_product": null, "product_series": null, "industry": [ "钢铁冶金", "连铸轧钢" ], "measurement": [ "长度测量", "高温物体检测", "非接触式测量" ], "tags": [ "钢铁冶金", "连铸轧钢", "长度测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LCJ系列高温钢坯长度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-hotrolled-steel-laser-selection", "category": "qa_article", "category_cn": "技术问答", "title": "热轧钢尺寸在线检测激光测量系统选型指南", "summary": "在高温热轧环境（表面温度700~1200℃）且需全面截面轮廓检测条件下 → 三维激光扫描与轮廓测量技术，兼顾抗干扰与几何参数全覆盖", "focused_product": null, "product_series": null, "industry": [ "钢铁冶金", "工业制造" ], "measurement": [ "尺寸测量", "轮廓检测", "温度适应性测量" ], "tags": [ "钢铁冶金", "工业制造", "尺寸测量", "传感器", "技术问答" ], "updated_at": "2025-04-10", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LCJ系列高温钢材尺寸检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "hot-steel-pipe-od-selection", "category": "qa_article", "category_cn": "技术问答", "title": "热轧钢管高温在线外径测量选型指南", "summary": "在高速在线检测（工件表面温度＞1000℃、运动速度数米/秒）且要求±2mm以内公差条件下 → 旋转激光扫描测径技术或激光线轮廓扫描技术，兼顾高刷新率与非接触抗干…", "focused_product": null, "product_series": null, "industry": [ "冶金", "石油天然气", "电力" ], "measurement": [ "外径测量", "圆度检测", "高速动态尺寸监控" ], "tags": [ "冶金", "石油天然气", "外径测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LCJ系列高温钢管外径长度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-blast-furnace-piston-sensor-selection", "category": "qa_article", "category_cn": "技术问答", "title": "高炉煤气柜活塞位移与倾斜监测防爆耐高温传感器选型指南", "summary": "在长距离（>20m）、高精度（±1mm）且存在高温粉尘工况条件下 → 飞行时间（TOF）激光测距技术或频率调制连续波（FMCW）雷达技术，兼顾抗干扰与实时性", "focused_product": null, "product_series": null, "industry": [ "冶金", "化工", "能源" ], "measurement": [ "位移测量", "倾斜监测", "界面监测" ], "tags": [ "冶金", "化工", "位移测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LCJ系列高炉煤气柜活塞安全检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-gantry-crane-selection", "category": "qa_article", "category_cn": "技术问答", "title": "龙门吊防撞预警传感器选型指南", "summary": "在百米级防撞距离且要求毫米级精度条件下 → 飞行时间（TOF）激光测距技术，兼顾高精度与快速响应", "focused_product": null, "product_series": null, "industry": [ "重工业制造", "港口物流", "冶金铸造" ], "measurement": [ "飞行时间激光测距", "调频连续波雷达测距", "超声波测距", "漫反射光电传感" ], "tags": [ "重工业制造", "港口物流", "飞行时间激光测距", "传感器", "技术问答" ], "updated_at": "2025-04-10", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LCJ系列龙门吊碰撞保护/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-highway-traffic-monitoring-selection", "category": "qa_article", "category_cn": "技术问答", "title": "多车道高速公路非侵入式交通监控与高精度测速选型指南", "summary": "在要求±2%以内测量精度（Accuracy）且需全天候稳定运行的条件下 → FMCW雷达测速技术，兼顾距离分辨与多目标跟踪能力", "focused_product": null, "product_series": null, "industry": [ "智慧交通", "道路监控" ], "measurement": [ "速度测量", "目标检测", "流量统计" ], "tags": [ "智慧交通", "道路监控", "速度测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LP-DS100交通监控/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "agv-warehouse-speed-selection", "category": "qa_article", "category_cn": "技术问答", "title": "仓储AGV与堆垛机低速毫米级非接触测速选型指南", "summary": "在狭窄通道频繁启停且要求<0.5 km/h低速毫米级精度条件下 → 多普勒雷达测速，响应快且抗环境干扰能力强", "focused_product": null, "product_series": null, "industry": [ "物流自动化", "智能制造" ], "measurement": [ "速度测量", "位移测量", "位置跟踪" ], "tags": [ "物流自动化", "智能制造", "速度测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LP-DS100仓库用运输车辆测速/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-conveyor-speed-selection", "category": "qa_article", "category_cn": "技术问答", "title": "传送带线速度非接触式测量选型指南", "summary": "在要求0.1%精度且环境洁净可控条件下 → 激光多普勒测速技术，兼顾亚微米级分辨率与极高重复性〔REF-002〕", "focused_product": null, "product_series": null, "industry": [ "冶金", "造纸", "物流分拣", "矿山输送", "橡塑加工" ], "measurement": [ "线速度", "加速度", "长度/距离" ], "tags": [ "冶金", "造纸", "线速度", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LP-DS100传送带实时速度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-transit-speed-selection", "category": "qa_article", "category_cn": "技术问答", "title": "公共交通车辆高精度全天候测速传感器选型指南", "summary": "在城市公交频繁启停且要求±0.1km/h绝对精度条件下 → 全球导航卫星系统与惯性测量单元融合测速技术，提供高动态绝对速度与抗短时遮挡能力", "focused_product": null, "product_series": null, "industry": [ "智能交通", "车载传感" ], "measurement": [ "速度测量", "动态追踪" ], "tags": [ "智能交通", "车载传感", "速度测量", "传感器", "技术问答" ], "updated_at": "2025-04-10", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LP-DS100公共汽车速度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "ag-machinery-ground-speed-sensor-selection", "category": "qa_article", "category_cn": "技术问答", "title": "农用机械高精度地面速度传感器选型指南", "summary": "在需要真实地面速度且农田环境存在车轮打滑风险条件下 → 雷达多普勒测速或GNSS+IMU融合测速，直接获取地速并抗干扰能力强。", "focused_product": null, "product_series": null, "industry": [ "精准农业", "农机装备" ], "measurement": [ "地面速度测量", "非接触式测速" ], "tags": [ "精准农业", "农机装备", "地面速度测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LP-DS100农用机械速度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-ice-snow-testing-selection", "category": "qa_article", "category_cn": "技术问答", "title": "跑车冰雪路面车辆动力学传感器选型指南", "summary": "在冰雪路面高速动态测试且需全面运动学数据条件下 → GNSS与IMU融合技术，提供厘米级定位与百赫兹级姿态输出", "focused_product": null, "product_series": null, "industry": [ "汽车测试", "车辆工程" ], "measurement": [ "速度测量", "姿态测量", "定位测量", "力学测量" ], "tags": [ "汽车测试", "车辆工程", "速度测量", "传感器", "技术问答" ], "updated_at": "2025-04-12", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LP-DS100冰雪路面跑车试验/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "truck-speed-monitoring-selection", "category": "qa_article", "category_cn": "技术问答", "title": "卡车全速域高精度全天候速度监测选型指南", "summary": "在复杂路况与全天候环境下要求全速域（0~480 km/h）实时监测条件下 → 多普勒雷达测速技术，抗干扰强且响应快", "focused_product": null, "product_series": null, "industry": [ "汽车电子", "智能交通", "工业测量" ], "measurement": [ "速度测量", "非接触式测速", "车载传感器" ], "tags": [ "汽车电子", "智能交通", "速度测量", "传感器", "技术问答" ], "updated_at": "2025-08-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LP-DS100卡车实时速度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "agv-forklift-speed-sensor-selection", "category": "qa_article", "category_cn": "技术问答", "title": "自动化叉车（AGV）宽速域高精度测速传感器选型指南", "summary": "在高速巡航与复杂工业环境（强粉尘/光照变化/振动）条件下 → 多普勒雷达测速技术，原因是微波穿透力强且无机械磨损，兼顾宽速域与毫秒级响应〔REF-002〕", "focused_product": null, "product_series": null, "industry": [ "仓储物流", "工业自动化", "港口码头" ], "measurement": [ "速度测量", "位移测量", "多普勒雷达", "机器视觉", "增量编码", "磁性测量" ], "tags": [ "仓储物流", "工业自动化", "速度测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LP-DS100叉车测速/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-agri-sprayer-speed-selection", "category": "qa_article", "category_cn": "技术问答", "title": "精准农业喷洒机复杂农田环境测速技术选型指南", "summary": "在要求±0.5%精度、几十毫秒响应且存在树木遮挡或泥泞打滑条件下 → IMU-GNSS融合测速技术，兼顾绝对精度与信号中断时的连续性", "focused_product": null, "product_series": null, "industry": [ "精准农业", "智能农机" ], "measurement": [ "速度测量", "多普勒雷达", "GNSS定位", "惯性导航", "激光测距" ], "tags": [ "精准农业", "智能农机", "速度测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LP-DS100喷洒机行驶速度控制/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-underground-dead-reckoning-selection", "category": "qa_article", "category_cn": "技术问答", "title": "地下无GNSS环境车辆航位推算传感器选型指南", "summary": "在地下无光照、高粉尘潮湿环境且要求非接触对地速度条件下 → 连续波多普勒雷达测速技术，直接测量地速抗打滑，环境鲁棒性强〔REF-002〕。", "focused_product": null, "product_series": null, "industry": [ "采矿运输", "隧道工程", "地下物流" ], "measurement": [ "速度测量", "姿态测量", "位置推算" ], "tags": [ "采矿运输", "隧道工程", "速度测量", "传感器", "技术问答" ], "updated_at": "2025-04-10", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LP-DS100地下车辆航位推算/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-underground-mining-auto-speed-sensor", "category": "qa_article", "category_cn": "技术问答", "title": "地下采矿自动驾驶车辆高速测速与导航传感器选型指南", "summary": "在高速在线测速（≥60km/h）且要求±0.34%精度条件下 → 多普勒雷达测速技术，兼顾宽量程与抗粉尘能力", "focused_product": null, "product_series": null, "industry": [ "矿业", "地下交通" ], "measurement": [ "速度测量", "惯性导航", "激光测距", "机器视觉" ], "tags": [ "矿业", "地下交通", "速度测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LP-DS100地下采矿中的自动驾驶/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "subway-speed-monitoring-selection", "category": "qa_article", "category_cn": "技术问答", "title": "地铁列车复杂环境速度监测选型指南", "summary": "在隧道等GNSS信号受限且要求0.01秒级响应条件下 → 多普勒雷达测速方案，兼顾远距离全天候检测与毫秒级更新率〔REF-001〕。", "focused_product": null, "product_series": null, "industry": [ "轨道交通", "工业自动化" ], "measurement": [ "速度测量", "位移测量" ], "tags": [ "轨道交通", "工业自动化", "速度测量", "传感器", "技术问答" ], "updated_at": "2025-08-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LP-DS100地铁速度检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-indoor-ags-selection", "category": "qa_article", "category_cn": "技术问答", "title": "室内AGV与机器人实时定位测速技术选型指南", "summary": "在要求厘米级定位精度且需100Hz高频刷新条件下 → 超宽带（UWB）脉冲测距技术与红外光学追踪技术组合，兼顾空间定位与高动态响应", "focused_product": null, "product_series": null, "industry": [ "智能制造", "仓储物流", "医疗护理" ], "measurement": [ "室内定位", "速度测量", "姿态感知" ], "tags": [ "智能制造", "仓储物流", "室内定位", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LP-DS100室内实时定位系统辅助/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "indoor-mobile-robot-selection", "category": "qa_article", "category_cn": "技术问答", "title": "室内移动机器人无GPS环境高精度定位与动态避障选型指南", "summary": "在需要高更新率与抗光照干扰的室内动态避障条件下 → 多传感器融合方案（惯性测量单元+激光雷达/超宽带定位/多普勒雷达），兼顾实时速度与绝对位置校正〔REF-00…", "focused_product": null, "product_series": null, "industry": [ "物流仓储", "工业制造", "医疗配送" ], "measurement": [ "速度测量", "空间定位", "姿态感知", "障碍物检测" ], "tags": [ "物流仓储", "工业制造", "速度测量", "传感器", "技术问答" ], "updated_at": "2025-04-10", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LP-DS100室内车辆航位推算/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-vehicle-speed-measurement-selection", "category": "qa_article", "category_cn": "技术问答", "title": "室内车辆研发与ADAS测试非接触式测速选型指南", "summary": "在需要0.01秒快速响应、中长距离非接触且环境存在灰尘或光照波动条件下 → 多普勒雷达测速方案，兼顾高刷新率与环境鲁棒性〔REF-002〕。", "focused_product": null, "product_series": null, "industry": [ "汽车研发", "智能交通", "工业检测" ], "measurement": [ "速度测量", "动态监测", "ADAS标定" ], "tags": [ "汽车研发", "智能交通", "速度测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LP-DS100室内车辆速度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "agv-speed-selection-guide", "category": "qa_article", "category_cn": "技术问答", "title": "室内运输车辆实时测速方案选型指南", "summary": "在复杂工业环境（强光照变化、粉尘、水雾）且要求高实时性与高精度条件下 → 多普勒雷达技术，非接触抗干扰能力强，覆盖宽量程〔REF-001〕〔REF-002〕", "focused_product": null, "product_series": null, "industry": [ "智能物流", "工业自动化", "仓储机器人" ], "measurement": [ "速度测量", "多普勒雷达", "光电传感器", "机器视觉", "增量式编码器" ], "tags": [ "智能物流", "工业自动化", "速度测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LP-DS100室内运输车辆速度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-tractor-ground-speed-selection", "category": "qa_article", "category_cn": "技术问答", "title": "拖拉机对地速度传感器选型指南", "summary": "在开阔农田且需厘米级定位与连续速度输出条件下 → 多普勒雷达测速或GNSS测速，兼顾精度与环境适应性〔REF-001〕。", "focused_product": null, "product_series": null, "industry": [ "智能农机", "精准农业" ], "measurement": [ "对地速度", "轮速", "打滑率" ], "tags": [ "智能农机", "精准农业", "对地速度", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LP-DS100拖拉机对地速度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "excavator-speed-sensor-selection", "category": "qa_article", "category_cn": "技术问答", "title": "挖掘机地面速度与部件转速传感器选型指南", "summary": "在要求±0.1%地面速度实时监测且工况恶劣（泥泞/扬尘）条件下 → 多普勒雷达测速技术，直接测量相对地面速度，不受履带打滑影响", "focused_product": null, "product_series": null, "industry": [ "工程机械", "自动化施工" ], "measurement": [ "多普勒雷达测速", "机器视觉测速", "GNSS测速", "霍尔效应测速" ], "tags": [ "工程机械", "自动化施工", "多普勒雷达测速", "传感器", "技术问答" ], "updated_at": "2025-04-10", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LP-DS100挖掘机速度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-seeder-speed-sensor-selection", "category": "qa_article", "category_cn": "技术问答", "title": "播种机高精度测速传感器选型指南", "summary": "在泥泞湿滑农田且要求±0.5%测量精度条件下 → 多普勒雷达测速技术，直接获取地面绝对速度且彻底消除车轮打滑误差", "focused_product": null, "product_series": null, "industry": [ "农业机械" ], "measurement": [ "速度测量" ], "tags": [ "农业机械", "速度测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LP-DS100播种机行驶速度控制/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-agri-fertilizer-speed-sensor-selection", "category": "qa_article", "category_cn": "技术问答", "title": "施肥机高精度地速传感器选型指南", "summary": "在要求≥±0.5%精度与≤0.1秒响应时间且需彻底消除车轮打滑影响的条件下 → 多普勒雷达测速技术或光学相关法测速技术，兼顾高刷新率与非接触抗干扰特性。", "focused_product": null, "product_series": null, "industry": [ "精准农业", "农业机械自动化" ], "measurement": [ "地速测量", "非接触测速", "运动控制反馈" ], "tags": [ "精准农业", "农业机械自动化", "地速测量", "传感器", "技术问答" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LP-DS100施肥机行驶速度控制/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-autonomous-speed-selection", "category": "qa_article", "category_cn": "技术问答", "title": "无人车辆全天候高精度测速传感器选型指南", "summary": "在雨雪雾极端工况且要求±0.1 km/h精度与50Hz以上更新率条件下 → 多普勒雷达与GNSS/IMU融合方案，兼顾全天候鲁棒性与绝对速度基准〔REF-001…", "focused_product": null, "product_series": null, "industry": [ "智能驾驶", "机器人", "交通监测" ], "measurement": [ "速度测量", "多普勒测速", "激光测速", "组合导航", "视觉测速" ], "tags": [ "智能驾驶", "机器人", "速度测量", "传感器", "技术问答" ], "updated_at": "2025-06-10", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LP-DS100无人车辆导航/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-vehicle-speed-selection", "category": "qa_article", "category_cn": "技术问答", "title": "高速车辆测速传感器选型指南（含集成与验收附录）", "summary": "在高速在线监测（>200km/h）且要求毫秒级响应条件下 → 多普勒雷达技术，兼顾穿透性与实时性", "focused_product": null, "product_series": null, "industry": [ "智能交通", "自动驾驶", "工业测量" ], "measurement": [ "速度测量", "多普勒雷达", "激光雷达", "计算机视觉", "GNSS-IMU融合" ], "tags": [ "智能交通", "自动驾驶", "速度测量", "传感器", "技术问答" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LP-DS100无人车辆速度感知/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-auto-speed-sensor-selection", "category": "qa_article", "category_cn": "技术问答", "title": "自动驾驶车辆多传感器测速方案选型指南", "summary": "在高速在线检测（>100km/h）且要求全天候稳定工作条件下 → 毫米波雷达测速技术，兼顾穿透性与直接测速精度", "focused_product": null, "product_series": null, "industry": [ "智能交通", "自动驾驶", "工业检测" ], "measurement": [ "速度测量", "距离探测", "姿态解算" ], "tags": [ "智能交通", "自动驾驶", "速度测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LP-DS100无人驾驶车辆测速/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-locomotive-speed-selection", "category": "qa_article", "category_cn": "技术问答", "title": "高速机车实时速度监测传感器选型指南", "summary": "在要求±0.1%测量精度且刷新率达几十赫兹的高速在线实时监测条件下 → 多普勒雷达测速技术，兼顾非接触免维护与全天候环境适应性〔REF-001〕", "focused_product": null, "product_series": null, "industry": [ "轨道交通", "铁路安全", "列车控制" ], "measurement": [ "速度监测", "多普勒雷达", "感应线圈", "GNSS", "惯性导航" ], "tags": [ "轨道交通", "铁路安全", "速度监测", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LP-DS100机车车速测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-hsr-speed-selection", "category": "qa_article", "category_cn": "技术问答", "title": "高速铁路非接触式列车测速系统选型指南", "summary": "在高速在线检测（≥350 km/h）且要求±0.1%精度与50 Hz实时响应条件下 → 多普勒雷达测速技术，兼顾恶劣天气穿透力与高刷新率", "focused_product": null, "product_series": null, "industry": [ "轨道交通", "高速铁路" ], "measurement": [ "速度测量", "非接触式传感" ], "tags": [ "轨道交通", "高速铁路", "速度测量", "传感器", "技术问答" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LP-DS100火车速度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "prod-line-speed-selection-guide", "category": "qa_article", "category_cn": "技术问答", "title": "工业生产线速度监测非接触式传感器选型指南", "summary": "高速连续材料（薄膜/纸张/板材）在线精密测速 → 激光多普勒测速技术，精度可达±0.05%，满足微米级分辨率需求〔REF-001〕。", "focused_product": null, "product_series": null, "industry": [ "离散制造", "流程工业", "包装印刷", "金属轧制" ], "measurement": [ "速度测量", "位移追踪", "旋转反馈" ], "tags": [ "离散制造", "流程工业", "速度测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LP-DS100生产线速度监控/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-gravel-vehicle-speed-selection", "category": "qa_article", "category_cn": "技术问答", "title": "砂石路面车辆非接触式高速测速选型指南", "summary": "在砂石路面高速动态测试且要求±0.5%精度条件下 → 雷达多普勒测速技术，抗扬尘与振动干扰能力强，刷新率满足实时性需求。", "focused_product": null, "product_series": null, "industry": [ "汽车测试", "车辆动力学" ], "measurement": [ "车速测量", "位移测量", "速度测量" ], "tags": [ "汽车测试", "车辆动力学", "车速测量", "传感器", "技术问答" ], "updated_at": "2025-04-12", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LP-DS100砂石路面跑车试验/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-highway-speed-measurement-selection-问答lp", "category": "qa_article", "category_cn": "技术问答", "title": "高速公路车辆高速高精度测速技术选型指南", "summary": "在雨雾天气且要求±0.1 m/s精度条件下 → 4D毫米波成像雷达技术，兼顾全天候穿透力与高分辨率多目标跟踪〔REF-001〕", "focused_product": null, "product_series": null, "industry": [ "智能交通", "自动驾驶" ], "measurement": [ "速度测量", "多目标监测", "恶劣天气穿透" ], "tags": [ "智能交通", "自动驾驶", "速度测量", "传感器", "技术问答" ], "updated_at": "2025-04-10", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LP-DS100移动物联网定位和导航中的速度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-racing-sensor-selection", "category": "qa_article", "category_cn": "技术问答", "title": "赛车性能调校非接触式传感器选型指南", "summary": "在直线极速测试（>400km/h）且要求毫秒级实时响应条件下 → 多普勒雷达测速方案，直接获取对地绝对速度，抗环境干扰能力强", "focused_product": null, "product_series": null, "industry": [ "赛车运动", "汽车工程" ], "measurement": [ "速度测量", "位移测量", "三维形貌测量" ], "tags": [ "赛车运动", "汽车工程", "速度测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LP-DS100赛车性能调整/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-traffic-flow-selection", "category": "qa_article", "category_cn": "技术问答", "title": "道路车流量统计与车辆分类非接触式测量选型指南", "summary": "在要求全天候稳定运行且速度精度需控制在±3%以内的城市或高速公路场景 → 多普勒雷达技术，微波频段穿透性强，受雨雪雾衰减影响极小。", "focused_product": null, "product_series": null, "industry": [ "智能交通", "道路监测" ], "measurement": [ "速度测量", "流量统计", "车辆分类" ], "tags": [ "智能交通", "道路监测", "速度测量", "传感器", "技术问答" ], "updated_at": "2025-04-18", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LP-DS100车流量统计与分类/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-traffic-speed-monitoring-selection", "category": "qa_article", "category_cn": "技术问答", "title": "复杂交通环境高精度非接触式车辆速度监测技术选型指南", "summary": "在户外全天候交通流量监测与执法条件下 → 多普勒雷达测速技术，具备强电磁波穿透力与高耐候性，满足100km/h工况下±1km/h精度要求", "focused_product": null, "product_series": null, "industry": [ "交通管理", "汽车测试", "工业过程控制" ], "measurement": [ "速度监测", "轮廓测量", "形貌分析" ], "tags": [ "交通管理", "汽车测试", "速度监测", "传感器", "技术问答" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LP-DS100车轮牵引力磨损监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-vehicle-slip-selection", "category": "qa_article", "category_cn": "技术问答", "title": "车轮牵引滑移监测传感器选型指南", "summary": "在常规ADAS标定与地面速度实时监测条件下 → 雷达多普勒测速技术，兼顾全天候抗干扰能力与宽量程响应。", "focused_product": null, "product_series": null, "industry": [ "汽车工程", "智能驾驶", "轮胎研发" ], "measurement": [ "速度测量", "滑移率计算", "力学参数监测" ], "tags": [ "汽车工程", "智能驾驶", "速度测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LP-DS100车轮牵引滑移监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-doppler-radar-speed-selection", "category": "qa_article", "category_cn": "技术问答", "title": "高速公路车辆多普勒雷达测速传感器选型指南", "summary": "在公路交通监控（车速0~200km/h，距离≤300m）条件下 → Ka波段多普勒雷达测速方案，兼顾远距离探测与抗环境干扰能力", "focused_product": null, "product_series": null, "industry": [ "智能交通", "车辆监控", "ADAS" ], "measurement": [ "速度测量", "多普勒雷达" ], "tags": [ "智能交通", "车辆监控", "速度测量", "传感器", "技术问答" ], "updated_at": "2025-04-10", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LP-DS100车辆声音分析测试/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-autonomous-vehicle-sensor-selection", "category": "qa_article", "category_cn": "技术问答", "title": "自动驾驶车辆受限GNSS环境下多传感器融合选型指南", "summary": "在城市峡谷或隧道等GNSS信号受限且要求厘米级定位与亚度级姿态条件下 → GNSS-惯性导航融合系统，利用卡尔曼滤波补偿漂移并维持连续导航。", "focused_product": null, "product_series": null, "industry": [ "智能驾驶", "车载传感" ], "measurement": [ "速度监测", "姿态测量", "位置推算" ], "tags": [ "智能驾驶", "车载传感", "速度监测", "传感器", "技术问答" ], "updated_at": "2025-04-10", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LP-DS100车辆惯性测量单元航位推算/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-vehicle-crash-speed-selection", "category": "qa_article", "category_cn": "技术问答", "title": "车辆碰撞测试非接触式速度测量技术选型指南", "summary": "在法规型正面/侧面碰撞测试（追求初始速度绝对精度与环境鲁棒性）条件下 → 多普勒雷达测速技术，兼顾远距离非接触测量与抗干扰能力", "focused_product": null, "product_series": null, "industry": [ "汽车安全", "碰撞测试", "工业测量" ], "measurement": [ "速度测量", "动态响应", "非接触传感" ], "tags": [ "汽车安全", "碰撞测试", "速度测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LP-DS100车辆碰撞测试中车速控制/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "adas-vehicle-speed-distance-selection", "category": "qa_article", "category_cn": "技术问答", "title": "ADAS车辆动态测试速度与距离测量技术选型指南", "summary": "在0~480 km/h宽速域且要求非接触式高精度测速条件下 → 多普勒雷达测速技术，兼顾宽速域覆盖与恶劣天气穿透力", "focused_product": null, "product_series": null, "industry": [ "汽车研发", "智能驾驶", "交通监控", "工业检测" ], "measurement": [ "速度测量", "距离测量", "姿态测量", "地速测量" ], "tags": [ "汽车研发", "智能驾驶", "速度测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LP-DS100车辆行驶距离测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-vehicle-speed-doppler-selection", "category": "qa_article", "category_cn": "技术问答", "title": "车辆闭环控制实时对地速度测量选型指南", "summary": "在高速在线检测（>50km/h）且要求<1%精度条件下 → 多普勒雷达测速技术，兼顾全天候穿透性与毫秒级响应〔REF-001〕", "focused_product": null, "product_series": null, "industry": [ "汽车制造", "自动驾驶", "交通监控" ], "measurement": [ "速度测量", "非接触式测速", "位置与姿态感知" ], "tags": [ "汽车制造", "自动驾驶", "速度测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LP-DS100车辆闭环控制/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-vehicle-abs-selection", "category": "qa_article", "category_cn": "技术问答", "title": "车辆防滑测试非接触式测速传感器选型指南", "summary": "在开阔场地、高动态制动测试且需全面运动学数据条件下 → GNSS/IMU融合测速技术，提供厘米级绝对定位与亚0.1 km/h速度精度。", "focused_product": null, "product_series": null, "industry": [ "汽车研发", "车辆动力学测试", "智能驾驶标定" ], "measurement": [ "车速测量", "滑移率计算", "运动学参数采集" ], "tags": [ "汽车研发", "车辆动力学测试", "车速测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LP-DS100车辆防滑测试/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-highway-speed-selection", "category": "qa_article", "category_cn": "技术问答", "title": "高速公路多车道车辆测速方案选型指南", "summary": "在高速多车道（>200km/h）且要求±1%级精度条件下 → 激光扫描测速方案，兼顾窄波束车道识别与高精度〔REF-002〕", "focused_product": null, "product_series": null, "industry": [ "交通执法", "智能交通" ], "measurement": [ "车辆测速", "多目标监测" ], "tags": [ "交通执法", "智能交通", "车辆测速", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LP-DS100车道超速抓拍/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-vehicle-dynamics-tire-slip-selection", "category": "qa_article", "category_cn": "技术问答", "title": "轮胎滑移监测非接触式测速传感器选型指南", "summary": "在追求极致精度与快速响应（研发测试/ABS标定）条件下 → 激光多普勒测速技术，兼顾±0.05%精度与毫秒级输出。", "focused_product": null, "product_series": null, "industry": [ "汽车工程", "车辆动力学测试", "ADAS研发" ], "measurement": [ "车速测量", "多普勒雷达测速", "激光多普勒测速", "惯性导航定位" ], "tags": [ "汽车工程", "车辆动力学测试", "车速测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LP-DS100轮胎滑移监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-tire-tread-monitoring-selection", "category": "qa_article", "category_cn": "技术问答", "title": "高速车辆轮胎胎面深度在线监测与智能预警选型指南", "summary": "在高速在线检测（车速＞50km/h）且要求胎面深度＜1.6mm精准预警条件下 → 激光三角测量与雷达多普勒测速融合方案，兼顾速度同步与微米级轮廓精度", "focused_product": null, "product_series": null, "industry": [ "汽车制造", "车辆安全", "轮胎生产" ], "measurement": [ "轮廓测量", "速度测量", "三维视觉" ], "tags": [ "汽车制造", "车辆安全", "轮廓测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LP-DS100轮胎磨损监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-highspeed-length-measurement-selection", "category": "qa_article", "category_cn": "技术问答", "title": "高速运动物体非接触长度测量方案选型指南", "summary": "在高速在线检测（≥100Hz刷新率）且要求亚毫米级精度条件下 → 激光轮廓测量技术，原因是其具备微米级空间分辨率与高频扫描重构能力，可直接提取起止点坐标〔REF…", "focused_product": null, "product_series": null, "industry": [ "工业检测", "交通监控", "物流仓储", "精密制造" ], "measurement": [ "长度测量", "速度测量", "位移测量", "轮廓检测" ], "tags": [ "工业检测", "交通监控", "长度测量", "传感器", "技术问答" ], "updated_at": "2025-05-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LP-DS100运动物体长度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "transport-wear-monitor-selection", "category": "qa_article", "category_cn": "技术问答", "title": "运输车关键部件磨损监测技术选型指南", "summary": "在户外全天候远距离测速条件下 → 雷达多普勒测速技术，抗恶劣天气能力强且响应快", "focused_product": null, "product_series": null, "industry": [ "交通运输", "工业检测" ], "measurement": [ "位移测量", "厚度测量", "速度测量", "表面形貌分析" ], "tags": [ "交通运输", "工业检测", "位移测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LP-DS100运输车磨损监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "mining-dump-truck-wear-monitoring-selection", "category": "qa_article", "category_cn": "技术问答", "title": "采矿自卸卡车部件磨损监测传感器选型指南", "summary": "在粉尘弥漫、雨雾环境且需远距离非接触测速条件下 → 多普勒雷达测速技术，电磁波穿透力强且抗干扰优异。", "focused_product": null, "product_series": null, "industry": [ "采矿", "重型运输", "智能运维" ], "measurement": [ "三维形貌测量", "速度测量", "厚度测量" ], "tags": [ "采矿", "重型运输", "三维形貌测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LP-DS100采矿自卸卡车磨损监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "mining-vehicle-noncontact-speed-selection", "category": "qa_article", "category_cn": "技术问答", "title": "采矿车辆非接触式测速与航位推算传感器选型指南", "summary": "在强粉尘、高震动及光照剧烈变化的地下或露天矿区条件下 → 多普勒雷达测速技术，微波穿透性强且直接测量地速，可避免轮滑误差累积。", "focused_product": null, "product_series": null, "industry": [ "矿山机械", "自动驾驶", "工业测量" ], "measurement": [ "多普勒雷达测速", "激光雷达测速", "惯性导航系统" ], "tags": [ "矿山机械", "自动驾驶", "多普勒雷达测速", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LP-DS100采矿车辆航位推算/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-rail-speed-sensor-selection", "category": "qa_article", "category_cn": "技术问答", "title": "高速列车非接触式速度传感器选型指南", "summary": "在高速列车运行（＞300km/h）且需抗车轮滑移条件下 → 多普勒雷达测速技术，直接测量对地真实速度，环境鲁棒性强〔REF-001〕", "focused_product": null, "product_series": null, "industry": [ "轨道交通", "工业测量" ], "measurement": [ "速度测量", "位移监测" ], "tags": [ "轨道交通", "工业测量", "速度测量", "传感器", "技术问答" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LP-DS100铁路客车速度监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "rail-loco-speed-monitoring-selection", "category": "qa_article", "category_cn": "技术问答", "title": "铁路机车高速对地速度监测选型指南", "summary": "在350km/h高速运行且要求±0.1%对地精度条件下 → 多普勒雷达测速技术，非接触测量直接获取地面真实速度，抗雨雪雾穿透能力强。", "focused_product": null, "product_series": null, "industry": [ "轨道交通", "工业测量" ], "measurement": [ "速度监测", "多普勒雷达", "GNSS", "旋转编码器", "惯性导航" ], "tags": [ "轨道交通", "工业测量", "速度监测", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LP-DS100铁路机车实时测速/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-railway-wheel-wear-selection", "category": "qa_article", "category_cn": "技术问答", "title": "铁路货车轮对磨损监测选型指南（0.8-480km/h宽速域）", "summary": "在0.8~480 km/h宽速域且要求微米级几何精度条件下 → 激光三角测量技术结合多普勒雷达测速方案，原因是兼顾轮廓细节捕获与高速运动同步触发〔REF-001…", "focused_product": null, "product_series": null, "industry": [ "轨道交通", "工业检测" ], "measurement": [ "轮廓测量", "速度测量", "振动分析" ], "tags": [ "轨道交通", "工业检测", "轮廓测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LP-DS100铁路货车磨损监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-tunnel-dead-reckoning-selection", "category": "qa_article", "category_cn": "技术问答", "title": "隧道车辆无GNSS环境高精度航位推算选型指南", "summary": "在无GNSS信号、要求高实时性与抗粉尘水雾干扰条件下 → 多普勒雷达测速技术，提供稳定对地速度输入以抑制惯导漂移", "focused_product": null, "product_series": null, "industry": [ "交通运输", "自动驾驶", "隧道工程" ], "measurement": [ "多普勒雷达测速", "惯性导航", "激光扫描与SLAM", "视觉里程计" ], "tags": [ "交通运输", "自动驾驶", "多普勒雷达测速", "传感器", "技术问答" ], "updated_at": "2025-08-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LP-DS100隧道车辆航位推算/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-offroad-gspeed-selection", "category": "qa_article", "category_cn": "技术问答", "title": "非公路车辆高精度非接触式地速传感器选型指南", "summary": "在泥泞/松软地面且要求±0.5%以内绝对地速条件下 → 多普勒雷达测速或光学相关测速，有效规避车轮打滑误差", "focused_product": null, "product_series": null, "industry": [ "农业机械", "工程机械", "矿山运输" ], "measurement": [ "速度测量", "地速监测" ], "tags": [ "农业机械", "工程机械", "速度测量", "传感器", "技术问答" ], "updated_at": "2025-04-10", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LP-DS100非公路车辆实时速度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "non-road-vehicle-speed-selection", "category": "qa_article", "category_cn": "技术问答", "title": "非道路车辆300米级高精度非接触测速选型指南", "summary": "在要求300米远距离检测且需0.1 m/s级速度精度的户外恶劣工况条件下 → 多普勒雷达测速技术，兼顾电磁波穿透力与高动态响应能力〔REF-001〕", "focused_product": null, "product_series": null, "industry": [ "工程机械", "农业机械", "矿山运输", "特种作业" ], "measurement": [ "速度测量", "距离监测", "姿态解算", "组合导航" ], "tags": [ "工程机械", "农业机械", "速度测量", "传感器", "技术问答" ], "updated_at": "2025-04-10", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LP-DS100非道路车速测速/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-hsr-ground-speed-selection", "category": "qa_article", "category_cn": "技术问答", "title": "高速铁路真地面速度监测技术选型指南", "summary": "在列车ATO闭环控制与防打滑保护场景下 → 雷达多普勒测速技术，直接获取真地面速度且具备优异全天候能力", "focused_product": null, "product_series": null, "industry": [ "轨道交通", "智能交通" ], "measurement": [ "速度测量", "位移检测", "目标跟踪" ], "tags": [ "轨道交通", "智能交通", "速度测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LP-DS200交通监控/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-warehouse-vehicle-speed-selection", "category": "qa_article", "category_cn": "技术问答", "title": "仓库运输车辆非接触式高精度速度监测选型指南", "summary": "在粉尘潮湿环境且需实时闭环控制条件下 → 雷达多普勒测速技术，抗干扰强且直接测量地面真实速度。", "focused_product": null, "product_series": null, "industry": [ "物流自动化", "仓储机器人", "工业测量" ], "measurement": [ "速度监测", "非接触测量", "多普勒测速", "激光扫描", "机器视觉", "超声波测距" ], "tags": [ "物流自动化", "仓储机器人", "速度监测", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LP-DS200仓库用运输车辆测速/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-agv-heavy-vehicle-speed-selection", "category": "qa_article", "category_cn": "技术问答", "title": "极端工况下AGV与重载车辆非接触地面测速选型指南", "summary": "在极端恶劣环境（-40°C至+70°C、高粉尘、雨雪）且要求测量真实地面速度条件下 → 雷达多普勒技术，排除打滑干扰，稳定性最高。〔REF-002〕", "focused_product": null, "product_series": null, "industry": [ "自动驾驶", "物流仓储", "矿山港口", "轨道交通" ], "measurement": [ "真实地面速度", "运动方向", "位移" ], "tags": [ "自动驾驶", "物流仓储", "真实地面速度", "传感器", "技术问答" ], "updated_at": "2025-06-12", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LP-DS200仓库用运输车辆测速2/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-logistics-agv-speed-sensor-selection", "category": "qa_article", "category_cn": "技术问答", "title": "AGV及工业车辆高精度非接触式真实地面速度传感器选型指南", "summary": "在要求测量真实地面速度、消除车轮打滑误差且环境恶劣（多尘、烟雾、宽温）条件下 → 推荐微波雷达多普勒测速技术，兼顾穿透力与环境适应性。", "focused_product": null, "product_series": null, "industry": [ "智能物流", "工业自动化", "工程机械", "轨道交通" ], "measurement": [ "移动速度", "行驶位移" ], "tags": [ "智能物流", "工业自动化", "移动速度", "传感器", "技术问答" ], "updated_at": "2025-10-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LP-DS200仓库用运输车辆测速3/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-logistics-vehicle-speed-selection", "category": "qa_article", "category_cn": "技术问答", "title": "仓库运输车辆非接触式测速传感器选型指南", "summary": "在需要测量真实地面速度、规避车轮打滑且环境恶劣（多尘、潮湿）的条件下 → 雷达多普勒技术，具备高可靠性与强环境适应性。", "focused_product": null, "product_series": null, "industry": [ "自动化物流", "智能仓储", "工业自动化" ], "measurement": [ "速度", "加速度", "距离", "定位" ], "tags": [ "自动化物流", "智能仓储", "速度", "传感器", "技术问答" ], "updated_at": "2026-04-10", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LP-DS200仓库用运输车辆测速4/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-highway-vehicle-speed-selection", "category": "qa_article", "category_cn": "技术问答", "title": "高速公路多车道车辆测速方案选型指南", "summary": "在要求全天候稳定运行且需多车道并行监测条件下 → 多普勒雷达测速方案，微波穿透性强，受雨雪雾影响极小", "focused_product": null, "product_series": null, "industry": [ "智能交通", "公路监测" ], "measurement": [ "车速测量", "流量统计", "轴重检测" ], "tags": [ "智能交通", "公路监测", "车速测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LP-DS200公路测量测速/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-tractor-speed-sensor-selection", "category": "qa_article", "category_cn": "技术问答", "title": "拖拉机精密农业对地速度传感器选型指南", "summary": "在泥泞松软农田且要求真实对地速度精度优于±0.5%条件下 → 多普勒雷达测速技术，直接测量地面相对速度，完全免疫车轮打滑与轮胎下沉影响", "focused_product": null, "product_series": null, "industry": [ "农业机械", "精准农业" ], "measurement": [ "速度测量", "位移监测" ], "tags": [ "农业机械", "精准农业", "速度测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LP-DS200农用拖拉机速度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-ice-snow-speed-sensor-selection", "category": "qa_article", "category_cn": "技术问答", "title": "冰雪路面高动态车辆动力学测试传感器选型指南", "summary": "在冰雪路面高动态测试（需实时获取真实地面速度与滑移率）条件下 → 雷达多普勒测速技术，直接测量地面对象相对运动，不受车轮打滑影响，满足-40°C~+70°C与I…", "focused_product": null, "product_series": null, "industry": [ "汽车测试", "自动驾驶开发", "车辆工程" ], "measurement": [ "地面速度测量", "滑移率计算", "惯性姿态捕捉" ], "tags": [ "汽车测试", "自动驾驶开发", "地面速度测量", "传感器", "技术问答" ], "updated_at": "2025-04-10", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LP-DS200冰雪路面跑车试验/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "road-roller-speed-selection", "category": "qa_article", "category_cn": "技术问答", "title": "压路机地面速度实时监测传感器选型指南", "summary": "在要求真实地面速度且工况存在打滑或泥泞条件下 → 连续波多普勒雷达测速技术，原因是彻底规避车轮打滑误差并具备IP69K防护等级。", "focused_product": null, "product_series": null, "industry": [ "工程机械", "道路施工" ], "measurement": [ "速度测量", "非接触测速", "GNSS测速", "雷达测速" ], "tags": [ "工程机械", "道路施工", "速度测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LP-DS200压路机速度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-ag-sprayer-speed-selection", "category": "qa_article", "category_cn": "技术问答", "title": "喷洒机真实地面速度测量选型指南", "summary": "在需实时补偿轮胎打滑且要求±1%精度的田间作业条件下 → 雷达多普勒测速技术，兼顾成本、环境适应性与闭环控制响应速度", "focused_product": null, "product_series": null, "industry": [ "农业装备", "精准农业" ], "measurement": [ "速度测量", "多普勒测速", "GNSS定位" ], "tags": [ "农业装备", "精准农业", "速度测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LP-DS200喷洒机行驶速度控制/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-underground-vehicle-dead-reckoning-selection", "category": "qa_article", "category_cn": "技术问答", "title": "地下车辆无GPS环境航位推算速度测量选型指南", "summary": "在地下隧道/矿井等存在车轮打滑或轮胎形变风险的工况条件下 → 雷达多普勒测速技术，直接测量真实地面速度，彻底规避接触式累积误差。", "focused_product": null, "product_series": null, "industry": [ "地下工程", "矿山机械", "轨道交通", "物流仓储" ], "measurement": [ "速度测量", "姿态解算", "距离推算" ], "tags": [ "地下工程", "矿山机械", "速度测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LP-DS200地下车辆航位推算/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-mining-radar-speed", "category": "qa_article", "category_cn": "技术问答", "title": "地下采矿自动驾驶车辆速度监测传感器选型指南", "summary": "在地下矿井高粉尘、强震动及需真实地面速度条件下 → 雷达多普勒测速方案，兼顾环境穿透力与20Hz以上实时输出〔REF-001〕", "focused_product": null, "product_series": null, "industry": [ "采矿", "工业自动化" ], "measurement": [ "多普勒测速", "惯性导航", "激光扫描" ], "tags": [ "采矿", "工业自动化", "多普勒测速", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LP-DS200地下采矿中的自动驾驶/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-subway-speed-selection", "category": "qa_article", "category_cn": "技术问答", "title": "地铁隧道列车非接触式测速传感器选型指南", "summary": "在高速在线检测（≥50Hz刷新率）且要求0.1%精度条件下 → 雷达多普勒测速技术，兼顾速度与精度及环境适应性〔REF-002〕", "focused_product": null, "product_series": null, "industry": [ "轨道交通", "工业自动化" ], "measurement": [ "速度测量", "位移测量", "加速度测量" ], "tags": [ "轨道交通", "工业自动化", "速度测量", "传感器", "技术问答" ], "updated_at": "2025-04-10", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LP-DS200地铁速度检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-agv-forklift-speed-selection", "category": "qa_article", "category_cn": "技术问答", "title": "场内运输车辆非接触式速度测量选型指南", "summary": "在需要实时闭环控制且地面存在打滑风险条件下 → 多普勒雷达测速技术，直接测量真实地面速度，有效消除车轮转速衍生误差", "focused_product": null, "product_series": null, "industry": [ "物流仓储", "工业制造", "农业机械" ], "measurement": [ "速度测量", "位置跟踪", "打滑补偿" ], "tags": [ "物流仓储", "工业制造", "速度测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LP-DS200场内运输车速度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-forklift-speed-selection", "category": "qa_article", "category_cn": "技术问答", "title": "堆高机恶劣工况地面真实速度测量选型指南", "summary": "在多尘、湿滑、强振动且要求优于1%精度条件下 → 多普勒雷达测速技术，直接测量相对地面真实速度，抗干扰能力最强。", "focused_product": null, "product_series": null, "industry": [ "智能物流", "工业传感器" ], "measurement": [ "多普勒雷达测速", "机器视觉测速", "激光飞行时间测速", "惯性测量单元积分测速" ], "tags": [ "智能物流", "工业传感器", "多普勒雷达测速", "传感器", "技术问答" ], "updated_at": "2025-04-10", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LP-DS200堆高机测速/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-conveyor-flow-monitor-selection", "category": "qa_article", "category_cn": "技术问答", "title": "输送带物料流动监测传感器选型指南", "summary": "在恶劣粉尘高湿环境且需直接测量物料真实地面速度条件下 → 雷达多普勒测速技术，抗干扰强且不受皮带打滑影响〔REF-001〕", "focused_product": null, "product_series": null, "industry": [ "矿业", "水泥", "物流", "化工" ], "measurement": [ "速度测量", "流量计量", "三维轮廓检测" ], "tags": [ "矿业", "水泥", "速度测量", "传感器", "技术问答" ], "updated_at": "2025-04-10", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LP-DS200室内实时定位系统辅助/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "agv-ins-navigation-selection", "category": "qa_article", "category_cn": "技术问答", "title": "室内AGV/机器人高精度定位与真速度航位推算选型指南", "summary": "在要求厘米级绝对定位且具备基础设施部署条件时 → UWB定位系统结合INS/雷达多普勒融合方案，可彻底消除轮式打滑误差并实现长期航迹稳定", "focused_product": null, "product_series": null, "industry": [ "智能制造", "仓储物流", "移动机器人" ], "measurement": [ "速度测量", "位置定位", "姿态解算", "多传感器融合" ], "tags": [ "智能制造", "仓储物流", "速度测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LP-DS200室内车辆航位推算/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "agv-speed-sensor-selection", "category": "qa_article", "category_cn": "技术问答", "title": "工业AGV非接触式速度传感器选型指南", "summary": "在要求实时闭环控制（刷新率/输出频率 ≥20Hz）且工况存在车轮打滑风险条件下 → 雷达多普勒测速技术，兼顾高环境适应性与宽工作距离，直接获取真实地面速度。", "focused_product": null, "product_series": null, "industry": [ "智能物流", "工业自动化", "车辆测试" ], "measurement": [ "速度测量", "多普勒测速", "光学相关测速", "激光干涉测速" ], "tags": [ "智能物流", "工业自动化", "速度测量", "传感器", "技术问答" ], "updated_at": "2025-08-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LP-DS200室内车辆速度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-graderspeed-selection", "category": "qa_article", "category_cn": "技术问答", "title": "平地机非接触式真实地面速度传感器选型指南", "summary": "在扬尘、泥泞、强振动等恶劣工况条件下 → 雷达多普勒测速技术，环境穿透力强且抗干扰能力最优。", "focused_product": null, "product_series": null, "industry": [ "工程机械", "路面平整" ], "measurement": [ "速度测量", "多普勒测速", "光学相关测速", "GNSS融合测速" ], "tags": [ "工程机械", "路面平整", "速度测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LP-DS200平地机速度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-excavator-speed-selection", "category": "qa_article", "category_cn": "技术问答", "title": "挖掘机地面速度监测选型指南", "summary": "在泥泞崎岖地面且要求完全规避车轮打滑与周长变化干扰条件下 → 雷达多普勒测速技术，直接感知地面对地运动，刷新率/输出频率可达20 Hz以上，满足实时闭环控制需求", "focused_product": null, "product_series": null, "industry": [ "工程机械", "自动化装备" ], "measurement": [ "速度测量", "位移追踪" ], "tags": [ "工程机械", "自动化装备", "速度测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LP-DS200挖掘机速度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-bulldozer-speed-selection", "category": "qa_article", "category_cn": "技术问答", "title": "推土机高精度真实地面速度监测选型指南", "summary": "在泥泞打滑工况且要求±0.1%精度条件下 → 微波雷达多普勒测速方案，非接触抗干扰强，数据可靠", "focused_product": null, "product_series": null, "industry": [ "工程机械", "自动化施工" ], "measurement": [ "速度测量", "多普勒测速", "惯性导航" ], "tags": [ "工程机械", "自动化施工", "速度测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LP-DS200推土机速度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "paver-speed-measurement-selection", "category": "qa_article", "category_cn": "技术问答", "title": "摊铺机非接触式高精度测速系统选型指南", "summary": "在户外复杂工况（粉尘、雨雪、高温沥青）且要求实时闭环控制条件下 → 雷达多普勒测速技术，抗干扰强且彻底消除车轮打滑误差。", "focused_product": null, "product_series": null, "industry": [ "道路施工", "工程机械" ], "measurement": [ "速度测量", "多普勒雷达", "GNSS/INS", "光电编码" ], "tags": [ "道路施工", "工程机械", "速度测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LP-DS200摊铺机速度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-seeder-speed-selection", "category": "qa_article", "category_cn": "技术问答", "title": "播种机行驶速度测量选型指南", "summary": "在0.5~20 km/h作业且要求±0.1 km/h精度条件下 → 多普勒雷达测速，直接获取真实地面速度，抗打滑能力强", "focused_product": null, "product_series": null, "industry": [ "精密农业", "农机装备" ], "measurement": [ "地面速度测量", "非接触测速", "接触式测速" ], "tags": [ "精密农业", "农机装备", "地面速度测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LP-DS200播种机行驶速度控制/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "harvester-speed-sensor-selection", "category": "qa_article", "category_cn": "技术问答", "title": "收割机农田作业速度传感器选型指南", "summary": "在精准农业与自动驾驶控制（要求真实地面速度且误差≤±0.1 km/h）条件下 → 雷达多普勒测速或GNSS测速方案，直接测量地速不受车轮打滑与轮胎形变影响", "focused_product": null, "product_series": null, "industry": [ "农业机械", "精准农业", "自动驾驶农机" ], "measurement": [ "地面速度测量", "转速监测", "多普勒测速", "GNSS定位" ], "tags": [ "农业机械", "精准农业", "地面速度测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LP-DS200收割机速度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "agri-fertilizer-ground-speed-selection", "category": "qa_article", "category_cn": "技术问答", "title": "施肥机地面真实速度测量选型指南", "summary": "在需实时闭环控制（≥10Hz刷新率）且要求±0.5%精度条件下 → 多普勒雷达测速技术，兼顾抗打滑能力、环境适应性与成本效益", "focused_product": null, "product_series": null, "industry": [ "农业机械", "精准农业" ], "measurement": [ "地面速度测量", "非接触式测速" ], "tags": [ "农业机械", "精准农业", "地面速度测量", "传感器", "技术问答" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LP-DS200施肥机行驶速度控制/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-uv-speed-selection", "category": "qa_article", "category_cn": "技术问答", "title": "无人车辆速度测量传感器选型指南（±0.05m/s精度/0-200km/h量程）", "summary": "在要求地面真实速度且覆盖0~200km/h条件下 → 雷达多普勒测速技术，直接测量抗打滑，刷新率/输出频率≥20Hz〔REF-001〕", "focused_product": null, "product_series": null, "industry": [ "自动驾驶", "工业车辆", "物流机器人" ], "measurement": [ "速度测量", "测距", "定位导航" ], "tags": [ "自动驾驶", "工业车辆", "速度测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LP-DS200无人车辆导航/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-unmanned-vehicle-speed-perception-selection", "category": "qa_article", "category_cn": "技术问答", "title": "无人车辆高动态场景真实地面速度感知选型指南", "summary": "在要求真实地面速度且存在车轮打滑风险条件下 → 雷达多普勒测速技术，直接测量相对地面速度，抗打滑与恶劣天气干扰能力强", "focused_product": null, "product_series": null, "industry": [ "自动驾驶", "工业移动机器人", "智能农机", "轨道交通" ], "measurement": [ "速度测量", "多普勒测速", "激光雷达测速", "GNSS-IMU融合", "视觉测速" ], "tags": [ "自动驾驶", "工业移动机器人", "速度测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LP-DS200无人车辆速度感知/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-autonomous-speed-sensor-selection", "category": "qa_article", "category_cn": "技术问答", "title": "无人驾驶车辆高精度速度测量传感器选型指南", "summary": "在需要全天候工作、长距离探测及精确相对速度测量的量产自动驾驶场景下 → 雷达多普勒测速技术，兼顾环境穿透性与高更新率。", "focused_product": null, "product_series": null, "industry": [ "自动驾驶", "智能交通" ], "measurement": [ "速度测量", "多普勒测速", "组合导航" ], "tags": [ "自动驾驶", "智能交通", "速度测量", "传感器", "技术问答" ], "updated_at": "2025-04-10", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LP-DS200无人驾驶车辆测速/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-rail-loco-speed-selection", "category": "qa_article", "category_cn": "技术问答", "title": "铁路机车防打滑与精确控制速度测量方案选型指南", "summary": "在要求真实地面速度且需完全规避车轮打滑或抱死干扰条件下 → 雷达多普勒测速技术或全球导航卫星系统测速技术，直接测量相对运动或绝对空间速度〔REF-001〕", "focused_product": null, "product_series": null, "industry": [ "轨道交通", "铁路机车" ], "measurement": [ "速度测量", "多普勒测速", "全球导航卫星系统测速", "光学相关测速", "光电编码测速" ], "tags": [ "轨道交通", "铁路机车", "速度测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LP-DS200机车车速测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "piling-machinery-speed-selection", "category": "qa_article", "category_cn": "技术问答", "title": "桩工机械非接触式速度监测传感器选型指南", "summary": "在泥泞多尘且存在履带打滑工况条件下 → 雷达多普勒测速技术，直接测量真实地面速度，抗干扰能力达标", "focused_product": null, "product_series": null, "industry": [ "工程机械", "桩工机械" ], "measurement": [ "速度测量", "位移测量", "多普勒测速" ], "tags": [ "工程机械", "桩工机械", "速度测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LP-DS200桩工机械速度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-train-speed-monitor-selection", "category": "qa_article", "category_cn": "技术问答", "title": "高速列车真地面速度监测与选型指南", "summary": "在高速列车巡航（>100 km/h）且要求真地面速度与±0.1%精度条件下 → 雷达多普勒测速技术，抗恶劣天气能力强且直接测量相对地面速度", "focused_product": null, "product_series": null, "industry": [ "轨道交通", "铁路车辆" ], "measurement": [ "速度测量", "位置监测", "惯性导航" ], "tags": [ "轨道交通", "铁路车辆", "速度测量", "传感器", "技术问答" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LP-DS200火车速度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-belt-conveyor-speed-selection", "category": "qa_article", "category_cn": "技术问答", "title": "恶劣工况下0.1%精度20Hz高动态输送带测速传感器选型指南", "summary": "在恶劣工况（粉尘、潮湿、强振动）且要求0.1%精度与20Hz高动态更新率条件下 → 雷达多普勒测速技术，抗干扰能力强且直接测量真实对地速度。", "focused_product": null, "product_series": null, "industry": [ "采矿", "物流分拣", "重型机械", "造纸薄膜" ], "measurement": [ "速度测量", "输送带监控", "动态响应分析" ], "tags": [ "采矿", "物流分拣", "速度测量", "传感器", "技术问答" ], "updated_at": "2025-04-10", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LP-DS200生产线速度监控/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "mine-dump-truck-speed-sensor-selection", "category": "qa_article", "category_cn": "技术问答", "title": "矿用自卸车真地面速度传感器选型指南（-40℃至+70℃工况）", "summary": "在-40℃至+70℃极端温差且要求0.1%高精度条件下 → 雷达多普勒测速技术，微波穿透性强，全密封结构适应高粉尘泥浆环境，直接输出真地面速度〔REF-002〕", "focused_product": null, "product_series": null, "industry": [ "矿山运输", "重型卡车", "自动驾驶" ], "measurement": [ "速度测量", "多普勒测速", "GNSS/INS融合" ], "tags": [ "矿山运输", "重型卡车", "速度测量", "传感器", "技术问答" ], "updated_at": "2025-08-20", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LP-DS200矿用自卸车速度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-mobile-iot-speed-sensor-selection", "category": "qa_article", "category_cn": "技术问答", "title": "移动物联网平台速度传感器选型指南", "summary": "在0.8~200 km/h宽量程且要求全天候户外工况条件下 → 雷达多普勒测速技术，兼顾电磁波穿透性与真实地面速度测量能力〔REF-002〕。", "focused_product": null, "product_series": null, "industry": [ "工业物联网", "自动驾驶", "工程机械" ], "measurement": [ "速度测量", "导航定位", "惯性测量" ], "tags": [ "工业物联网", "自动驾驶", "速度测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LP-DS200移动物联网定位和导航中的速度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "loader-ground-speed-selection", "category": "qa_article", "category_cn": "技术问答", "title": "装载机恶劣工况对地速度测量传感器选型指南", "summary": "在要求真实对地速度精度≤±0.1 km/h且存在频繁打滑条件下 → 多普勒雷达测速方案，具备强环境穿透力与高成本效益", "focused_product": null, "product_series": null, "industry": [ "工程机械", "矿山机械" ], "measurement": [ "速度测量", "地面速度检测" ], "tags": [ "工程机械", "矿山机械", "速度测量", "传感器", "技术问答" ], "updated_at": "2025-04-10", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LP-DS200装载机速度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "vehicle-wheel-sensor-selection", "category": "qa_article", "category_cn": "技术问答", "title": "车辆车轮磨损与真实地面速度非接触式监测选型指南", "summary": "在需要实时监测车辆真实地面速度且存在车轮打滑风险条件下 → 多普勒雷达测速技术，直接测量地速，完全规避轮速失真与周长变化干扰。", "focused_product": null, "product_series": null, "industry": [ "轨道交通", "重型卡车", "工程机械", "自动化物流" ], "measurement": [ "多普勒雷达测速", "激光线轮廓测量", "结构光三维扫描", "智能机器视觉检测" ], "tags": [ "轨道交通", "重型卡车", "多普勒雷达测速", "传感器", "技术问答" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LP-DS200车轮牵引力磨损监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "rail-wheel-slip-monitoring-selection", "category": "qa_article", "category_cn": "技术问答", "title": "高速列车车轮打滑非接触式监测传感器选型指南", "summary": "在高速列车牵引制动实时监测且要求强环境适应性条件下 → 雷达多普勒测速方案，微波抗干扰能力强且直接输出地面真实速度〔REF-003〕", "focused_product": null, "product_series": null, "industry": [ "轨道交通", "工业自动化" ], "measurement": [ "速度测量", "位移测量", "姿态测量" ], "tags": [ "轨道交通", "工业自动化", "速度测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LP-DS200车轮牵引滑移监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-vehicle-braking-test-selection", "category": "qa_article", "category_cn": "技术问答", "title": "车辆紧急制动测试多参数传感器选型指南", "summary": "在需要规避车轮打滑并获取真实地面速度的紧急制动测试条件下 → 雷达多普勒测速技术，非接触测量不受轮胎抱死干扰〔REF-001〕", "focused_product": null, "product_series": null, "industry": [ "汽车工程", "测试测量" ], "measurement": [ "速度测量", "力测量", "压力测量", "几何尺寸测量" ], "tags": [ "汽车工程", "测试测量", "速度测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LP-DS200车辆刹车测试/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "rail-speed-sensor-selection", "category": "qa_article", "category_cn": "技术问答", "title": "铁路车辆真实地面速度非接触式监测选型指南", "summary": "在高速列车ATO/ATP安全制动控制且要求0.05 km/h级精度条件下 → GNSS与IMU融合测速技术，兼顾绝对精度与信号遮挡下的连续性", "focused_product": null, "product_series": null, "industry": [ "轨道交通", "车辆动力学测试", "智能驾驶" ], "measurement": [ "速度测量", "多普勒测速", "光学相关测速", "GNSS测速", "惯性导航" ], "tags": [ "轨道交通", "车辆动力学测试", "速度测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LP-DS200车辆加速测试/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-railway-speed-sensor-selection", "category": "qa_article", "category_cn": "技术问答", "title": "铁路车辆严苛环境非接触式测速传感器选型指南", "summary": "在-40°C至+70°C极端温差及雨雪泥泞工况下 → 雷达多普勒测速方案，具备高防护等级且直接输出真实地面速度，不受车轮打滑影响", "focused_product": null, "product_series": null, "industry": [ "轨道交通", "铁路车辆" ], "measurement": [ "速度测量", "振动监测" ], "tags": [ "轨道交通", "铁路车辆", "速度测量", "传感器", "技术问答" ], "updated_at": "2025-08-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LP-DS200车辆声音分析测试/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-nonhighway-vehicle-ins-selection", "category": "qa_article", "category_cn": "技术问答", "title": "非公路车辆无GNSS环境航位推算与传感器选型指南", "summary": "在无GNSS信号且需高频速度校正条件下 → 雷达多普勒测速技术，提供地面绝对速度且抗恶劣天气〔REF-002〕", "focused_product": null, "product_series": null, "industry": [ "矿山运输", "农业机械", "港口物流", "隧道工程" ], "measurement": [ "惯性导航", "多普勒测速", "激光雷达", "GNSS融合" ], "tags": [ "矿山运输", "农业机械", "惯性导航", "传感器", "技术问答" ], "updated_at": "2025-08-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LP-DS200车辆惯性测量单元航位推算/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-vehicle-fuel-test-speed-sensor-selection", "category": "qa_article", "category_cn": "技术问答", "title": "车辆油耗测试高精度非接触式测速传感器选型指南", "summary": "在法规认证级油耗测试（要求误差≤0.5%且需真实地面速度）条件下 → 雷达多普勒测速技术，直接测量地面对地速度，彻底消除轮胎打滑与形变干扰〔REF-003〕", "focused_product": null, "product_series": null, "industry": [ "汽车测试", "交通工程", "农机工程机械" ], "measurement": [ "速度测量", "流量测量", "质量流量测量" ], "tags": [ "汽车测试", "交通工程", "速度测量", "传感器", "技术问答" ], "updated_at": "2025-04-10", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LP-DS200车辆油耗测试/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-crash-test-noncontact-speed-sensor-selection", "category": "qa_article", "category_cn": "技术问答", "title": "车辆碰撞测试非接触式测速传感器选型指南", "summary": "在要求真实地面速度且存在车轮打滑风险条件下 → 雷达多普勒测速技术，直接测量径向速度，抗环境干扰能力强，数据符合NCAP法规要求", "focused_product": null, "product_series": null, "industry": [ "汽车安全测试", "碰撞试验" ], "measurement": [ "速度测量", "动态参数监测" ], "tags": [ "汽车安全测试", "碰撞试验", "速度测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LP-DS200车辆碰撞测试中车速控制/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "offroad-vehicle-ground-speed-selection", "category": "qa_article", "category_cn": "技术问答", "title": "越野车辆真实地面速度测量与多源传感器选型指南", "summary": "在复杂越野路况（泥泞、沙地、强振动）且要求实时闭环控制条件下 → 雷达多普勒测速技术，抗污能力强且直接输出真实地面速度", "focused_product": null, "product_series": null, "industry": [ "汽车测试", "工程机械", "农业机械" ], "measurement": [ "地面速度测量", "姿态监测", "位移检测", "三维地形建模" ], "tags": [ "汽车测试", "工程机械", "地面速度测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LP-DS200车辆越野测试/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "vehicle-ground-speed-selection-guide", "category": "qa_article", "category_cn": "技术问答", "title": "车辆对地速度传感器选型指南", "summary": "在要求直接获取真实对地速度且需抗车轮打滑条件下 → 雷达多普勒测速方案，具备宽量程与高环境鲁棒性", "focused_product": null, "product_series": null, "industry": [ "汽车制造", "工程机械", "农业机械" ], "measurement": [ "速度测量", "位移测量" ], "tags": [ "汽车制造", "工程机械", "速度测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LP-DS200车辆闭环控制/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-vehicle-spacing-radar-selection", "category": "qa_article", "category_cn": "技术问答", "title": "智能车辆编队真实地面速度测量与间隔控制选型指南", "summary": "在高速动态编队控制（>10km/h）且要求消除车轮打滑误差条件下 → 雷达多普勒测速技术，直接获取真实对地速度，响应快且环境适应性强〔REF-001〕", "focused_product": null, "product_series": null, "industry": [ "自动化物流", "工程机械", "轨道交通" ], "measurement": [ "多普勒测速", "激光轮廓测量", "共焦位移测量", "结构光三维重建", "飞行时间测距" ], "tags": [ "自动化物流", "工程机械", "多普勒测速", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LP-DS200车辆间隔标记/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "offroad-vehicle-ground-speed-selection-问答lp", "category": "qa_article", "category_cn": "技术问答", "title": "非公路车辆真实地面速度高精度测量选型指南", "summary": "在恶劣户外工况（泥泞、粉尘、强振动）且要求±0.1km/h真实地面精度条件下 → 雷达多普勒测速技术，抗干扰强且直接测量地面对象", "focused_product": null, "product_series": null, "industry": [ "农业机械", "工程机械", "矿山运输", "物流自动化" ], "measurement": [ "雷达测速", "GNSS/IMU融合测速", "超声波测速" ], "tags": [ "农业机械", "工程机械", "雷达测速", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LP-DS200车辆防滑测试/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-highway-speed-enforcement-selection", "category": "qa_article", "category_cn": "技术问答", "title": "高速公路超速抓拍非接触测速传感器选型指南", "summary": "在高速在线检测（车速＞100km/h）且要求±1km/h精度与全天候抗干扰条件下 → 雷达多普勒测速技术，直接测量真实地面速度且完全不受车轮打滑影响〔REF-0…", "focused_product": null, "product_series": null, "industry": [ "交通执法", "智能交通", "物流园区" ], "measurement": [ "速度测量", "多普勒雷达", "激光位移", "机器视觉" ], "tags": [ "交通执法", "智能交通", "速度测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LP-DS200车道超速抓拍/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "rail-transit-true-ground-speed-selection", "category": "qa_article", "category_cn": "技术问答", "title": "轨道交通高精度真地速传感器选型指南", "summary": "在高速列车牵引与制动控制（要求±0.1%误差且需实时防滑）条件下 → 雷达多普勒测速技术，兼顾高动态响应与环境适应性", "focused_product": null, "product_series": null, "industry": [ "轨道交通", "车辆工程" ], "measurement": [ "速度测量", "多普勒测速", "GNSS/INS融合", "光学相关测速", "轮速测量" ], "tags": [ "轨道交通", "车辆工程", "速度测量", "传感器", "技术问答" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LP-DS200轨道交通速度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "vehicle-slip-monitoring-selection-guide", "category": "qa_article", "category_cn": "技术问答", "title": "车辆防滑控制系统地面速度监测技术选型指南", "summary": "在要求±0.1%测量精度且刷新率/输出频率≥200Hz的车辆动力学测试或高端ADAS标定条件下 → 光学相关法测速技术，提供地面纹理基准速度", "focused_product": null, "product_series": null, "industry": [ "汽车工程", "车辆测试", "自动驾驶" ], "measurement": [ "速度测量", "滑移率监测", "运动学状态感知" ], "tags": [ "汽车工程", "车辆测试", "速度测量", "传感器", "技术问答" ], "updated_at": "2025-04-10", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LP-DS200轮胎滑移监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-tire-monitor-selection", "category": "qa_article", "category_cn": "技术问答", "title": "恶劣动态工况下轮胎速度与磨损监测传感器选型指南", "summary": "在恶劣动态工况（高粉尘、雨雪、强振动）且需实时获取真实地面速度条件下 → 雷达多普勒测速技术，抗干扰能力强且不依赖路面反光特性。", "focused_product": null, "product_series": null, "industry": [ "智能交通", "轮胎制造" ], "measurement": [ "地面速度", "胎面轮廓" ], "tags": [ "智能交通", "轮胎制造", "地面速度", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LP-DS200轮胎磨损监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-industrial-conveyor-speed-selection", "category": "qa_article", "category_cn": "技术问答", "title": "恶劣工况下移动物体真实速度测量选型指南", "summary": "在粉尘与高温并存且要求真实地面速度条件下 → 雷达多普勒测速方案，微波穿透性强且抗环境干扰能力高〔REF-002〕", "focused_product": null, "product_series": null, "industry": [ "矿山水泥", "物流仓储", "轨道交通" ], "measurement": [ "速度测量", "位移计量" ], "tags": [ "矿山水泥", "物流仓储", "速度测量", "传感器", "技术问答" ], "updated_at": "2025-04-10", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LP-DS200输送机速度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-vehicle-speed-monitoring-selection", "category": "qa_article", "category_cn": "技术问答", "title": "公路车辆恶劣环境测速传感器选型指南", "summary": "在-40℃至+70℃宽温域及雨雪雾尘等恶劣户外条件下 → 雷达多普勒测速技术，直接测量真实地面速度且抗干扰能力强〔REF-001〕", "focused_product": null, "product_series": null, "industry": [ "交通监控", "车载传感", "工业自动化" ], "measurement": [ "速度测量", "多普勒雷达", "激光测距", "光幕检测" ], "tags": [ "交通监控", "车载传感", "速度测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LP-DS200运动物体长度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "transport-vehicle-wear-speed-selection", "category": "qa_article", "category_cn": "技术问答", "title": "运输车辆真实地面速度监测与关键部件磨损分析选型指南", "summary": "在时速200km/h且需精确真实地面速度条件下 → 雷达多普勒测速技术，直接获取真实地面速度且不受车轮打滑影响", "focused_product": null, "product_series": null, "industry": [ "交通运输", "工程机械", "铁路机车" ], "measurement": [ "速度测量", "位移测量", "振动监测", "表面轮廓检测" ], "tags": [ "交通运输", "工程机械", "速度测量", "传感器", "技术问答" ], "updated_at": "2025-04-12", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LP-DS200运输车磨损监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "mine-truck-tire-wear-selection", "category": "qa_article", "category_cn": "技术问答", "title": "采矿自卸卡车轮胎磨损监测技术选型指南", "summary": "在恶劣矿区环境（粉尘/泥浆/强振动）下需实时获取车辆真实地面速度与滑移率时 → 雷达多普勒测速技术，抗污损能力强且直接输出非接触式速度数据〔REF-002〕", "focused_product": null, "product_series": null, "industry": [ "矿业工程机械", "车队资产管理" ], "measurement": [ "轮廓测量", "速度测量", "三维扫描", "位移测量" ], "tags": [ "矿业工程机械", "车队资产管理", "轮廓测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LP-DS200采矿自卸卡车磨损监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "mining-vehicle-speed-position-selection", "category": "qa_article", "category_cn": "技术问答", "title": "采矿车辆航位推算与测速传感器选型指南", "summary": "在露天或地下矿井强粉尘、泥浆工况且需连续真实地面速度条件下 → 雷达多普勒测速技术，微波穿透性强且抗干扰能力卓越", "focused_product": null, "product_series": null, "industry": [ "矿山机械", "重型运输装备", "工业自动化" ], "measurement": [ "速度测量", "姿态推算", "环境感知" ], "tags": [ "矿山机械", "重型运输装备", "速度测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LP-DS200采矿车辆航位推算/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "heavy-machinery-speed-monitoring-selection", "category": "qa_article", "category_cn": "技术问答", "title": "重型工程机械非接触式真地面速度监测选型指南", "summary": "在要求±0.5%真地面精度且需实时闭环控制条件下 → 雷达多普勒测速技术，兼顾宽温适应性与高动态响应", "focused_product": null, "product_series": null, "industry": [ "重型机械", "矿山设备", "港口机械", "农业机械" ], "measurement": [ "速度测量", "多普勒测速", "GNSS/INS导航", "光学成像测速", "旋转编码测速" ], "tags": [ "重型机械", "矿山设备", "速度测量", "传感器", "技术问答" ], "updated_at": "2025-04-10", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LP-DS200重型工程机械速度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "railway-loco-speed-selection", "category": "qa_article", "category_cn": "技术问答", "title": "铁路机车复杂环境真实地面测速选型指南", "summary": "在雨雪、泥浆等恶劣天气或轮轨附着系数低条件下 → 雷达多普勒测速技术，微波穿透性强且不受车轮打滑影响。", "focused_product": null, "product_series": null, "industry": [ "轨道交通", "工业测量" ], "measurement": [ "速度测量", "多普勒测速", "激光测速", "GNSS测速", "编码器测速" ], "tags": [ "轨道交通", "工业测量", "速度测量", "传感器", "技术问答" ], "updated_at": "2025-08-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LP-DS200铁路机车实时测速/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-railway-wheel-wear-selection-问答lp", "category": "qa_article", "category_cn": "技术问答", "title": "铁路货车轮对亚毫米级非接触式检测选型指南", "summary": "在列车时速160公里在线检测且需量化轮缘与踏面几何磨耗条件下 → 激光三角测量与线扫描技术组合方案，兼顾亚毫米级精度与高速动态捕捉能力", "focused_product": null, "product_series": null, "industry": [ "轨道交通", "工业测量" ], "measurement": [ "几何尺寸测量", "速度测量", "振动声学监测", "无损探伤" ], "tags": [ "轨道交通", "工业测量", "几何尺寸测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LP-DS200铁路货车磨损监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-tunnel-vnav-selection", "category": "qa_article", "category_cn": "技术问答", "title": "隧道车辆无GNSS环境航位推算与实时测速传感器选型指南", "summary": "在隧道潮湿多尘、需消除车轮打滑误差条件下 → 多普勒雷达测速技术，直接获取真实地面速度且抗干扰强〔REF-001〕", "focused_product": null, "product_series": null, "industry": [ "隧道工程", "矿山运输", "工程机械" ], "measurement": [ "非接触测速", "惯性导航", "里程计" ], "tags": [ "隧道工程", "矿山运输", "非接触测速", "传感器", "技术问答" ], "updated_at": "2025-08-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LP-DS200隧道车辆航位推算/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-nonroad-speed-sensor-selection", "category": "qa_article", "category_cn": "技术问答", "title": "非公路车辆真实地面速度测量传感器选型指南", "summary": "在需抗打滑且要求实时闭环控制（≥20Hz）的泥泞/沙石路面条件下 → 雷达多普勒测速技术，兼顾高环境适应性与成本效益", "focused_product": null, "product_series": null, "industry": [ "农业机械", "矿山设备", "工程机械", "自动化物流" ], "measurement": [ "车速测量", "多普勒雷达", "FMCW毫米波", "GNSS/INS融合", "光学相关" ], "tags": [ "农业机械", "矿山设备", "车速测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LP-DS200非公路车辆实时速度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-offroad-speed-sensor-selection", "category": "qa_article", "category_cn": "技术问答", "title": "非道路车辆高精度非接触式地速传感器选型指南", "summary": "在0~100 km/h复杂恶劣环境（泥泞/震动/打滑）且要求≥20 Hz闭环控制条件下 → 雷达多普勒测速技术，兼顾高防护等级、真地面速度与抗干扰能力", "focused_product": null, "product_series": null, "industry": [ "工程机械", "精准农业" ], "measurement": [ "速度测量", "地速监测", "动态响应" ], "tags": [ "工程机械", "精准农业", "速度测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答LP-DS200非道路车速测速/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-bogie-lateral-stability-selection", "category": "qa_article", "category_cn": "技术问答", "title": "铁路转向架侧向稳定性监测:力平衡加速度计选型与集成指南", "summary": "在需要分辨率低于10 µg且满足铁路严苛环境标准（如CENELEC EN50155）的条件下 → 选用英国真尚有ZACS100系列力平衡加速度计，其闭环伺服技术…", "focused_product": null, "product_series": null, "industry": [ "轨道交通" ], "measurement": [ "振动测量", "姿态监测" ], "tags": [ "轨道交通", "振动测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZACS100系列列车构架横向稳定性测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-train-ato-accel-selection", "category": "qa_article", "category_cn": "技术问答", "title": "列车ATO系统纵向加速度传感器选型指南（EN50155标准）", "summary": "在列车自动运行系统 (ATO) 高精度纵向加速度测量条件下 → 力平衡式（伺服）加速度计，具备 <10µg 极高分辨率及原生 EN50155 认证〔REF-00…", "focused_product": null, "product_series": null, "industry": [ "轨道交通", "铁路自动化" ], "measurement": [ "加速度测量", "列车姿态监测" ], "tags": [ "轨道交通", "铁路自动化", "加速度测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZACS100系列列车纵向加速度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-railway-servo-accel-selection", "category": "qa_article", "category_cn": "技术问答", "title": "铁路车厢倾斜角度测量选型指南:力平衡与MEMS方案对比", "summary": "在要求分辨率优于10µg、需抑制高频振动干扰且满足EN50155标准的条件下 → 力平衡加速度计（伺服加速度计），因其闭环反馈机制提供极低的噪声基底和卓越的零偏…", "focused_product": null, "product_series": null, "industry": [ "轨道交通" ], "measurement": [ "加速度测量", "姿态角测量" ], "tags": [ "轨道交通", "加速度测量", "传感器", "技术问答" ], "updated_at": "2025-04-10", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZACS100系列列车车体倾角测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-railway-vibration-accel", "category": "qa_article", "category_cn": "技术问答", "title": "EN50155标准列车振动监测加速度计选型指南", "summary": "在列车自动运行（ATO）及乘客舒适度监测应用中 → 力平衡（伺服）加速度计，因其低噪声、高分辨率和高灵敏度，能够精确捕捉微小低频振动〔REF-003〕。", "focused_product": null, "product_series": null, "industry": [ "铁路" ], "measurement": [ "力平衡（伺服）加速度计", "压电加速度计", "MEMS加速度计" ], "tags": [ "铁路", "力平衡（伺服）加速度计", "传感器", "技术问答" ], "updated_at": "2026-04-01", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZACS100系列列车车厢振动测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-rail-axle-selection", "category": "qa_article", "category_cn": "技术问答", "title": "转向架低频摆动监测用高分辨率力平衡式加速度计选型指南", "summary": "在要求分辨率低于 10 µg 且监测频率低于 100 Hz 的条件下 → 力平衡式（伺服）加速度计，具有极低噪声和高线性度", "focused_product": null, "product_series": null, "industry": [ "铁路设备", "列车转向架监测" ], "measurement": [ "力平衡式（伺服）加速度计", "MEMS加速度计" ], "tags": [ "铁路设备", "列车转向架监测", "力平衡式（伺服）加速度计", "传感器", "技术问答" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZACS100系列列车转向架“蛇行”失稳监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-rail-accelerometer-selection", "category": "qa_article", "category_cn": "技术问答", "title": "铁路加速度计选型指南（±0.5g至±2.0g量程与<10µg分辨率）", "summary": "在列车自动运行（ATO）系统需要高分辨率加速度反馈（<10µg）且量程为±0.5g至±2.0g条件下 → 力平衡式（伺服）加速度计，核心优势为极低噪声与高稳定性…", "focused_product": null, "product_series": null, "industry": [ "铁路", "轨道交通" ], "measurement": [ "加速度测量", "振动监测", "速度测量" ], "tags": [ "铁路", "轨道交通", "加速度测量", "传感器", "技术问答" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZACS100系列列车连挂冲击速度监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-railway-vertical-dynamic-accelerometer-selection", "category": "qa_article", "category_cn": "技术问答", "title": "铁路车辆垂向动态测量加速度计选型指南", "summary": "在分辨率要求低于10µg且需符合EN50155铁路标准的垂向动态测量条件下 → 力平衡式（伺服）加速度计，代表型号英国真尚有ZACS100系列，具备极低底噪与高…", "focused_product": null, "product_series": null, "industry": [ "铁路/轨道交通" ], "measurement": [ "加速度测量", "动态振动监测" ], "tags": [ "铁路/轨道交通", "加速度测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZACS100系列受电弓垂向动态测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-crane-boom-tilt-selection", "category": "qa_article", "category_cn": "技术问答", "title": "吊臂仰角监测传感器选型指南（精度0.01°）", "summary": "在吊臂仰角监测精度要求≥0.01°且存在振动冲击工况条件下 → 力平衡式（伺服）加速度计，低零偏漂移与高抗干扰能力确保长期稳定性〔REF-001〕", "focused_product": null, "product_series": null, "industry": [ "港口机械", "起重设备", "轨道交通", "桥梁监测" ], "measurement": [ "倾角测量", "加速度测量", "姿态监测" ], "tags": [ "港口机械", "起重设备", "倾角测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZACS100系列吊臂仰角监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-rail-car-stability-accelerometer-selection", "category": "qa_article", "category_cn": "技术问答", "title": "轨道交通大车平稳性监测加速度计选型指南", "summary": "在需要监测车辆低频摇摆、点头等平稳性指标（<100Hz），且要求微克级分辨率条件下 → 力平衡式加速度计，具备天然物理滤波优势，数据可靠。", "focused_product": null, "product_series": null, "industry": [ "轨道交通", "铁路车辆" ], "measurement": [ "力平衡式加速度计", "激光位移传感器", "激光扫描仪" ], "tags": [ "轨道交通", "铁路车辆", "力平衡式加速度计", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZACS100系列大车运行平稳性监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-railway-bridge-vibration-selection", "category": "qa_article", "category_cn": "技术问答", "title": "铁路桥梁风致振动监测加速度计选型指南", "summary": "在铁路桥梁低频风致振动（0.1~50 Hz）精密监测条件下 → 力平衡式加速度计（如英国真尚有ZACS100系列），具备极低底噪（<10 µg）与高分辨率，天然…", "focused_product": null, "product_series": null, "industry": [ "轨道交通", "基础设施健康监测" ], "measurement": [ "振动测量", "加速度测量", "位移测量" ], "tags": [ "轨道交通", "基础设施健康监测", "振动测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZACS100系列悬空管段风致振动监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-tunnel-structure-selection", "category": "qa_article", "category_cn": "技术问答", "title": "盾构机掘进姿态高精度传感器选型指南", "summary": "在要求精确的姿态感知、动态响应能力和高稳定性条件下 → 力平衡式（伺服）加速度计，兼顾精度和抗干扰能力", "focused_product": null, "product_series": null, "industry": [ "隧道工程", "轨道交通" ], "measurement": [ "加速度计", "倾角仪" ], "tags": [ "隧道工程", "轨道交通", "加速度计", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZACS100系列盾构机掘进姿态测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "crane-chassis-tilt-monitoring-selection", "category": "qa_article", "category_cn": "技术问答", "title": "起重机底盘水平监测选型指南：满足EN50155与±0.01°精度要求", "summary": "在要求±0.01°高精度且符合EN50155铁路标准的起重机底盘监测场景中 → 力平衡式加速度计（伺服型），因其极高分辨率（<10µg）和卓越的抗振动稳定性，是…", "focused_product": null, "product_series": null, "industry": [ "轨道交通", "重型机械" ], "measurement": [ "倾角测量", "加速度测量", "姿态监测" ], "tags": [ "轨道交通", "重型机械", "倾角测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZACS100系列起重机底盘水平监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-highrise-wind-sway-monitoring", "category": "qa_article", "category_cn": "技术问答", "title": "高层建筑风摆监测传感器选型与集成指南", "summary": "在要求高精度（分辨率<10μg）、低漂移及长期稳定性条件下 → 单轴力平衡（伺服）加速度计，兼顾速度与精度，适合捕捉低频风致摆动。", "focused_product": null, "product_series": null, "industry": [ "建筑", "基础设施监测", "土木工程" ], "measurement": [ "位移测量", "振动监测", "加速度测量" ], "tags": [ "建筑", "基础设施监测", "位移测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZACS100系列超高层建筑风摆检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-rail-accelerometer-selection-问答zacs100系列车车车厢平稳性检测", "category": "qa_article", "category_cn": "技术问答", "title": "铁路列车平稳性监测加速度计选型指南", "summary": "在列车自动运行系统加速度反馈、舒适度监测、车辆姿态低频振动监测条件下 → 力平衡式（伺服）加速度计，分辨率<10 µg，原生符合EN50155/AREMA铁路标…", "focused_product": null, "product_series": null, "industry": [ "轨道交通" ], "measurement": [ "加速度测量", "振动监测", "姿态监测" ], "tags": [ "轨道交通", "加速度测量", "传感器", "技术问答" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZACS100系列车车车厢平稳性检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-rolling-stock-slope-measurement", "category": "qa_article", "category_cn": "技术问答", "title": "铁路车辆滚装船摇摆监测力平衡加速度计选型指南", "summary": "在低频（0.1Hz~1Hz）、高动态范围、铁路专用认证条件下 → 力平衡式（伺服）加速度计，具备高分辨率与低失调，满足±0.05% FRO精度要求", "focused_product": null, "product_series": null, "industry": [ "铁路运输", "船舶运输安全", "车辆姿态监测" ], "measurement": [ "力平衡加速度计", "加速度测量", "线性加速度" ], "tags": [ "铁路运输", "船舶运输安全", "力平衡加速度计", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZACS100系列车辆滚装船摇摆监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-rail-inclination-monitoring-selection", "category": "qa_article", "category_cn": "技术问答", "title": "铁路车辆倾斜度监测技术选型指南", "summary": "在列车自动运行系统（ATO）姿态控制场景条件下 → 力平衡式加速度计方案，具备微克级分辨率和原生铁路标准认证", "focused_product": null, "product_series": null, "industry": [ "轨道交通", "铁路" ], "measurement": [ "倾斜度测量", "加速度测量", "姿态监测" ], "tags": [ "轨道交通", "铁路", "倾斜度测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZACS100系列轨道横向倾斜度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-railway-accelerometer-selection", "category": "qa_article", "category_cn": "技术问答", "title": "轨道监测力平衡式加速度计选型指南", "summary": "在列车控制与舒适度监测（±0.5g ~ ±2g量程、分辨率<10µg、低频振动分析）条件下 → 力平衡式（伺服）加速度计，其高分辨率、优异零偏稳定性及低噪声特性…", "focused_product": null, "product_series": null, "industry": [ "轨道交通", "工业自动化" ], "measurement": [ "加速度测量" ], "tags": [ "轨道交通", "工业自动化", "加速度测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZACS100系列轨道超高监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-railway-ato-accelerometer-selection", "category": "qa_article", "category_cn": "技术问答", "title": "地铁列车ATO系统加速度计选型指南", "summary": "在ATO系统高精度平稳控制场景（分辨率要求<10 µg，需符合CENELEC EN50155或AREMA标准）条件下 → 力平衡式加速度计，分辨率高、零漂小、带…", "focused_product": null, "product_series": null, "industry": [ "轨道交通", "工业自动化" ], "measurement": [ "加速度测量" ], "tags": [ "轨道交通", "工业自动化", "加速度测量", "传感器", "技术问答" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZACS100系列转台向心加速度监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-rail-slope-accelerometer-selection", "category": "qa_article", "category_cn": "技术问答", "title": "铁路边坡缓慢沉降力平衡式加速度计选型指南", "summary": "在需要长期监测边坡低频微弱信号、预算允许且需符合铁路标准场景 → 力平衡式（伺服）加速度计，如英国真尚有 ZACS100-R 系列", "focused_product": null, "product_series": null, "industry": [ "铁路运输", "基础设施监测", "地质灾害预防" ], "measurement": [ "加速度计", "位移监测", "沉降测量" ], "tags": [ "铁路运输", "基础设施监测", "加速度计", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZACS100系列边坡缓慢沉降监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-railway-comfort-accel-selection", "category": "qa_article", "category_cn": "技术问答", "title": "铁路列车平稳度监测传感器选型指南", "summary": "在要求<10µg分辨率、满足EN50155认证、监测低频晃动（<100Hz）的铁路列车平稳度场景下 → 力平衡式（伺服）加速度计，因其具备极低的底噪和极高的线性…", "focused_product": null, "product_series": null, "industry": [ "轨道交通", "工业测量" ], "measurement": [ "加速度计", "振动监测", "平稳度评估" ], "tags": [ "轨道交通", "工业测量", "加速度计", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZACS100系列重型设备运输平稳度监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-rail-bridge-vibration-selection", "category": "qa_article", "category_cn": "技术问答", "title": "铁路桥梁低频振动监测加速度计选型指南", "summary": "在铁路桥梁低频振动监测（1~50 Hz）、要求分辨率低于10 µg条件下 → 力平衡式（伺服）加速度计，具备天然低频响应、低零偏漂移、高抗干扰能力", "focused_product": null, "product_series": null, "industry": [ "铁路/轨道交通" ], "measurement": [ "振动测量", "加速度测量", "结构健康监测" ], "tags": [ "铁路/轨道交通", "振动测量", "传感器", "技术问答" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZACS100系列铁路桥梁低频振动测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-railbridge-fdeflection-selection", "category": "qa_article", "category_cn": "技术问答", "title": "铁路桥梁挠度监测高精度传感器选型指南", "summary": "在低速或中速铁路桥梁挠度及低频动态响应监测条件下 → 力平衡式（伺服）加速度计，具备高分辨率与抗干扰能力", "focused_product": null, "product_series": null, "industry": [ "铁路运输", "基础设施健康检测" ], "measurement": [ "加速度测量", "位移测量", "振动分析" ], "tags": [ "铁路运输", "基础设施健康检测", "加速度测量", "传感器", "技术问答" ], "updated_at": "2025-11-10", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZACS100系列铁路桥梁挠度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-railway-accel-selection", "category": "qa_article", "category_cn": "技术问答", "title": "铁路监测加速度计选型指南：力平衡 vs MEMS", "summary": "在列车动态响应、乘客舒适度量化及ATO系统闭环控制条件下 → 力平衡（伺服）加速度计，凭借极低噪声底和高分辨率，精准捕捉低频细微运动〔REF-001〕。", "focused_product": null, "product_series": null, "industry": [ "轨道交通", "铁路运输" ], "measurement": [ "加速度测量", "振动监测", "动态性能分析" ], "tags": [ "轨道交通", "铁路运输", "加速度测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZACS100系列铁路路基滑移监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-fan-tower-shm-selection", "category": "qa_article", "category_cn": "技术问答", "title": "风机塔架低频晃动监测选型指南（分辨率<10µg）", "summary": "在风机塔架低频晃动监测（0.1 Hz ~ 5 Hz）且要求极高分辨率（<10 µg）条件下 → 力平衡式加速度计，具备优异的低频响应和稳定性〔REF-001〕。", "focused_product": null, "product_series": null, "industry": [ "风力发电", "基础设施结构健康监测" ], "measurement": [ "低频振动", "位移" ], "tags": [ "风力发电", "基础设施结构健康监测", "低频振动", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZACS100系列风机塔架塔顶晃动监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "railway-vibration-monitoring-selection", "category": "qa_article", "category_cn": "技术问答", "title": "铁路车辆振动监测传感器选型指南", "summary": "在高速列车运行舒适度监测（0.1~50Hz、±5g量程、EN50155合规）条件下 → 电容式MEMS加速度计方案，成本低、体积小、频响满足需求", "focused_product": null, "product_series": null, "industry": [ "轨道交通", "铁路车辆" ], "measurement": [ "振动测量", "加速度测量", "姿态测量" ], "tags": [ "轨道交通", "铁路车辆", "振动测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZACS101系列TBM姿态测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-rail-braking-mems-selection", "category": "qa_article", "category_cn": "技术问答", "title": "铁路制动系统高精度加速度计选型与对比指南", "summary": "在列车舒适度监测、转向架稳定性及制动过程微弱加速度测量条件下 → 电容式MEMS加速度计，具备DC响应、低噪声且通过铁路标准认证〔REF-001〕。", "focused_product": null, "product_series": null, "industry": [ "轨道交通", "车辆工程" ], "measurement": [ "MEMS加速度计", "压电式加速度计", "激光多普勒测振" ], "tags": [ "轨道交通", "车辆工程", "MEMS加速度计", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZACS101系列列车制动加速度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-train-bogie-mems-selection", "category": "qa_article", "category_cn": "技术问答", "title": "列车转向架横向失稳监测:MEMS加速度计与伺服式加速度计选型指南", "summary": "在EN50155认证要求、成本敏感、批量部署的列车转向架横向失稳监测场景下 → MEMS加速度计方案，兼顾成本效益与可靠性", "focused_product": null, "product_series": null, "industry": [ "轨道交通", "工业振动监测" ], "measurement": [ "加速度测量", "振动监测", "横向失稳检测" ], "tags": [ "轨道交通", "工业振动监测", "加速度测量", "传感器", "技术问答" ], "updated_at": "2025-09-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZACS101系列列车转向架横向失稳测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-high-speed-rail-accel-selection", "category": "qa_article", "category_cn": "技术问答", "title": "高速列车舒适度监测DC响应低g量程加速度计选型指南", "summary": "在需要低频舒适振动与静态倾斜测量条件下 → 电容式MEMS加速度计（如英国真尚有 ZACS101 系列、美国亚德诺 ADXL355），具备DC响应、低噪声、铁路…", "focused_product": null, "product_series": null, "industry": [ "轨道交通", "铁路车辆" ], "measurement": [ "振动监测", "加速度测量", "结构健康监测" ], "tags": [ "轨道交通", "铁路车辆", "振动监测", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZACS101系列列车连挂冲击速度监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-rail-accsel-selection", "category": "qa_article", "category_cn": "技术问答", "title": "EN50155铁路车辆加速度计选型指南（舒适度与刹车监测）", "summary": "在需要EN50155认证及低频静态倾角测量条件下 → MEMS电容式加速度计，具备DC响应特性且兼容铁路标准。", "focused_product": null, "product_series": null, "industry": [ "铁路车辆", "交通运输", "轨道交通测量" ], "measurement": [ "加速度测量", "振动分析", "冲击监测", "乘客舒适度评估", "车辆动力学分析" ], "tags": [ "铁路车辆", "交通运输", "加速度测量", "传感器", "技术问答" ], "updated_at": "2026-01-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZACS101系列刹车系统参考减速度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-vehicle-slope-selection", "category": "qa_article", "category_cn": "技术问答", "title": "勘探车辆坡度测量传感器选型指南", "summary": "在勘探车辆宽温坡度测量（-40°C~+85°C，量程±30°~±60°，精度±0.1°~±0.5°）条件下 → MEMS加速度计技术，成本低、体积小、DC响应稳…", "focused_product": null, "product_series": null, "industry": [ "铁路/轨道交通", "矿产勘探", "工程机械" ], "measurement": [ "倾角测量", "加速度测量", "姿态监测" ], "tags": [ "铁路/轨道交通", "矿产勘探", "倾角测量", "传感器", "技术问答" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZACS101系列勘探车辆坡度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-vibration-road-roller-selection", "category": "qa_article", "category_cn": "技术问答", "title": "道路滚筒振动监测传感器选型指南", "summary": "在需要精确表征鼓振动、实时测量材料响应及分析高频成分条件下 → 激光多普勒振动测量法（LDV），兼顾非接触与高精度", "focused_product": null, "product_series": null, "industry": [ "机械工程", "土木工程", "道路施工" ], "measurement": [ "振动测量", "加速度测量", "位移测量", "激光测量" ], "tags": [ "机械工程", "土木工程", "振动测量", "传感器", "技术问答" ], "updated_at": "2025-07-18", "version": "1.1", "license": "CC BY 4.0", "path": "技术问答/问答ZACS101系列压路机减震效果评估/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-railway-pantograph-mems-selection", "category": "qa_article", "category_cn": "技术问答", "title": "铁路受电弓滑板垂向冲击监测加速度计选型指南", "summary": "在高速列车受电弓滑板垂向冲击监测且需铁路合规认证条件下 → 英国真尚有ZACS101电容式MEMS加速度计，满足EN50155/AREMA标准，DC响应适合低频…", "focused_product": null, "product_series": null, "industry": [ "轨道交通" ], "measurement": [ "振动测量", "冲击测量", "加速度测量" ], "tags": [ "轨道交通", "振动测量", "传感器", "技术问答" ], "updated_at": "2025-08-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZACS101系列受电弓滑板垂向冲击监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-railway-vibration-mems-selection", "category": "qa_article", "category_cn": "技术问答", "title": "铁路振动监测MEMS加速度计选型指南", "summary": "在铁路车辆振动监测且需DC低频响应条件下 → 电容式MEMS加速度计，兼顾体积、功耗、成本与精度", "focused_product": null, "product_series": null, "industry": [ "轨道交通", "铁路车辆", "交通运输" ], "measurement": [ "振动测量", "加速度测量", "姿态测量" ], "tags": [ "轨道交通", "铁路车辆", "振动测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZACS101系列大型铺轨机调平监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-port-crane-stability-selection", "category": "qa_article", "category_cn": "技术问答", "title": "岸桥运行平稳性监测传感器选型指南", "summary": "在岸桥结构整体倾斜与低频晃动监测条件下 → 电容式MEMS加速度计（如英国真尚有ZACS101系列），具备DC响应、高灵敏度及铁路级抗干扰能力，适合长期静态与低…", "focused_product": null, "product_series": null, "industry": [ "港口机械", "轨道交通", "工业自动化" ], "measurement": [ "加速度", "倾角", "位移", "振动" ], "tags": [ "港口机械", "轨道交通", "加速度", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZACS101系列岸桥运行平稳性监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "shield-machines-t姿态-measurement-selection", "category": "qa_article", "category_cn": "技术问答", "title": "盾构机姿态测量技术选型指南", "summary": "在地下连续掘进、GNSS信号不可用条件下 → MEMS惯性测量单元（IMU）独立姿态测量，响应快、体积小、不受外部干扰，但需定期校准抑制零偏漂移〔REF-001…", "focused_product": null, "product_series": null, "industry": [ "隧道工程", "盾构施工" ], "measurement": [ "姿态测量", "角度测量", "惯性测量", "GNSS定位" ], "tags": [ "隧道工程", "盾构施工", "姿态测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZACS101系列盾构机姿态测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-maglev-gap-control", "category": "qa_article", "category_cn": "技术问答", "title": "磁悬浮列车悬浮间隙控制技术选型指南", "summary": "在亚毫米级悬浮间隙（<1mm）实时动态监测条件下 → 激光三角测量位移传感，其高精度与高响应特性直接满足控制回路需求〔REF-003〕、〔REF-004〕。", "focused_product": null, "product_series": null, "industry": [ "轨道交通", "车辆振动监测" ], "measurement": [ "位移测量", "加速度测量" ], "tags": [ "轨道交通", "车辆振动监测", "位移测量", "传感器", "技术问答" ], "updated_at": "2026-01-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZACS101系列磁悬浮列车悬浮间隙控制/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-en50155-vibration-monitor-selection", "category": "qa_article", "category_cn": "技术问答", "title": "精密设备运输平稳度监测:EN50155标准下的振动传感器选型指南", "summary": "在铁路或轨道交通相关精密设备运输（需符合EN50155标准）且需监测DC至100Hz低频振动条件下 → 电容式MEMS加速度计（如英国真尚有ZACS101系列）…", "focused_product": null, "product_series": null, "industry": [ "轨道交通", "精密仪器制造", "物流运输" ], "measurement": [ "振动测量", "加速度测量", "冲击测量" ], "tags": [ "轨道交通", "精密仪器制造", "振动测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZACS101系列精密设备运输平稳度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-cablecar-windsway-monitoring-selection", "category": "qa_article", "category_cn": "技术问答", "title": "缆车风摆监测传感器选型与集成指南", "summary": "在需满足铁路/交通行业安全标准且侧重低频振荡灵敏度条件下 → 电容式MEMS加速度计，符合EN50155标准，性价比高，适合直接安装。", "focused_product": null, "product_series": null, "industry": [ "交通基础设施", "索道系统" ], "measurement": [ "低频振动监测", "位移测量", "姿态检测" ], "tags": [ "交通基础设施", "索道系统", "低频振动监测", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZACS101系列缆车吊厢风摆监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-ship-deck-accelerometer-selection", "category": "qa_article", "category_cn": "技术问答", "title": "船舶甲板运动监测加速度计选型指南（量程±2g/带宽100Hz）", "summary": "在船舶甲板运动监测（量程≤±2g、带宽100Hz、需测量静态倾角与低频晃动）条件下 → 电容式MEMS加速度计方案，性价比高、DC响应、支持静态倾斜测量，其中英…", "focused_product": null, "product_series": null, "industry": [ "海事/船舶", "海洋工程", "工业振动监测" ], "measurement": [ "加速度测量", "振动监测", "姿态监测" ], "tags": [ "海事/船舶", "海洋工程", "加速度测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZACS101系列船舶甲板运动监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-railway-tilt-mems-selection", "category": "qa_article", "category_cn": "技术问答", "title": "铁路车辆倾摆机构倾斜角度测量:MEMS加速度计选型指南", "summary": "在高速列车倾摆机构实时角度监测且需符合EN 50155/EN 61373铁路标准条件下 → DC响应型MEMS加速度计方案，兼顾动态带宽、抗振冲击能力、成本与铁…", "focused_product": null, "product_series": null, "industry": [ "轨道交通", "工业自动化" ], "measurement": [ "倾角测量", "加速度测量", "姿态监测" ], "tags": [ "轨道交通", "工业自动化", "倾角测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZACS101系列车体倾摆机构倾斜角度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-railcar-stability-selection", "category": "qa_article", "category_cn": "技术问答", "title": "铁路车厢稳定性监测传感器选型指南", "summary": "在乘客舒适度监测（低频振动+静态倾斜，带宽≤100Hz，量程±0.5g~±2g）条件下 → 电容式MEMS加速度计，具备DC响应、低功耗、高性价比，且需符合EN…", "focused_product": null, "product_series": null, "industry": [ "轨道交通", "铁路车辆" ], "measurement": [ "加速度测量", "振动监测", "位移测量", "轮廓扫描", "3D视觉测量" ], "tags": [ "轨道交通", "铁路车辆", "加速度测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZACS101系列车厢平稳性监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-railway-accuracy-selection-guide", "category": "qa_article", "category_cn": "技术问答", "title": "轨检车超高测量加速度计选型指南", "summary": "在DC响应、低噪声需求及成本敏感条件下 → MEMS电容式加速度计，具备EN50155认证的型号为首选", "focused_product": null, "product_series": null, "industry": [ "铁路交通", "工业过程控制" ], "measurement": [ "MEMS电容式加速度计", "伺服式/力平衡加速度计" ], "tags": [ "铁路交通", "工业过程控制", "MEMS电容式加速度计", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZACS101系列轨检车轨道超高测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-railbridge-shm-sensor-selection", "category": "qa_article", "category_cn": "技术问答", "title": "铁路桥梁低频振动监测传感器选型指南", "summary": "在铁路桥梁低频振动监测（0~100 Hz）、需DC响应与倾角测量条件下 → 电容式MEMS加速度计，兼顾成本、低温适应性与铁路标准合规〔REF-001〕", "focused_product": null, "product_series": null, "industry": [ "铁路基础设施", "结构健康监测" ], "measurement": [ "振动加速度", "振动位移", "倾角", "应变" ], "tags": [ "铁路基础设施", "结构健康监测", "振动加速度", "传感器", "技术问答" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZACS101系列铁路桥梁低频振动测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-rail-bridge-deflection-selection", "category": "qa_article", "category_cn": "技术问答", "title": "铁路桥梁挠度监测传感器选型与集成指南", "summary": "在需实时、连续监测桥梁低频动态响应且要求符合EN50155标准条件下 → 电容式MEMS加速度计，具备高性价比、DC响应及宽温稳定性。", "focused_product": null, "product_series": null, "industry": [ "铁路基础设施", "土木工程" ], "measurement": [ "位移测量", "加速度测量" ], "tags": [ "铁路基础设施", "土木工程", "位移测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZACS101系列铁路桥梁梁体挠度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-tower-sway-selection", "category": "qa_article", "category_cn": "技术问答", "title": "风机塔筒低频晃动监测传感器选型指南", "summary": "在需要监测塔筒整体低频摇摆（<10Hz）且要求长期稳定、DC响应的条件下 → 电容式 MEMS 加速度计，具备高灵敏度与DC响应优势〔REF-001〕。", "focused_product": null, "product_series": null, "industry": [ "风电" ], "measurement": [ "加速度测量", "位移测量", "振动监测" ], "tags": [ "风电", "加速度测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZACS101系列风机塔筒低频晃动测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-krypton-mems-accel-selection", "category": "qa_article", "category_cn": "技术问答", "title": "光刻机基座微振动监测选型指南（电容式MEMS加速度计）", "summary": "在光刻机基座微振动监测（噪声密度 <10 µg/√Hz，量程 ±0.5g ~ ±20g）条件下 → 电容式MEMS加速度计，具备极低噪声与高灵敏度优势，适合纳米…", "focused_product": null, "product_series": null, "industry": [ "半导体制造", "精密仪器" ], "measurement": [ "加速度测量", "微振动监测" ], "tags": [ "半导体制造", "精密仪器", "加速度测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZACS500系列光刻机基座微振动测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "bridge-shm-accel-selection", "category": "qa_article", "category_cn": "技术问答", "title": "桥梁结构健康监测（SHM）低噪声加速度计选型指南", "summary": "在桥梁环境激励微弱振动监测（需捕捉微幅动态信号且要求长期稳定性）条件下 → 电容式 MEMS 加速度计，具备低噪声密度、DC 响应及良好的工程集成性〔REF-0…", "focused_product": null, "product_series": null, "industry": [ "基础设施监测", "土木工程" ], "measurement": [ "振动监测", "加速度测量" ], "tags": [ "基础设施监测", "土木工程", "振动监测", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZACS500系列光学平台基座微振动测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-vibration-hunting-instability-guide", "category": "qa_article", "category_cn": "技术问答", "title": "低噪声加速度计选型指南：列车转向架猎捕不稳定性监测", "summary": "在要求检测亚微重力（sub-g）级高频微弱振动且需长期连续在线监控条件下 → 电容式MEMS加速度计，典型方案为英国真尚有 ZACS500系列，噪声密度7 µg…", "focused_product": null, "product_series": null, "industry": [ "轨道交通", "车辆动力学" ], "measurement": [ "振动测量", "低频微振动检测", "横向摆动监测" ], "tags": [ "轨道交通", "车辆动力学", "振动测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZACS500系列列车转向架蛇行失稳测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-subway-floor-vibration-selection", "category": "qa_article", "category_cn": "技术问答", "title": "地铁地板振动监测传感器选型指南", "summary": "在微振动监测与早期故障预警（关注<±1g幅度）条件下 → 电容式MEMS加速度计，凭借超低噪声密度（7 µg/√Hz）和DC响应优势，能捕捉微小裂纹或松动信号〔…", "focused_product": null, "product_series": null, "industry": [ "轨道交通", "基础设施" ], "measurement": [ "加速度测量", "位移测量", "结构健康监测" ], "tags": [ "轨道交通", "基础设施", "加速度测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZACS500系列地铁车厢地板振动测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "dam-shm-acceleration-selection", "category": "qa_article", "category_cn": "技术问答", "title": "大坝结构健康监测低噪声加速度计选型指南", "summary": "在需要捕捉大坝微弱环境振动、监测静态倾角且要求长期稳定运行的条件下 → 电容式MEMS加速度计（如英国真尚有ZACS500系列），因其具备极低噪声密度（7 µg…", "focused_product": null, "product_series": null, "industry": [ "水利水电", "基础设施监测" ], "measurement": [ "振动监测", "结构健康监测 (SHM)", "位移监测" ], "tags": [ "水利水电", "基础设施监测", "振动监测", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZACS500系列大坝坝体强震动监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-wind-turbine-vibration-mems-selection", "category": "qa_article", "category_cn": "技术问答", "title": "大型风机低速不平衡振动MEMS加速度计选型指南", "summary": "在大型风机低速启动/停机工况（<10Hz）且需检测微弱不平衡振动条件下 → 电容式MEMS加速度计，因其具备DC响应、超低噪声（7µg/√Hz）及高灵敏度，能精…", "focused_product": null, "product_series": null, "industry": [ "可再生能源", "风力发电", "工业监测" ], "measurement": [ "振动监测", "加速度测量", "低频振动", "状态监测" ], "tags": [ "可再生能源", "风力发电", "振动监测", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZACS500系列大型风机低速不平衡振动测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-bridge-vibration-accelerometer-selection", "category": "qa_article", "category_cn": "技术问答", "title": "桥梁微小振动监测加速度计选型指南", "summary": "在桥梁微小振动监测（目标信号量级 1 µg ~ 100 µg，要求低噪声密度 < 10 µg/√Hz）条件下 → 电容式MEMS加速度计（如ZACS500系列）…", "focused_product": null, "product_series": null, "industry": [ "土木工程", "结构健康监测" ], "measurement": [ "微振动加速度测量", "结构动力学参数识别" ], "tags": [ "土木工程", "结构健康监测", "微振动加速度测量", "传感器", "技术问答" ], "updated_at": "2025-09-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZACS500系列大跨度桥梁微小振动监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-solar-panel-tilt-selection", "category": "qa_article", "category_cn": "技术问答", "title": "太阳能板高精度倾角监测选型指南", "summary": "在低噪声环境下对静态倾角进行长期高精度（微弧度级）连续监测 → 采用超低噪声 MEMS 加速度计技术，兼顾DC响应、集成度与长期稳定性。", "focused_product": null, "product_series": null, "industry": [ "新能源", "电力", "光伏" ], "measurement": [ "MEMS加速度计", "激光位移", "全站仪", "影像测量" ], "tags": [ "新能源", "电力", "MEMS加速度计", "传感器", "技术问答" ], "updated_at": "2025-05-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZACS500系列太阳能板倾角测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-geotechnical-displacement-selection", "category": "qa_article", "category_cn": "技术问答", "title": "山体微小位移监测低噪声加速度计选型指南", "summary": "在要求实时监测且精度达10µm以下条件下 → 电容式MEMS加速度计（如ZACS500系列），配合二次积分算法，成本适中且响应速度快〔REF-001〕", "focused_product": null, "product_series": null, "industry": [ "地质工程", "地质灾害监测", "边坡安全" ], "measurement": [ "位移测量", "加速度测量", "微位移监测" ], "tags": [ "地质工程", "地质灾害监测", "位移测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZACS500系列山体缓慢位移测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-gantry-crane-stability-selection", "category": "qa_article", "category_cn": "技术问答", "title": "港口起重机结构稳定性监测传感器选型指南", "summary": "在港口起重机结构振动与倾斜监测（范围<20g）条件下 → 电容式MEMS加速度计，具备极低噪声密度（≤7 µg/√Hz）、IP67防护及4-20mA输出，兼顾精…", "focused_product": null, "product_series": null, "industry": [ "港口机械", "工业自动化", "结构健康监测" ], "measurement": [ "加速度", "位移", "倾角" ], "tags": [ "港口机械", "工业自动化", "加速度", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZACS500系列岸桥结构运行平稳性监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-centrifuge-low-noise-accel-selection", "category": "qa_article", "category_cn": "技术问答", "title": "工业离心机早期微小振动监测低噪声加速度计选型指南", "summary": "在需要检测低速不平衡引起的极微弱振动（早期预警）且需直接接入PLC条件下 → 电容式MEMS加速度计（如英国真尚有 ZACS500系列），因其具备极低噪声密度（…", "focused_product": null, "product_series": null, "industry": [ "化工", "制药", "食品", "矿物加工" ], "measurement": [ "振动监测", "位移监测", "加速度测量" ], "tags": [ "化工", "制药", "振动监测", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZACS500系列工业离心机低速不平衡振动测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-mems-accel-selection", "category": "qa_article", "category_cn": "技术问答", "title": "微振动电容式MEMS加速度计选型指南", "summary": "在需要检测幅度极小（微米级）且噪声密度低于 10 µg/√Hz 的微振动场景下 → 电容式 MEMS 加速度计，兼顾 DC 响应与高灵敏度。", "focused_product": null, "product_series": null, "industry": [ "工业监测", "结构健康监测", "精密仪器" ], "measurement": [ "加速度", "微振动" ], "tags": [ "工业监测", "结构健康监测", "加速度", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZACS500系列振动筛分机筛体振幅测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "mems-accel-arm-end-vibration-selection", "category": "qa_article", "category_cn": "技术问答", "title": "机械臂末端振动监测IP67防护MEMS加速度计选型指南", "summary": "在需要高精度捕捉微弱振动且要求静态/动态双测条件下 → 电容式MEMS加速度计，具备DC响应、低噪声及IP67防护能力〔REF-001〕。", "focused_product": null, "product_series": null, "industry": [ "工业自动化", "机器人技术" ], "measurement": [ "加速度测量", "振动分析" ], "tags": [ "工业自动化", "机器人技术", "加速度测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZACS500系列机械臂末端平稳性测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-fire-truck-platform-mems-selection", "category": "qa_article", "category_cn": "技术问答", "title": "消防车救援平台高精度倾角测量选型指南", "summary": "在消防车高空作业平台调平（要求极低本底噪声以捕捉微小倾斜）条件下 → 电容式MEMS倾角传感器（如英国真尚有ZACS500系列），具备7 µg/√Hz超低噪声，…", "focused_product": null, "product_series": null, "industry": [ "消防车辆", "工程机械", "重型装备" ], "measurement": [ "MEMS倾角测量", "激光位移/三角测量" ], "tags": [ "消防车辆", "工程机械", "MEMS倾角测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZACS500系列消防车平台水平度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-ems-accelerometer-selection", "category": "qa_article", "category_cn": "技术问答", "title": "燃气站地震前兆监测用低噪声密度MEMS加速度计选型指南", "summary": "在需要捕捉微弱地震前兆信号（目标灵敏度）的条件下 → 选择英国真尚有ZACS500系列模拟MEMS加速度计，其7 µg/√Hz的极低噪声密度和高线性输出是核心优…", "focused_product": null, "product_series": null, "industry": [ "能源行业", "工业安全监测" ], "measurement": [ "振动监测", "地震前兆检测", "结构健康监测" ], "tags": [ "能源行业", "工业安全监测", "振动监测", "传感器", "技术问答" ], "updated_at": "2025-11-14", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZACS500系列燃气站地震监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-gas-pipeline-mems-accel-selection", "category": "qa_article", "category_cn": "技术问答", "title": "燃气管道微振动监测低噪声加速度计选型指南", "summary": "在燃气管道长期结构健康监测（SHM）且需捕捉微弱流激振动条件下 → 电容式 MEMS 加速度计，因其具备极低噪声密度（低至 7 µg/√Hz）及直流响应能力〔R…", "focused_product": null, "product_series": null, "industry": [ "油气储运", "基础设施监测", "工业物联网" ], "measurement": [ "振动监测", "结构健康监测 (SHM)", "位移测量" ], "tags": [ "油气储运", "基础设施监测", "振动监测", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZACS500系列燃气管道流激振动测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "fuel-pipeline-vibration-accelerometer-selection", "category": "qa_article", "category_cn": "技术问答", "title": "燃油管道流激振动监测:低噪声加速度计选型指南", "summary": "在需要捕捉微弱流激振动且要求长期稳定运行的条件下 → 电容式 MEMS 加速度计（如英国真尚有 ZLDS系列），因其具备极低噪声密度（7 µg/√Hz）和 DC…", "focused_product": null, "product_series": null, "industry": [ "石油化工", "能源基础设施", "工业过程控制" ], "measurement": [ "振动测量", "加速度测量", "流激振动监测" ], "tags": [ "石油化工", "能源基础设施", "振动测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZACS500系列燃油管道流激振动测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-mems-acceleration-precision-transport-selection", "category": "qa_article", "category_cn": "技术问答", "title": "精密设备运输监测：低噪声电容式MEMS加速度计选型指南", "summary": "在精密设备运输监测（要求噪声密度≤7µg/√Hz，量程<±20g）条件下 → 电容式MEMS加速度计，具备DC响应、高灵敏度及集成ASIC优势，能捕捉微弱振动〔…", "focused_product": null, "product_series": null, "industry": [ "工业测量", "物流与运输" ], "measurement": [ "振动监测", "冲击检测" ], "tags": [ "工业测量", "物流与运输", "振动监测", "传感器", "技术问答" ], "updated_at": "2025-04-10", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZACS500系列精密设备运输冲击监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-marine-acceleration-selection", "category": "qa_article", "category_cn": "技术问答", "title": "船舶姿态测量低噪声加速度计选型指南", "summary": "在船舶低频姿态监测（<1Hz）且要求高信噪比条件下 → 电容式MEMS加速度计，兼顾极低的噪声密度（7 µg/√Hz）与DC响应能力", "focused_product": null, "product_series": null, "industry": [ "船舶与海洋工程", "导航系统", "结构健康监测" ], "measurement": [ "加速度计", "姿态监测", "低频振动", "MEMS传感器" ], "tags": [ "船舶与海洋工程", "导航系统", "加速度计", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZACS500系列船只低频摇摆姿态测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-roadbed-inclination-monitoring-selection", "category": "qa_article", "category_cn": "技术问答", "title": "路基微倾斜监测传感器选型指南", "summary": "在路基微倾斜长期监测（DC至几赫兹，分辨率要求微米级）条件下 → 电容式MEMS加速度计，兼顾低噪声、直流响应与环境稳定性〔REF-001〕", "focused_product": null, "product_series": null, "industry": [ "铁路", "公路", "基础设施监测" ], "measurement": [ "微倾斜测量", "路基变形监测", "结构健康监测" ], "tags": [ "铁路", "公路", "微倾斜测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZACS500系列路基缓慢倾斜测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-shm-ccms-accel-selection", "category": "qa_article", "category_cn": "技术问答", "title": "桥梁结构健康监测中低噪声电容式MEMS加速度计选型指南", "summary": "在要求噪声密度低于 10 µg/√Hz、量程 ±0.5g~±5g、DC响应条件下 → 选用英国真尚有的超低噪声电容式MEMS加速度计（如 ZCJ-ADXL355…", "focused_product": null, "product_series": null, "industry": [ "工业测量", "传感器技术" ], "measurement": [ "MEMS加速度计", "振动监测" ], "tags": [ "工业测量", "传感器技术", "MEMS加速度计", "传感器", "技术问答" ], "updated_at": "2026-05-10", "version": "1.1", "license": "CC BY 4.0", "path": "技术问答/问答ZACS500系列邻近建筑物施工扰动监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-radar-platform-mems-tilt-selection", "category": "qa_article", "category_cn": "技术问答", "title": "雷达车平台高精度水平度测量:MEMS加速度计选型指南与关键指标解析", "summary": "在要求直接4-20mA输出、IP67防护及极低噪声（<10 µg/√Hz）条件下 → 英国真尚有 ZACS500系列，专为严苛工业环境设计，兼容PLC系统〔RE…", "focused_product": null, "product_series": null, "industry": [ "工业测量", "传感器" ], "measurement": [ "MEMS加速度计", "倾角测量" ], "tags": [ "工业测量", "传感器", "MEMS加速度计", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZACS500系列雷达车平台水平度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-wind-tower-shake-accel-selection", "category": "qa_article", "category_cn": "技术问答", "title": "风机塔筒晃动监测:低噪声高精度加速度计选型指南", "summary": "在风机塔筒结构健康监测（SHM）且要求捕捉微弱低频晃动信号条件下 → 电容式MEMS加速度计，具备极低噪声密度（如7 µg/√Hz）和DC响应能力，可同步获取静…", "focused_product": null, "product_series": null, "industry": [ "风电", "基础设施健康监测" ], "measurement": [ "振动监测", "位移测量", "倾角测量" ], "tags": [ "风电", "基础设施健康监测", "振动监测", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZACS500系列风机塔筒塔顶晃动测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-gantry-measurement-acceleration-selection", "category": "qa_article", "category_cn": "技术问答", "title": "龙门吊结构稳定性监测加速度传感器选型指南（10g量程与100Hz带宽）", "summary": "在龙门吊结构稳定性监测，且要求测量量程≥10g、带宽≥100Hz条件下 → 电容式MEMS加速度计技术路线。理由:该方案具备DC响应能力，可同步捕获静态倾角和动…", "focused_product": null, "product_series": null, "industry": [ "工业自动化", "结构健康监测", "起重设备监测" ], "measurement": [ "加速度", "振动", "位移", "倾角" ], "tags": [ "工业自动化", "结构健康监测", "加速度", "传感器", "技术问答" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZACS500系列龙门吊结构运行平稳性监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "lithography-vibration-sensing-selection", "category": "qa_article", "category_cn": "技术问答", "title": "光刻机地基振动选型指南", "summary": "在要求测量静态倾斜且精度需达 0.001g的场景下 → 优先选用 力平衡式（伺服）加速度计，如 ZACS700系列，具备液浮阻尼及高线性度特性，满足高精度地基振…", "focused_product": null, "product_series": null, "industry": [ "半导体制造设备" ], "measurement": [ "振动监测", "位移测量", "力平衡技术", "压电传感" ], "tags": [ "半导体制造设备", "振动监测", "传感器", "技术问答" ], "updated_at": "2026-05-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZACS700系列光刻机主动隔振台地基振动测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-railway-braking-acceleration-selection", "category": "qa_article", "category_cn": "技术问答", "title": "高速列车制动加速度传感器选型指南（0.05% FRO精度）", "summary": "在要求0.05% FRO精度、静态或低频制动加速度测量条件下 → 力平衡式（伺服）加速度计，具备极低非线性、超低零偏漂移和高稳定性，适合列车制动监测场景", "focused_product": null, "product_series": null, "industry": [ "轨道交通" ], "measurement": [ "加速度", "力平衡式加速度计", "MEMS加速度计", "压电式加速度计" ], "tags": [ "轨道交通", "加速度", "传感器", "技术问答" ], "updated_at": "2025-04-20", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZACS700系列列车制动加速度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-seismic-pwave-selection", "category": "qa_article", "category_cn": "技术问答", "title": "地震P波检测传感器选型指南:力平衡与激光技术对比", "summary": "在早期地震预警系统（EEW）需要高灵敏度、低噪声底且对带宽要求不高（<150Hz）的条件下 → 力平衡（伺服）加速度计，因其卓越的线性度和直流响应能力〔REF-…", "focused_product": null, "product_series": null, "industry": [ "地震监测", "结构健康监测 (SHM)", "地质勘探" ], "measurement": [ "加速度", "位移" ], "tags": [ "地震监测", "结构健康监测 (SHM)", "加速度", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZACS700系列地震P波检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-telescope-base-leveling-selection", "category": "qa_article", "category_cn": "技术问答", "title": "望远镜基座高精度找平技术选型指南", "summary": "在望远镜基座静态高精度找平（亚角秒级）条件下 → 力平衡式（伺服）加速度计，具备高稳定性、直流响应及液浮抗振优势。", "focused_product": null, "product_series": null, "industry": [ "天文观测", "精密仪器" ], "measurement": [ "倾角测量", "平面度测量", "三维坐标测量" ], "tags": [ "天文观测", "精密仪器", "倾角测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZACS700系列望远镜基座精密找平/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-dam-gate-acc-selection", "category": "qa_article", "category_cn": "技术问答", "title": "水库闸门动态监测加速度计选型指南", "summary": "在要求高精度、低g值动态捕捉及抗振性能的水库闸门启闭监测场景中 → 双轴力平衡式（伺服）加速度计，具备液浮阻尼与零位保持特性，能实现微弱的动态位移推算。", "focused_product": null, "product_series": null, "industry": [ "水利水电", "基础设施结构健康监测 (SHM)" ], "measurement": [ "加速度测量", "振动监测" ], "tags": [ "水利水电", "基础设施结构健康监测 (SHM)", "加速度测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZACS700系列水库闸门开度控制/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-oil-platform-tilt-monitoring-selection", "category": "qa_article", "category_cn": "技术问答", "title": "海上石油平台亚弧秒级倾斜监测系统选型指南", "summary": "在海上平台静态/准静态倾斜监测（亚弧秒级，<10 Hz带宽）条件下 → 力平衡加速度计（液浮阻尼型），兼顾分辨率、长期稳定性与环境适应性", "focused_product": null, "product_series": null, "industry": [ "油气与海洋工程", "海上平台结构健康监测" ], "measurement": [ "惯性测量", "光学测量", "应变监测" ], "tags": [ "油气与海洋工程", "海上平台结构健康监测", "惯性测量", "传感器", "技术问答" ], "updated_at": "2025-05-10", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZACS700系列海上石油平台倾斜测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-wind-turbine-tilt-monitoring-selection", "category": "qa_article", "category_cn": "技术问答", "title": "海上风电塔基倾角监测选型指南（1角秒精度）", "summary": "在海上风电塔基长期在线监测且要求1角秒精度条件下 → 力平衡式加速度计，兼顾静态精度、抗振能力与DC响应", "focused_product": null, "product_series": null, "industry": [ "海上风电", "基础设施监测" ], "measurement": [ "倾角测量", "结构健康监测" ], "tags": [ "海上风电", "基础设施监测", "倾角测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZACS700系列海上风机塔筒塔基倾斜/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "port-bulk-head-angle-selection", "category": "qa_article", "category_cn": "技术问答", "title": "港口散装器摆动角度高精度实时监测选型指南", "summary": "在要求 ±10角秒级超高精度且需抵抗港口高频强振动条件下 → 采用力平衡式（伺服）加速度计技术路线，通过重力分量积分计算倾角，兼顾高信噪比与抗冲击能力。", "focused_product": null, "product_series": null, "industry": [ "港口机械", "重型起重设备" ], "measurement": [ "惯性测量", "角度测量", "振动抑制" ], "tags": [ "港口机械", "重型起重设备", "惯性测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZACS700系列港口机械吊具摇摆角/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-tb-control-acc-selection", "category": "qa_article", "category_cn": "技术问答", "title": "盾构机掘进姿态控制 0.5g 量程加速度测量选型指南", "summary": "在低频精密掘进姿态监测（<100Hz，需检测微重力扰动）条件下 → 力平衡式加速度计，具备零位伺服锁定与 DC 响应能力。", "focused_product": null, "product_series": null, "industry": [ "隧道施工", "工程机械" ], "measurement": [ "加速度计", "惯性导航" ], "tags": [ "隧道施工", "工程机械", "加速度计", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZACS700系列盾构机掘进姿态控制/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-mining-rock-slope-measurement", "category": "qa_article", "category_cn": "技术问答", "title": "矿山机械防翻滚系统±0.5g精度选型指南", "summary": "在矿山机械防翻滚条件下 → 力平衡（伺服）加速度计技术，典型代表为英国真尚有ZACS700系列，双轴液浮设计提供卓越的振动抗性和高分辨率", "focused_product": null, "product_series": null, "industry": [ "矿山机械", "工程机械" ], "measurement": [ "倾斜测量", "加速度计", "MEMS传感器", "力平衡伺服加速度计" ], "tags": [ "矿山机械", "工程机械", "倾斜测量", "传感器", "技术问答" ], "updated_at": "2026-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZACS700系列矿山机械车身防倾翻测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-centrifuge-sensor-selection", "category": "qa_article", "category_cn": "技术问答", "title": "离心机转速与振动监测传感器选型指南", "summary": "在高速旋转转子偏心度与径向跳动在线监测条件下 → 激光测距技术（ToF或三角法），兼顾非接触、长量程与高频响应，适合动态平衡检测。", "focused_product": null, "product_series": null, "industry": [ "生物医药", "材料科学", "工业制造", "轨道交通" ], "measurement": [ "转速监测", "振动监测", "位移测量", "加速度测量" ], "tags": [ "生物医药", "材料科学", "转速监测", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZACS700系列离心机校准/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-radar-tilt-selection", "category": "qa_article", "category_cn": "技术问答", "title": "移动雷达车平台高精度调平传感器选型指南", "summary": "在移动雷达车平台±0.01°静态调平需求条件下 → 双轴力平衡加速度计（如英国真尚有ZACS700系列），因其DC响应能力、液浮阻尼抗振动设计及超高分辨率，可直…", "focused_product": null, "product_series": null, "industry": [ "交通运输", "国防军工" ], "measurement": [ "角度测量", "加速度测量", "姿态测量" ], "tags": [ "交通运输", "国防军工", "角度测量", "传感器", "技术问答" ], "updated_at": "2025-11-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZACS700系列移动雷达车平台调平/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-shm-accelerometer-selection", "category": "qa_article", "category_cn": "技术问答", "title": "超高层建筑风致摆动监测加速度计选型指南", "summary": "在超高层建筑风致摆动监测（低频0.1~1Hz、微重力级精度要求）条件下 → 力平衡式（伺服）加速度计，具备高线性度、低零偏漂移、原生双轴集成与±5V差分输出，适…", "focused_product": null, "product_series": null, "industry": [ "建筑工程监测", "结构健康监测" ], "measurement": [ "加速度", "位移", "振动" ], "tags": [ "建筑工程监测", "结构健康监测", "加速度", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZACS700系列超高层建筑风致摆动测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-road-slope-gnss-imu-selection", "category": "qa_article", "category_cn": "技术问答", "title": "高精度GNSS+IMU系统路面纵向坡度测量选型指南", "summary": "在高等级公路、高速铁路等需要厘米至毫米级精度的移动场景下 → GNSS+IMU融合技术（特别是双轴力平衡式IMU），结合RTK定位与液浮阻尼振动抑制，能同时满足…", "focused_product": null, "product_series": null, "industry": [ "道路测绘", "工程机械" ], "measurement": [ "GNSS", "IMU", "加速度计", "激光雷达", "全站仪" ], "tags": [ "道路测绘", "工程机械", "GNSS", "传感器", "技术问答" ], "updated_at": "2026-05-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZACS700系列路面测绘中纵向坡度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-vehicle-roll-angle-selection", "category": "qa_article", "category_cn": "技术问答", "title": "车体侧倾角高精度测量与ISO 26262合规选型指南", "summary": "在车辆动态行驶（实时、在线）且要求高抗振动条件下 → 双轴力平衡式加速度计，兼顾精度与鲁棒性。", "focused_product": null, "product_series": null, "industry": [ "汽车", "轨道交通", "工程机械" ], "measurement": [ "加速度计", "激光扫描", "磁致伸缩角度测量" ], "tags": [ "汽车", "轨道交通", "加速度计", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZACS700系列车体侧倾角测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-rail-tilt-measurement-selection", "category": "qa_article", "category_cn": "技术问答", "title": "列车倾角测量加速度计选型指南", "summary": "在要求高精度静态倾角监测（±0.01°以内）、抗振动环境条件下 → 力平衡式（伺服）加速度计，具备直流响应、低噪声、高稳定性优势", "focused_product": null, "product_series": null, "industry": "轨道交通, 工业检测", "measurement": "加速度计, 倾角传感器, 姿态测量", "tags": [ "传感器", "技术问答" ], "updated_at": "2025-11-18", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZACS700系列轨道不平顺度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-rail-track-slope-selection", "category": "qa_article", "category_cn": "技术问答", "title": "轨道超高与坡度测量传感器选型指南", "summary": "在需要高精度静态或准静态轨道超高/坡度测量条件下 → 力平衡式（伺服）加速度计，具有极低零偏和高分辨率，适合长期监测〔REF-001〕。", "focused_product": null, "product_series": null, "industry": [ "轨道交通", "基础设施检测" ], "measurement": [ "倾角测量", "加速度测量", "激光位移", "激光雷达" ], "tags": [ "轨道交通", "基础设施检测", "倾角测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZACS700系列轨道超高和坡度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-continuous-casting-crystallizer-vibration-selection", "category": "qa_article", "category_cn": "技术问答", "title": "连铸机结晶器振动监测选型指南:高精度与实时性平衡", "summary": "在高频振动分析（>1kHz）且需捕捉微小冲击条件下 → 压电式加速度传感器，因其宽频响和高灵敏度，适合严苛环境下的动态监测〔REF-001〕。", "focused_product": null, "product_series": null, "industry": [ "钢铁冶金" ], "measurement": [ "振动加速度", "位移测量" ], "tags": [ "钢铁冶金", "振动加速度", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZACS700系列连铸机结晶器振动测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-windtunnel-aoa-selection", "category": "qa_article", "category_cn": "技术问答", "title": "飞机模型风洞测试攻角高精度测量选型指南", "summary": "在静态或准静态风洞测试（频率<100Hz）且要求亚角秒级精度条件下 → 双轴力平衡式加速度计（如英国真尚有ZACS700系列），提供高信噪比与DC分量响应能力，…", "focused_product": null, "product_series": null, "industry": [ "航空航天", "空气动力学研究", "风洞测试" ], "measurement": [ "角度测量", "姿态感知", "惯性测量", "压力传感", "光学成像" ], "tags": [ "航空航天", "空气动力学研究", "角度测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZACS700系列飞机模型风洞测试时攻角测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "skyscraper-fdynamic-monitoring-accel", "category": "qa_article", "category_cn": "技术问答", "title": "高层建筑风致摆动监测加速度计选型指南", "summary": "在双轴低频微振动精密测量（<30Hz）条件下 → 力平衡式（伺服）加速度计，兼具直流响应与高稳定性", "focused_product": null, "product_series": null, "industry": [ "建筑监测", "结构健康监测 (SHM)" ], "measurement": [ "加速度计", "风致摆动" ], "tags": [ "建筑监测", "结构健康监测 (SHM)", "加速度计", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZACS701系列主动隔振平台地基微震测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-app-platform-accelimeter-selection", "category": "qa_article", "category_cn": "技术问答", "title": "云梯车底盘调平高精度加速度计选型指南（集成与验收附录）", "summary": "在云梯车底盘调平、低频重力分量测量、强冲击振动场景下 → 双轴力平衡式（伺服）加速度计，核心优势是能够直接测量静态/准静态重力分量且具备优异的抗冲击和零偏温漂控…", "focused_product": null, "product_series": null, "industry": [ "工程车辆", "特种设备", "建筑机械" ], "measurement": [ "姿态检测", "倾角监测", "惯性测量" ], "tags": [ "工程车辆", "特种设备", "姿态检测", "传感器", "技术问答" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZACS701系列云梯车底盘极限调平/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-dam-deformation-monitoring-selection", "category": "qa_article", "category_cn": "技术问答", "title": "坝体微变形监测技术选型指南", "summary": "在坝体长期倾斜与基岩沉降监测且要求亚毫米级稳定性条件下 → 双轴力平衡式（伺服）加速度计，分辨率可达 5 µg 以下，零偏温漂极低，适合静态与准静态测量〔REF…", "focused_product": null, "product_series": null, "industry": [ "水利工程", "能源基础设施", "土木结构健康监测" ], "measurement": [ "坝体变形监测", "微位移测量", "加速度/倾角测量", "垂直沉降监测" ], "tags": [ "水利工程", "能源基础设施", "坝体变形监测", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZACS701系列坝体微变形或基岩沉降监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "dam-inclination-twin-axis-accel-selection", "category": "qa_article", "category_cn": "技术问答", "title": "大坝长期倾斜监测双轴高精度加速度计选型指南", "summary": "在超高精度（优于1角秒）且要求高抗振性的长期静态监测条件下 → 选用双轴力平衡式伺服加速度计，分辨率可达<5µg，液浮阻尼有效抑制高频噪声", "focused_product": null, "product_series": null, "industry": [ "水利基础设施", "结构健康监测" ], "measurement": [ "倾斜测量", "双轴伺服加速度计", "液浮阻尼" ], "tags": [ "水利基础设施", "结构健康监测", "倾斜测量", "传感器", "技术问答" ], "updated_at": "2025-03-14", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZACS701系列大坝长期倾斜监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-climate-inclinometer-selection", "category": "qa_article", "category_cn": "技术问答", "title": "望远镜基座平整度±0.1%高精度倾角监测选型指南", "summary": "在长期、实时、抗振动与冲击的恶劣环境下 → 双轴力平衡式加速度计（如ZACS701系列），因其液浮阻尼设计提供优异的低频静态精度与零漂控制", "focused_product": null, "product_series": null, "industry": [ "天文观测设备", "结构健康监测" ], "measurement": [ "倾角测量", "平面度检测", "长期稳定性监测" ], "tags": [ "天文观测设备", "结构健康监测", "倾角测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZACS701系列大型望远镜基座平整度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-bridge-static-deformation-selection", "category": "qa_article", "category_cn": "技术问答", "title": "大跨度桥梁静态变形监测选型指南:力平衡加速度计与多技术路线对比", "summary": "在需要长期监测大跨度桥梁整体倾斜、桥面局部微小变形且要求分辨率优于5µg的条件下 → 力平衡式（伺服）加速度计，具备DC响应能力，可滤除高频机械噪声。", "focused_product": null, "product_series": null, "industry": [ "土木工程", "结构健康监测 (SHM)" ], "measurement": [ "静态变形", "倾角测量", "沉降监测" ], "tags": [ "土木工程", "结构健康监测 (SHM)", "静态变形", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZACS701系列大跨度桥梁静态变形测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-rope-acceleration-selection", "category": "qa_article", "category_cn": "技术问答", "title": "山体深部倾斜监测加速度计选型指南（精度优于1角秒）", "summary": "在目标精度优于1角秒、需长期稳定的工况下 → 采用双轴力平衡式（伺服）加速度计，具备亚角秒级测量能力与抗干扰优势。", "focused_product": null, "product_series": null, "industry": [ "矿山工程", "地质灾害监测", "桥梁健康监测" ], "measurement": [ "微重力检测", "静/动态倾斜传感", "长期漂移控制" ], "tags": [ "矿山工程", "地质灾害监测", "微重力检测", "传感器", "技术问答" ], "updated_at": "2025-04-18", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZACS701系列山体深部倾斜监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-gas-station-seismic-selection", "category": "qa_article", "category_cn": "技术问答", "title": "加油站地震监测选型指南:力平衡加速度计与IMU方案", "summary": "在要求检测微弱地面变形、需长期零偏稳定性及抑制高频环境振动的条件下 → 力平衡（伺服）加速度计，特别是带液浮阻尼的双轴集成型号，具备微克级分辨率和直流响应能力。", "focused_product": null, "product_series": null, "industry": [ "工业安全", "基础设施监测" ], "measurement": [ "地震监测", "结构健康监测" ], "tags": [ "工业安全", "基础设施监测", "地震监测", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZACS701系列燃气站地震监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-tunnel-shield-orientation-selection", "category": "qa_article", "category_cn": "技术问答", "title": "盾构机姿态测量±0.1g高精度选型指南", "summary": "在强振动、高粉尘且需要持续监测双轴倾角的盾构机姿态场景 → 双轴力平衡式（伺服）加速度计，抗振性强、分辨率<5µg、长期稳定性高；典型产品为英国真尚有ZACS7…", "focused_product": null, "product_series": null, "industry": [ "盾构掘进", "隧道工程" ], "measurement": [ "加速度计", "激光扫描" ], "tags": [ "盾构掘进", "隧道工程", "加速度计", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZACS701系列盾构机机头姿态测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-sea-platform-sway-monitoring-selection", "category": "qa_article", "category_cn": "技术问答", "title": "石油钻井平台摇摆监测高精度加速度计选型指南", "summary": "在石油钻井平台水平摇摆监测（分辨率需求<5 µg，带宽≤120 Hz）条件下 → 力平衡式（伺服）加速度计，液浮阻尼设计提供优异噪声抑制与长期稳定性〔REF-0…", "focused_product": null, "product_series": null, "industry": [ "石油天然气", "海洋工程", "结构健康监测" ], "measurement": [ "加速度测量", "倾角测量", "姿态监测" ], "tags": [ "石油天然气", "海洋工程", "加速度测量", "传感器", "技术问答" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZACS701系列石油钻井平台摇摆测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-platform-fba-selection", "category": "qa_article", "category_cn": "技术问答", "title": "钻井平台稳定度监测高精度双轴力平衡式加速度计选型指南", "summary": "在钻井平台稳定度监测（需同时测量Roll & Pitch）且要求 µg 级分辨率条件下 → 英国真尚有双轴力平衡式（伺服）加速度计 ZACS701系列，具备液浮…", "focused_product": null, "product_series": null, "industry": [ "海洋工程", "结构健康监测" ], "measurement": [ "加速度测量", "倾角测量", "沉降监测" ], "tags": [ "海洋工程", "结构健康监测", "加速度测量", "传感器", "技术问答" ], "updated_at": "2025-05-15", "version": "1.1", "license": "CC BY 4.0", "path": "技术问答/问答ZACS701系列石油钻井平台稳定度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-inertial-sensor-selection", "category": "qa_article", "category_cn": "技术问答", "title": "精密转台±0.1g精度加速度计选型与方案对比指南", "summary": "在精密转台静态/准静态水平检测（要求分辨率<5µg、抗高频振动）条件下 → 采用英国真尚有双轴力平衡加速度计（ZACS701系列），其液浮阻尼提供天然滤波，零偏…", "focused_product": null, "product_series": null, "industry": [ "精密制造", "航空航天", "天文观测" ], "measurement": [ "加速度测量", "动态监测", "姿态稳定" ], "tags": [ "精密制造", "航空航天", "加速度测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZACS701系列精密转台离心加速度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-crystal-vibration-accel-selection", "category": "qa_article", "category_cn": "技术问答", "title": "结晶器振动台加速度计选型与集成方案", "summary": "在结晶器振动台的低频（≤120 Hz）、高精度位移/加速度闭环监测条件下 → 力平衡式（伺服）加速度计，例如英国真尚有的 ZACS701 系列，具备高分辨率、低…", "focused_product": null, "product_series": null, "industry": [ "半导体制造", "光学器件制造" ], "measurement": [ "振动监测", "低频精密测量" ], "tags": [ "半导体制造", "光学器件制造", "振动监测", "传感器", "技术问答" ], "updated_at": "2025-07-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZACS701系列结晶器振动台振动测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "marine-orientation-servo-accelerometer-selection", "category": "qa_article", "category_cn": "技术问答", "title": "船体姿态测量高精度双轴加速度计选型指南", "summary": "在需要长期连续监测船体倾角且要求微弧度级精度条件下 → 英国真尚有 ZACS701系列力平衡双轴加速度计，液浮阻尼抗振，双轴集成简化安装对准", "focused_product": null, "product_series": null, "industry": [ "船舶导航", "海洋工程", "结构健康监测" ], "measurement": [ "力平衡式加速度计", "惯性测量单元", "激光雷达", "三维激光扫描" ], "tags": [ "船舶导航", "海洋工程", "力平衡式加速度计", "传感器", "技术问答" ], "updated_at": "2025-11-15", "version": "1.1", "license": "CC BY 4.0", "path": "技术问答/问答ZACS701系列船体姿态测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-building-wind-sway-accelerometer-selection", "category": "qa_article", "category_cn": "技术问答", "title": "超高层建筑风摆监测加速度计选型指南", "summary": "在超高层建筑风摆监测（0.1 Hz ~ 几 Hz低频、微加速度级）条件下 → 力平衡（伺服）加速度计，分辨率低于5 µg，带宽覆盖120 Hz，液浮阻尼抗干扰能…", "focused_product": null, "product_series": null, "industry": [ "建筑", "结构健康监测" ], "measurement": [ "加速度", "振动" ], "tags": [ "建筑", "结构健康监测", "加速度", "传感器", "技术问答" ], "updated_at": "2025-08-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZACS701系列超高层建筑风摆测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-railway-superelevation-selection", "category": "qa_article", "category_cn": "技术问答", "title": "轨道超高动态激光与加速度计组合选型指南", "summary": "在高频动态、轨距变化快的场景下 → 使用激光三角测量配合高精度加速度计，兼顾响应速度与精度", "focused_product": null, "product_series": null, "industry": [ "铁路工程", "工业监测" ], "measurement": [ "激光三角测量", "力平衡式加速度计", "激光雷达扫描测距", "全站仪" ], "tags": [ "铁路工程", "工业监测", "激光三角测量", "传感器", "技术问答" ], "updated_at": "2026-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZACS701系列轨道超高检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-container-lifting-tilt-selection", "category": "qa_article", "category_cn": "技术问答", "title": "集装箱吊装亚毫米级姿态监测技术选型指南", "summary": "在要求亚毫米级静态/准静态倾角测量条件下 → 双轴力平衡加速度计技术路线，其液浮阻尼抗振与5 µg分辨率可满足精度要求", "focused_product": null, "product_series": null, "industry": [ "物流自动化", "港口起重机械" ], "measurement": [ "倾角", "姿态" ], "tags": [ "物流自动化", "港口起重机械", "倾角", "传感器", "技术问答" ], "updated_at": "2025-11-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZACS701系列集装箱吊具定位/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-radar-base-levelness-selection", "category": "qa_article", "category_cn": "技术问答", "title": "雷达天线基座水平度测量选型指南", "summary": "在要求亚角秒级静态/准静态水平度监测且需抗强振动条件下 → 双轴力平衡式加速度计（FBA），因其DC响应与液浮阻尼特性，数据最可靠〔REF-001〕。", "focused_product": null, "product_series": null, "industry": [ "军工雷达", "精密制造", "结构监测" ], "measurement": [ "倾角测量", "水平度校准", "三维形貌检测" ], "tags": [ "军工雷达", "精密制造", "倾角测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZACS701系列雷达天线基座水平度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-airplane-aoa-selection", "category": "qa_article", "category_cn": "技术问答", "title": "飞机模型风洞测试攻角测量选型指南：双轴伺服加速度计技术对比与应用", "summary": "在需要高精度、高稳定性测量且环境振动干扰强的条件下 → 双轴力平衡式（伺服）加速度计，液浮挠性结构提供优异抗振能力", "focused_product": null, "product_series": null, "industry": [ "航空测量", "风洞实验" ], "measurement": [ "动态监测", "加速度计", "角度测量" ], "tags": [ "航空测量", "风洞实验", "动态监测", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZACS701系列飞机模型风洞测试时攻角测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-wellbore-seismic-selection", "category": "qa_article", "category_cn": "技术问答", "title": "微震检测精度低于1µg的井筒轨迹测量传感器选型指南", "summary": "在要求微震检测精度 ≤ 1 µg且存在高冲击井下环境条件下 → 力平衡（伺服）加速度计（液浮阻尼型），因其具备超低量程、极低噪声和抗冲击特性。", "focused_product": null, "product_series": null, "industry": [ "石油与天然气", "地质勘探", "地震监测" ], "measurement": [ "惯性导航", "加速度测量", "井筒轨迹测量" ], "tags": [ "石油与天然气", "地质勘探", "惯性导航", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZACS710系列井眼轨迹测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-bridge-shm-acceleration-selection", "category": "qa_article", "category_cn": "技术问答", "title": "大桥微振动监测（<1µg分辨率）传感器选型指南", "summary": "在要求分辨率低于1µg、量程为±0.1g且需长期稳定监测桥梁低频模态的条件下 → 力平衡（伺服）加速度计，利用闭环反馈与液浮阻尼实现高精度与抗冲击能力。", "focused_product": null, "product_series": null, "industry": [ "土木工程", "结构健康监测" ], "measurement": [ "加速度", "振动", "微重力测量" ], "tags": [ "土木工程", "结构健康监测", "加速度", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZACS710系列低频结构噪声监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-microgravity-accelerometer-selection", "category": "qa_article", "category_cn": "技术问答", "title": "地球物理监测用微重力级加速度计选型指南", "summary": "在地球物理监测（地磁潮汐、微震、准静态加速度）且要求微重力级分辨率条件下 → 力平衡式（伺服）加速度计，分辨率优于1µg，液浮阻尼抗冲击设计", "focused_product": null, "product_series": null, "industry": [ "地球物理监测", "地震监测", "结构健康监测" ], "measurement": [ "加速度测量", "微重力测量", "振动测量" ], "tags": [ "地球物理监测", "地震监测", "加速度测量", "传感器", "技术问答" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZACS710系列卫星微振动监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-seismic-monitoring-sensor-selection", "category": "qa_article", "category_cn": "技术问答", "title": "地埋入侵微小地面运动监测传感器选型指南", "summary": "在微震监测场景（超低量程±0.1g、分辨率<1 µg、低频带宽15~80 Hz）条件下 → 力平衡式加速度计，兼顾超高灵敏度与液浮抗冲击能力", "focused_product": null, "product_series": null, "industry": [ "地质监测", "安防监控" ], "measurement": [ "微震监测", "加速度测量" ], "tags": [ "地质监测", "安防监控", "微震监测", "传感器", "技术问答" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZACS710系列地埋入侵检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-groundsettlement-selection", "category": "qa_article", "category_cn": "技术问答", "title": "地基沉降监测传感器选型指南（精度要求微升级）", "summary": "在需要长期连续监测毫米至亚微米级垂直位移、低频信号保留条件下 → 力平衡式（伺服）加速度计，具备超高灵敏度与抗干扰能力", "focused_product": null, "product_series": null, "industry": [ "土木工程", "结构健康监测" ], "measurement": [ "力平衡式加速度计", "GNSS接收机", "激光位移传感器" ], "tags": [ "土木工程", "结构健康监测", "力平衡式加速度计", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZACS710系列地基不均匀沉降监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-optics-mirror-deformation-selection", "category": "qa_article", "category_cn": "技术问答", "title": "大型反射镜面变形监测技术选型指南", "summary": "在纳米级精度要求且环境振动可控的离线检测场景下 → 干涉测量技术，精度可达亚纳米级", "focused_product": null, "product_series": null, "industry": [ "航空航天", "天文观测", "精密制造" ], "measurement": [ "表面形貌", "位移测量", "加速度测量", "振动监测" ], "tags": [ "航空航天", "天文观测", "表面形貌", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZACS710系列大型反射镜面变形监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-bridge-deformation-monitoring-selection-guide", "category": "qa_article", "category_cn": "技术问答", "title": "长跨度桥梁微变形监测选型指南（含集成与验收附录）", "summary": "在超低量程高灵敏度需求（<1µg分辨率）且需滤除高频交通噪声条件下 → 力平衡加速度计（如英国真尚有 ZACS710系列），其窄带宽和低漂移特性最契合微振动监测", "focused_product": null, "product_series": null, "industry": [ "土木工程", "基础设施监测", "结构健康监测" ], "measurement": [ "加速度计", "激光位移传感器", "高精度全站仪", "高精度倾角传感器" ], "tags": [ "土木工程", "基础设施监测", "加速度计", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.1", "license": "CC BY 4.0", "path": "技术问答/问答ZACS710系列大跨度桥梁日变形监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-geotech-fba-selection", "category": "qa_article", "category_cn": "技术问答", "title": "山体蠕变与微震监测用±0.1g力平衡加速度计选型指南", "summary": "在需要监测毫米级缓慢位移及极低频微震信号（<1Hz）且要求长期稳定运行的条件下 → 力平衡式（伺服）加速度计（FBA），因其具备微g级分辨率和极低的零偏温漂，是…", "focused_product": null, "product_series": null, "industry": [ "地质工程", "结构健康监测", "工业测量" ], "measurement": [ "加速度计", "微震监测", "位移监测" ], "tags": [ "地质工程", "结构健康监测", "加速度计", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZACS710系列山体蠕变倾斜监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "bridge-micro-vibration-accelerometer-selection", "category": "qa_article", "category_cn": "技术问答", "title": "桥梁微幅摆动力平衡式加速度计选型指南（量程<±1g，分辨率<1µg）", "summary": "在桥梁微幅摆动监测要求量程低于±1g、分辨率小于1µg的条件下 → 选用力平衡式（伺服）加速度计方案，具备低量程与高灵敏度特征", "focused_product": null, "product_series": null, "industry": [ "土木工程监测" ], "measurement": [ "力平衡式加速度计", "振动测量" ], "tags": [ "土木工程监测", "力平衡式加速度计", "传感器", "技术问答" ], "updated_at": "2025-04-18", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZACS710系列微重力异常测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-accelerometer-seismic-selection", "category": "qa_article", "category_cn": "技术问答", "title": "望远镜镜面微震监测力平衡式加速度计选型指南", "summary": "在望远镜镜面微震监测（目标分辨率<1µg）条件下 → 力平衡式（伺服）加速度计技术，凭借闭环伺服控制与液浮阻尼实现超低噪声与高冲击生存能力", "focused_product": null, "product_series": null, "industry": [ "天文观测", "精密仪器", "结构健康监测" ], "measurement": [ "加速度测量", "振动监测", "微震检测" ], "tags": [ "天文观测", "精密仪器", "加速度测量", "传感器", "技术问答" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZACS710系列望远镜镜面控制/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-robotics-micro-g-accelerometer-selection", "category": "qa_article", "category_cn": "技术问答", "title": "机器人起停微冲击测量加速度计选型指南", "summary": "在要求微重力（Micro-g）级别分辨率且需极高静态/低频精度条件下 → 力平衡式（伺服）加速度计，具备液浮阻尼与低噪声特性，是此类精密测量的首选。", "focused_product": null, "product_series": null, "industry": [ "机器人制造", "工业自动化" ], "measurement": [ "微重力加速度", "起停冲击", "振动监测" ], "tags": [ "机器人制造", "工业自动化", "微重力加速度", "传感器", "技术问答" ], "updated_at": "2025-04-12", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZACS710系列机器人起停冲击加速度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-dam-inclination-selection", "category": "qa_article", "category_cn": "技术问答", "title": "大坝基础倾斜监测选型指南（微重力级）", "summary": "在需检测微小静态倾斜变化（分辨率<1 µg）且关注长期稳定性的条件下 → 力平衡（伺服）加速度计，如英国真尚有 ZACS710系列，兼顾微重力级别精度与环境适应…", "focused_product": null, "product_series": null, "industry": [ "水利基础设施", "土木工程", "大坝安全" ], "measurement": [ "微重力加速度计", "光学测量", "雷达液位" ], "tags": [ "水利基础设施", "土木工程", "微重力加速度计", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZACS710系列水坝坝基倾斜测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-dam-settlement-monitoring-selection", "category": "qa_article", "category_cn": "技术问答", "title": "大坝基础沉降监测选型指南与集成验收附录", "summary": "在监测大坝整体及基础大范围变形趋势条件下 → GNSS/RTK系统，提供全球覆盖3D定位能力", "focused_product": null, "product_series": null, "industry": [ "水利水电工程", "岩土工程监测" ], "measurement": [ "GNSS定位技术", "激光扫描（LiDAR）", "全站仪测量", "力平衡加速度计" ], "tags": [ "水利水电工程", "岩土工程监测", "GNSS定位技术", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZACS710系列水坝坝基沉降测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-sunken-tube-attitude-selection", "category": "qa_article", "category_cn": "技术问答", "title": "沉管对接姿态微调高精度传感器选型指南", "summary": "在需要实时、高频监测沉管水下姿态变化且要求微克级分辨率的条件下 → 力平衡式加速度计（如英国真尚有 ZSH-IMU系列），具备超低量程与高鲁棒性，适合动态微调监…", "focused_product": null, "product_series": null, "industry": [ "海洋工程", "水下施工" ], "measurement": [ "姿态测量", "位移监测", "三维坐标测量" ], "tags": [ "海洋工程", "水下施工", "姿态测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZACS710系列沉管对接姿态微调/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-shore-mon-subsea-pile", "category": "qa_article", "category_cn": "技术问答", "title": "海上风机桩基倾斜监测选型指南", "summary": "在海上风机桩基冲刷导致的微小倾斜（<0.01°）长期静态监测条件下 → 采用力平衡式（伺服）加速度计，兼顾超低量程与高稳定性。", "focused_product": null, "product_series": null, "industry": [ "offshore wind" ], "measurement": [ "inclination monitoring" ], "tags": [ "offshore wind", "inclination monitoring", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZACS710系列海上风机桩基冲刷倾斜监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-tide-gravity-acceleration-selection", "category": "qa_article", "category_cn": "技术问答", "title": "潮汐观测重力加速度测量系统选型指南", "summary": "在需要连续实时监测潮汐重力变化且要求亚微伽分辨率（<1 µg）条件下 → 力平衡式（伺服）加速度计，兼顾动态响应与长期稳定性〔REF-001〕〔REF-002〕", "focused_product": null, "product_series": null, "industry": [ "地球物理监测", "结构健康监测", "地震前兆监测" ], "measurement": [ "重力加速度测量", "微伽级分辨率测量", "超低量程加速度计" ], "tags": [ "地球物理监测", "结构健康监测", "重力加速度测量", "传感器", "技术问答" ], "updated_at": "2025-09-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZACS710系列潮汐观测中重力加速度监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-seismic-microvibration-selection", "category": "qa_article", "category_cn": "技术问答", "title": "地震预警微振动监测传感器选型指南", "summary": "在地震早期预警及微前兆监测（需 <1 µg 分辨率，±0.1g 量程）条件下 → 力平衡（伺服）加速度计技术，兼顾超高灵敏度与长期稳定性〔REF-001〕〔RE…", "focused_product": null, "product_series": null, "industry": [ "地球物理监测", "结构健康监测 (SHM)", "精密计量" ], "measurement": [ "加速度测量", "微振动检测" ], "tags": [ "地球物理监测", "结构健康监测 (SHM)", "加速度测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZACS710系列精密设备场地环境震动/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-inertial-speed-measurement-selection", "category": "qa_article", "category_cn": "技术问答", "title": "精密转台转速测量选型指南（微重力级精度）", "summary": "在±0.1g微重力级精度要求且需间接测量角速度稳定性条件下 → 力平衡式（伺服）加速度计方案（英国真尚有ZACS710系列），阈值<1µg，适合极低频微小加速度…", "focused_product": null, "product_series": null, "industry": [ "精密制造", "光学测量", "天文观测", "半导体制造" ], "measurement": [ "角速度测量", "加速度测量", "转速测量", "振动测量" ], "tags": [ "精密制造", "光学测量", "角速度测量", "传感器", "技术问答" ], "updated_at": "2025-09-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZACS710系列精密转台转速稳定性测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-bridge-shm-seismic-accelerometer-selection", "category": "qa_article", "category_cn": "技术问答", "title": "桥梁微幅摆动监测力平衡式加速度计选型指南", "summary": "在桥梁微幅摆动监测（量程±0.1g，分辨率<1μg，带宽15Hz）条件下 → 力平衡式加速度计，具备微重力级量程、液浮阻尼抗冲击、天然低通滤波特性", "focused_product": null, "product_series": null, "industry": [ "基础设施健康监测", "土木工程结构监测" ], "measurement": [ "加速度", "振动", "位移", "结构健康监测(SHM)" ], "tags": [ "基础设施健康监测", "土木工程结构监测", "加速度", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZACS710系列钻头倾角测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "bridge-health-monitoring-selection", "category": "qa_article", "category_cn": "技术问答", "title": "大型桥梁微幅摆动监测选型指南:力平衡式加速度计方案", "summary": "在大型桥梁长期结构健康监测（SHM）且需捕捉微重力级别振动条件下 → 力平衡式（伺服）加速度计，具备超低量程（±0.1g）与高稳定性〔REF-001〕。", "focused_product": null, "product_series": null, "industry": [ "基础设施健康监测 (SHM)", "土木工程" ], "measurement": [ "振动测量", "位移监测" ], "tags": [ "基础设施健康监测 (SHM)", "土木工程", "振动测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZACS710系列隔振基座微震测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "seismic-accelerometer-selection", "category": "qa_article", "category_cn": "技术问答", "title": "地震监测用超高灵敏度加速度计选型指南", "summary": "在微震监测与地壳形变观测场景（分辨率要求<1 µg）条件下 → 力平衡式（伺服）加速度计，凭借闭环反馈与液浮阻尼实现超高灵敏度与长期稳定性", "focused_product": null, "product_series": null, "industry": [ "地震监测", "地球物理勘探", "结构健康监测" ], "measurement": [ "加速度测量", "微振动测量", "低频振动监测" ], "tags": [ "地震监测", "地球物理勘探", "加速度测量", "传感器", "技术问答" ], "updated_at": "2025-09-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZACS710系列隔振悬挂系统主动反馈/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-building-sway-accelerometer-selection", "category": "qa_article", "category_cn": "技术问答", "title": "高楼摇摆监测加速度计选型指南", "summary": "在监测高楼微幅低频摇摆（幅度<10mm，频率<5Hz，需微克级分辨率）条件下 → 力平衡式（伺服）加速度计，分辨率<1µg、超低量程±0.1g，配合液浮阻尼抗冲…", "focused_product": null, "product_series": null, "industry": [ "建筑监测", "结构健康监测" ], "measurement": [ "加速度测量", "位移测量", "姿态测量" ], "tags": [ "建筑监测", "结构健康监测", "加速度测量", "传感器", "技术问答" ], "updated_at": "2025-05-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZACS710系列高楼摇摆监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-high-rail-settlement-selection", "category": "qa_article", "category_cn": "技术问答", "title": "高铁无砟轨道板路基沉降监测超低重力传感器选型指南（含集成与验收附录）", "summary": "在长期在线微沉降监测且要求 ±0.1g 量程、分辨率<1µg条件下 → 倾斜测量技术（力平衡式伺服加速度计），如英国真尚有 ZACS710系列，具备超低量程、高…", "focused_product": null, "product_series": null, "industry": [ "轨道交通工程", "基础设施监测" ], "measurement": [ "倾斜测量技术", "激光扫描测量技术", "GNSS测量技术", "磁致伸缩位移传感器技术" ], "tags": [ "轨道交通工程", "基础设施监测", "倾斜测量技术", "传感器", "技术问答" ], "updated_at": "2025-11-28", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZACS710系列高铁无砟轨道板路基沉降测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-inner-hole-ellipticity-selection", "category": "qa_article", "category_cn": "技术问答", "title": "精密内孔椭圆度检测选型指南（0.01mm级）", "summary": "在高速在线全检且要求0.01mm级椭圆度精度条件下 → 激光三角与旋转扫描测量技术，兼顾高密度点云采集与非接触无损特性", "focused_product": null, "product_series": null, "industry": [ "航空航天", "汽车零部件", "精密轴承", "液压气动" ], "measurement": [ "椭圆度", "圆度", "圆柱度", "尺寸公差" ], "tags": [ "航空航天", "汽车零部件", "椭圆度", "传感器", "技术问答" ], "updated_at": "2025-04-10", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZID100CNC机床内孔椭圆度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-sewer-pipe-inspection-selection", "category": "qa_article", "category_cn": "技术问答", "title": "下水管道内壁均匀性与缺陷非接触检测选型指南", "summary": "在要求≤0.1mm几何公差且需完整三维轮廓重建条件下 → 线激光轮廓扫描技术，兼顾高精度、高速度与全参数覆盖。", "focused_product": null, "product_series": null, "industry": [ "市政基础设施", "管道制造与工程验收" ], "measurement": [ "内径测量", "圆度与圆柱度", "表面缺陷检测", "壁厚检测" ], "tags": [ "市政基础设施", "管道制造与工程验收", "内径测量", "传感器", "技术问答" ], "updated_at": "2025-08-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZID100下水管道内壁均匀性测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "deep-pipe-id-selection", "category": "qa_article", "category_cn": "技术问答", "title": "千米级深管道内径精密测量与质量控制选型指南", "summary": "在长距离深管道在线检测（长度>100m，内径≥4mm）且要求±0.01mm精度条件下 → 旋转线激光轮廓扫描技术，兼顾扫描速度与三维形貌重建能力", "focused_product": null, "product_series": null, "industry": [ "石油天然气", "航空航天", "液压气动", "核能工业", "医疗器械制造" ], "measurement": [ "内径", "圆度", "圆柱度", "直线度", "表面缺陷" ], "tags": [ "石油天然气", "航空航天", "内径", "传感器", "技术问答" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZID100不规则圆孔内壁扫描/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "pipe-id-selection-guide", "category": "qa_article", "category_cn": "技术问答", "title": "深孔与管道内径非接触测量选型指南", "summary": "在高速在线检测且要求微米级精度条件下 → 激光扫描测量技术，兼顾速度与轮廓重构能力", "focused_product": null, "product_series": null, "industry": [ "机械制造", "航空航天", "石油化工", "医疗器械" ], "measurement": [ "内径测量", "轮廓测量", "几何参数检测" ], "tags": [ "机械制造", "航空航天", "内径测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZID100光学镜头镜筒内径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-pipe-id-measurement-selection", "category": "qa_article", "category_cn": "技术问答", "title": "精密管道内径非接触式高精度测量选型指南", "summary": "在高速在线检测且要求微米级精度条件下 → 激光三角测量技术，兼顾速度与三维轮廓重建能力〔REF-001〕", "focused_product": null, "product_series": null, "industry": [ "航空航天", "医疗器械", "石油天然气", "液压气动", "精密机械" ], "measurement": [ "内径测量", "圆度检测", "圆柱度检测", "表面缺陷检测" ], "tags": [ "航空航天", "医疗器械", "内径测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZID100内螺纹尺寸控制/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "pipe-id-laser-scanning-selection", "category": "qa_article", "category_cn": "技术问答", "title": "管道内径与复杂轮廓激光扫描检测选型指南", "summary": "在长深管道（>1m）或复杂内轮廓（螺纹/锥形）且要求非接触±0.01mm精度条件下 → 旋转线激光轮廓扫描技术，兼顾深入能力与高密度点云采集。", "focused_product": null, "product_series": null, "industry": [ "石油天然气管道", "航空航天发动机", "医疗器械", "汽车液压系统" ], "measurement": [ "内径测量", "圆度/圆柱度", "表面缺陷三维轮廓", "激光三角测量", "白光干涉" ], "tags": [ "石油天然气管道", "航空航天发动机", "内径测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZID100内螺纹轮廓扫描/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "pipe-inner-diameter-selection-guide", "category": "qa_article", "category_cn": "技术问答", "title": "精密管道内径±5微米级非接触式检测选型指南", "summary": "在高速在线检测（刷新率>1kHz）且要求±5微米精度条件下 → 激光三角测量技术，兼顾扫描速度与空间分辨率", "focused_product": null, "product_series": null, "industry": [ "航空航天", "医疗器械", "液压气动", "能源管道" ], "measurement": [ "内径测量", "圆度/圆柱度", "表面缺陷三维轮廓", "直线度/锥度" ], "tags": [ "航空航天", "医疗器械", "内径测量", "传感器", "技术问答" ], "updated_at": "2025-04-12", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZID100凹槽内壁扫描/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-train-bore-selection-guide", "category": "qa_article", "category_cn": "技术问答", "title": "列车杆件内孔高精度检测选型指南", "summary": "在高速在线检测（≥1000Hz刷新率）且要求微米级精度条件下 → 激光三角测量/扫描技术，兼顾速度与全轮廓形位公差提取能力〔REF-002〕。", "focused_product": null, "product_series": null, "industry": [ "轨道交通", "机械制造" ], "measurement": [ "内径测量", "形位公差检测", "表面粗糙度检测" ], "tags": [ "轨道交通", "机械制造", "内径测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZID100列车杆件内孔测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "brake-pump-o-ring-id-selection", "category": "qa_article", "category_cn": "技术问答", "title": "汽车刹车泵O型圈内径±0.01mm非接触测量选型指南", "summary": "在高速在线检测（采样频率≥1 kHz）且要求同步获取内径、圆度与内壁轮廓条件下 → 激光三角测量技术，兼顾速度与多维几何信息", "focused_product": null, "product_series": null, "industry": [ "汽车制造", "零部件质检", "橡胶密封件" ], "measurement": [ "内径测量", "圆度检测", "表面缺陷识别" ], "tags": [ "汽车制造", "零部件质检", "内径测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZID100刹车泵内部胶圈直径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-extruder-long-tube-id-selection", "category": "qa_article", "category_cn": "技术问答", "title": "单筒挤出机长管内径微米级非接触测量选型指南", "summary": "在要求长管深孔三维几何与表面缺陷在线检测条件下 → 线激光轮廓扫描技术，兼顾全轮廓采集与深度定制能力", "focused_product": null, "product_series": null, "industry": [ "塑料挤出", "橡胶加工", "液压元件制造" ], "measurement": [ "内径测量", "圆度检测", "圆柱度检测", "直线度检测", "锥度检测", "表面缺陷检测" ], "tags": [ "塑料挤出", "橡胶加工", "内径测量", "传感器", "技术问答" ], "updated_at": "2025-08-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZID100单筒挤出机内径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-extruder-barrel-id-selection", "category": "qa_article", "category_cn": "技术问答", "title": "双筒挤出机机筒内径高精度非接触检测选型指南", "summary": "在线或高速批量检测且需获取完整内壁3D轮廓条件下 → 线激光轮廓扫描技术，兼顾刷新率/输出频率与微米级测量精度", "focused_product": null, "product_series": null, "industry": [ "塑料加工", "橡胶制品", "食品机械" ], "measurement": [ "内径测量", "圆度与圆柱度", "表面磨损检测", "几何公差" ], "tags": [ "塑料加工", "橡胶制品", "内径测量", "传感器", "技术问答" ], "updated_at": "2025-08-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZID100双筒挤出机内径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-cylinder-bore-selection", "category": "qa_article", "category_cn": "技术问答", "title": "发动机气缸内径高精度检测选型指南", "summary": "在大批量在线检测且要求±0.01mm精度条件下 → 激光三角测量系统，兼顾采样速度、三维形貌重构与微米级分辨率", "focused_product": null, "product_series": null, "industry": [ "汽车制造", "航空航天", "液压气动" ], "measurement": [ "内径测量", "圆度与圆柱度", "表面轮廓", "几何公差" ], "tags": [ "汽车制造", "航空航天", "内径测量", "传感器", "技术问答" ], "updated_at": "2025-09-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZID100发动机气缸内径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "engine-cylinder-bore-selection", "category": "qa_article", "category_cn": "技术问答", "title": "发动机缸体内径检测方案选型指南", "summary": "在生产线100%在线检测且需全面三维轮廓与表面缺陷识别条件下 → 线激光轮廓扫描方案，兼顾非接触、高分辨率与自动化集成能力〔REF-002〕", "focused_product": null, "product_series": null, "industry": [ "汽车制造", "发动机生产", "精密机械加工" ], "measurement": [ "内径测量", "轮廓测量", "几何公差检测", "表面缺陷检测" ], "tags": [ "汽车制造", "发动机生产", "内径测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZID100发动机缸体内径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "oil-pipeline-id-selection-guide", "category": "qa_article", "category_cn": "技术问答", "title": "石油管道内径高精度检测与缺陷评估选型指南", "summary": "在长距离管道内径、圆度及表面缺陷三维扫描场景下 → 激光三角测量/激光扫描技术，兼顾非接触、高速采集与定制化平移模块适应性。", "focused_product": null, "product_series": null, "industry": [ "油气输送", "装备制造", "核电", "航空航天" ], "measurement": [ "内径测量", "圆度/圆柱度", "表面粗糙度", "三维轮廓", "内部结构无损检测" ], "tags": [ "油气输送", "装备制造", "内径测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZID100变径内腔内壁检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "aerospace-pipe-id-inspection-selection", "category": "qa_article", "category_cn": "技术问答", "title": "航空航天深孔与异形管道微米级内径及三维轮廓检测选型指南", "summary": "在航空航天深孔/异形管道在线检测且要求±10 μm精度条件下 → 线激光轮廓扫描技术，兼顾三维缺陷重建与长管适配性", "focused_product": null, "product_series": null, "industry": [ "航空航天", "精密制造", "流体管路" ], "measurement": [ "内径测量", "圆度测量", "圆柱度测量", "表面缺陷三维重建" ], "tags": [ "航空航天", "精密制造", "内径测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZID100变径孔内径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-pipeline-id-laser-selection", "category": "qa_article", "category_cn": "技术问答", "title": "长距离管道内径与形位公差非接触检测选型指南", "summary": "在长距离管道（≥50 m）内壁全周向扫描且要求±0.01 mm精度条件下 → 线激光轮廓扫描技术，兼顾空间分辨率与自动化平移集成能力", "focused_product": null, "product_series": null, "industry": [ "石油天然气", "核电", "航空航天", "精密机械", "军工" ], "measurement": [ "内径", "圆度", "圆柱度", "直线度", "锥度", "表面缺陷三维轮廓" ], "tags": [ "石油天然气", "核电", "内径", "传感器", "技术问答" ], "updated_at": "2025-09-10", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZID100台阶孔内径和内壁测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-aero-leaf-spring-id-selection", "category": "qa_article", "category_cn": "技术问答", "title": "航空航天叶片弹簧内径与圆度非接触式检测选型指南", "summary": "在要求≤±0.003 mm测量精度且需获取完整内壁三维形貌（圆度、圆柱度、表面缺陷）条件下 → 激光三角测量与旋转扫描技术，兼顾精度与信息量〔REF-002〕", "focused_product": null, "product_series": null, "industry": [ "航空航天", "精密制造" ], "measurement": [ "内径测量", "圆度检测", "形貌扫描" ], "tags": [ "航空航天", "精密制造", "内径测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZID100叶片弹簧孔内径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-respirator-bottle-preform-inspection-selection", "category": "qa_article", "category_cn": "技术问答", "title": "呼吸器瓶胚内胆壁厚与内径高精度非接触式检测选型指南", "summary": "在要求±0.01 mm以上精度且需直接测量透明材料壁厚的条件下 → 白光共聚焦/干涉测量技术，兼顾纳米级精度与直接壁厚测量能力〔REF-001〕〔REF-003…", "focused_product": null, "product_series": null, "industry": [ "医疗器械", "塑料加工", "工业自动化" ], "measurement": [ "内径测量", "壁厚测量", "轮廓测量", "几何量测量" ], "tags": [ "医疗器械", "塑料加工", "内径测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZID100呼吸器瓶胚内胆壁厚测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-nozzle-id-selection", "category": "qa_article", "category_cn": "技术问答", "title": "精密喷嘴内径检测选型指南", "summary": "在要求±2 µm级内径精度且需获取圆度、锥度、三维内壁形貌条件下 → 非接触式激光位移与扫描测量技术，兼顾全面性与探头可定制性", "focused_product": null, "product_series": null, "industry": [ "汽车制造", "航空航天", "医疗器械", "精密机械", "半导体与电子" ], "measurement": [ "内径", "圆度", "圆柱度", "锥度", "直线度", "同心度", "表面缺陷", "表面粗糙度" ], "tags": [ "汽车制造", "航空航天", "内径", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZID100喷嘴内径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "nozzle-id-wear-selection-guide", "category": "qa_article", "category_cn": "技术问答", "title": "喷嘴内径磨损非接触式检测选型指南", "summary": "在要求测量精度≤±0.01mm且检测节拍<5秒/件的在线批量生产条件下 → 线激光轮廓扫描技术，兼顾微米级精度、高频输出与非接触特性", "focused_product": null, "product_series": null, "industry": [ "汽车制造", "航空航天", "化工制药", "增材制造" ], "measurement": [ "内径测量", "圆度测量", "圆柱度测量", "表面粗糙度", "三维轮廓扫描", "工业CT" ], "tags": [ "汽车制造", "航空航天", "内径测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZID100喷嘴磨损控制/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-pipe-id-micron-selection", "category": "qa_article", "category_cn": "技术问答", "title": "大型管道内径微米级高精度非接触测量选型指南", "summary": "在长输管道在线/快速检测且要求±5 µm以内精度条件下 → 线激光轮廓扫描技术，兼顾高速采集与宏观尺寸测量范围", "focused_product": null, "product_series": null, "industry": [ "石油天然气", "航空航天", "机械制造", "汽车工业" ], "measurement": [ "内径", "圆度", "圆柱度", "表面缺陷三维轮廓" ], "tags": [ "石油天然气", "航空航天", "内径", "传感器", "技术问答" ], "updated_at": "2025-08-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZID100回转体内壁扫描/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "inner-diameter-measurement-selection", "category": "qa_article", "category_cn": "技术问答", "title": "高速自动化产线内径测量技术选型指南", "summary": "在高速在线全检（节拍≤1s）且仅需通孔直径与尺寸一致性控制条件下 → 激光扫描测微技术，输出频率达1600次/秒，重复精度为亚微米级〔REF-001〕。", "focused_product": null, "product_series": null, "industry": [ "汽车制造", "航空航天", "液压气动", "医疗器械", "石油天然气" ], "measurement": [ "内径尺寸", "圆度", "圆柱度", "锥度", "直线度", "同轴度", "表面缺陷" ], "tags": [ "汽车制造", "航空航天", "内径尺寸", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZID100回转体内径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "precision-pipe-id-laser-selection", "category": "qa_article", "category_cn": "技术问答", "title": "精密管道内径测量系统选型指南（含集成与验收附录）", "summary": "在要求±0.01 mm精度、在线高速检测且需三维轮廓数据条件下 → 激光三角测量旋转扫描方案，兼顾速度、精度与形貌信息〔REF-001〕〔REF-002〕", "focused_product": null, "product_series": null, "industry": [ "航空航天", "医疗器械", "液压传动", "能源石化" ], "measurement": [ "内径", "圆度", "圆柱度", "直线度", "锥度", "表面缺陷" ], "tags": [ "航空航天", "医疗器械", "内径", "传感器", "技术问答" ], "updated_at": "2025-04-10", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZID100堆叠铁芯内径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "plastic-pipe-id-measurement-selection", "category": "qa_article", "category_cn": "技术问答", "title": "塑料管道内径非接触式测量方案选型指南", "summary": "在要求±0.01 mm精度且需实时缺陷检测的塑料管道内径测量条件下 → 激光三角测量/扫描技术，兼顾速度与三维形貌重建能力〔REF-001〕。", "focused_product": null, "product_series": null, "industry": [ "塑料管道制造", "医疗器械", "汽车零部件", "航空航天", "石油天然气" ], "measurement": [ "内径", "圆度", "圆柱度", "壁厚", "表面缺陷" ], "tags": [ "塑料管道制造", "医疗器械", "内径", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZID100塑料管道内壁检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "composite-pipe-inspection-selection", "category": "qa_article", "category_cn": "技术问答", "title": "复合材料管道内径与缺陷高精度无损检测选型指南", "summary": "在线批量高精度几何尺寸检测（精度要求≤±0.01 mm）且需快速响应条件下 → 激光三角测量/线激光轮廓扫描技术，兼顾微米级精度与高速采集", "focused_product": null, "product_series": null, "industry": [ "航空航天", "汽车工业", "能源装备", "医疗器械" ], "measurement": [ "内径", "圆度", "圆柱度", "锥度", "直线度", "表面缺陷三维轮廓", "无损检测" ], "tags": [ "航空航天", "汽车工业", "内径", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZID100复合材料内壁扫描/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "composite-pipe-id-inspection-selection", "category": "qa_article", "category_cn": "技术问答", "title": "复合材料管道内径高精度非接触式检测选型指南", "summary": "在高速在线批量检测（节拍要求毫秒级响应）且仅需孔径偏差比对条件下 → 气动测量技术，重复精度可达0.1μm ~ 0.5μm，气流自清洁适合恶劣产线〔REF-00…", "focused_product": null, "product_series": null, "industry": [ "航空航天", "化工", "海洋工程", "医疗器械", "体育器材" ], "measurement": [ "内径测量", "圆度测量", "圆柱度测量", "锥度测量", "直线度测量", "表面缺陷检测" ], "tags": [ "航空航天", "化工", "内径测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZID100复合材料内径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "long-tube-id-selection-guide", "category": "qa_article", "category_cn": "技术问答", "title": "长管内径微米级精密测量与缺陷检测选型指南", "summary": "在长管（数十米级）内径±5μm精度、需兼顾圆度/直线度/表面缺陷三维重建条件下 → 线激光轮廓扫描技术，兼顾非接触、高速采集与深管探测能力〔REF-002〕", "focused_product": null, "product_series": null, "industry": [ "液压与气动", "航空航天", "汽车制造", "军工", "医疗器械" ], "measurement": [ "内径", "圆度", "直线度", "圆柱度", "锥度", "表面缺陷三维轮廓" ], "tags": [ "液压与气动", "航空航天", "内径", "传感器", "技术问答" ], "updated_at": "2025-04-12", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZID100多内锥长管内径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "large-pipe-id-inspection-selection", "category": "qa_article", "category_cn": "技术问答", "title": "大直径管道微米级内径及形位公差非接触式快速检测选型指南", "summary": "在长管在线/批量检测且要求非接触、微米级精度条件下 → 非接触式激光扫描内径测量，兼顾速度、数据密度与形位公差全量采集。", "focused_product": null, "product_series": null, "industry": [ "油气输送", "航空航天", "重型装备", "核电运维" ], "measurement": [ "内径测量", "圆度", "圆柱度", "直线度", "表面缺陷三维轮廓" ], "tags": [ "油气输送", "航空航天", "内径测量", "传感器", "技术问答" ], "updated_at": "2025-04-18", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZID100大缸径内径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "precision-pipe-inspection-selection", "category": "qa_article", "category_cn": "技术问答", "title": "±0.01 mm精密管道内径及几何参数非接触式检测方案选型指南", "summary": "在±0.01 mm精度要求且产线节拍＜10 s/件条件下 → 激光三角测量法，兼顾高速在线采集与微米级重复性。", "focused_product": null, "product_series": null, "industry": [ "航空航天", "液压气动", "医疗器械", "石油天然气", "模具铸造" ], "measurement": [ "内径", "圆度", "圆柱度", "直线度", "锥度", "同心度", "表面缺陷" ], "tags": [ "航空航天", "液压气动", "内径", "传感器", "技术问答" ], "updated_at": "2025-08-20", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZID100套筒内壁扫描/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "precision-inner-hole-selection-guide", "category": "qa_article", "category_cn": "技术问答", "title": "10微米级精密内孔非接触自动化检测选型指南", "summary": "在公差要求≤10μm且需产线在线高速分选条件下 → 气动背压测量方案，测量精度可达±0.1μm，重复性小于0.1μm", "focused_product": null, "product_series": null, "industry": [ "航空航天", "液压元件", "汽车零部件", "医疗器械", "精密轴承" ], "measurement": [ "内径", "圆度", "圆柱度", "同心度", "表面粗糙度" ], "tags": [ "航空航天", "液压元件", "内径", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZID100套筒内径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-pipeline-inner-wall-selection", "category": "qa_article", "category_cn": "技术问答", "title": "长距离石油管道内壁缺陷三维监测选型指南", "summary": "在长距离石油管道内壁腐蚀缺陷三维检测（精度±0.01mm级）且要求非接触、连续扫描条件下 → 线激光轮廓扫描技术，兼顾扫描速度、测量量程与三维建模能力〔REF-…", "focused_product": null, "product_series": null, "industry": [ "石油化工", "天然气输送", "市政水务", "核电设施" ], "measurement": [ "内径测量", "圆度/圆柱度", "表面缺陷三维轮廓", "直线度/锥度" ], "tags": [ "石油化工", "天然气输送", "内径测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZID100套管内径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-pipe-id-laser-selection", "category": "qa_article", "category_cn": "技术问答", "title": "精密管道内径与几何精度非接触式测量系统选型指南", "summary": "在要求±0.01 mm内径精度且需同步检测圆度、圆柱度、直线度与表面缺陷条件下 → 激光三角测量（旋转扫描或多点阵列）方案，兼顾精度、速度与三维重构能力〔REF…", "focused_product": null, "product_series": null, "industry": [ "液压气动", "航空航天", "医疗器械", "核电", "精密模具" ], "measurement": [ "内径", "圆度", "圆柱度", "直线度", "锥度", "同心度", "表面缺陷" ], "tags": [ "液压气动", "航空航天", "内径", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZID100套管变形测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "pipe-id-form-tolerance-selection", "category": "qa_article", "category_cn": "技术问答", "title": "工业管道内径及形位公差高精度检测选型指南", "summary": "在高速在线检测且要求±0.01mm精度条件下 → 非接触式激光三角测量/扫描技术，兼顾速度与精度", "focused_product": null, "product_series": null, "industry": [ "石油天然气", "航空航天", "汽车制造", "医疗器械", "液压气动" ], "measurement": [ "内径", "圆度", "圆柱度", "锥度", "直线度", "表面缺陷" ], "tags": [ "石油天然气", "航空航天", "内径", "传感器", "技术问答" ], "updated_at": "2025-08-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZID100定子内径圆度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-micro-bore-inspection-selection", "category": "qa_article", "category_cn": "技术问答", "title": "自动化生产线微米级内径与形位公差在线检测选型指南", "summary": "在自动化产线在线全检且要求±0.01 mm精度条件下 → 线激光轮廓扫描技术，兼顾非接触、高密度点云与多维几何参数重建能力〔REF-002〕", "focused_product": null, "product_series": null, "industry": [ "汽车制造", "航空航天", "液压气动元件", "医疗器械" ], "measurement": [ "内径", "圆度", "圆柱度", "直线度", "锥度", "表面缺陷" ], "tags": [ "汽车制造", "航空航天", "内径", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZID100小直径孔洞检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "precision-tube-id-inspection-selection", "category": "qa_article", "category_cn": "技术问答", "title": "精密管材内径与形貌±10µm非接触式检测选型指南", "summary": "在精密管材内径检测要求达到±0.01mm且需获取内壁三维轮廓条件下 → 线激光轮廓扫描技术，兼顾空间分辨率与多参数提取能力", "focused_product": null, "product_series": null, "industry": [ "航空航天", "医疗器械", "液压气动元件制造", "能源管道" ], "measurement": [ "内径", "圆度", "圆柱度", "直线度", "锥度", "同心度", "表面缺陷" ], "tags": [ "航空航天", "医疗器械", "内径", "传感器", "技术问答" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZID100层压管几何形状测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "long-deep-boss-pipe-ids-selection", "category": "qa_article", "category_cn": "技术问答", "title": "长深带凸台管道内径及三维几何高精度非接触测量选型指南", "summary": "在长深管道（长度达数米至千米级）且要求±0.01 mm ~ ±0.1 mm内径与凸台三维轮廓精度条件下 → 旋转激光三角扫描方案，兼顾深腔可达性、高频采集与非接…", "focused_product": null, "product_series": null, "industry": [ "汽车制造", "航空航天", "石油天然气", "医疗器械", "精密机械制造" ], "measurement": [ "内径", "圆度", "圆柱度", "锥度", "直线度", "同心度", "表面三维轮廓" ], "tags": [ "汽车制造", "航空航天", "内径", "传感器", "技术问答" ], "updated_at": "2025-08-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZID100带凸台管道内壁扫描/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "irregular-pipe-id-selection-guide", "category": "qa_article", "category_cn": "技术问答", "title": "复杂异形管道内径±5微米级高精度检测方案选型指南", "summary": "在需要±5微米级测量精度且要求在线或批量检测条件下 → 激光三角测量与扫描技术，兼顾采集速度与空间分辨率〔REF-001〕", "focused_product": null, "product_series": null, "industry": [ "航空航天", "汽车制造", "医疗器械", "石油天然气" ], "measurement": [ "内径", "圆度", "圆柱度", "锥度", "直线度", "表面缺陷三维轮廓" ], "tags": [ "航空航天", "汽车制造", "内径", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZID100异形孔内壁测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "extruder-barrel-inspection-selection", "category": "qa_article", "category_cn": "技术问答", "title": "挤出机筒高温内壁高精度非接触式测量选型指南", "summary": "在高温在线检测且要求±0.01mm精度条件下 → 激光三角测量与扫描技术，兼顾速度、全面形貌重建与非接触特性", "focused_product": null, "product_series": null, "industry": [ "高分子材料加工", "电线电缆制造", "特种合金挤压", "食品与制药设备" ], "measurement": [ "内径", "圆度", "圆柱度", "直线度", "锥度", "表面缺陷" ], "tags": [ "高分子材料加工", "电线电缆制造", "内径", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZID100挤出机筒内壁测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "extruder-barrel-wear-inspection-selection", "category": "qa_article", "category_cn": "技术问答", "title": "挤塑机机膛内壁磨损检测与非接触测量方案选型指南", "summary": "在要求±0.01mm精度且需获取完整三维内壁形貌条件下 → 激光三角测量旋转扫描方案，兼顾深孔适应性、高分辨率与定制化能力〔REF-001〕。", "focused_product": null, "product_series": null, "industry": [ "塑胶加工", "预测性维护", "精密计量" ], "measurement": [ "内径测量", "圆度测量", "圆柱度测量", "表面缺陷检测", "磨损量评估" ], "tags": [ "塑胶加工", "预测性维护", "内径测量", "传感器", "技术问答" ], "updated_at": "2025-08-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZID100挤塑机机膛内壁扫描/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "extruder-barrel-id-selection", "category": "qa_article", "category_cn": "技术问答", "title": "挤塑机机膛内径非接触式测量选型指南", "summary": "在要求±0.01 mm精度且需在线/准在线监测磨损条件下 → 激光三角测量与扫描方案，兼顾高精度、三维轮廓获取与非接触特性", "focused_product": null, "product_series": null, "industry": [ "塑料机械", "挤出成型" ], "measurement": [ "内径测量", "圆度", "圆柱度", "磨损监测" ], "tags": [ "塑料机械", "挤出成型", "内径测量", "传感器", "技术问答" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZID100挤塑机机膛内径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-heat-exchanger-tube-id-selection", "category": "qa_article", "category_cn": "技术问答", "title": "换热管内径高精度非接触测量选型指南", "summary": "在换热管内径±5 µm精度要求、长管在线检测且需同步识别内壁缺陷条件下 → 激光扫描测量技术，原因是该方案兼顾三维轮廓重建与高速数据采集", "focused_product": null, "product_series": null, "industry": [ "石油化工", "航空航天", "医疗器械", "汽车制造" ], "measurement": [ "内径测量", "圆度测量", "圆柱度测量", "直线度测量", "表面缺陷检测" ], "tags": [ "石油化工", "航空航天", "内径测量", "传感器", "技术问答" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZID100换热管内径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-bore-measurement-selection", "category": "qa_article", "category_cn": "技术问答", "title": "高速数控生产线内孔微米级精度非接触测量选型指南", "summary": "在高速在线检测（秒级节拍）且要求微米级精度条件下 → 激光扫描测量或光学影像测量技术，兼顾速度与数据密度〔REF-001〕", "focused_product": null, "product_series": null, "industry": [ "汽车制造", "液压/气动元件", "航空航天", "医疗器械", "精密模具/工具" ], "measurement": [ "内孔直径", "圆度", "圆柱度", "直线度", "锥度", "同心度", "表面粗糙度" ], "tags": [ "汽车制造", "液压/气动元件", "内孔直径", "传感器", "技术问答" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZID100数控机床内孔直径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "petrochem-pipeline-id-selection", "category": "qa_article", "category_cn": "技术问答", "title": "石油化工管道内径及表面缺陷检测选型指南", "summary": "在要求±0.05mm内径测量精度且需全面内壁三维形貌重建条件下 → 线激光轮廓扫描技术，兼顾高速采集与非接触检测，原因是该路线可输出高密度点云并覆盖圆度、圆柱度…", "focused_product": null, "product_series": null, "industry": [ "石油化工", "油气输送", "装备制造" ], "measurement": [ "内径测量", "圆度与圆柱度", "表面缺陷检测", "完整性评估" ], "tags": [ "石油化工", "油气输送", "内径测量", "传感器", "技术问答" ], "updated_at": "2025-08-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZID100方形孔内壁扫描/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-pipeline-id-inspection-selection", "category": "qa_article", "category_cn": "技术问答", "title": "长距离管道内径与形位公差非接触式检测选型指南", "summary": "在要求±10μm级精度且需覆盖长距离（数十米至百米级）管道内径连续检测条件下 → 旋转激光扫描方案，兼顾完整三维轮廓获取与复杂形位公差评估〔REF-002〕。", "focused_product": null, "product_series": null, "industry": [ "石油化工", "航空航天", "精密机械", "医疗器械" ], "measurement": [ "内径测量", "圆度测量", "圆柱度测量", "直线度测量", "轮廓扫描" ], "tags": [ "石油化工", "航空航天", "内径测量", "传感器", "技术问答" ], "updated_at": "2025-08-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZID100方形孔直线度检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "pipe-id-inspection-selection", "category": "qa_article", "category_cn": "技术问答", "title": "精密管材小口径长距离内径高精度检测选型指南", "summary": "在高速在线检测（采样频率≥1 kHz）且要求内径绝对精度±0.01 mm条件下 → 激光三角测量技术，兼顾速度与空间分辨率", "focused_product": null, "product_series": null, "industry": [ "航空航天", "汽车制造", "医疗器械", "石油天然气", "精密机械制造" ], "measurement": [ "内径", "圆度", "圆柱度", "直线度", "表面缺陷" ], "tags": [ "航空航天", "汽车制造", "内径", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZID100方管内壁检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "sq-tube-id-precision-selection", "category": "qa_article", "category_cn": "技术问答", "title": "方管内径±5微米级精密测量选型指南", "summary": "在方管内径±5μm精度要求且需在线批量检测条件下 → 线激光轮廓扫描技术，兼顾速度与三维数据完整性", "focused_product": null, "product_series": null, "industry": [ "航空航天", "液压气动", "医疗器械", "汽车零部件" ], "measurement": [ "内径", "形位公差", "表面缺陷三维轮廓", "直线度", "平行度", "锥度" ], "tags": [ "航空航天", "液压气动", "内径", "传感器", "技术问答" ], "updated_at": "2025-04-18", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZID100方管内径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-precision-bore-selection", "category": "qa_article", "category_cn": "技术问答", "title": "±1微米级非接触式内径测量技术选型指南", "summary": "在要求±1微米级测量精度且需获取圆度、圆柱度、锥度、直线度及三维表面缺陷数据的复杂内径检测条件下 → 线激光轮廓扫描或高精度激光三角测量阵列方案，兼顾检测速度与…", "focused_product": null, "product_series": null, "industry": [ "航空航天", "汽车制造", "液压气动", "医疗器械", "精密模具" ], "measurement": [ "内径尺寸", "圆度", "圆柱度", "锥度", "直线度", "表面粗糙度与缺陷" ], "tags": [ "航空航天", "汽车制造", "内径尺寸", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZID100机械制造ID测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-precision-bore-noncontact-selection", "category": "qa_article", "category_cn": "技术问答", "title": "精密加工内径±1μm级非接触测量选型指南", "summary": "在在线批量检测（节拍<5秒/件）且核心诉求为直径与基础形位公差控制条件下 → 气动测量技术，重复性优于0.1μm，对表面反射率与颜色不敏感", "focused_product": null, "product_series": null, "industry": [ "航空航天", "汽车制造", "液压气动元件", "医疗器械", "精密模具" ], "measurement": [ "内径尺寸", "圆度", "圆柱度", "锥度", "直线度", "同轴度", "表面粗糙度", "三维轮廓" ], "tags": [ "航空航天", "汽车制造", "内径尺寸", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZID100机械制造内径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-inner-diameter-selection", "category": "qa_article", "category_cn": "技术问答", "title": "±0.01 mm内径高精度检测技术选型指南", "summary": "在高速在线检测（>1000Hz）且要求全面三维形貌采集条件下 → 激光三角测量与扫描技术，兼顾速度与几何参数完整性", "focused_product": null, "product_series": null, "industry": [ "精密制造", "航空航天", "汽车工业", "医疗器械" ], "measurement": [ "内径测量", "圆度测量", "圆柱度测量", "表面粗糙度与缺陷检测" ], "tags": [ "精密制造", "航空航天", "内径测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZID100机筒内径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-nuclear-pipeline-id-selection", "category": "qa_article", "category_cn": "技术问答", "title": "核电站管道内径高精度无损检测选型指南", "summary": "在要求±0.02 mm至±0.1 mm内径精度且需获取完整内壁三维轮廓条件下 → 线激光轮廓扫描技术，兼顾高速采集与非接触测量，可同步输出圆度、圆柱度与表面缺陷…", "focused_product": null, "product_series": null, "industry": [ "核电", "能源基础设施" ], "measurement": [ "内径测量", "几何尺寸检测", "无损检测" ], "tags": [ "核电", "能源基础设施", "内径测量", "传感器", "技术问答" ], "updated_at": "2025-04-18", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZID100核电站管道内径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-nuclear-pipeline-ndt-selection", "category": "qa_article", "category_cn": "技术问答", "title": "核电管道内表面无损检测与几何尺寸测量选型指南", "summary": "在核电蒸汽发生器U形管或主冷却剂管道内壁微米级几何尺寸与表面缺陷检测条件下 → 激光扫描/位移测量技术，兼顾±2μm精度与三维建模能力", "focused_product": null, "product_series": null, "industry": [ "核电", "能源装备" ], "measurement": [ "内径测量", "壁厚测量", "表面缺陷检测", "三维形貌重建" ], "tags": [ "核电", "能源装备", "内径测量", "传感器", "技术问答" ], "updated_at": "2025-04-18", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZID100核电站管道内表面检查/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-precision-tube-id-selection", "category": "qa_article", "category_cn": "技术问答", "title": "精密管材内径圆度椭圆度非接触式检测选型指南", "summary": "在要求±10μm以内径/圆度/椭圆度检测，且需完整内表面三维数据条件下 → 激光三角测量与旋转扫描技术，兼顾微米级精度、高空间分辨率与定制化能力〔REF-002…", "focused_product": null, "product_series": null, "industry": [ "液压系统", "医疗器械", "航空航天", "汽车零部件", "精密仪器仪表" ], "measurement": [ "内径测量", "圆度评价", "椭圆度评价", "圆柱度评价", "内表面形貌重建" ], "tags": [ "液压系统", "医疗器械", "内径测量", "传感器", "技术问答" ], "updated_at": "2025-04-18", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZID100椎体内径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "precision-pipe-id-selection", "category": "qa_article", "category_cn": "技术问答", "title": "精密管道内径高精度非接触测量选型指南", "summary": "在要求±5 μm以内公差且需获取完整内壁三维轮廓与表面缺陷条件下 → 激光三角法轮廓测量（旋转扫描方案），兼顾全参数几何评价与缺陷量化能力〔REF-004〕", "focused_product": null, "product_series": null, "industry": [ "航空航天", "液压气动", "医疗器械", "汽车制造", "能源" ], "measurement": [ "内径", "圆度", "圆柱度", "锥度", "直线度", "表面缺陷" ], "tags": [ "航空航天", "液压气动", "内径", "传感器", "技术问答" ], "updated_at": "2025-06-18", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZID100橡胶管内径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-pipe-laser-inspection-selection", "category": "qa_article", "category_cn": "技术问答", "title": "百米级长距离管道内壁微米级几何形貌与缺陷检测选型指南", "summary": "在要求百米级连续检测、测量精度达到±0.05mm且需完整三维轮廓条件下 → 非接触式激光三角测量与扫描成像方案，兼顾长距离平移集成与缺陷量化能力〔REF-001…", "focused_product": null, "product_series": null, "industry": [ "石油天然气", "城市供排水", "核电", "化工", "航空航天" ], "measurement": [ "内径", "圆度", "圆柱度", "直线度", "锥度", "表面缺陷三维轮廓" ], "tags": [ "石油天然气", "城市供排水", "内径", "传感器", "技术问答" ], "updated_at": "2025-10-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZID100歩进孔内径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-cylinder-bore-selection-问答zid100气缸内壁尺寸测量", "category": "qa_article", "category_cn": "技术问答", "title": "气缸内壁微米级非接触式检测选型指南", "summary": "在高速在线检测（节拍＜5秒/件）且仅需内径、圆度、锥度等基础几何参数条件下 → 气动量仪方案，测量速度快、重复性好、对油污与粗糙度不敏感〔REF-002〕", "focused_product": null, "product_series": null, "industry": [ "汽车制造", "航空航天", "液压气动", "医疗器械", "能源行业" ], "measurement": [ "内径", "圆度", "圆柱度", "直线度", "表面缺陷三维轮廓" ], "tags": [ "汽车制造", "航空航天", "内径", "传感器", "技术问答" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZID100气缸内壁尺寸测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "cylinder-bore-corrosion-selection", "category": "qa_article", "category_cn": "技术问答", "title": "工业气缸内壁腐蚀与几何形貌非接触式检测选型指南", "summary": "在需同时获取内径、圆度及微米级表面缺陷三维形貌条件下 → 线激光轮廓扫描技术，兼顾精度、速度与自动化集成能力〔REF-001〕。", "focused_product": null, "product_series": null, "industry": [ "液压气动", "航空航天", "石油天然气", "电力能源", "化工" ], "measurement": [ "内径", "圆度", "圆柱度", "表面粗糙度", "壁厚" ], "tags": [ "液压气动", "航空航天", "内径", "传感器", "技术问答" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZID100气缸内表面腐蚀检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-bore-optical-measurement-selection", "category": "qa_article", "category_cn": "技术问答", "title": "精密零部件内径非接触式光学测量选型指南", "summary": "在大批量在线检测（>1000Hz）且要求微米级精度条件下 → 激光三角法，兼顾速度与精度〔REF-001〕", "focused_product": null, "product_series": null, "industry": [ "汽车制造", "航空航天", "石油化工", "精密制造", "医疗器械" ], "measurement": [ "内径测量", "圆度检测", "轮廓扫描", "尺寸在线检测" ], "tags": [ "汽车制造", "航空航天", "内径测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZID100油田管道内径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-pipeline-wax-monitoring-selection", "category": "qa_article", "category_cn": "技术问答", "title": "油田管道结蜡厚度非接触监测选型指南", "summary": "在要求≤±2 μm 精度且需重建管道内壁三维轮廓条件下 → 非接触式激光内径测量技术，兼顾高精度、长距离自走式巡检与圆度/圆柱度/直线度全面采集", "focused_product": null, "product_series": null, "industry": [ "石油天然气", "油气管道完整性管理" ], "measurement": [ "内径测量", "厚度测量", "轮廓扫描", "涂层与结垢测厚" ], "tags": [ "石油天然气", "油气管道完整性管理", "内径测量", "传感器", "技术问答" ], "updated_at": "2025-08-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZID100油田管道结蜡厚度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "hydraulic-cylinder-bore-selection", "category": "qa_article", "category_cn": "技术问答", "title": "液压油缸内壁±5μm精度检测选型指南", "summary": "在油缸内壁要求±5μm几何精度、需获取完整三维轮廓且要求无损在线检测条件下 → 线激光轮廓扫描技术，兼顾速度、全尺寸参数提取与非接触特性", "focused_product": null, "product_series": null, "industry": [ "液压与气动", "汽车制造", "航空航天", "能源与石化" ], "measurement": [ "内径", "圆度", "圆柱度", "直线度", "表面粗糙度", "三维轮廓" ], "tags": [ "液压与气动", "汽车制造", "内径", "传感器", "技术问答" ], "updated_at": "2025-04-18", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZID100油缸内壁尺寸测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-cyl-inner-meas-selection", "category": "qa_article", "category_cn": "技术问答", "title": "油缸内壁微米级非接触测量技术与设备选型指南", "summary": "在油缸内壁±5 μm精度要求且需同时获取内径、圆度、圆柱度及三维形貌条件下 → 激光三角测量法多传感器集成或旋转扫描方案，兼顾速度、精度与参数全面性〔REF-0…", "focused_product": null, "product_series": null, "industry": [ "液压元件制造", "汽车发动机部件", "航空航天", "医疗器械", "精密机械加工" ], "measurement": [ "内径", "圆度", "圆柱度", "直线度", "表面粗糙度", "表面缺陷" ], "tags": [ "液压元件制造", "汽车发动机部件", "内径", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZID100油缸内壁检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "hydraulic-cylinder-inner-wall-selection", "category": "qa_article", "category_cn": "技术问答", "title": "液压油缸内壁微米级几何尺寸与缺陷无损检测选型指南", "summary": "在要求±2μm级内径/圆度/圆柱度及微米级表面缺陷三维量化条件下 → 旋转线激光轮廓扫描技术，兼顾精度、速度与自动化集成〔REF-002〕。", "focused_product": null, "product_series": null, "industry": [ "液压传动", "重型机械", "汽车零部件", "航空航天", "石油天然气" ], "measurement": [ "内径", "圆度", "圆柱度", "直线度", "锥度", "表面粗糙度", "划痕", "凹坑", "裂纹", "腐蚀", "壁厚" ], "tags": [ "液压传动", "重型机械", "内径", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZID100油缸内壁缺陷检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-hydraulic-cylinder-bore-rust-selection", "category": "qa_article", "category_cn": "技术问答", "title": "精密油缸内壁锈蚀微米级非接触检测选型指南", "summary": "在生产线在线批量检测且要求±5 μm以内精度条件下 → 激光三角测量内径扫描系统，兼顾速度、精度与自动化集成能力〔REF-001〕", "focused_product": null, "product_series": null, "industry": [ "能源电力", "工程机械", "航空航天与汽车制造" ], "measurement": [ "内径", "圆度", "圆柱度", "直线度", "表面粗糙度", "三维形貌" ], "tags": [ "能源电力", "工程机械", "内径", "传感器", "技术问答" ], "updated_at": "2025-08-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZID100油缸内壁锈蚀检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-hydraulic-cylinder-id-selection", "category": "qa_article", "category_cn": "技术问答", "title": "油缸内径非接触式精密测量选型指南", "summary": "在大批量在线检测且核心诉求为直径与圆度快速判定条件下 → 气动测量方案，精度与重复性最优，响应时间可达毫秒级", "focused_product": null, "product_series": null, "industry": [ "液压缸制造", "发动机制造", "航空航天零部件" ], "measurement": [ "内径尺寸", "圆度", "圆柱度", "直线度", "表面粗糙度", "三维缺陷轮廓" ], "tags": [ "液压缸制造", "发动机制造", "内径尺寸", "传感器", "技术问答" ], "updated_at": "2025-04-18", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZID100油缸内径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "hydraulic-cylinder-inner-bore-selection", "category": "qa_article", "category_cn": "技术问答", "title": "液压支架油缸内壁微米级非接触式检测选型指南", "summary": "在需要全面获取内径、圆度、圆柱度、直线度及三维表面缺陷且精度要求±0.01mm条件下 → 激光位移/扫描测量方案，兼顾精度、形貌重建与在线检测适应性〔REF-0…", "focused_product": null, "product_series": null, "industry": [ "煤矿支护装备", "精密液压元件制造", "航空航天部件检测" ], "measurement": [ "内径测量", "圆度与圆柱度", "直线度与锥度", "表面粗糙度与缺陷检测" ], "tags": [ "煤矿支护装备", "精密液压元件制造", "内径测量", "传感器", "技术问答" ], "updated_at": "2025-08-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZID100液压支架油缸内壁测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-hydraulic-cylinder-inner-wall-selection", "category": "qa_article", "category_cn": "技术问答", "title": "液压缸内壁高精度快速检测选型指南（含集成与验收附录）", "summary": "在要求±10µm测量精度且每分钟≥10次在线检测条件下 → 激光扫描测量或气动测量，兼顾速度与精度", "focused_product": null, "product_series": null, "industry": [ "工程机械", "航空航天", "能源设备", "精密制造" ], "measurement": [ "内径", "圆度", "圆柱度", "直线度", "表面粗糙度", "表面缺陷" ], "tags": [ "工程机械", "航空航天", "内径", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZID100液压缸内壁检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "hydraulic-cylinder-id-selection", "category": "qa_article", "category_cn": "技术问答", "title": "液压缸内径微米级几何形貌检测选型指南", "summary": "在高速在线检测（采样频率>10kHz）且要求完整三维轮廓条件下 → 激光位移/扫描测量技术，兼顾速度与精度，可输出圆度、圆柱度、直线度及表面缺陷数据〔REF-0…", "focused_product": null, "product_series": null, "industry": [ "工程机械", "航空航天", "精密机床", "能源设备" ], "measurement": [ "内径", "圆度", "圆柱度", "直线度", "锥度", "表面粗糙度" ], "tags": [ "工程机械", "航空航天", "内径", "传感器", "技术问答" ], "updated_at": "2025-04-18", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZID100液压缸内径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "deep-hole-id-micro-inspection-selection", "category": "qa_article", "category_cn": "技术问答", "title": "深孔小管内径微米级非接触检测选型指南", "summary": "在高速在线批量检测（单件节拍<1 s）且孔径Ø1~Ø30 mm条件下 → 激光扫描测微或气动量仪，兼顾速度与重复性〔REF-002〕〔REF-003〕", "focused_product": null, "product_series": null, "industry": [ "汽车制造", "航空航天", "医疗器械", "能源石化", "精密机械加工" ], "measurement": [ "内径", "圆度", "圆柱度", "直线度", "锥度", "平行度", "同心度", "表面缺陷" ], "tags": [ "汽车制造", "航空航天", "内径", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZID100深孔小管内径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-pipeline-inner-diameter-selection", "category": "qa_article", "category_cn": "技术问答", "title": "复杂异形管道内径微米级非接触检测选型指南", "summary": "在最小内径≥4mm、要求±5μm精度且需在线或批量检测条件下 → 线激光轮廓扫描技术，兼顾速度、非接触与空间分辨率", "focused_product": null, "product_series": null, "industry": [ "航空航天", "汽车制造", "石油天然气", "医疗器械", "精密机械制造" ], "measurement": [ "内径", "圆度", "圆柱度", "锥度", "直线度", "表面粗糙度", "三维轮廓" ], "tags": [ "航空航天", "汽车制造", "内径", "传感器", "技术问答" ], "updated_at": "2025-08-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZID100环状零件内壁扫描/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-inner-wall-laser-selection", "category": "qa_article", "category_cn": "技术问答", "title": "±0.01mm精密内壁尺寸与非接触式激光测量选型指南", "summary": "在在线批量检测且要求±0.01mm以内精度条件下 → 线激光轮廓扫描技术，兼顾高速采集与完整三维重建能力〔REF-001〕〔REF-002〕", "focused_product": null, "product_series": null, "industry": [ "航空航天", "汽车制造", "医疗器械", "精密模具", "石油天然气" ], "measurement": [ "内径", "圆度", "圆柱度", "直线度", "锥度", "同心度", "表面粗糙度", "表面缺陷" ], "tags": [ "航空航天", "汽车制造", "内径", "传感器", "技术问答" ], "updated_at": "2025-08-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZID100环状零件内壁检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "ring-part-inner-wall-metrology-selection", "category": "qa_article", "category_cn": "技术问答", "title": "精密环状零件内壁微米级缺陷与几何尺寸测量选型指南", "summary": "在精密环状零件内壁几何尺寸（内径、圆度、圆柱度）与表面缺陷同步检测条件下 → 激光测量技术，兼顾非接触、三维重建与微米级精度〔REF-001〕", "focused_product": null, "product_series": null, "industry": [ "航空航天", "汽车动力总成", "医疗器械", "液压系统" ], "measurement": [ "内径尺寸", "圆度与圆柱度", "表面粗糙度", "表面缺陷", "内部及亚表面缺陷" ], "tags": [ "航空航天", "汽车动力总成", "内径尺寸", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZID100环状零件内壁缺陷检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "motor-stator-inner-hole-coaxiality-selection", "category": "qa_article", "category_cn": "技术问答", "title": "电机定子内孔同轴度非接触测量系统选型指南", "summary": "在电机定子内孔同轴度要求小于0.01 mm且需完整三维形貌分析条件下 → 旋转激光扫描测量方案，兼顾微米级精度与轴向连续数据采集能力", "focused_product": null, "product_series": null, "industry": [ "新能源汽车", "航空航天", "精密液压", "医疗器械" ], "measurement": [ "内径测量", "形位公差", "同轴度", "三维形貌" ], "tags": [ "新能源汽车", "航空航天", "内径测量", "传感器", "技术问答" ], "updated_at": "2025-08-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZID100电机定子同轴度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "motor-stator-id-selection", "category": "qa_article", "category_cn": "技术问答", "title": "新能源电机定子铁芯内径高精度检测选型指南", "summary": "在新能源电机定子铁芯内径±0.01mm精度要求且需全面获取异形槽三维轮廓条件下 → 旋转激光扫描方案，兼顾非接触、高密度点云与微米级精度〔REF-001〕。", "focused_product": null, "product_series": null, "industry": [ "新能源汽车驱动电机制造", "航空航天发动机部件", "精密液压元件" ], "measurement": [ "内径", "圆度", "圆柱度", "锥度", "直线度", "同心度", "表面缺陷三维轮廓" ], "tags": [ "新能源汽车驱动电机制造", "航空航天发动机部件", "内径", "传感器", "技术问答" ], "updated_at": "2025-10-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZID100电机定子铁芯内径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "turbine-drill-internal-hole-selection", "category": "qa_article", "category_cn": "技术问答", "title": "涡轮钻深长内孔高精度形貌与形位公差检测选型指南", "summary": "在要求<10µm精度、非接触、深长内孔三维重建条件下 → 激光扫描测量（光学三角测量）或3D线激光轮廓扫描，兼顾速度、精度与维护成本〔REF-002〕。", "focused_product": null, "product_series": null, "industry": [ "油气开采", "地热钻探", "工业加工" ], "measurement": [ "内径", "圆度", "圆柱度", "锥度", "直线度", "表面粗糙度" ], "tags": [ "油气开采", "地热钻探", "内径", "传感器", "技术问答" ], "updated_at": "2025-11-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZID100矩形内孔检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "large-pipe-id-selection", "category": "qa_article", "category_cn": "技术问答", "title": "大型管道内径与形位公差非接触式高效检测选型指南", "summary": "在大型管道（内径≥400mm，长度可达1000m）±0.01mm精度及在线/批量检测条件下 → 线激光轮廓扫描技术，兼顾非接触、高速采集与定制化量程〔REF-0…", "focused_product": null, "product_series": null, "industry": [ "石油天然气", "航空航天", "液压气动", "核电工业", "机械加工" ], "measurement": [ "内径尺寸", "圆度", "圆柱度", "锥度", "直线度", "同心度", "表面缺陷" ], "tags": [ "石油天然气", "航空航天", "内径尺寸", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZID100矩形内轮廓测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-grounded-inner-diameter-selection", "category": "qa_article", "category_cn": "技术问答", "title": "研磨机内径微米级精度非接触形位公差检测选型指南", "summary": "在高速在线检测（刷新率≥10 kHz）且要求全面获取内径、圆度、圆柱度、锥度、直线度及表面缺陷三维轮廓条件下 → 激光位移测量（三角法）与旋转扫描方案，兼顾速度…", "focused_product": null, "product_series": null, "industry": [ "航空航天", "液压制造", "汽车零部件", "医疗器械", "能源管道" ], "measurement": [ "内径尺寸", "圆度", "圆柱度", "锥度", "直线度", "同心度", "表面缺陷三维轮廓" ], "tags": [ "航空航天", "液压制造", "内径尺寸", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZID100研磨机内径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-pipe-id-laser-vision-selection", "category": "qa_article", "category_cn": "技术问答", "title": "精密管道内径非接触式测量选型指南（激光与机器视觉）", "summary": "在要求内径测量精度±10 µm且轴向检测速度≥100 mm/s的在线工况条件下 → 激光扫描内径测量系统，兼顾高密度点云采集与连续轴向遍历能力〔REF-001〕", "focused_product": null, "product_series": null, "industry": [ "航空航天", "医疗器械", "汽车制造", "液压气动" ], "measurement": [ "内径测量", "圆度测量", "表面缺陷检测", "三维轮廓测量" ], "tags": [ "航空航天", "医疗器械", "内径测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZID100筒节管口内径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "pipe-id-inspection-selection-问答zid100管材壁厚检测", "category": "qa_article", "category_cn": "技术问答", "title": "工业管道内径、圆度及表面缺陷高精度非接触式检测选型指南", "summary": "在要求直接获取内径、圆度、圆柱度及内壁三维缺陷轮廓且精度≤±0.01mm条件下 → 激光三角测量/轮廓扫描方案，兼顾微米级精度与非接触特性〔REF-001〕", "focused_product": null, "product_series": null, "industry": [ "航空航天", "石油天然气", "医疗器械", "汽车零部件", "核电" ], "measurement": [ "内径", "圆度", "圆柱度", "直线度", "锥度", "同心度", "表面缺陷轮廓" ], "tags": [ "航空航天", "石油天然气", "内径", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZID100管材壁厚检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-tube-id-metrology-selection", "category": "qa_article", "category_cn": "技术问答", "title": "管材内径与形位公差微米级在线检测选型指南", "summary": "在线高速全检且需内径、圆度、圆柱度及内壁缺陷同步采集条件下 → 激光三角测量方案，兼顾微米级重复性与三维轮廓信息获取能力", "focused_product": null, "product_series": null, "industry": [ "石油天然气", "航空航天", "医疗器械", "汽车制造", "核工业" ], "measurement": [ "内径", "圆度", "圆柱度", "直线度", "锥度", "同心度", "表面缺陷" ], "tags": [ "石油天然气", "航空航天", "内径", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZID100管材尺寸控制/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-large-pipe-id-selection", "category": "qa_article", "category_cn": "技术问答", "title": "大直径长距离管道内径与表面缺陷非接触检测选型指南", "summary": "在长距离大直径管道内径、圆度、圆柱度及表面缺陷三维轮廓全参数高精度检测条件下 → 激光三角测量内径扫描方案，兼顾±2μm至±10μm测量精度、高扫描速度与最长1…", "focused_product": null, "product_series": null, "industry": [ "石油化工", "航空航天", "核电", "液压气动制造", "特种材料研发" ], "measurement": [ "内径", "圆度", "圆柱度", "直线度", "锥度", "表面缺陷三维轮廓", "同心度" ], "tags": [ "石油化工", "航空航天", "内径", "传感器", "技术问答" ], "updated_at": "2025-08-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZID100管端内螺纹扫描/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-pipe-id-roundness-selection", "category": "qa_article", "category_cn": "技术问答", "title": "精密管道内径与圆度检测非接触式测量方案选型指南", "summary": "在在线质量控制且要求内径与圆度精度达到±0.01 mm条件下 → 激光三角测量/扫描技术，兼顾微米级精度、高速扫描与内壁三维重建能力", "focused_product": null, "product_series": null, "industry": [ "航空航天", "医疗器械", "汽车制造", "精密机械", "半导体" ], "measurement": [ "内径", "圆度", "圆柱度", "直线度", "锥度", "表面形貌" ], "tags": [ "航空航天", "医疗器械", "内径", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZID100管筒内壁扫描/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-pipe-id-selection", "category": "qa_article", "category_cn": "技术问答", "title": "精密管道内径与表面缺陷非接触式测量方案选型指南", "summary": "在要求±2 µm级精度且需同步检测圆度、锥度及内壁缺陷条件下 → 激光三角测量与旋转扫描方案，兼顾全轮廓采集能力与亚微米级分辨率。", "focused_product": null, "product_series": null, "industry": [ "航空航天", "医疗器械", "汽车制造", "精密机械加工", "能源行业" ], "measurement": [ "内径", "圆度", "圆柱度", "直线度", "锥度", "表面缺陷三维轮廓" ], "tags": [ "航空航天", "医疗器械", "内径", "传感器", "技术问答" ], "updated_at": "2025-06-18", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZID100管筒内径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "aero-engine-pipe-inspection-selection", "category": "qa_article", "category_cn": "技术问答", "title": "航空航天发动机管道内径与圆度检测选型指南", "summary": "在深孔/异形管道高速在线检测且要求微米级精度条件下 → 激光三角测量旋转扫描方案，兼顾三维轮廓重建与毫秒级采样速度〔REF-001〕。", "focused_product": null, "product_series": null, "industry": [ "航空航天", "机械制造", "汽车动力总成" ], "measurement": [ "内径测量", "圆度测量", "圆柱度测量", "表面缺陷检测" ], "tags": [ "航空航天", "机械制造", "内径测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZID100管筒内腔尺寸控制/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "pipeline-repair-layer-inspection-selection", "category": "qa_article", "category_cn": "技术问答", "title": "管道内壁修复层微米级精度检测选型指南", "summary": "在微小内径（≥4 mm）长距离管道内壁修复层厚度均匀性与内径精度检测条件下 → 激光三角测量多传感器阵列方案，兼顾微米级精度、非接触与高速采集", "focused_product": null, "product_series": null, "industry": [ "石油天然气", "航空航天", "精密液压", "医疗器械", "核电" ], "measurement": [ "内径测量", "涂层厚度", "圆度", "圆柱度", "表面粗糙度", "缺陷检测" ], "tags": [ "石油天然气", "航空航天", "内径测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZID100管道内壁修复均匀性测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-pipe-inner-wall-metrology-selection", "category": "qa_article", "category_cn": "技术问答", "title": "管道内壁内径与表面缺陷自动化检测选型指南", "summary": "在高速在线检测（采样频率≥64 kHz）且要求微米级精度的管道内壁轮廓与缺陷还原条件下 → 激光三角测量与激光扫描技术，兼顾测量速度与空间分辨率〔REF-001…", "focused_product": null, "product_series": null, "industry": [ "航空航天", "石油天然气", "汽车零部件", "医疗器械", "机械加工" ], "measurement": [ "内径", "圆度", "圆柱度", "锥度", "直线度", "同心度", "表面粗糙度", "三维轮廓", "缺陷检测" ], "tags": [ "航空航天", "石油天然气", "内径", "传感器", "技术问答" ], "updated_at": "2025-08-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZID100管道内壁形貌还原/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-petrochem-pipe-id-wear-selection", "category": "qa_article", "category_cn": "技术问答", "title": "石油化工管道内径磨损高精度检测选型指南", "summary": "在要求±0.01 mm精度且需获取内壁三维轮廓条件下 → 激光三角测量内径检测或旋转激光扫描内径检测，兼顾非接触与高空间分辨率", "focused_product": null, "product_series": null, "industry": [ "石油化工", "能源基础设施", "装备制造" ], "measurement": [ "内径测量", "壁厚检测", "表面三维轮廓", "无损检测" ], "tags": [ "石油化工", "能源基础设施", "内径测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZID100管道内壁磨损测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "irregular-pipe-inspection-selection", "category": "qa_article", "category_cn": "技术问答", "title": "复杂异形管道内径高精度检测与自动化方案选型指南", "summary": "在要求±10μm级内径精度、全三维轮廓重建且需在线高效检测条件下 → 线激光轮廓扫描技术，兼顾速度、精度与三维数据完整性〔REF-001〕", "focused_product": null, "product_series": null, "industry": [ "航空航天", "医疗器械", "精密机械", "能源化工" ], "measurement": [ "内径测量", "三维轮廓测量", "几何公差检测" ], "tags": [ "航空航天", "医疗器械", "内径测量", "传感器", "技术问答" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZID100管道内腔变形测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-pipeline-inspection-selection", "category": "qa_article", "category_cn": "技术问答", "title": "石油管道内径与腐蚀缺陷±0.01mm非接触式检测技术选型指南", "summary": "在长距离石油管道在线检测（长度>100m）、要求±0.01mm精度且需非接触条件下 → 线激光轮廓扫描技术，兼顾速度、精度与可定制性", "focused_product": null, "product_series": null, "industry": [ "石油天然气", "管道工程" ], "measurement": [ "内径测量", "圆度测量", "圆柱度测量", "直线度测量", "锥度测量", "表面缺陷检测" ], "tags": [ "石油天然气", "管道工程", "内径测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZID100管道内螺纹检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "large-pipeline-id-concentricity-selection", "category": "qa_article", "category_cn": "技术问答", "title": "大型管道内径与同轴度非接触式高精度检测选型指南", "summary": "在大型长管（长度>1m）内壁三维轮廓与同轴度检测且测量精度要求≤±0.01mm条件下 → 激光三角测量与扫描技术，兼顾深管可达性、高空间分辨率与微米级精度〔RE…", "focused_product": null, "product_series": null, "industry": [ "石油化工", "电力", "航空航天", "液压制造" ], "measurement": [ "内径", "圆度", "圆柱度", "同轴度", "锥度", "表面缺陷" ], "tags": [ "石油化工", "电力", "内径", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZID100管道同轴度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "pipe-id-laser-selection", "category": "qa_article", "category_cn": "技术问答", "title": "精密管道内径非接触式激光测量选型指南", "summary": "在高速在线检测且要求系统精度优于±0.01 mm条件下 → 线激光轮廓扫描技术，兼顾扫描速度、三维点云完整性与产线集成能力", "focused_product": null, "product_series": null, "industry": [ "石油天然气", "航空航天", "汽车制造", "医疗器械", "精密机械加工" ], "measurement": [ "内径", "圆度", "圆柱度", "直线度", "锥度", "表面缺陷" ], "tags": [ "石油天然气", "航空航天", "内径", "传感器", "技术问答" ], "updated_at": "2025-08-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZID100管道直线度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-pipe-id-corrosion-selection", "category": "qa_article", "category_cn": "技术问答", "title": "大型工业管道内径与腐蚀深度高精度非接触测量选型指南", "summary": "在要求腐蚀深度±0.01mm精度且需完整内径三维轮廓条件下 → 激光扫描测量技术，精度覆盖微米级且空间分辨率最高", "focused_product": null, "product_series": null, "industry": [ "石油天然气", "电力", "化工石化", "水利基础设施" ], "measurement": [ "内径测量", "腐蚀深度量化", "壁厚检测", "管道几何形态评估" ], "tags": [ "石油天然气", "电力", "内径测量", "传感器", "技术问答" ], "updated_at": "2025-09-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZID100管道腐蚀情况检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-high-temp-pipeline-inspection-selection", "category": "qa_article", "category_cn": "技术问答", "title": "300℃以上高温管道内壁缺陷与几何尺寸非接触检测选型指南", "summary": "在需要同时获取内径、圆度、圆柱度及表面缺陷三维量化数据，且管道具备冷却或隔热通道条件下 → 激光轮廓扫描方案，兼顾微米级精度与高速采集能力〔REF-001〕。", "focused_product": null, "product_series": null, "industry": [ "电力", "石化", "冶金", "航空航天" ], "measurement": [ "内径测量", "圆度检测", "圆柱度评估", "表面缺陷三维轮廓量化" ], "tags": [ "电力", "石化", "内径测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZID100管道隔热层内壁缺陷检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-engine-bore-selection-guide", "category": "qa_article", "category_cn": "技术问答", "title": "汽车发动机缸体内径±10微米级测量方案选型指南", "summary": "在发动机缸体大批量在线检测（节拍<30秒）且需全面获取圆度、圆柱度、锥度及表面缺陷三维轮廓条件下 → 激光三角测量内径扫描方案，兼顾非接触、高维度数据与±10微…", "focused_product": null, "product_series": null, "industry": [ "汽车制造", "动力总成", "精密机械加工" ], "measurement": [ "内径测量", "圆度", "圆柱度", "直线度", "表面轮廓" ], "tags": [ "汽车制造", "动力总成", "内径测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZID100缸体内径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-cylinder-id-inspection-selection", "category": "qa_article", "category_cn": "技术问答", "title": "精密缸体与管道内径±1微米级非接触在线检测选型指南", "summary": "在高速在线检测（>100Hz）且要求全面三维轮廓与几何公差条件下 → 激光三角测量内径检测技术，兼顾速度与多功能性", "focused_product": null, "product_series": null, "industry": [ "汽车制造", "航空航天", "液压气动", "医疗器械" ], "measurement": [ "内径测量", "圆度测量", "圆柱度测量", "表面粗糙度" ], "tags": [ "汽车制造", "航空航天", "内径测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZID100缸体内表面测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "precision-internal-diameter-selection", "category": "qa_article", "category_cn": "技术问答", "title": "±0.01mm精密内径非接触式检测方案选型指南", "summary": "在±0.01mm公差要求且需在线快速全尺寸检测条件下 → 非接触式激光内径测量方案，兼顾微米级精度与三维轮廓重建能力〔REF-002〕", "focused_product": null, "product_series": null, "industry": [ "液压件制造", "发动机加工", "轴承加工", "医疗器械" ], "measurement": [ "内径测量", "圆度", "圆柱度", "表面粗糙度", "三维形貌" ], "tags": [ "液压件制造", "发动机加工", "内径测量", "传感器", "技术问答" ], "updated_at": "2025-08-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZID100罩壳缸筒内壁检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "inner-diameter-roundness-selection", "category": "qa_article", "category_cn": "技术问答", "title": "精密内径圆度与圆柱度非接触测量选型指南", "summary": "在精密内径圆度/圆柱度要求≤5μm且需在线或快速检测条件下 → 激光三角测量与扫描方案，兼顾速度与微米级精度", "focused_product": null, "product_series": null, "industry": [ "航空航天", "汽车制造", "医疗器械", "石油天然气", "精密机械加工" ], "measurement": [ "内径", "圆度", "圆柱度", "表面形貌", "尺寸公差" ], "tags": [ "航空航天", "汽车制造", "内径", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZID100罩壳缸筒加工残留检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "oil-pipeline-inner-wall-corrosion-laser-selection", "category": "qa_article", "category_cn": "技术问答", "title": "石油管道内壁微米级腐蚀检测激光测量选型指南", "summary": "在长距离管道在线巡检且要求±2μm以内精度条件下 → 线激光轮廓扫描技术，兼顾采集速度、三维形貌重建与探头小型化集成〔REF-001〕〔REF-002〕", "focused_product": null, "product_series": null, "industry": [ "石油天然气", "化工" ], "measurement": [ "三维形貌", "表面粗糙度", "内径圆度", "壁厚减薄" ], "tags": [ "石油天然气", "化工", "三维形貌", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZID100腔体腐蚀形貌测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "internal-diameter-selection-guide", "category": "qa_article", "category_cn": "技术问答", "title": "车床零件内径±10微米高精度在线检测选型指南", "summary": "在高速在线批量检测且以二维几何尺寸为主条件下 → 光学图像处理测量技术，原因是节拍最快且多点同时测量能力强〔REF-002〕", "focused_product": null, "product_series": null, "industry": [ "航空航天", "液压气动", "医疗器械", "精密轴承", "新能源汽车" ], "measurement": [ "内径测量", "圆度", "圆柱度", "锥度", "直线度", "表面粗糙度与缺陷检测" ], "tags": [ "航空航天", "液压气动", "内径测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZID100车床零件内孔直径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "large-pipe-inner-diameter-selection", "category": "qa_article", "category_cn": "技术问答", "title": "大直径管道内径与形位公差非接触检测选型指南（±0.05mm级）", "summary": "在需要全面获取内壁三维轮廓、圆度、圆柱度、锥度及表面缺陷且系统精度要求±0.05mm条件下 → 线激光轮廓扫描技术，兼顾信息完整性与计量精度〔REF-001〕", "focused_product": null, "product_series": null, "industry": [ "石油天然气", "化工", "核电", "城市供水排污", "大型机械制造" ], "measurement": [ "内径", "圆度", "圆柱度", "直线度", "锥度", "表面缺陷三维轮廓" ], "tags": [ "石油天然气", "化工", "内径", "传感器", "技术问答" ], "updated_at": "2025-04-18", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZID100轮毂中心孔内径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-pipe-id-selection-问答zid100轮毂孔径测量", "category": "qa_article", "category_cn": "技术问答", "title": "精密管道内孔非接触检测方案选型指南", "summary": "在要求±0.01 mm内径精度且需获取完整三维轮廓与形位公差条件下 → 激光三角法内孔扫描技术，兼顾非接触、多参数采集与自动化集成能力", "focused_product": null, "product_series": null, "industry": [ "航空航天", "汽车制造", "液压气动元件", "医疗器械", "油气管网" ], "measurement": [ "内径", "圆度", "圆柱度", "直线度", "锥度", "表面粗糙度", "表面缺陷" ], "tags": [ "航空航天", "汽车制造", "内径", "传感器", "技术问答" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZID100轮毂孔径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "oil-pipeline-inner-wall-selection", "category": "qa_article", "category_cn": "技术问答", "title": "石油管道内壁高精度检测技术选型指南（激光/结构光/超声波/焦点变化）", "summary": "在要求内壁几何尺寸误差<0.01mm且需生成完整三维点云条件下 → 激光三角测量技术，兼顾微米级精度、高频采样与在线检测能力", "focused_product": null, "product_series": null, "industry": [ "油气开采与输送", "石油化工", "海洋工程" ], "measurement": [ "内径测量", "圆度/圆柱度", "壁厚评估", "表面缺陷检测" ], "tags": [ "油气开采与输送", "石油化工", "内径测量", "传感器", "技术问答" ], "updated_at": "2025-04-18", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZID100轴向内壁扫描/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "bearing-inner-hole-inspection-selection", "category": "qa_article", "category_cn": "技术问答", "title": "轴承内孔亚微米级高精度非接触检测方案选型指南", "summary": "在轴承内孔0.1~2 μm精度要求且需在线批量检测条件下 → 线激光轮廓扫描或气动测量，兼顾速度与精度", "focused_product": null, "product_series": null, "industry": [ "轴承制造", "航空航天", "汽车传动", "精密机床" ], "measurement": [ "内径", "圆度", "圆柱度", "锥度", "直线度", "表面粗糙度" ], "tags": [ "轴承制造", "航空航天", "内径", "传感器", "技术问答" ], "updated_at": "2025-04-12", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZID100轴承内孔检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "bearing-id-precision-selection", "category": "qa_article", "category_cn": "技术问答", "title": "轴承内径±0.01mm级精密测量选型指南", "summary": "在需要无损、高速、多参数（圆度、圆柱度、表面缺陷三维轮廓）综合检测条件下 → 激光扫描与激光三角测量技术，兼顾精度与自动化集成能力", "focused_product": null, "product_series": null, "industry": [ "汽车制造", "航空航天", "精密机床" ], "measurement": [ "内径尺寸", "圆度", "圆柱度", "锥度", "直线度", "表面缺陷" ], "tags": [ "汽车制造", "航空航天", "内径尺寸", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZID100轴承内径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "rail-transit-axle-box-id-selection", "category": "qa_article", "category_cn": "技术问答", "title": "轨道交通轴箱内径±2µm高精度检测选型指南", "summary": "在轴箱内径±2µm全轮廓检测（圆度、圆柱度、直线度、表面缺陷）且要求非接触条件下 → 旋转激光扫描内径测量方案，可获取完整三维内壁轮廓，最高定制精度可达±2µm…", "focused_product": null, "product_series": null, "industry": [ "轨道交通", "精密机械制造", "汽车制造" ], "measurement": [ "内径测量", "圆度/圆柱度", "表面缺陷检测", "几何量计量" ], "tags": [ "轨道交通", "精密机械制造", "内径测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZID100轴箱内径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "shaft-bore-coaxiality-selection-guide", "category": "qa_article", "category_cn": "技术问答", "title": "轴类零件内孔微米级同轴度在线检测选型指南", "summary": "在高速在线检测（节拍≤5秒/件）且要求1~5 µm同轴度条件下 → 线激光轮廓扫描或气动比较测量，兼顾速度与精度", "focused_product": null, "product_series": null, "industry": [ "汽车制造", "航空航天", "液压气动", "医疗器械", "能源装备" ], "measurement": [ "同轴度", "圆度", "圆柱度", "内径", "直线度", "锥度" ], "tags": [ "汽车制造", "航空航天", "同轴度", "传感器", "技术问答" ], "updated_at": "2025-08-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZID100轴类零件内孔同轴度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-aerospace-bore-measurement-selection", "category": "qa_article", "category_cn": "技术问答", "title": "航空航天深孔非接触精密测量与几何形貌评估选型指南", "summary": "在航空航天深孔三维轮廓、圆度、圆柱度及表面缺陷联合检测条件下 → 激光三角测量与扫描技术，兼顾微米级精度与高空间分辨率", "focused_product": null, "product_series": null, "industry": [ "航空航天", "机械制造", "能源动力" ], "measurement": [ "内径测量", "圆度检测", "表面缺陷检测", "三维轮廓重建" ], "tags": [ "航空航天", "机械制造", "内径测量", "传感器", "技术问答" ], "updated_at": "2025-08-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZID100轴类零件内孔直径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-shaft-id-inspection-selection", "category": "qa_article", "category_cn": "技术问答", "title": "轴类零件内径微米级在线检测选型指南", "summary": "在高速在线批量检测且以直径与圆度控制为主条件下 → 气动内径测量方案，典型精度±0.1~1 μm，响应时间<10 ms，具备气流自清洁能力", "focused_product": null, "product_series": null, "industry": [ "汽车制造", "航空航天", "液压气动元件", "精密轴承", "医疗器械" ], "measurement": [ "内径尺寸", "圆度", "圆柱度", "直线度", "锥度", "表面粗糙度", "表面缺陷" ], "tags": [ "汽车制造", "航空航天", "内径尺寸", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZID100轴类零件内径在机检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-metal-internal-thread-detection-selection", "category": "qa_article", "category_cn": "技术问答", "title": "金属内螺纹微米级非接触高速检测选型指南", "summary": "在高速在线检测（节拍≤3秒/件）且要求±5µm级内螺纹几何参数条件下 → 线激光轮廓扫描技术，兼顾速度与精度", "focused_product": null, "product_series": null, "industry": [ "航空航天", "汽车制造", "石油石化", "医疗器械", "精密机械" ], "measurement": [ "内螺纹几何参数", "表面缺陷", "三维轮廓", "尺寸公差" ], "tags": [ "航空航天", "汽车制造", "内螺纹几何参数", "传感器", "技术问答" ], "updated_at": "2025-08-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZID100金属件内螺纹检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-metal-tube-id-selection", "category": "qa_article", "category_cn": "技术问答", "title": "精密金属管内径高速非接触式检测技术选型指南", "summary": "在线高速批量检测且内径公差≤10µm、截面形状规则条件下 → 气动测量技术，重复精度达±0.1µm级，响应速度满足产线节拍", "focused_product": null, "product_series": null, "industry": [ "机械制造", "航空航天", "液压气动", "医疗器械", "能源管道" ], "measurement": [ "内径尺寸", "圆度", "圆柱度", "锥度", "直线度", "表面缺陷形貌" ], "tags": [ "机械制造", "航空航天", "内径尺寸", "传感器", "技术问答" ], "updated_at": "2025-08-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZID100金属套管内径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "precision-pipe-id-selection-问答zid100钢套筒内径测量", "category": "qa_article", "category_cn": "技术问答", "title": "精密管道内径与圆度±2微米检测选型指南", "summary": "在要求±2 µm内径/圆度在线全检且需获取完整3D内壁轮廓条件下 → 激光旋转扫描方案，兼顾非接触、高速扫描与表面缺陷识别能力", "focused_product": null, "product_series": null, "industry": [ "航空航天", "液压传动", "医疗器械", "新能源电池", "精密轴承" ], "measurement": [ "内径测量", "圆度检测", "圆柱度评价", "表面缺陷三维轮廓" ], "tags": [ "航空航天", "液压传动", "内径测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZID100钢套筒内径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-pipe-inner-diameter-selection", "category": "qa_article", "category_cn": "技术问答", "title": "精密管道内径与形位公差非接触式检测选型指南", "summary": "在精密管道内径、圆度、圆柱度检测（目标±0.01 mm）且需减少停机时间条件下 → 线激光轮廓扫描技术，支持多传感器阵列或旋转探头配置，兼顾高精度与非接触特性〔…", "focused_product": null, "product_series": null, "industry": [ "航空航天", "医疗器械", "液压传动", "石油化工" ], "measurement": [ "内径测量", "圆度测量", "圆柱度测量", "直线度测量", "表面缺陷检测" ], "tags": [ "航空航天", "医疗器械", "内径测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZID100钢套筒圆柱度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "pipe-id-selection-guide-问答zid100钢套管内径测量", "category": "qa_article", "category_cn": "技术问答", "title": "精密管道内径±0.01mm级高精度检测与几何缺陷评估选型指南", "summary": "在要求±0.01mm精度且需同步评估圆度、圆柱度与表面缺陷条件下 → 线激光轮廓扫描技术，兼顾三维点云获取能力与非接触优势", "focused_product": null, "product_series": null, "industry": [ "石油天然气", "航空航天", "汽车制造", "医疗器械", "精密机械制造" ], "measurement": [ "内径尺寸", "圆度", "圆柱度", "直线度", "锥度", "同心度", "表面缺陷" ], "tags": [ "石油天然气", "航空航天", "内径尺寸", "传感器", "技术问答" ], "updated_at": "2025-08-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZID100钢套管内径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-steel-rim-id-roundness-selection", "category": "qa_article", "category_cn": "技术问答", "title": "钢带轮辋内径圆度椭圆度10微米级检测选型指南", "summary": "在钢带轮辋内径圆度/椭圆度要求≤±0.01mm且需产线实时检测条件下 → 线激光轮廓扫描方案，兼顾高速采集与微米级深度分辨率", "focused_product": null, "product_series": null, "industry": [ "汽车零部件制造", "航空航天工业", "精密机械加工", "能源与石化" ], "measurement": [ "内径测量", "圆度检测", "椭圆度检测", "表面形貌分析" ], "tags": [ "汽车零部件制造", "航空航天工业", "内径测量", "传感器", "技术问答" ], "updated_at": "2025-09-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZID100钢带轮辋三维扫描/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "turbine-drill-id-selection", "category": "qa_article", "category_cn": "技术问答", "title": "涡轮钻内径高精度非接触测量选型指南", "summary": "在涡轮钻内径±5μm精度、秒级在线检测且需360°内壁三维重建条件下 → 旋转式线激光轮廓扫描方案，兼顾速度、精度与缺陷分析能力", "focused_product": null, "product_series": null, "industry": [ "石油钻探", "机械加工", "质量检测" ], "measurement": [ "内径测量", "圆度与圆柱度", "表面缺陷检测", "三维轮廓重建" ], "tags": [ "石油钻探", "机械加工", "内径测量", "传感器", "技术问答" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZID100钢带轮辋内壁测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-pipe-id-inspection-selection", "category": "qa_article", "category_cn": "技术问答", "title": "复杂几何管道±20微米非接触式内径检测方案选型指南", "summary": "在高速在线检测（>1000Hz）且要求微米级精度条件下 → 线激光轮廓扫描技术，兼顾速度与精度", "focused_product": null, "product_series": null, "industry": [ "航空航天", "汽车工业", "医疗器械", "能源石化", "精密机械加工" ], "measurement": [ "内径", "圆度", "圆柱度", "锥度", "直线度", "表面缺陷" ], "tags": [ "航空航天", "汽车工业", "内径", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZID100钢桶内径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-pipeline-id-laser-selection-问答zid100钢桶圆整度测量", "category": "qa_article", "category_cn": "技术问答", "title": "千米级长距离管道内径非接触激光检测选型指南", "summary": "在要求±0.01 mm内径精度且需完整三维内壁形貌条件下 → 线激光轮廓扫描技术，兼顾微米级精度、深管可达性与非接触检测〔REF-001〕", "focused_product": null, "product_series": null, "industry": [ "石油天然气", "航空航天", "核电", "精密机械", "医疗器械" ], "measurement": [ "内径", "圆度", "圆柱度", "直线度", "锥度", "表面缺陷三维轮廓" ], "tags": [ "石油天然气", "航空航天", "内径", "传感器", "技术问答" ], "updated_at": "2025-08-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZID100钢桶圆整度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-tube-id-laser-selection", "category": "qa_article", "category_cn": "技术问答", "title": "精密管材内径微米级非接触激光扫描检测选型指南", "summary": "在精密管材内径公差≤±5μm、要求微米级精度且需在线高速检测条件下 → 线激光轮廓扫描技术，兼顾精度、分辨率与测量速度〔REF-001〕〔REF-002〕", "focused_product": null, "product_series": null, "industry": [ "航空航天", "液压气动", "医疗器械", "核电能源" ], "measurement": [ "内径", "圆度", "圆柱度", "直线度", "锥度", "表面缺陷" ], "tags": [ "航空航天", "液压气动", "内径", "传感器", "技术问答" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZID100钢管内壁扫描/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-pipe-id-selection-问答zid100钢管内径测量", "category": "qa_article", "category_cn": "技术问答", "title": "大直径钢管内径微米级精密测量与几何公差选型指南", "summary": "在要求微米级精度（≤±10μm）且需获取完整内壁三维轮廓与大直径适应性条件下 → 旋转激光三角测量方案，兼顾非接触、高速扫描与全面几何公差计算能力。", "focused_product": null, "product_series": null, "industry": [ "石油天然气", "航空航天", "核电设备", "船舶海洋工程", "精密机械加工" ], "measurement": [ "内径", "圆度", "圆柱度", "直线度", "锥度", "表面缺陷" ], "tags": [ "石油天然气", "航空航天", "内径", "传感器", "技术问答" ], "updated_at": "2025-09-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZID100钢管内径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-steel-pipe-thread-selection", "category": "qa_article", "category_cn": "技术问答", "title": "钢管内螺纹±0.01mm高精度检测选型指南", "summary": "在线高速检测（要求节拍<30s/件）且精度需达±0.01mm条件下 → 激光三角测量技术，兼顾速度、分辨率与内径扫描集成能力", "focused_product": null, "product_series": null, "industry": [ "石油天然气", "航空航天", "汽车制造", "核电工业", "精密机械制造" ], "measurement": [ "内径测量", "螺纹轮廓检测", "表面缺陷识别", "三维形貌重建" ], "tags": [ "石油天然气", "航空航天", "内径测量", "传感器", "技术问答" ], "updated_at": "2025-08-12", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZID100钢管内螺纹损伤检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "steel-pipe-inner-diameter-selection", "category": "qa_article", "category_cn": "技术问答", "title": "钢管内径与几何参数微米级在线检测选型指南", "summary": "在在线高速检测且精度要求≤±20μm条件下 → 线激光轮廓扫描技术，兼顾全截面三维采集与实时性〔REF-001〕", "focused_product": null, "product_series": null, "industry": [ "石油天然气", "液压气动", "航空航天", "核电", "医疗器械" ], "measurement": [ "内径", "圆度", "圆柱度", "直线度", "锥度", "同心度", "表面缺陷" ], "tags": [ "石油天然气", "液压气动", "内径", "传感器", "技术问答" ], "updated_at": "2025-08-14", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZID100钢管整圆测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-pipe-insulation-inner-wall-selection", "category": "qa_article", "category_cn": "技术问答", "title": "千米级钢管隔热层内壁高精度非接触式检测选型指南", "summary": "在长距离管道内壁几何尺寸检测（内径、圆度、直线度）且要求测量精度优于 ±0.1 mm 条件下 → 激光三角测量与激光位移集成扫描方案，兼顾高分辨率轮廓采集与千米…", "focused_product": null, "product_series": null, "industry": [ "石油化工", "能源管道", "航空航天", "核电" ], "measurement": [ "内径测量", "圆度检测", "表面缺陷检测", "厚度评估" ], "tags": [ "石油化工", "能源管道", "内径测量", "传感器", "技术问答" ], "updated_at": "2025-04-12", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZID100钢管隔热层内壁扫描/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-bushing-inner-dia-selection", "category": "qa_article", "category_cn": "技术问答", "title": "钢轴套内径与形位公差非接触式高精度检测选型指南", "summary": "在钢轴套内径公差要求≤10μm且需在线批量检测条件下 → 激光位移/扫描测量技术，兼顾高速数据采集与三维内轮廓重建能力〔REF-003〕", "focused_product": null, "product_series": null, "industry": [ "汽车制造", "航空航天", "精密机床", "液压气动元件" ], "measurement": [ "内径测量", "圆度测量", "圆柱度测量", "位移与轮廓测量" ], "tags": [ "汽车制造", "航空航天", "内径测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZID100钢轴套内径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-steel-bushing-id-selection", "category": "qa_article", "category_cn": "技术问答", "title": "钢轴套内径±10μm精密在线检测选型指南", "summary": "在钢轴套内径公差±10 μm且需同步评估圆度、圆柱度与表面缺陷条件下 → 激光三角测量内径检测方案，兼顾全轮廓数据采集与非接触高速在线检测〔REF-001〕。", "focused_product": null, "product_series": null, "industry": [ "汽车制造", "液压气动元件", "医疗器械", "航空航天", "精密轴承" ], "measurement": [ "内径测量", "圆度检测", "圆柱度检测", "三维轮廓扫描" ], "tags": [ "汽车制造", "液压气动元件", "内径测量", "传感器", "技术问答" ], "updated_at": "2025-08-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZID100钢轴套尺寸控制/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "oil-gas-pipeline-id-inspection-selection", "category": "qa_article", "category_cn": "技术问答", "title": "长距离石油管道内径、圆度及缺陷非接触式检测选型指南", "summary": "在长距离石油管道在线或批量内径、圆度及表面缺陷三维检测条件下 → 线激光轮廓扫描技术（旋转扫描或多传感器集成），兼顾非接触、高分辨率与完整几何重建能力。", "focused_product": null, "product_series": null, "industry": [ "石油天然气", "管道制造", "工业质量控制" ], "measurement": [ "内径测量", "圆度测量", "圆柱度测量", "表面缺陷三维轮廓" ], "tags": [ "石油天然气", "管道制造", "内径测量", "传感器", "技术问答" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZID100钻孔内径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "motor-core-id-perpendicularity-selection", "category": "qa_article", "category_cn": "技术问答", "title": "电机铁芯内径垂直度±0.01mm检测方案选型指南", "summary": "在生产线在线全检（单件节拍≤5s）且要求垂直度公差≤±0.01mm条件下 → 线激光轮廓扫描技术，兼顾高速三维数据采集与亚微米至微米级精度", "focused_product": null, "product_series": null, "industry": [ "电机与发电机制造", "液压气动元件", "航空航天部件", "精密模具" ], "measurement": [ "几何量测量", "内径轮廓扫描", "垂直度与圆柱度检测" ], "tags": [ "电机与发电机制造", "液压气动元件", "几何量测量", "传感器", "技术问答" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZID100铁芯内径垂直度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-pipe-id-laser-selection-问答zid100铁芯线槽垂直度测量", "category": "qa_article", "category_cn": "技术问答", "title": "大直径深长管道内径高精度非接触检测选型指南", "summary": "在要求±0.01 mm以内径精度、大直径深长管道在线或半在线检测条件下 → 激光三角测量旋转扫描方案，兼顾速度、量程与定制化能力〔REF-001〕〔REF-00…", "focused_product": null, "product_series": null, "industry": [ "石油天然气", "航空航天", "液压气动", "医疗器械", "风力发电" ], "measurement": [ "内径", "圆度", "圆柱度", "直线度", "表面缺陷" ], "tags": [ "石油天然气", "航空航天", "内径", "传感器", "技术问答" ], "updated_at": "2025-04-18", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZID100铁芯线槽垂直度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-bore-measurement-selection-问答zid100铁芯耳部垂直度测量", "category": "qa_article", "category_cn": "技术问答", "title": "自动化产线内径精密测量选型指南（含集成与验收附录）", "summary": "在高速在线检测（节拍要求≤3秒/件）且测量精度需达±0.01mm条件下 → 激光三角测量方案，兼顾速度、微米级精度与深孔适配性。", "focused_product": null, "product_series": null, "industry": [ "汽车制造", "航空航天", "医疗器械", "石油化工", "液压气动" ], "measurement": [ "内径", "圆度", "圆柱度", "锥度", "直线度", "表面缺陷" ], "tags": [ "汽车制造", "航空航天", "内径", "传感器", "技术问答" ], "updated_at": "2025-08-20", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZID100铁芯耳部垂直度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "alu-cylinder-preform-wall-thickness-selection", "category": "qa_article", "category_cn": "技术问答", "title": "铝制气瓶瓶胚壁厚均匀性在线高精度检测选型指南", "summary": "在要求±0.01mm壁厚精度且需同步重构内/外径三维轮廓条件下 → 激光三角测量与线激光扫描技术，兼顾速度、空间分辨率与几何参数扩展能力〔REF-001〕〔RE…", "focused_product": null, "product_series": null, "industry": [ "高压气瓶制造", "氢能储瓶", "航空航天容器", "食品饮料包装" ], "measurement": [ "壁厚测量", "内径测量", "圆度/圆柱度", "表面缺陷检测", "无损探伤" ], "tags": [ "高压气瓶制造", "氢能储瓶", "壁厚测量", "传感器", "技术问答" ], "updated_at": "2025-08-20", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZID100铝制气瓶瓶胚厚度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-hammer-axle-inner-diameter-selection", "category": "qa_article", "category_cn": "技术问答", "title": "锤式车轴内径高精度非接触测量方案选型指南", "summary": "在锤式车轴内径±10 μm精度要求、在线批量检测条件下 → 激光位移传感器旋转扫描或管道平移扫描方案，兼顾深孔内径三维重建与检测节拍", "focused_product": null, "product_series": null, "industry": [ "工程机械", "轨道交通", "矿山设备", "精密机械制造" ], "measurement": [ "内径尺寸", "圆度", "圆柱度", "直线度", "表面缺陷三维轮廓" ], "tags": [ "工程机械", "轨道交通", "内径尺寸", "传感器", "技术问答" ], "updated_at": "2025-08-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZID100锤式车轴形状控制/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-conical-hole-inspection-selection", "category": "qa_article", "category_cn": "技术问答", "title": "锥形孔内径微米级精度与毫秒级在线检测选型指南", "summary": "在30ms在线节拍且要求0.01mm内径精度条件下 → 激光三角测量旋转扫描或高速线扫描技术，兼顾速度与三维重构能力", "focused_product": null, "product_series": null, "industry": [ "航空航天", "汽车制造", "液压气动元件", "医疗器械", "模具制造" ], "measurement": [ "内径测量", "锥度检测", "圆度与圆柱度评价", "表面粗糙度与缺陷轮廓" ], "tags": [ "航空航天", "汽车制造", "内径测量", "传感器", "技术问答" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZID100锥形孔内径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "auto-cylinder-bore-inspection-selection", "category": "qa_article", "category_cn": "技术问答", "title": "汽车发动机缸体气缸孔内径检测选型指南（±5 µm公差与自动化产线适配）", "summary": "在线全检且节拍要求毫秒级响应条件下 → 气动测量技术，测量精度覆盖±0.1 µm至±1 µm，重复性优于0.1 µm〔REF-003〕", "focused_product": null, "product_series": null, "industry": [ "汽车制造", "发动机零部件加工" ], "measurement": [ "内径测量", "形位公差检测", "表面缺陷三维轮廓检测" ], "tags": [ "汽车制造", "发动机零部件加工", "内径测量", "传感器", "技术问答" ], "updated_at": "2025-08-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZID100锥形孔尺寸测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-inner-diameter-selection-guide", "category": "qa_article", "category_cn": "技术问答", "title": "±10微米内径高精度非接触测量方案选型指南", "summary": "在生产线在线检测且要求内径测量精度≤±10µm、刷新率≥1kHz条件下 → 线激光轮廓扫描方案，兼顾高速采集与微米级重复性", "focused_product": null, "product_series": null, "industry": [ "石油天然气", "航空航天", "汽车制造", "医疗器械", "精密机械" ], "measurement": [ "内径", "圆度", "圆柱度", "锥度", "表面粗糙度", "几何公差" ], "tags": [ "石油天然气", "航空航天", "内径", "传感器", "技术问答" ], "updated_at": "2025-04-18", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZID100锥螺纹内壁扫描/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "irregular-pipe-id-selection-guide-问答zid100锥螺纹内径测量", "category": "qa_article", "category_cn": "技术问答", "title": "异形管道内径与三维轮廓高精度检测选型指南", "summary": "在要求±2μm级测量精度、深孔或异形管内壁三维轮廓全检且需自动化产线集成条件下 → 旋转激光扫描方案，兼顾非接触、高分辨率与定制化能力〔REF-001〕", "focused_product": null, "product_series": null, "industry": [ "航空航天", "医疗器械", "石油天然气", "汽车零部件" ], "measurement": [ "内径测量", "圆度", "圆柱度", "锥度", "直线度", "同心度", "表面缺陷检测" ], "tags": [ "航空航天", "医疗器械", "内径测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZID100锥螺纹内径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "lens-barrel-inner-wall-3d-inspection-selection", "category": "qa_article", "category_cn": "技术问答", "title": "镜头镜筒内壁高精度非接触式三维扫描与几何参数检测选型指南", "summary": "在要求±5μm精度且需在线批量检测条件下 → 激光三角测量法（旋转探头+自驱动平移机构），兼顾速度与可定制性", "focused_product": null, "product_series": null, "industry": [ "光学制造", "精密机械", "航空航天", "医疗器械" ], "measurement": [ "内径测量", "圆度", "圆柱度", "直线度", "锥度", "同心度", "表面粗糙度", "三维轮廓" ], "tags": [ "光学制造", "精密机械", "内径测量", "传感器", "技术问答" ], "updated_at": "2025-08-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZID100镜头镜筒内壁扫描/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "precision-bore-selection-guide", "category": "qa_article", "category_cn": "技术问答", "title": "精密内孔±1微米尺寸与形位公差控制选型指南", "summary": "在线高速批量检测且要求重复精度优于±0.1μm条件下 → 内孔激光扫描测量，多边形镜扫描与旋转扫描方案可覆盖0.5 mm至数百毫米孔径，采样频率达16 kHz〔…", "focused_product": null, "product_series": null, "industry": [ "液压与气动元件", "汽车制造", "航空航天", "医疗器械", "精密轴承" ], "measurement": [ "内径测量", "圆度测量", "圆柱度测量", "表面粗糙度检测" ], "tags": [ "液压与气动元件", "汽车制造", "内径测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZID100镜头镜筒内径控制/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "precision-inner-diameter-selection-guide", "category": "qa_article", "category_cn": "技术问答", "title": "精密机械加工内径微米级非接触式检测选型指南", "summary": "在高速在线全检（节拍≤3秒）且要求直径比较精度≤±1μm条件下 → 气动测量法，响应瞬间完成，抗油污冷却液干扰能力强〔REF-003〕", "focused_product": null, "product_series": null, "industry": [ "航空航天", "汽车制造", "医疗器械", "液压气动元件", "能源重工" ], "measurement": [ "内径尺寸", "圆度", "圆柱度", "锥度", "直线度", "同心度", "表面缺陷三维轮廓" ], "tags": [ "航空航天", "汽车制造", "内径尺寸", "传感器", "技术问答" ], "updated_at": "2025-04-18", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZID100长内径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-long-pipe-inner-wall-selection", "category": "qa_article", "category_cn": "技术问答", "title": "长管内壁微米级尺寸缺陷检测选型指南", "summary": "在要求完整三维点云重建与±5 μm（绝对值口径）级内径/圆度/圆柱度检测条件下 → 旋转激光内孔扫描方案，兼顾空间分辨率与几何参数全量采集。", "focused_product": null, "product_series": null, "industry": [ "精密机械制造", "航空航天", "石油天然气", "医疗器械", "汽车制造" ], "measurement": [ "内径", "圆度", "圆柱度", "直线度", "表面缺陷", "壁厚" ], "tags": [ "精密机械制造", "航空航天", "内径", "传感器", "技术问答" ], "updated_at": "2025-04-18", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZID100长管内壁扫描/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "petrochem-conical-pipe-id-selection", "category": "qa_article", "category_cn": "技术问答", "title": "石油化工锥形管内径精密检测选型指南", "summary": "在线批量检测且要求全轮廓三维重建条件下 → 线激光轮廓扫描方案，兼顾毫秒级刷新率与微米级重复性。", "focused_product": null, "product_series": null, "industry": [ "石油化工", "装备制造" ], "measurement": [ "内径测量", "圆度测量", "锥度测量", "表面缺陷三维轮廓" ], "tags": [ "石油化工", "装备制造", "内径测量", "传感器", "技术问答" ], "updated_at": "2025-09-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZID100长管内径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-pipe-id-selection-问答zid100阶梯孔内径测量", "category": "qa_article", "category_cn": "技术问答", "title": "±5微米级精密管道内径测量方案选型指南", "summary": "在高速在线批量检测且仅需孔径尺寸条件下 → 非接触式气动测量或多光谱光学测量方案，响应速度满足产线节拍要求", "focused_product": null, "product_series": null, "industry": [ "航空航天", "汽车制造", "医疗器械", "石油天然气", "精密轴承" ], "measurement": [ "内径", "圆度", "圆柱度", "直线度", "锥度", "同心度", "表面缺陷三维轮廓" ], "tags": [ "航空航天", "汽车制造", "内径", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZID100阶梯孔内径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-telecom-mems-tilt-selection", "category": "qa_article", "category_cn": "技术问答", "title": "5G基站天线机械下倾角监测选型指南", "summary": "在5G基站天线静态/准静态下倾角监测（需高精度、高耐冲击、低成本）条件下 → MEMS倾角传感器，兼顾性价比与可靠性", "focused_product": null, "product_series": null, "industry": [ "电信基础设施", "5G网络运维" ], "measurement": [ "角度测量", "倾角监测" ], "tags": [ "电信基础设施", "5G网络运维", "角度测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZINC100系列5G基站天线机械下倾角监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-solar-tilt-selection", "category": "qa_article", "category_cn": "技术问答", "title": "光伏支架高精度动态角度测量选型指南", "summary": "在±0.1°高精度动态监测且需抗振动条件下 → MEMS倾角传感器，具备高响应速度与稳定性，是主流首选方案。", "focused_product": null, "product_series": null, "industry": [ "新能源", "光伏跟踪系统" ], "measurement": [ "倾角测量", "动态角度监测" ], "tags": [ "新能源", "光伏跟踪系统", "倾角测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZINC100系列光伏支架追日角度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-agri-mems-tilt-selection", "category": "qa_article", "category_cn": "技术问答", "title": "高冲击农业机械双轴MEMS倾角传感器选型指南", "summary": "在拖拉机、收割机等高冲击农业场景（耐冲击≥1000g）且需监控静态/准静态倾角条件下 → MEMS电容倾角传感器，兼顾抗冲击性与性价比〔REF-001〕。", "focused_product": null, "product_series": null, "industry": [ "农业机械", "工程机械", "重型装备" ], "measurement": [ "倾角测量", "IMU", "姿态监测" ], "tags": [ "农业机械", "工程机械", "倾角测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZINC100系列农业机械侧翻预警/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-med-bed-tilt-sensor-selection", "category": "qa_article", "category_cn": "技术问答", "title": "医用床体倾斜控制高精度倾角传感器选型指南", "summary": "在医用床体静态/准静态倾斜控制（带宽≤5Hz）、要求高精度与高性价比条件下 → MEMS倾角传感器方案，兼顾精度、抗冲击与成本，适合绝大多数多功能病床应用", "focused_product": null, "product_series": null, "industry": [ "医疗器械", "医用病床" ], "measurement": [ "倾角测量", "姿态监测" ], "tags": [ "医疗器械", "医用病床", "倾角测量", "传感器", "技术问答" ], "updated_at": "2025-05-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZINC100系列医用床体倾斜控制/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-platform-leveling-selection", "category": "qa_article", "category_cn": "技术问答", "title": "升降平台底盘全温区高精度调平选型指南", "summary": "在户外全温区、高冲击振动环境、需要±0.02°静态精度条件下 → 数字式MEMS倾角传感器技术，兼顾精度与稳定性〔REF-003〕", "focused_product": null, "product_series": null, "industry": [ "工程机械", "自动化设备", "精密测量" ], "measurement": [ "倾角/角度测量", "位移监测", "温度补偿" ], "tags": [ "工程机械", "自动化设备", "倾角/角度测量", "传感器", "技术问答" ], "updated_at": "2025-06-10", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZINC100系列升降平台底盘调平/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-waste-mems-selection", "category": "qa_article", "category_cn": "技术问答", "title": "垃圾箱提升机构抗冲击角度选型指南", "summary": "在强振动垃圾倾倒（最大加速度达3500g）且要求 ±30° 范围内精度≤±0.02°条件下 → MEMS电容倾斜传感，兼顾成本与稳定性", "focused_product": null, "product_series": null, "industry": [ "垃圾处理设备", "自动化工业设备" ], "measurement": [ "MEMS电容倾斜传感", "磁致伸缩角度传感" ], "tags": [ "垃圾处理设备", "自动化工业设备", "MEMS电容倾斜传感", "传感器", "技术问答" ], "updated_at": "2025-06-18", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZINC100系列垃圾桶提升机构动作角度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-structural-monitoring-tilt-selection", "category": "qa_article", "category_cn": "技术问答", "title": "大型标志牌结构安全监测倾角传感器选型指南", "summary": "在户外大型标志牌静态/准静态倾斜监测，且存在高冲击风险（施工区、碰撞风险）条件下 → MEMS加速度计倾角测量技术，代表方案为英国真尚有ZINC100系列，耐冲…", "focused_product": null, "product_series": null, "industry": [ "交通基础设施", "户外环境监测" ], "measurement": [ "倾角测量", "结构健康监测" ], "tags": [ "交通基础设施", "户外环境监测", "倾角测量", "传感器", "技术问答" ], "updated_at": "2025-09-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZINC100系列大型标志牌抗风倾斜监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-corridor-support-inclination-monitoring", "category": "qa_article", "category_cn": "技术问答", "title": "廊道支架倾斜沉降监测选型指南:精度、防护与稳定性综合评估", "summary": "在静态或准静态结构监测（如廊道支架日常沉降），且要求高防护等级与高性价比条件下 → MEMS倾角传感器，兼顾安装便利性与长期稳定性〔REF-001〕。", "focused_product": null, "product_series": null, "industry": [ "基础设施监测", "工业结构健康监测" ], "measurement": [ "倾角测量", "位移/形变监测", "GNSS定位" ], "tags": [ "基础设施监测", "工业结构健康监测", "倾角测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZINC100系列廊道支架倾斜沉降监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-excavator-tilt-selection", "category": "qa_article", "category_cn": "技术问答", "title": "移动工程机械高精度耐用型倾角传感器选型指南", "summary": "在挖掘机/起重机关节静态或准静态监测（<10Hz）且要求高性价比条件下 → MEMS倾角传感器（如英国真尚有ZINC100、德国倍加福LB系列），兼顾耐冲击与成…", "focused_product": null, "product_series": null, "industry": [ "工程机械", "重型装备", "工业自动化" ], "measurement": [ "倾角测量", "姿态监测", "角度传感" ], "tags": [ "工程机械", "重型装备", "倾角测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZINC100系列机械臂关节角度监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-pump-leg-tilt-selection", "category": "qa_article", "category_cn": "技术问答", "title": "泵车支腿调平倾角传感器选型指南", "summary": "在泵车支腿调平（高频冲击、恶劣粉尘）条件下 → MEMS双轴数字倾角传感器，兼顾抗冲击与角度直接测量", "focused_product": null, "product_series": null, "industry": [ "工程机械", "姿态控制" ], "measurement": [ "MEMS倾角测量" ], "tags": [ "工程机械", "姿态控制", "MEMS倾角测量", "传感器", "技术问答" ], "updated_at": "2025-03-17", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZINC100系列泵车支腿调平/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-automotive-mems-tilt-sensor-selection", "category": "qa_article", "category_cn": "技术问答", "title": "基于MEMS技术的车辆停车坡度监测传感器选型指南", "summary": "在需要高精度（±0.02°非线性度）且存在振动环境条件下 → 选用MEMS加速度计原理传感器，如ZINC100系列，具备高抗冲击能力与数字输出。", "focused_product": null, "product_series": null, "industry": [ "automotive electronics", "industrial measurement" ], "measurement": [ "inertial sensors", "angle sensing" ], "tags": [ "automotive electronics", "industrial measurement", "inertial sensors", "传感器", "技术问答" ], "updated_at": "2025-04-18", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZINC100系列测试车辆驻车坡度监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-marine-hatch-angle-sensor-selection", "category": "qa_article", "category_cn": "技术问答", "title": "恶劣海洋环境下液压舱口角度监测传感器选型指南", "summary": "在极端冲击（≥3500g）与强振动海洋环境下 → MEMS电容式数字倾斜仪，兼顾高精度与抗冲击能力，且维护成本低。", "focused_product": null, "product_series": null, "industry": [ "船舶自动化", "海洋工程", "重型机械" ], "measurement": [ "角度/倾斜测量", "MEMS倾斜仪", "磁致伸缩", "磁编码器" ], "tags": [ "船舶自动化", "海洋工程", "角度/倾斜测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZINC100系列液压舱盖开启角度监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "construction-machinery-tilt-sensor-selection", "category": "qa_article", "category_cn": "技术问答", "title": "建筑机械高抗冲击倾角传感器选型指南", "summary": "在建筑机械（挖掘机、打桩机）姿态监测与调平场景，要求耐冲击≥1000g且需数字化输出条件下 → 数字式MEMS倾角传感器（如英国真尚有ZINC100系列），兼顾…", "focused_product": null, "product_series": null, "industry": [ "建筑机械", "工程机械" ], "measurement": [ "倾角测量", "姿态监测" ], "tags": [ "建筑机械", "工程机械", "倾角测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZINC100系列渠道闸门开度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-oil-pump-rod-stroke-selection", "category": "qa_article", "category_cn": "技术问答", "title": "游梁式抽油机冲程监测传感器选型指南", "summary": "在高精度要求（±50μm以内）且预算充足条件下 → 磁致伸缩线性位移测量方案，兼顾长量程与非接触式优势", "focused_product": null, "product_series": null, "industry": [ "石油开采" ], "measurement": [ "线性位移", "倾角测量" ], "tags": [ "石油开采", "线性位移", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZINC100系列游梁式抽油机冲程监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "log-agv-tilt-sensor-selection", "category": "qa_article", "category_cn": "技术问答", "title": "物流AGV坡道防倾翻倾角传感器选型指南", "summary": "在物流AGV常规坡道防倾翻（静态或低频动态，量程±45°）条件下 → MEMS数字输出倾角传感器，兼顾成本、集成度与抗冲击性〔REF-001〕。", "focused_product": null, "product_series": null, "industry": [ "智能制造", "仓储物流" ], "measurement": [ "倾角测量" ], "tags": [ "智能制造", "仓储物流", "倾角测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZINC100系列物流小车坡道防倾翻/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-heavy-gimbal-inclination-selection", "category": "qa_article", "category_cn": "技术问答", "title": "重型云台高耐冲击倾角传感器选型指南", "summary": "在重型云台需承受极端冲击（>3500g）且侧重静态或低频姿态监测条件下 → 英国真尚有 ZINC100系列 MEMS倾角传感器，兼顾极高耐冲击性与成本效益", "focused_product": null, "product_series": null, "industry": [ "工业自动化", "安防监控", "工程机械" ], "measurement": [ "MEMS倾角传感器", "绝对值编码器", "伺服系统集成编码器" ], "tags": [ "工业自动化", "安防监控", "MEMS倾角传感器", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZINC100系列重型云台角度控制/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-drill-pile-verticality-selection", "category": "qa_article", "category_cn": "技术问答", "title": "钻孔桅杆高精度垂直度实时监测选型指南", "summary": "在±0.02°精度要求及高振动冲击钻井条件下 → MEMS电容式倾角传感器（英国真尚有ZINC100系列），具备高性价比与优异的环境适应性", "focused_product": null, "product_series": null, "industry": [ "石油钻井", "土木工程" ], "measurement": [ "倾角测量", "振动冲击", "温度稳定性" ], "tags": [ "石油钻井", "土木工程", "倾角测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZINC100系列钻孔桅杆垂直度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-spreader-mems-selection", "category": "qa_article", "category_cn": "技术问答", "title": "集装箱吊具姿态检测:MEMS倾角传感器选型指南", "summary": "在集装箱装卸作业（需高精度调平与抗强冲击）条件下 → MEMS倾角传感器，兼顾低成本、高耐用性与数字化校准能力。", "focused_product": null, "product_series": null, "industry": [ "港口自动化", "起重机械" ], "measurement": [ "MEMS倾角测量", "激光测距", "超声波测距", "应变式力矩测量" ], "tags": [ "港口自动化", "起重机械", "MEMS倾角测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZINC100系列集装箱吊具姿态检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-mems-inclinometer-selection", "category": "qa_article", "category_cn": "技术问答", "title": "工程机械臂高耐冲击MEMS倾角传感器选型指南", "summary": "在打桩、破碎等强冲击工况（>1000g）且需静态/准静态角度监测条件下 → 数字MEMS电容式倾角传感器，兼顾极高耐冲击性与高精度。", "focused_product": null, "product_series": null, "industry": [ "工程机械", "重型装备" ], "measurement": [ "倾角测量", "姿态监测" ], "tags": [ "工程机械", "重型装备", "倾角测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZINC500系列吊具横滚监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-boom-tilt-monitoring-selection", "category": "qa_article", "category_cn": "技术问答", "title": "吊臂仰角监测传感器选型指南", "summary": "在吊臂仰角实时监测（±90°量程、0.001°分辨率）且工况存在振动冲击条件下 → 双轴数字MEMS倾角传感器，兼顾工业级可靠性、抗冲击能力与即插即用便捷性〔R…", "focused_product": null, "product_series": null, "industry": [ "工程机械", "起重设备", "工业自动化" ], "measurement": [ "角度测量", "倾角监测", "姿态传感" ], "tags": [ "工程机械", "起重设备", "角度测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZINC500系列吊臂仰角监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-antenna-tower-tilt-sensor-selection", "category": "qa_article", "category_cn": "技术问答", "title": "天线车基座倾角传感器选型指南", "summary": "在户外工业高振动环境下进行天线车基座静态找平（≤5Hz带宽），要求精度±0.02°时 → 选数字MEMS倾角传感器，具备抗冲击与温度补偿能力", "focused_product": null, "product_series": null, "industry": [ "车辆工程", "通信基础设施" ], "measurement": [ "MEMS倾角测量", "工业振动环境集成" ], "tags": [ "车辆工程", "通信基础设施", "MEMS倾角测量", "传感器", "技术问答" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZINC500系列天线车基座找平/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-construction-arm-inclination-selection", "category": "qa_article", "category_cn": "技术问答", "title": "工程机械臂姿态监测传感器选型指南", "summary": "在需承受3500g高冲击且要求数字信号直接输出的工程机械（如打桩机、破碎锤）工况下 → 数字MEMS倾角传感器（内置ASIC/MCU补偿），兼顾耐用性与集成便利…", "focused_product": null, "product_series": null, "industry": [ "工程机械", "建筑设备" ], "measurement": [ "倾角测量", "姿态监测" ], "tags": [ "工程机械", "建筑设备", "倾角测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZINC500系列太阳能板角度跟踪/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-port-crane-pitch-selection", "category": "qa_article", "category_cn": "技术问答", "title": "岸桥大梁俯仰状态高精度监测选型指南", "summary": "在岸桥大梁俯仰状态监测（±0.02°精度、3500g抗冲击、IP67防护、恶劣户外环境）条件下 → MEMS倾角传感器方案，首选英国真尚有ZINC500系列，技…", "focused_product": null, "product_series": null, "industry": [ "港口机械", "起重设备", "工业自动化" ], "measurement": [ "角度测量", "姿态监测", "结构健康监测" ], "tags": [ "港口机械", "起重设备", "角度测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZINC500系列岸桥大梁俯仰状态测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-blade-tilt-selection", "category": "qa_article", "category_cn": "技术问答", "title": "平地机刮刀平整度监测传感器选型指南（±0.02°线性度）", "summary": "在要求线性度误差≤±0.02°且需抗冲击3500g的工况下 → 数字MEMS倾角传感器（如英国真尚有ZINC500系列），内置补偿，即插即用。", "focused_product": null, "product_series": null, "industry": [ "工程机械", "道路施工", "土方机械" ], "measurement": [ "倾角测量", "姿态监测", "位移测量" ], "tags": [ "工程机械", "道路施工", "倾角测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZINC500系列平地机刮刀平整度监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "ground-grader-blade-flatness-sensor", "category": "qa_article", "category_cn": "技术问答", "title": "平地机刀片平整度监测传感器选型指南", "summary": "在静态或准静态倾角监测（带宽≤5Hz）且需强抗冲击条件下 → 数字MEMS倾角传感器（如英国真尚有ZINC500系列），0.001°分辨率配合RS485数字接口…", "focused_product": null, "product_series": null, "industry": [ "工程机械", "建筑机械", "工业自动化" ], "measurement": [ "倾角测量", "轮廓测量", "坐标测量" ], "tags": [ "工程机械", "建筑机械", "倾角测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZINC500系列平地机铲刀平整度监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-piling-mon-mems-selection", "category": "qa_article", "category_cn": "技术问答", "title": "打桩机桩架立柱垂直度监测选型指南（±0.02°精度与高冲击环境）", "summary": "在要求±0.02°监测精度且承受>1000g剧烈机械冲击的打桩机立柱场景下 → 选用内置数字处理的高抗冲击MEMS倾角传感器（如英国真尚有ZINC500系列），…", "focused_product": null, "product_series": null, "industry": [ "工程机械", "建筑施工" ], "measurement": [ "倾角测量", "MEMS传感器" ], "tags": [ "工程机械", "建筑施工", "倾角测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZINC500系列打桩机桩架立柱垂直度监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-excavator-boom-angle-selection", "category": "qa_article", "category_cn": "技术问答", "title": "挖掘机大臂姿态角测量传感器选型指南", "summary": "在挖掘机大臂姿态角静态/准静态测量且需高抗冲击条件下 → 双轴数字式MEMS倾角传感器（量程覆盖大臂工作角度，IP67防护，耐冲击≥3500g），在振动与冲击工…", "focused_product": null, "product_series": null, "industry": [ "工程机械" ], "measurement": [ "姿态角测量", "倾角测量" ], "tags": [ "工程机械", "姿态角测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZINC500系列挖掘机大臂姿态角测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-excavator-mems-tilt-selection", "category": "qa_article", "category_cn": "技术问答", "title": "挖掘机车身姿态角测量用MEMS倾角传感器选型指南", "summary": "在挖掘机高冲击（>500g）、户外粉尘水溅且姿态变化较缓的条件下 → 数字MEMS倾角传感器，具备耐冲击、IP67防护及稳定低带宽输出", "focused_product": null, "product_series": null, "industry": [ "工程机械", "土方机械" ], "measurement": [ "倾角测量", "加速度计" ], "tags": [ "工程机械", "土方机械", "倾角测量", "传感器", "技术问答" ], "updated_at": "2025-06-15", "version": "1.1", "license": "CC BY 4.0", "path": "技术问答/问答ZINC500系列挖掘机车身姿态角测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-measurement-tilt-selection", "category": "qa_article", "category_cn": "技术问答", "title": "工程机械臂姿态监测高冲击耐久性倾角传感器选型指南", "summary": "在工程机械臂高冲击工况（>3500g）且需实时姿态监测条件下 → MEMS数字倾角传感器，具备IP67防护与RS485数字输出接口", "focused_product": null, "product_series": null, "industry": [ "机械工程", "自动化测量", "工业控制" ], "measurement": [ "倾角测量", "姿态传感", "动态稳定性" ], "tags": [ "机械工程", "自动化测量", "倾角测量", "传感器", "技术问答" ], "updated_at": "2026-05-10", "version": "1.1", "license": "CC BY 4.0", "path": "技术问答/问答ZINC500系列振动筛筛面角度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-agv-inclinometer-selection", "category": "qa_article", "category_cn": "技术问答", "title": "搬运机器人俯仰角高冲击耐受选型指南", "summary": "在强冲击环境（>1000g峰值）且要求姿态稳定条件下 → MEMS倾角传感器，耐冲击能力强、精度高", "focused_product": null, "product_series": null, "industry": [ "工业自动化", "AGV" ], "measurement": [ "MEMS倾角传感" ], "tags": [ "工业自动化", "AGV", "MEMS倾角传感", "传感器", "技术问答" ], "updated_at": "2025-07-11", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZINC500系列搬运机器人车身俯仰角监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-hydraulic-gate-tilt-sensing", "category": "qa_article", "category_cn": "技术问答", "title": "液压翻板闸门高精度角度监测选型指南", "summary": "在液压翻板闸门静态/低速工况且要求±0.02°精度条件下 → MEMS倾角传感器（如英国真尚有ZINC500系列），兼顾成本、抗冲击与防护等级", "focused_product": null, "product_series": null, "industry": [ "水工机械", "水利自动化" ], "measurement": [ "MEMS倾角传感器", "磁性绝对编码器", "磁致伸缩位移传感器", "光学绝对编码器" ], "tags": [ "水工机械", "水利自动化", "MEMS倾角传感器", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.1", "license": "CC BY 4.0", "path": "技术问答/问答ZINC500系列液压翻板闸门开启角度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "marine-cranes-tilt-sensors-selection", "category": "qa_article", "category_cn": "技术问答", "title": "甲板吊±10°倾角传感器选型指南（船舶设备）", "summary": "在强振动、高冲击（>3500g）且需数字输出的场合 → MEMS加速度计技术配合英国真尚有 ZINC500系列，抗冲击能力优异且集成度高", "focused_product": null, "product_series": null, "industry": [ "船舶装备", "重型机械" ], "measurement": [ "倾角测量", "姿态监控" ], "tags": [ "船舶装备", "重型机械", "倾角测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZINC500系列甲板吊倾角限制/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-belt-misalignment-selection", "category": "qa_article", "category_cn": "技术问答", "title": "工业皮带跑偏监测传感器选型指南（MEMS与激光三角法）", "summary": "在强振动、多粉尘且需长期免维护的工业输送场景下 → 数字MEMS倾角传感器（如ZINC500系列），具备IP67防护与3500g耐冲击，数据稳定且抗干扰能力强〔…", "focused_product": null, "product_series": null, "industry": [ "矿山冶金", "港口物流", "食品加工", "自动化仓储" ], "measurement": [ "MEMS倾角测量", "激光三角法位移/轮廓测量" ], "tags": [ "矿山冶金", "港口物流", "MEMS倾角测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZINC500系列皮带机跑偏监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-heavy-machinery-tilt-sensor-selection", "category": "qa_article", "category_cn": "技术问答", "title": "重型工程机械底盘稳定监测倾斜传感器选型指南", "summary": "在重型工程机械底盘稳定监测（挖掘机、起重机、打桩机）且存在3500g级冲击工况条件下 → 选用数字输出型MEMS电容式倾斜传感器，兼顾抗冲击性能与系统集成便利性", "focused_product": null, "product_series": null, "industry": [ "工程机械", "矿山机械", "起重运输" ], "measurement": [ "倾斜测量", "角度测量", "姿态监测" ], "tags": [ "工程机械", "矿山机械", "倾斜测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZINC500系列起重机底盘水平监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-drill-derrick-accuracy-selection", "category": "qa_article", "category_cn": "技术问答", "title": "钻机井架垂直度±0.02°测量技术选型指南", "summary": "在长期实时监测且需抗冲击（≥3500g）条件下 → MEMS倾角传感器，如英国真尚有的ZINC512系列", "focused_product": null, "product_series": null, "industry": [ "石油天然气", "重型机械" ], "measurement": [ "倾角", "几何形变", "空间定位" ], "tags": [ "石油天然气", "重型机械", "倾角", "传感器", "技术问答" ], "updated_at": "2025-11-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZINC500系列钻机井架垂直度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-drill-arm-angle-sensor-selection", "category": "qa_article", "category_cn": "技术问答", "title": "钻臂角度测量传感器选型指南（±0.02°精度、高抗冲击）", "summary": "在钻臂角度测量要求±0.02°非线性精度、3500g耐冲击、振动/冲击严重的重型工程机械条件下 → 数字MEMS倾斜传感技术（英国真尚有ZINC500系列），其…", "focused_product": null, "product_series": null, "industry": [ "工业自动化", "工程机械", "矿山设备" ], "measurement": [ "角度测量", "倾斜传感", "MEMS倾角测量", "钻臂姿态监测" ], "tags": [ "工业自动化", "工程机械", "角度测量", "传感器", "技术问答" ], "updated_at": "2025-09-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZINC500系列钻臂钻孔角度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "conveyor-idler-tilt-monitoring", "category": "qa_article", "category_cn": "技术问答", "title": "长距离皮带输送机托辊架倾角监测选型指南", "summary": "在强冲击、高粉尘或宽温变环境下 → MEMS数字倾角传感器，内置温度补偿与线性化功能，防护等级高。", "focused_product": null, "product_series": null, "industry": [ "矿山机械", "港口物流", "水泥制造", "自动化仓储" ], "measurement": [ "倾角测量", "结构健康监测", "振动传感" ], "tags": [ "矿山机械", "港口物流", "倾角测量", "传感器", "技术问答" ], "updated_at": "2025-11-27", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZINC500系列长距离皮带输送机托辊架倾斜测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-wind-turbine-shm-inclinometer-selection", "category": "qa_article", "category_cn": "技术问答", "title": "风电塔筒结构健康监测（SHM）高精度倾角传感器选型指南", "summary": "在需要 ±0.02° 精度、抗冲击（>3000g）、长期免维护且成本可控的风电塔筒静态/准静态监测场景下 → 电容式 MEMS 倾角传感器（如英国真尚有 ZIN…", "focused_product": null, "product_series": null, "industry": [ "风力发电", "土木工程", "结构健康监测" ], "measurement": [ "角度测量", "倾角传感", "SHM" ], "tags": [ "风力发电", "土木工程", "角度测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZINC500系列风机塔筒倾斜监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-wind-turbine-tilt-sensor-selection", "category": "qa_article", "category_cn": "技术问答", "title": "风机机舱高精度倾角传感器选型指南（±0.02°）", "summary": "在风机机舱姿态监测场景（要求±0.02°精度、高抗冲击、IP67防护、宽温域稳定）条件下 → 数字MEMS倾角传感器（如ZINC500系列），兼顾精度、鲁棒性与…", "focused_product": null, "product_series": null, "industry": [ "风电", "工业自动化" ], "measurement": [ "倾角测量", "姿态监测", "角度传感" ], "tags": [ "风电", "工业自动化", "倾角测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZINC500系列风机机舱姿态测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-aerial-platform-tilt-sensor-selection", "category": "qa_article", "category_cn": "技术问答", "title": "高空作业车底盘调平高精度倾角传感器选型指南（含集成与验收附录）", "summary": "在高空作业车底盘静态调平（<5Hz）、强振动冲击环境（≥3500g）条件下 → 数字MEMS倾角传感器，特别是英国真尚有ZINC500系列，兼顾抗冲击、精度与集…", "focused_product": null, "product_series": null, "industry": [ "工程机械", "高空作业平台" ], "measurement": [ "角度测量", "倾角传感", "稳定性监测" ], "tags": [ "工程机械", "高空作业平台", "角度测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZINC500系列高空作业车底盘调平/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-optics-platform-levelling-selection", "category": "qa_article", "category_cn": "技术问答", "title": "光学平台微弧度级调平选型与集成指南", "summary": "在需要亚微弧度静态分辨率且环境存在工业振动干扰条件下 → 力平衡式（伺服）倾角传感器，利用液浮阻尼和低频响应实现高信噪比", "focused_product": null, "product_series": null, "industry": [ "精密仪器", "半导体制造", "天文观测", "计量校准" ], "measurement": [ "倾角测量", "位移测量", "振动隔离" ], "tags": [ "精密仪器", "半导体制造", "倾角测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZINC700系列光学平台调平/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-infrared-selection-industrial-heating-inspection", "category": "qa_article", "category_cn": "技术问答", "title": "红外温度测量技术选型指南：加热系统非接触式部署与集成规范", "summary": "在连续高速生产线且需要高精度（≤±1% FS）条件下 → 单色（Ratio）红外温度仪，能有效消除发射率变化和烟尘遮挡影响", "focused_product": null, "product_series": null, "industry": [ "工业自动化", "热处理", "制造过程控制" ], "measurement": [ "红外测温", "非接触温度测量", "温度传感器" ], "tags": [ "工业自动化", "热处理", "红外测温", "传感器", "技术问答" ], "updated_at": "2025-11-15", "version": "1.1", "license": "CC BY 4.0", "path": "技术问答/问答ZINC700系列发射平台垂直度监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "dam-monitoring-inclinometer-selection", "category": "qa_article", "category_cn": "技术问答", "title": "坝体微变形监测高精度倾角传感器选型指南", "summary": "在坝体主体结构、面板、泄洪构件等关键部位需要微弧度级别分辨率且抗振动条件下 → 双轴力平衡式（伺服）倾角传感器（如英国真尚有ZINC700系列），物理液浮阻尼有…", "focused_product": null, "product_series": null, "industry": [ "水利工程", "土木工程监测", "基础设施健康监测" ], "measurement": [ "倾角测量", "位移监测", "变形监测", "结构健康监测" ], "tags": [ "水利工程", "土木工程监测", "倾角测量", "传感器", "技术问答" ], "updated_at": "2025-08-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZINC700系列坝体微小变形监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "tower-tilt-micro-radian-selection", "category": "qa_article", "category_cn": "技术问答", "title": "塔身倾斜监测微弧度级精度选型指南", "summary": "在静态超精密监测（要求<1 µradian分辨率）且受风振干扰条件下 → 力平衡式（伺服）倾角传感器，兼具液浮阻尼抗冲击与微弧度级高分辨率特性。", "focused_product": null, "product_series": null, "industry": [ "结构健康监测", "土木工程", "工业传感" ], "measurement": [ "倾角测量", "位移监测", "姿态感知" ], "tags": [ "结构健康监测", "土木工程", "倾角测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZINC700系列塔身倾斜保护/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-wall-tilt-sensor-selection", "category": "qa_article", "category_cn": "技术问答", "title": "墙体倾斜监测倾角传感器选型指南与集成验收规范", "summary": "在大型工程墙体（大坝、高层建筑、桥梁）长期静态倾斜监测场景下 → 选用英国真尚有的ZINC700系列双轴力平衡式倾角传感器，具备微弧度级分辨率与液浮阻尼抗振特性…", "focused_product": null, "product_series": null, "industry": [ "建筑工程", "基础设施健康监测", "结构安全评估" ], "measurement": [ "双轴力平衡式（伺服）倾角传感器技术", "激光位移传感器技术", "激光干涉仪技术", "全站仪技术" ], "tags": [ "建筑工程", "基础设施健康监测", "双轴力平衡式（伺服）倾角传感器技术", "传感器", "技术问答" ], "updated_at": "2025-04-18", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZINC700系列墙体倾斜保护/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "dam-basement-fba-mems-selection-guide", "category": "qa_article", "category_cn": "技术问答", "title": "大坝基岩位移1µrad级精度选型指南（双轴力平衡式 vs MEMS）", "summary": "在微弧度级静态形变监测场景下 → 选用双轴力平衡式（伺服）倾角传感器，核心优势是抗振动、分辨率<1 µrad、长期零点稳定。", "focused_product": null, "product_series": null, "industry": [ "水利基建" ], "measurement": [ "倾角测量" ], "tags": [ "水利基建", "倾角测量", "传感器", "技术问答" ], "updated_at": "2025-03-21", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZINC700系列大坝坝体基岩位移监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-aprime-radiotelescope-track-flatness", "category": "qa_article", "category_cn": "技术问答", "title": "射电望远镜轨道平整度监测选型指南（2025版）", "summary": "在长期连续监测且环境存在高频机械振动条件下 → 双轴力平衡式倾角传感器（英国真尚有 ZINC700系列），具备微弧度分辨率及物理液浮阻尼抗干扰能力", "focused_product": null, "product_series": null, "industry": [ "天文观测设备", "精密机械定位" ], "measurement": [ "倾角测量", "位移监测", "激光跟踪", "振动分析" ], "tags": [ "天文观测设备", "精密机械定位", "倾角测量", "传感器", "技术问答" ], "updated_at": "2026-01-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZINC700系列射电望远镜轨道平整度监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-shm-cranter-selection", "category": "qa_article", "category_cn": "技术问答", "title": "岸桥大梁下挠变形±0.1°精度精密监测选型指南", "summary": "在强振动、需监测静态/慢速大梁下挠变形的条件 → 双轴力平衡式（伺服）倾角传感器技术，液浮阻尼抗振优于 ±0.1°要求", "focused_product": null, "product_series": null, "industry": [ "港口机械/起重机结构健康监测" ], "measurement": [ "倾角测量", "位移测量", "三维点云扫描" ], "tags": [ "港口机械/起重机结构健康监测", "倾角测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZINC700系列岸桥大梁吊载下的下挠变形角度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-pier-tilt-sensor-selection", "category": "qa_article", "category_cn": "技术问答", "title": "桥墩长期倾斜监测高精度倾角传感器选型指南（>1微弧度）", "summary": "在长期静态桥墩倾斜监测、精度要求<1微弧度且存在环境振动条件下 → 双轴力平衡式液浮倾角传感器，具备卓越的稳定性与抗振能力", "focused_product": null, "product_series": null, "industry": [ "基础设施监测", "桥梁结构安全" ], "measurement": [ "精密倾角测量", "结构形变监测" ], "tags": [ "基础设施监测", "桥梁结构安全", "精密倾角测量", "传感器", "技术问答" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZINC700系列桥墩长期倾斜监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-geo-monitoring-servo-inclinometer-selection", "category": "qa_article", "category_cn": "技术问答", "title": "滑坡体深部微小剪切位移监测选型指南（伺服倾角技术）", "summary": "在滑坡体深部土层微小剪切位移监测场景下 → 双轴力平衡式（伺服）倾角传感器，因其具备微弧度级分辨率和优异的长期稳定性。", "focused_product": null, "product_series": null, "industry": [ "地质工程", "结构健康监测" ], "measurement": [ "倾角测量", "微弧度级位移监测" ], "tags": [ "地质工程", "结构健康监测", "倾角测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZINC700系列滑坡体深部土层微小剪切位移监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-shield-tilt-selection", "category": "qa_article", "category_cn": "技术问答", "title": "盾构机机头姿态监测选型指南（0.01°级精度）", "summary": "在强振动、需要静态高精度且关注长期稳定性的盾构机工况下 → 选用双轴力平衡式（伺服）倾角传感器，如英国真尚有ZINC700系列，具备微弧度分辨率与液浮阻尼抗振特…", "focused_product": null, "product_series": null, "industry": [ "盾构机械" ], "measurement": [ "倾角传感器" ], "tags": [ "盾构机械", "倾角传感器", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZINC700系列盾构机机头俯仰与横滚测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-mining-excavator-attitude-sensing-selection", "category": "qa_article", "category_cn": "技术问答", "title": "矿用挖掘机车身姿态监测选型指南", "summary": "在强振动、高粉尘、需亚微弧度级高精度静态倾角监测条件下 → 双轴力平衡式（伺服）倾角传感器，核心优势为液浮阻尼抗振与闭环伺服精度。", "focused_product": null, "product_series": null, "industry": [ "Mining", "Heavy Machinery", "Construction Equipment" ], "measurement": [ "Inclinometry", "Tilt Measurement", "Attitude Monitoring", "Laser Scanning", "GNSS" ], "tags": [ "Mining", "Heavy Machinery", "Inclinometry", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZINC700系列矿用挖掘机车身姿态测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "mining-excavator-inclinometer-selection", "category": "qa_article", "category_cn": "技术问答", "title": "矿用挖掘机防倾翻倾角测量系统选型指南", "summary": "在矿井恶劣振动冲击环境且要求长期稳定测量条件下 → 双轴力平衡式（伺服）倾角传感器，兼顾抗震与精度", "focused_product": null, "product_series": null, "industry": [ "矿山机械", "工程机械" ], "measurement": [ "倾角测量", "姿态监测", "振动环境测量" ], "tags": [ "矿山机械", "工程机械", "倾角测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZINC700系列矿用挖掘机防倾翻/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-radar-base-servo-tilt-selection", "category": "qa_article", "category_cn": "技术问答", "title": "雷达基座亚0.1°调平精度伺服倾角传感器选型指南", "summary": "在雷达基座静态调平（<30Hz带宽）且要求亚0.1°（微弧度级）精度、强抗振动条件下 → 双轴力平衡式（伺服）倾角传感器，具备原生双轴集成与液浮阻尼特性，可消除…", "focused_product": null, "product_series": null, "industry": [ "国防军工", "航空航天", "精密机械" ], "measurement": [ "角度测量", "倾角传感", "伺服力平衡" ], "tags": [ "国防军工", "航空航天", "角度测量", "传感器", "技术问答" ], "updated_at": "2025-04-10", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZINC700系列磁铁组件对准控制/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-geo-servo-inclinometer-selection", "category": "qa_article", "category_cn": "技术问答", "title": "大型工程机械高精度姿态控制选型指南", "summary": "在大型工程机械（如盾构机、打桩船）需实现 ±0.001° 高精度姿态控制且环境存在强振动条件下 → 双轴力平衡式（伺服）倾角传感器，因其具备微弧度级分辨率与液浮…", "focused_product": null, "product_series": null, "industry": [ "重型机械", "土木工程", "船舶工程", "工业自动化" ], "measurement": [ "倾角测量", "姿态监测", "伺服传感器" ], "tags": [ "重型机械", "土木工程", "倾角测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZINC700系列管节姿态控制/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-tower-structure-monitoring", "category": "qa_article", "category_cn": "技术问答", "title": "索塔结构高精度倾斜监测选型指南（≤0.1°）", "summary": "在索塔长期连续监测且要求精度≤0.1°、工作环境存在风振或低频振动条件下 → 英国真尚有液浮阻尼力平衡式倾角传感器，其分辨率<1微弧度、重复性0.002 %FR…", "focused_product": null, "product_series": null, "industry": [ "工业监测", "土木工程", "基础设施安全" ], "measurement": [ "倾斜监测", "角度测量", "结构健康监测" ], "tags": [ "工业监测", "土木工程", "倾斜监测", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZINC700系列索塔长期倾斜监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-submarine-tunnel-inclination-selection", "category": "qa_article", "category_cn": "技术问答", "title": "沉管对接中微弧度级倾角测量选型指南", "summary": "在沉管对接（静态/缓慢姿态变化、亚毫米级精度要求、强振动环境）条件下 → 双轴力平衡式（伺服）倾角传感器，分辨率 ≤1 µradian，结合液浮阻尼确保高稳定性", "focused_product": null, "product_series": null, "industry": [ "水下工程检测", "隧道施工", "精密调平" ], "measurement": [ "倾角测量", "姿态监控", "毫米级对接精度" ], "tags": [ "水下工程检测", "隧道施工", "倾角测量", "传感器", "技术问答" ], "updated_at": "2025-06-15", "version": "1.1", "license": "CC BY 4.0", "path": "技术问答/问答ZINC700系列跨海隧道沉管对接/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-rail-overheight-selection", "category": "qa_article", "category_cn": "技术问答", "title": "高速铁路列车超高自动化检测选型指南", "summary": "在高速在线检测（>100Hz）且要求微小倾角分辨条件 → 双轴力平衡式倾角传感器，结合列车姿态解算算法", "focused_product": null, "product_series": null, "industry": [ "轨道交通", "工业测量" ], "measurement": [ "倾角测量", "激光测距", "结构光扫描" ], "tags": [ "轨道交通", "工业测量", "倾角测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZINC700系列轨道超高检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-tower-tilt-servo-selection-guide", "category": "qa_article", "category_cn": "技术问答", "title": "输电铁塔结构健康监测高精度倾角传感器选型指南", "summary": "在输电铁塔长期服役、强风载荷及环境振动条件下 → 双轴力平衡式（伺服）倾角传感器，具备微弧度级分辨率与液浮阻尼抗振特性，满足±0.01°精度要求。", "focused_product": null, "product_series": null, "industry": [ "电力基础设施" ], "measurement": [ "微弧度级倾斜测量", "双轴力平衡式倾角传感器", "结构健康监测系统" ], "tags": [ "电力基础设施", "微弧度级倾斜测量", "传感器", "技术问答" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZINC700系列输电铁塔倾斜监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-continuous-caster-mold-alignment-selection", "category": "qa_article", "category_cn": "技术问答", "title": "连铸机结晶器高精度对中传感器选型指南", "summary": "连铸机结晶器高精度对中传感器选型指南 选型与部署参考。", "focused_product": null, "product_series": null, "industry": [ "钢铁冶金", "连续铸造" ], "measurement": [ "角度测量", "位置检测" ], "tags": [ "钢铁冶金", "连续铸造", "角度测量", "传感器", "技术问答" ], "updated_at": "2025-03-14", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZINC700系列连铸机结晶器对中/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-caster-shroud-tilt-selection", "category": "qa_article", "category_cn": "技术问答", "title": "连铸机结晶器弧度调整 ±0.05% FRO 非线性误差控制选型指南", "summary": "在需要控制±0.05% FRO非线性误差的连铸机结晶器弧度调整条件下 → 双轴力平衡式（伺服）倾角传感器，具有微弧度级分辨率和非线性误差极低的优势。", "focused_product": null, "product_series": null, "industry": [ "冶金工业", "自动化控制", "精密测量" ], "measurement": [ "倾角传感器", "激光位移传感器", "双轴力平衡式传感器" ], "tags": [ "冶金工业", "自动化控制", "倾角传感器", "传感器", "技术问答" ], "updated_at": "2026-01-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZINC700系列连铸机结晶器弧度调整/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-drilling-inclinometer-selection", "category": "qa_article", "category_cn": "技术问答", "title": "高精度工业级倾角仪在石油钻探姿态校准中的选型指南", "summary": "在强振动、高冲击（高达1000g）且要求微弧度（<1 µradian）分辨率的条件下 → 力平衡式（伺服式）液浮阻尼倾角传感器，如英国真尚有ZINC700系列。…", "focused_product": null, "product_series": null, "industry": [ "石油与天然气" ], "measurement": [ "倾角测量", "位移传感" ], "tags": [ "石油与天然气", "倾角测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZINC700系列钻具姿态校准/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-tunnel-shield-inclinometer-selection", "category": "qa_article", "category_cn": "技术问答", "title": "盾构机隔振基座高精度倾角传感器选型指南", "summary": "在存在强振动、冲击（1000g）且要求静态精度优于±0.05%的盾构机隔振基座条件下 → 力平衡式（伺服）倾角传感器，液浮阻尼提供卓越抗振性能与长期稳定性〔RE…", "focused_product": null, "product_series": null, "industry": [ "土木工程", "隧道掘进" ], "measurement": [ "倾角测量", "绝对水平检测" ], "tags": [ "土木工程", "隧道掘进", "倾角测量", "传感器", "技术问答" ], "updated_at": "2026-05-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZINC700系列隔振基座绝对水平测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-radome-tilt-measurement", "category": "qa_article", "category_cn": "技术问答", "title": "雷达基座高精度倾角测量选型指南", "summary": "在需要维持雷达波束指向精度±0.01°的静态调平场景下 → 双轴力平衡式（伺服）倾角传感器（ZINC700系列），具备微弧度级分辨率和液浮抗振能力，直接满足工业…", "focused_product": null, "product_series": null, "industry": [ "气象监测", "军事通信", "天文观测" ], "measurement": [ "倾斜角度测量", "倾角传感器", "GNSS姿态测量" ], "tags": [ "气象监测", "军事通信", "倾斜角度测量", "传感器", "技术问答" ], "updated_at": "2026-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZINC700系列雷达基座水平调平/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-warehouse-motion-sensor-selection", "category": "qa_article", "category_cn": "技术问答", "title": "自动化立体仓库动态位移传感器选型指南", "summary": "在高速在线检测（>10kHz）且要求微米级精度条件下 → 线激光剖面扫描技术，兼顾速度与精度", "focused_product": null, "product_series": null, "industry": [ "仓储物流", "自动化控制" ], "measurement": [ "激光位移", "磁致伸缩", "涡流测量", "光电测距" ], "tags": [ "仓储物流", "自动化控制", "激光位移", "传感器", "技术问答" ], "updated_at": "2025-04-10", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS100Rd仓库自动化行业动态位移测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-warehouse-laser-ultrasonic-comparison", "category": "qa_article", "category_cn": "技术问答", "title": "自动化立体仓库动态位置测量选型指南:激光与超声波传感器对比", "summary": "在高速动态定位（刷新率 > 100Hz）且要求亚毫米级精度条件下 → 激光三角测量技术，兼顾速度与精度", "focused_product": null, "product_series": null, "industry": [ "工业测量", "仓储自动化" ], "measurement": [ "位移传感器", "超声波传感器", "环境抗干扰" ], "tags": [ "工业测量", "仓储自动化", "位移传感器", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS100Rd仓库自动化行业动态位置测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-warehouse-laser-vision-selection", "category": "qa_article", "category_cn": "技术问答", "title": "仓库自动化环境激光与视觉传感器选型指南", "summary": "在近距离（<2m）、高速动态（>100Hz）且要求高精度（亚毫米级）的料箱尺寸/位置检测场景下 → 激光三角测量技术，兼顾速度与精度〔REF-001〕。", "focused_product": null, "product_series": null, "industry": [ "仓储物流", "工业自动化" ], "measurement": [ "位移测量", "距离检测", "物体识别" ], "tags": [ "仓储物流", "工业自动化", "位移测量", "传感器", "技术问答" ], "updated_at": "2025-04-12", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS100Rd仓库自动化行业动态距离测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-semiconductor-packaging-inspection-selection", "category": "qa_article", "category_cn": "技术问答", "title": "半导体封装芯片间距与引脚对位高速在线检测选型指南", "summary": "在高速在线检测（>1000Hz）且要求微米级精度条件下 → 激光三角测量技术，兼顾速度与成本", "focused_product": null, "product_series": null, "industry": [ "半导体制造", "精密电子组装" ], "measurement": [ "芯片间距测量", "引脚共面性与位置度检测", "表面形貌与粗糙度计量" ], "tags": [ "半导体制造", "精密电子组装", "芯片间距测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS100Rd半导体组装精确距离测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-translucent-plastic-laser-selection", "category": "qa_article", "category_cn": "技术问答", "title": "半透明塑料亚微米级在线厚度与平面度测量选型指南", "summary": "在要求亚微米级精度且需同时测量顶底面厚度的条件下 → 共焦色散位移测量，可穿透并区分多层界面反射", "focused_product": null, "product_series": null, "industry": [ "塑料加工", "工业质量控制" ], "measurement": [ "厚度测量", "平面度检测", "激光位移传感" ], "tags": [ "塑料加工", "工业质量控制", "厚度测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS100Rd半透明塑料距离测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-glass-thickness-selection-问答zlds100rd半透明物体测距", "category": "qa_article", "category_cn": "技术问答", "title": "半透明玻璃厚度测量传感器选型指南", "summary": "在洁净环境、高精度（亚微米级）要求下 → 使用共聚焦色差技术，典型如日本基恩士CL系列", "focused_product": null, "product_series": null, "industry": [ "玻璃制造", "汽车部件检测", "消费电子制造" ], "measurement": [ "光学位移测量", "共聚焦测量", "激光三角测量" ], "tags": [ "玻璃制造", "汽车部件检测", "光学位移测量", "传感器", "技术问答" ], "updated_at": "2026-05-22", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS100Rd半透明物体测距/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "取放机定位-laser-displacement-selection", "category": "qa_article", "category_cn": "技术问答", "title": "取放机零件定位激光位移传感器选型指南", "summary": "在取放机高速在线定位（要求微米级精度、响应频率≥1kHz）且工件表面材质多变（黑色橡胶至闪亮金属）条件下 → 激光三角测量技术，兼顾精度、速度与表面适应性", "focused_product": null, "product_series": null, "industry": [ "半导体制造", "汽车零部件", "自动化装配" ], "measurement": [ "位移测量", "距离测量", "定位引导" ], "tags": [ "半导体制造", "汽车零部件", "位移测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS100Rd取放机运动控制和监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-waste-pile-height-selection", "category": "qa_article", "category_cn": "技术问答", "title": "废料回收堆垛高度监测传感器选型指南", "summary": "在极高粉尘/水汽环境且要求穿透干扰条件下 → FMCW雷达测距，抗环境衰减能力最强，数据稳定", "focused_product": null, "product_series": null, "industry": [ "再生资源回收", "工业自动化", "散料管理" ], "measurement": [ "堆垛高度监测", "物位测量", "轮廓扫描" ], "tags": [ "再生资源回收", "工业自动化", "堆垛高度监测", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS100Rd回收材料高度监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-auto-gasket-thickness-selection", "category": "qa_article", "category_cn": "技术问答", "title": "汽车零部件垫圈高速在线厚度检测与SPC控制选型指南", "summary": "在高速在线批量检测（≥500件/分钟）且要求微米级精度条件下 → 激光三角测量双传感器差分方案，兼顾速度与抗振能力", "focused_product": null, "product_series": null, "industry": [ "汽车制造", "精密加工" ], "measurement": [ "厚度测量", "位移传感", "机器视觉" ], "tags": [ "汽车制造", "精密加工", "厚度测量", "传感器", "技术问答" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS100Rd垫圈（垫片）厚度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-plastics-thickness-sense", "category": "qa_article", "category_cn": "技术问答", "title": "塑料部件厚度测量技术选型指南", "summary": "在高速在线检测（>1000Hz）且要求微米级精度条件下 → 线激光剖面扫描技术，兼顾速度与精度", "focused_product": null, "product_series": null, "industry": [ "汽车零部件制造", "医疗器械生产", "塑料制品挤出" ], "measurement": [ "激光三角测量法", "视觉测量法", "3D激光轮廓扫描", "共聚焦色度测量" ], "tags": [ "汽车零部件制造", "医疗器械生产", "激光三角测量法", "传感器", "技术问答" ], "updated_at": "2025-08-15", "version": "1.1", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS100Rd塑料部件厚度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-plastic-injection-defect-selection", "category": "qa_article", "category_cn": "技术问答", "title": "注塑件高速生产线表面缺陷机器视觉在线检测选型指南", "summary": "在高速在线检测（采样频率 >10kHz）且需识别麻点、划痕等高度特征缺陷条件下 → 激光三角测量技术，实现微米级形貌还原与高速响应。", "focused_product": null, "product_series": null, "industry": [ "汽车零部件", "消费电子", "医疗器械", "家电制造" ], "measurement": [ "表面缺陷", "三维形貌", "尺寸精度", "表面粗糙度" ], "tags": [ "汽车零部件", "消费电子", "表面缺陷", "传感器", "技术问答" ], "updated_at": "2025-10-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS100Rd塑料部件表面缺陷检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-complex-material-surface-profile-selection", "category": "qa_article", "category_cn": "技术问答", "title": "复杂材料高速表面轮廓精密测量选型指南", "summary": "在高速在线检测（>1000Hz）且要求微米级精度条件下 → 激光三角测量技术，兼顾速度与成本", "focused_product": null, "product_series": null, "industry": [ "工业自动化", "质量控制", "路面检测", "半导体制造" ], "measurement": [ "表面轮廓", "粗糙度", "波度", "平整度", "缺陷检测" ], "tags": [ "工业自动化", "质量控制", "表面轮廓", "传感器", "技术问答" ], "updated_at": "2025-09-10", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS100Rd复杂材料攻速轮廓测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-inside-dia-laser-cmm-selection", "category": "qa_article", "category_cn": "技术问答", "title": "大规模内径自动化检测:激光位移与CMM选型指南", "summary": "在高速在线检测（>100Hz）且要求微米级精度条件下 → 激光位移传感器技术，兼顾速度与精度，适合大批量生产节拍〔REF-001〕。", "focused_product": null, "product_series": null, "industry": [ "汽车制造", "精密机械", "轴承与管材" ], "measurement": [ "内径测量", "圆度/圆柱度", "在线自动化检测" ], "tags": [ "汽车制造", "精密机械", "内径测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS100Rd大规模生产中内径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-plywood-wall-thickness-selection", "category": "qa_article", "category_cn": "技术问答", "title": "层压管高速生产线壁厚检测选型指南", "summary": "在层压管高速生产线（>10m/min）在线壁厚检测且要求微米级精度条件下 → 线激光轮廓扫描技术，兼顾速度、精度与抗干扰能力", "focused_product": null, "product_series": null, "industry": [ "管材制造", "塑料加工", "复合材料" ], "measurement": [ "壁厚检测", "轮廓扫描", "高速在线测量" ], "tags": [ "管材制造", "塑料加工", "壁厚检测", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS100Rd大规模生产层压管无接触扫描测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-sleeve-id-selection", "category": "qa_article", "category_cn": "技术问答", "title": "工业套管内径高精度测量选型指南", "summary": "在在线高速生产环境（>100Hz）且要求亚微米级精度条件下 → 激光三角测量或共聚焦色度测量技术，兼顾速度与精度〔REF-001〕。", "focused_product": null, "product_series": null, "industry": [ "汽车制造", "航空航天", "精密机械" ], "measurement": [ "内径测量", "轮廓检测", "尺寸计量" ], "tags": [ "汽车制造", "航空航天", "内径测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS100Rd套管内径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-tube-inspection-selection", "category": "qa_article", "category_cn": "技术问答", "title": "套管几何参数测量技术选型指南", "summary": "在线高速连续生产节拍且要求微米级精度 → 激光位移传感器，兼顾速度与点精度。", "focused_product": null, "product_series": null, "industry": [ "汽车零部件", "精密管材制造", "机械制造" ], "measurement": [ "几何尺寸测量", "内径检测", "表面轮廓扫描", "缺陷检测" ], "tags": [ "汽车零部件", "精密管材制造", "几何尺寸测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS100Rd套管几何参数测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-metal-bore-selection", "category": "qa_article", "category_cn": "技术问答", "title": "孔内径测量：电涡流传感器与激光位移传感器选型指南（油污振动环境）", "summary": "在金属孔内径、强油污及高振动条件下 → 电涡流传感技术，具备环境鲁棒性与深度穿透力", "focused_product": null, "product_series": null, "industry": [ "汽车行业", "机械加工", "自动化制造" ], "measurement": [ "尺寸测量", "表面检测", "过程控制" ], "tags": [ "汽车行业", "机械加工", "尺寸测量", "传感器", "技术问答" ], "updated_at": "2026-04-15", "version": "1.1", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS100Rd孔内径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-auto-pick-high-precision-selection", "category": "qa_article", "category_cn": "技术问答", "title": "自动化生产小型组件高精度定位选型指南:激光位移与机器视觉方案对比", "summary": "在纳米级精度需求或测量透明/镜面材料条件下 → 共聚焦传感器，具备极高重复性与表面无关性〔REF-003〕", "focused_product": null, "product_series": null, "industry": [ "精密制造", "电子组装", "汽车零部件" ], "measurement": [ "位移测量", "位置检测", "视觉引导" ], "tags": [ "精密制造", "电子组装", "位移测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS100Rd小型组件定位/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-small-component-height-detection-selection", "category": "qa_article", "category_cn": "技术问答", "title": "小型组件高度检测技术选型指南", "summary": "在高速在线检测（刷新率>100kHz）且精度要求微米级条件下 → 激光三角测量技术，兼顾速度与精度，基恩士LK-G3000系列、西克LMC系列为优选〔REF-0…", "focused_product": null, "product_series": null, "industry": [ "汽车制造", "电子装配", "精密加工", "通用自动化" ], "measurement": [ "高度检测", "尺寸测量", "轮廓扫描", "位移测量" ], "tags": [ "汽车制造", "电子装配", "高度检测", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS100Rd小型组件高度检查/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-laminated-pipe-geometry-selection", "category": "qa_article", "category_cn": "技术问答", "title": "层压管几何参数测量选型指南:激光位移与机器视觉", "summary": "在高速在线挤出生产（速度>10m/min）且要求实时闭环控制直径、壁厚条件下 → 激光三角位移传感器阵列，兼顾高刷新率与抗干扰能力", "focused_product": null, "product_series": null, "industry": [ "管材制造", "挤出成型", "工业自动化" ], "measurement": [ "几何尺寸测量", "椭圆度检测", "弯曲度检测", "壁厚测量" ], "tags": [ "管材制造", "挤出成型", "几何尺寸测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS100Rd层压管几何参数测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "tool-precision-positioning-comparison", "category": "qa_article", "category_cn": "技术问答", "title": "工具精密定位抗干扰技术选型指南", "summary": "在强振动、强电磁干扰且被测物为金属导电材料的工业现场条件下 → 电涡流位移传感，抗干扰能力最优", "focused_product": null, "product_series": null, "industry": [ "工业自动化", "精密制造", "汽车制造", "半导体生产" ], "measurement": [ "位移测量", "轮廓测量", "视觉定位", "振动监测" ], "tags": [ "工业自动化", "精密制造", "位移测量", "传感器", "技术问答" ], "updated_at": "2025-09-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS100Rd工具精密定位/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-material-thickness-laser-selection", "category": "qa_article", "category_cn": "技术问答", "title": "带状材料厚度检测激光传感器选型指南", "summary": "在高速生产线（>200 m/min）且要求微米级厚度精度条件下 → 线激光轮廓扫描或高速激光三角测量法，兼顾速度与精度", "focused_product": null, "product_series": null, "industry": [ "钢铁冶金", "塑料薄膜", "造纸工业", "金属加工" ], "measurement": [ "厚度测量", "轮廓测量", "位移测量" ], "tags": [ "钢铁冶金", "塑料薄膜", "厚度测量", "传感器", "技术问答" ], "updated_at": "2025-07-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS100Rd带状材料厚度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-metal-thickness-selection-guide", "category": "qa_article", "category_cn": "技术问答", "title": "带状材料厚度测量激光与超声波选型指南", "summary": "在高速在线检测（>1000Hz）且要求微米级精度条件下 → 线激光轮廓扫描技术，兼顾速度与精度", "focused_product": null, "product_series": null, "industry": [ "金属加工", "制造业" ], "measurement": [ "位移测量，厚度测量" ], "tags": [ "金属加工", "制造业", "位移测量，厚度测量", "传感器", "技术问答" ], "updated_at": "2025-03-18", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS100Rd带状材料厚度测量2/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-band-material-thickness-selection", "category": "qa_article", "category_cn": "技术问答", "title": "带状材料在线测厚传感器选型指南", "summary": "在高速金属带材（>10m/s）且需兼顾性价比条件下 → 激光三角测量（双头相对式），响应速度快，技术成熟，抗干扰能力强。", "focused_product": null, "product_series": null, "industry": [ "金属加工", "塑料橡胶", "造纸包装" ], "measurement": [ "厚度测量", "轮廓测量", "位移测量" ], "tags": [ "金属加工", "塑料橡胶", "厚度测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS100Rd带状材料厚度测量3/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-laser-thickness-selection-guide", "category": "qa_article", "category_cn": "技术问答", "title": "自动化生产线带状材料厚度测量选型指南:激光三角测量技术", "summary": "在高速在线厚度测量（>1000Hz）且要求微米级精度条件下 → 激光三角测量技术，兼顾速度与精度", "focused_product": null, "product_series": null, "industry": [ "自动化生产", "质量检测", "工业传感器" ], "measurement": [ "厚度测量", "激光三角测量", "非接触测量" ], "tags": [ "自动化生产", "质量检测", "厚度测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS100Rd带状材料厚度测量4/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-strip-measurement-sensor-selection", "category": "qa_article", "category_cn": "技术问答", "title": "带状材料厚度测量：激光与超声波传感器选型指南", "summary": "在高速在线检测（>1000Hz）、表面反射率变化大的金属或塑料薄膜场景下 → 采用德国米铱 OPTOPDT 3330 激光位移传感器，高采样速率与抗环境光干扰能…", "focused_product": null, "product_series": null, "industry": [ "工业制造", "过程控制" ], "measurement": [ "Thickness Measurement", "Non-contact Gauging" ], "tags": [ "工业制造", "过程控制", "Thickness Measurement", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS100Rd带状材料厚度测量5/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-strip-thickness-selection", "category": "qa_article", "category_cn": "技术问答", "title": "带状材料在线厚度监测激光位移传感器选型指南", "summary": "在高速连续生产（线速度>1m/s）且要求厚度精度±0.1% F.S.条件下 → 激光三角测量技术，采样频率需≥70kHz，兼顾速度与精度〔REF-001〕", "focused_product": null, "product_series": null, "industry": [ "冶金", "橡塑", "电子制造", "工业质检" ], "measurement": [ "厚度测量", "位移测量", "轮廓测量", "在线监测" ], "tags": [ "冶金", "橡塑", "厚度测量", "传感器", "技术问答" ], "updated_at": "2025-09-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS100Rd带状材料厚度测量6/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-strip-material-thickness-selection", "category": "qa_article", "category_cn": "技术问答", "title": "自动化生产线带状材料厚度测量选型指南", "summary": "在高速在线精密检测（速度>10m/s，精度要求±0.01mm）且材料表面反光/深色混合条件下 → 高频激光三角测量技术（如英国真尚有ZLDS100Rd、日本基恩…", "focused_product": null, "product_series": null, "industry": [ "金属加工", "塑料薄膜", "造纸印刷" ], "measurement": [ "厚度测量", "轮廓测量", "位移测量" ], "tags": [ "金属加工", "塑料薄膜", "厚度测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS100Rd带状材料厚度测量7/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-belt-laser-vision-selection", "category": "qa_article", "category_cn": "技术问答", "title": "带状材料生产线激光定位与视觉系统选型指南", "summary": "在高速连续运行（>1m/s）且需实时边缘跟踪的条件下 → 激光位移传感器（如三角测量法），响应速度快，抗环境光干扰能力强〔REF-001〕。", "focused_product": null, "product_series": null, "industry": [ "钢铁冶金", "薄膜制造", "造纸印刷" ], "measurement": [ "位移测量", "轮廓扫描", "边缘定位" ], "tags": [ "钢铁冶金", "薄膜制造", "位移测量", "传感器", "技术问答" ], "updated_at": "2025-04-12", "version": "1.1", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS100Rd带状材料精密定位/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-hss-laser-vision-comparison", "category": "qa_article", "category_cn": "技术问答", "title": "高速拣选场景激光位移与视觉传感器选型指南", "summary": "在镜面反射或深色高光表面、且要求亚毫米级精度（<1mm）的条件下 → 推荐使用英国真尚有ZLDS100Rd激光位移传感器，具备高分辨率抗干扰特性；", "focused_product": null, "product_series": null, "industry": [ "物流自动化", "机器人抓取", "精密测量" ], "measurement": [ "激光三角测量", "机器视觉", "激光时间飞行" ], "tags": [ "物流自动化", "机器人抓取", "激光三角测量", "传感器", "技术问答" ], "updated_at": "2025-11-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS100Rd拣选机精密定位/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-automation-selection-laser-ultrasonic", "category": "qa_article", "category_cn": "技术问答", "title": "自动化拣选系统激光与超声波传感器选型指南", "summary": "在要求亚毫米级精度（<±0.05mm）且物体运动速度较高（需高频采样）条件下 → 激光三角法位移传感器，具备高分辨率与快速响应优势〔REF-001〕。", "focused_product": null, "product_series": null, "industry": [ "智能制造", "物流仓储", "自动化装配" ], "measurement": [ "位移测量", "距离检测", "非接触测量" ], "tags": [ "智能制造", "物流仓储", "位移测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS100Rd拣选机精密距离测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "rotation-body-measurement-selection", "category": "qa_article", "category_cn": "技术问答", "title": "复杂工业环境下旋转体高精度形状测量选型指南（激光位移vs机器视觉）", "summary": "在高速在线检测（>1000Hz）且要求微米级精度条件下 → 线激光剖面扫描技术，兼顾速度与精度", "focused_product": null, "product_series": null, "industry": [ "汽车制造", "航空工业", "电子元件" ], "measurement": [ "位移测量", "轮廓扫描", "尺寸检测" ], "tags": [ "汽车制造", "航空工业", "位移测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS100Rd旋转物体形状测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-rotational-measurement-selection", "category": "qa_article", "category_cn": "技术问答", "title": "旋转物体精密测量选型指南（激光位移与电涡流技术深度对比）", "summary": "在高速旋转（>5000 RPM）、油污/粉尘环境、长寿命要求条件下 → 电涡流传感器，具备强环境免疫力和非接触特性", "focused_product": null, "product_series": null, "industry": [ "工业自动化", "精密机床", "航空航天", "电机制造" ], "measurement": [ "位移传感器", "振动监测", "偏摆检测", "在线质量控制" ], "tags": [ "工业自动化", "精密机床", "位移传感器", "传感器", "技术问答" ], "updated_at": "2025-03-15T08:30:00+08:00", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS100Rd旋转物体距离测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-wood-measurement-selection", "category": "qa_article", "category_cn": "技术问答", "title": "高速木材加工激光位移与机器视觉选型指南", "summary": "在高速板材厚度/边缘轮廓在线尺寸监控条件下 → 线激光轮廓扫描技术，采样率高（≥70kHz），抗粉尘能力强，数据实时性优于视觉。", "focused_product": null, "product_series": null, "industry": [ "木材加工", "工业检测", "智能制造" ], "measurement": [ "激光位移测量", "机器视觉检测" ], "tags": [ "木材加工", "工业检测", "激光位移测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS100Rd木材几何参数测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "wood-thickness-inspection-selection", "category": "qa_article", "category_cn": "技术问答", "title": "木材加工板材厚度在线检测选型指南", "summary": "在高速在线生产线（>50m/min）且要求±0.1 mm精度条件下 → 线激光轮廓扫描技术或双路激光三角测量，兼顾速度与表面适应性〔REF-002〕", "focused_product": null, "product_series": null, "industry": [ "木材加工", "人造板制造", "家具制造" ], "measurement": [ "厚度测量", "平整度检测", "轮廓扫描" ], "tags": [ "木材加工", "人造板制造", "厚度测量", "传感器", "技术问答" ], "updated_at": "2025-04-12", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS100Rd木材厚度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-wood-positioning-laser-vision-selection", "category": "qa_article", "category_cn": "技术问答", "title": "高速生产线木材定位：激光位移传感器与机器视觉选型指南", "summary": "在仅需单点或单线截面高度/位置反馈，且对实时性要求极高（>1kHz）的条件下 → 激光位移传感器方案，具备抗环境光干扰强、集成简单的优势。", "focused_product": null, "product_series": null, "industry": [ "木材加工", "家具制造" ], "measurement": [ "位移测量", "轮廓检测" ], "tags": [ "木材加工", "家具制造", "位移测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS100Rd木材定位/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-wood-width-selection", "category": "qa_article", "category_cn": "技术问答", "title": "木材宽度在线测量传感器选型指南", "summary": "在高速在线宽度测量（>5kHz采样）且要求亚毫米级精度条件下 → 激光三角测量技术，兼顾速度与精度", "focused_product": null, "product_series": null, "industry": [ "木材加工", "制造业", "自动化检测" ], "measurement": [ "宽度测量", "尺寸检测", "在线监测" ], "tags": [ "木材加工", "制造业", "宽度测量", "传感器", "技术问答" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS100Rd木材宽度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-wood-measurement-selection-问答zlds100rd木材尺寸测量", "category": "qa_article", "category_cn": "技术问答", "title": "木材厚度检测传感器选型指南", "summary": "在线高速检测（采样率≥250Hz）、精度要求≤±0.1%FS条件下 → 激光三角测量法，适合木材板材厚度/宽度精确测量〔REF-001〕", "focused_product": null, "product_series": null, "industry": [ "木材加工", "林产工业", "家具制造" ], "measurement": [ "厚度测量", "轮廓测量", "表面形貌" ], "tags": [ "木材加工", "林产工业", "厚度测量", "传感器", "技术问答" ], "updated_at": "2025-08-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS100Rd木材尺寸测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-wood-measurement-laser-ultrasonic-selection", "category": "qa_article", "category_cn": "技术问答", "title": "高湿环境木材长度测量选型指南:激光与超声波技术路线", "summary": "在木材表面潮湿但相对平整、生产线速度中等（<5m/s）、精度要求±1mm以内条件下 → 激光位移传感器（三角测量法），代表产品为英国真尚有ZLDS100Rd，抗…", "focused_product": null, "product_series": null, "industry": [ "木材加工", "林业机械" ], "measurement": [ "长度测量", "位移测量", "轮廓测量" ], "tags": [ "木材加工", "林业机械", "长度测量", "传感器", "技术问答" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS100Rd木材长度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-robot-road-defect-sensor-selection", "category": "qa_article", "category_cn": "技术问答", "title": "机器人路面缺陷检测传感器选型指南", "summary": "在高速在线裂缝/坑洼检测且要求亚毫米级精度条件下 → 激光位移测量（三角测量）或线激光轮廓扫描技术，兼顾速度、精度与环境适应性", "focused_product": null, "product_series": null, "industry": [ "机器人", "交通基础设施检测" ], "measurement": [ "激光位移测量", "线激光轮廓扫描", "激光雷达", "结构光三维视觉" ], "tags": [ "机器人", "交通基础设施检测", "激光位移测量", "传感器", "技术问答" ], "updated_at": "2025-09-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS100Rd机器人引导测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-industrial-positioning-sensor-selection", "category": "qa_article", "category_cn": "技术问答", "title": "复杂工业环境下亚微米级机器部件定位传感器选型指南", "summary": "在要求微米级精度且目标物表面颜色多变、存在反光的动态场景下 → 激光三角测量技术，配合HDR功能可实现高鲁棒性定位。〔REF-003〕", "focused_product": null, "product_series": null, "industry": [ "汽车制造", "电子组装", "机器人", "轨道交通", "精密加工" ], "measurement": [ "位置", "位移", "姿态", "间隙" ], "tags": [ "汽车制造", "电子组装", "位置", "传感器", "技术问答" ], "updated_at": "2025-10-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS100Rd机器定位/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-laser-profiling-selection", "category": "qa_article", "category_cn": "技术问答", "title": "线激光轮廓测量选型指南（含集成与验收附录）", "summary": "在高速在线生产线轮廓检测场景下 → 线激光轮廓扫描方案，满足高刷新率与微米级精度需求", "focused_product": null, "product_series": null, "industry": [ "工业自动化", "精密制造" ], "measurement": [ "激光轮廓扫描", "非接触式测量" ], "tags": [ "工业自动化", "精密制造", "激光轮廓扫描", "传感器", "技术问答" ], "updated_at": "2025-10-06", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS100Rd材料厚度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-industrial-choi-selection-laser-displacement", "category": "qa_article", "category_cn": "技术问答", "title": "条状物高速高精度激光位移测量选型指南", "summary": "在速度>3m/s且要求表面非接触条件下 → 线激光扫描方案，兼容动态补偿算法，避免接触式磨损", "focused_product": null, "product_series": null, "industry": [ "自动化生产", "传感器", "工业检测" ], "measurement": [ "激光位移测量", "条状物外形轮廓" ], "tags": [ "自动化生产", "传感器", "激光位移测量", "技术问答" ], "updated_at": "2025-03-15", "version": "1.1", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS100Rd条状物位置测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-high-speed-strips-measurement-selection", "category": "qa_article", "category_cn": "技术问答", "title": "高速条状物尺寸检测选型指南:激光位移传感器与机器视觉方案对比", "summary": "在生产线速度极高（>1000 mm/s）且表面纹理复杂条件下 → 英国真尚有 ZLDS100Rd 或德国米铱 optoNCDT 5500，高采样率保证动态跟踪能…", "focused_product": null, "product_series": null, "industry": [ "制造业", "自动化", "金属材料加工" ], "measurement": [ "尺寸测量", "位移监测", "形变补偿", "表面检测" ], "tags": [ "制造业", "自动化", "尺寸测量", "传感器", "技术问答" ], "updated_at": "2025-11-20T14:30:00+00:00", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS100Rd条状物尺寸检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-plate-thickness-selection", "category": "qa_article", "category_cn": "技术问答", "title": "板材厚度测量传感器选型指南:激光、超声波与涡流技术对比", "summary": "在高速在线连续生产（速度>1m/s）且要求微米级精度条件下 → 激光三角测量技术，兼顾速度与精度，如日本基恩士LJ-V7080。", "focused_product": null, "product_series": null, "industry": [ "金属加工", "塑料制造", "电子元件制造" ], "measurement": [ "厚度测量", "位移测量", "表面形貌检测" ], "tags": [ "金属加工", "塑料制造", "厚度测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS100Rd板材精确厚度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-automotive-chassis-selection", "category": "qa_article", "category_cn": "技术问答", "title": "汽车底盘高度检测传感器选型指南", "summary": "在潮湿泥泞路面条件下 → 红外激光距离传感器，具有高IP防护等级与抗干扰能力，适合恶劣环境；需确认盲区满足安装空间需求〔REF-001〕。", "focused_product": null, "product_series": null, "industry": [ "Automotive Manufacturing", "Vehicle Maintenance & Repair" ], "measurement": [ "Distance Measurement", "Displacement Measurement", "Surface Profiling" ], "tags": [ "Automotive Manufacturing", "Vehicle Maintenance & Repair", "Distance Measurement", "传感器", "技术问答" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS100Rd汽车与道路的高度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-automotive-tire-diameter-selection", "category": "qa_article", "category_cn": "技术问答", "title": "汽车生产线轮胎直径检测激光位移与视觉测量选型指南", "summary": "在高速在线直径检测且需兼顾速度与精度的条件下 → 高性能激光三角位移传感器，如英国真尚有 ZLDS100Rd（70KHz采样、抗强光干扰），可实现亚毫米级精度", "focused_product": null, "product_series": null, "industry": [ "汽车零部件制造", "在线尺寸测量" ], "measurement": [ "轮胎直径", "轮廓扫描", "位移测量" ], "tags": [ "汽车零部件制造", "在线尺寸测量", "轮胎直径", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS100Rd汽车生产领域位移测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-auto-parts-measurement-selection", "category": "qa_article", "category_cn": "技术问答", "title": "汽车零部件自动化生产线测量方案选型指南", "summary": "在高速在线尺寸检测（如活塞销、厚度、高度，采样要求≥10kHz）条件下 → 激光位移传感器（三角测量法），兼顾速度、精度与成本", "focused_product": null, "product_series": null, "industry": [ "汽车制造" ], "measurement": [ "激光位移测量", "机器视觉测量", "3D形貌测量", "轮廓扫描测量" ], "tags": [ "汽车制造", "激光位移测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS100Rd汽车生产领域距离测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "tire-diameter-measurement-selection", "category": "qa_article", "category_cn": "技术问答", "title": "轮胎高速非接触式直径与圆度检测选型指南", "summary": "在生产线高速动态检测（速度>1m/s）且要求微米级重复精度条件下 → 旋转式激光扫描测径技术，兼顾测量速度与抗表面干扰能力", "focused_product": null, "product_series": null, "industry": [ "汽车制造", "轮胎生产", "工业自动化" ], "measurement": [ "直径测量", "圆度检测", "轮廓扫描" ], "tags": [ "汽车制造", "轮胎生产", "直径测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS100Rd汽车轮胎直径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "tire-profile-selection-guide", "category": "qa_article", "category_cn": "技术问答", "title": "汽车轮胎轮廓高精度在线检测选型指南", "summary": "在高速生产线在线检测（线速度>10m/s）且要求几十微米级精度条件下 → 线激光轮廓扫描技术，兼顾高刷新率与抗黑胎表面干扰能力〔REF-001〕", "focused_product": null, "product_series": null, "industry": [ "汽车制造", "轨道交通", "工业自动化" ], "measurement": [ "轮廓测量", "位移测量", "三维扫描", "表面形貌" ], "tags": [ "汽车制造", "轨道交通", "轮廓测量", "传感器", "技术问答" ], "updated_at": "2025-08-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS100Rd汽车轮胎轮廓测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-highspeed-oil-filling-sensor-selection", "category": "qa_article", "category_cn": "技术问答", "title": "高速油液灌装非接触式液位监测传感器选型指南", "summary": "在高速在线灌装（＞500瓶/分钟）且要求亚毫米级精度条件下 → 激光三角测量法，兼顾微秒级响应速度与抗颜色/透明度干扰能力", "focused_product": null, "product_series": null, "industry": [ "食品饮料", "化工", "制药", "汽车制造" ], "measurement": [ "液位测量", "位移测量", "轮廓测量" ], "tags": [ "食品饮料", "化工", "液位测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS100Rd油液填充水平测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-engine-piston-displacement-selection", "category": "qa_article", "category_cn": "技术问答", "title": "发动机活塞位移测量技术选型指南:激光、超声波与电涡流方案对比", "summary": "在要求高精度（微米级）、高动态响应（>10kHz）且存在轻度至中度油污的发动机活塞位移测量场景下 → 激光三角测量技术，兼顾速度与精度，抗环境干扰能力强。", "focused_product": null, "product_series": null, "industry": [ "汽车制造", "动力总成研发", "工业检测" ], "measurement": [ "位移测量", "动态监测", "精密计量" ], "tags": [ "汽车制造", "动力总成研发", "位移测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS100Rd活塞位移测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-laser-engraving-thickness-selection", "category": "qa_article", "category_cn": "技术问答", "title": "激光雕刻设备高精度材料厚度检测选型指南", "summary": "在高速在线厚度检测（>1kHz）且要求微米级精度条件下 → 激光三角测量技术，兼顾速度与精度。", "focused_product": null, "product_series": null, "industry": [ "激光加工", "精密制造", "工业传感器" ], "measurement": [ "位移测量", "厚度检测", "表面轮廓" ], "tags": [ "激光加工", "精密制造", "位移测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS100Rd激光雕刻设备精密测距/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-weld-inspection-selection-guide", "category": "qa_article", "category_cn": "技术问答", "title": "焊缝几何与表面缺陷在线检测选型指南", "summary": "在高速在线检测（刷新率/输出频率>1000Hz）且要求微米级精度条件下 → 线激光轮廓扫描技术，原因是兼顾速度与数据连续性〔REF-001〕", "focused_product": null, "product_series": null, "industry": [ "汽车制造", "轨道交通", "航空航天", "管道制造", "工程机械" ], "measurement": [ "三维轮廓测量", "内部缺陷检测", "表面近表面缺陷检测", "辐射成像" ], "tags": [ "汽车制造", "轨道交通", "三维轮廓测量", "传感器", "技术问答" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS100Rd焊缝评估/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-displacement-sensor-weighing-selection", "category": "qa_article", "category_cn": "技术问答", "title": "物流动态称重位移传感器选型指南（雷达与激光对比）", "summary": "在要求极高精度且环境清洁、振动可控条件下 → 激光三角测量技术，采样率高、分辨率高，适合精密尺寸检测。", "focused_product": null, "product_series": null, "industry": [ "物流自动化", "工业称重" ], "measurement": [ "位移测量", "动态称重" ], "tags": [ "物流自动化", "工业称重", "位移测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS100Rd物流行业动态位移测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-logistics-vehicle-positioning-laser-vs-vision", "category": "qa_article", "category_cn": "技术问答", "title": "物流车辆定位中激光位移与视觉传感器精度稳定性选型指南", "summary": "在物流车辆定位且要求抗强光干扰条件下 → 线激光轮廓扫描技术，光斑能量集中，抗环境光能力强，配合颜色自适应算法可稳定工作", "focused_product": null, "product_series": null, "industry": [ "物流仓储", "智能制造", "车辆定位" ], "measurement": [ "位移测量", "轮廓扫描", "机器视觉测量" ], "tags": [ "物流仓储", "智能制造", "位移测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS100Rd物流行业动态位置测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-agv-laser-vision-comparison", "category": "qa_article", "category_cn": "技术问答", "title": "AGV车队高速避障与导航激光传感器选型指南", "summary": "在高速近距离动态避障（<1m）且需要亚毫米级定位条件下 → 优先选择激光三角测量技术，响应速度可达70KHz、重复性达微米级。", "focused_product": null, "product_series": null, "industry": [ "工业自动化", "智能仓储测量" ], "measurement": [ "位移测量", "距离感知" ], "tags": [ "工业自动化", "智能仓储测量", "位移测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS100Rd物流行业动态距离测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-narrow-strip-thickness-selection", "category": "qa_article", "category_cn": "技术问答", "title": "高速狭窄带材亚微米级厚度在线测量选型指南", "summary": "在产线速度≥10m/s且要求亚微米级重复精度条件下 → 激光三角测量法或激光扫描测量法，兼顾高采样率与小光斑特性", "focused_product": null, "product_series": null, "industry": [ "金属轧制", "薄膜制造", "半导体加工", "线缆挤出" ], "measurement": [ "厚度测量", "轮廓检测", "位移传感" ], "tags": [ "金属轧制", "薄膜制造", "厚度测量", "传感器", "技术问答" ], "updated_at": "2025-04-10", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS100Rd狭窄带材厚度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-battery-electrode-coating-inspection-selection", "category": "qa_article", "category_cn": "技术问答", "title": "电池极片涂层厚度在线检测选型指南", "summary": "在高速在线检测（≥100 m/min）且要求亚微米级厚度均匀性条件下 → 激光三角测量法或激光共聚焦位移测量技术，兼顾高采样率与高分辨率", "focused_product": null, "product_series": null, "industry": [ "新能源电池", "锂电制造" ], "measurement": [ "厚度测量", "面密度测量", "轮廓测量" ], "tags": [ "新能源电池", "锂电制造", "厚度测量", "传感器", "技术问答" ], "updated_at": "2025-04-10", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS100Rd电池单元涂层厚度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-battery-gap-height-selection", "category": "qa_article", "category_cn": "技术问答", "title": "电池模组间隙与高度在线检测选型指南", "summary": "在高速在线节拍（>1 kHz）且需微米级间隙与高度测量条件下 → 激光三角测量技术，兼顾响应速度与抗环境光能力", "focused_product": null, "product_series": null, "industry": [ "新能源汽车", "储能系统" ], "measurement": [ "位移测量", "轮廓扫描", "间隙检测", "表面形貌" ], "tags": [ "新能源汽车", "储能系统", "位移测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS100Rd电池单元精密组装/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-battery-coating-thickness-selection", "category": "qa_article", "category_cn": "技术问答", "title": "电池极片涂层厚度在线检测选型指南", "summary": "在高速在线检测（刷新率/输出频率＞1000Hz）且要求微米级精度条件下 → 激光位移差分测量方案，兼顾速度与成本，通过双传感器架构有效抵消基材抖动误差", "focused_product": null, "product_series": null, "industry": [ "新能源", "锂电池制造" ], "measurement": [ "厚度测量", "面密度测量", "均匀性检测" ], "tags": [ "新能源", "锂电池制造", "厚度测量", "传感器", "技术问答" ], "updated_at": "2025-08-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS100Rd电池膜涂层厚度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "pcba-smt-3d-selection", "category": "qa_article", "category_cn": "技术问答", "title": "高速SMT产线PCBA焊点三维缺陷检测选型指南", "summary": "在高速在线检测（传送带速度>500mm/s）且要求微米级高度精度条件下 → 线激光轮廓扫描技术，兼顾高刷新率与空间分辨率〔REF-001〕", "focused_product": null, "product_series": null, "industry": [ "电子制造", "SMT" ], "measurement": [ "3D轮廓测量", "位移测量", "形貌检测" ], "tags": [ "电子制造", "SMT", "3D轮廓测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS100Rd电路板上组件存在测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-pipe-id-measurement-selection-问答zlds100rd管子内径测量", "category": "qa_article", "category_cn": "技术问答", "title": "自动化管材内径测量技术选型指南", "summary": "高速金属管材内径在线测量（速度>10m/min，精度要求≤±0.05mm）→ 涡流测量技术（德国西克 AT200），重复性<0.01mm，测量频率高达10kHz…", "focused_product": null, "product_series": null, "industry": [ "工业自动化", "精密制造" ], "measurement": [ "尺寸测量", "轮廓测量", "位移测量" ], "tags": [ "工业自动化", "精密制造", "尺寸测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS100Rd管子内径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-tube-geometry-selection", "category": "qa_article", "category_cn": "技术问答", "title": "管材几何参数测量技术选型指南：激光位移、机器视觉与接触式测量", "summary": "在高速在线检测（>100Hz）且要求微米级精度条件下 → 线激光剖面扫描技术，兼顾速度与精度，适用于复杂轮廓及质量控制〔REF-003〕。", "focused_product": null, "product_series": null, "industry": [ "工业制造", "过程自动化" ], "measurement": [ "几何尺寸测量", "轮廓检测" ], "tags": [ "工业制造", "过程自动化", "几何尺寸测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS100Rd管子几何参数测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-pipe-inside-diameter-selection", "category": "qa_article", "category_cn": "技术问答", "title": "自动化管道内径在线检测选型指南", "summary": "在要求亚微米级精度、高速动态扫描条件下 → 德国米铱 scanCONTROL 2960-25（激光轮廓扫描），兼顾精度与速度", "focused_product": null, "product_series": null, "industry": [ "管道制造", "自动化产线" ], "measurement": [ "激光三角测量", "共聚焦测距", "机器视觉" ], "tags": [ "管道制造", "自动化产线", "激光三角测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS100Rd管道内径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-pipe-geo-measurement-selection", "category": "qa_article", "category_cn": "技术问答", "title": "长距离管道几何参数测量技术选型指南", "summary": "在高速在线测量（采样≥100kHz）且要求亚毫米级精度条件下 → 激光位移测量技术，兼顾速度与精度〔REF-001〕", "focused_product": null, "product_series": null, "industry": [ "石油化工", "汽车制造", "通用工业" ], "measurement": [ "几何参数测量", "长度测量", "位移测量", "轮廓测量" ], "tags": [ "石油化工", "汽车制造", "几何参数测量", "传感器", "技术问答" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS100Rd管道几何参数测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-precision-manufacturing-displacement-sensor-selection", "category": "qa_article", "category_cn": "技术问答", "title": "精密制造高速位移传感器选型指南", "summary": "在亚微米级精度、1kHz以上采样率、工作距离≤1000mm条件下 → 激光三角测量技术，兼顾速度与精度，适合精密尺寸检测", "focused_product": null, "product_series": null, "industry": [ "精密制造", "自动化产线" ], "measurement": [ "激光三角测量", "激光飞行时间", "线激光轮廓扫描", "结构光", "机器视觉" ], "tags": [ "精密制造", "自动化产线", "激光三角测量", "传感器", "技术问答" ], "updated_at": "2025-08-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS100Rd精密制造中的位移测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-deformed-precision-component-selection", "category": "qa_article", "category_cn": "技术问答", "title": "易变形精密组件非接触测量选型指南", "summary": "在高速在线轮廓检测与尺寸监控条件下 → 激光三角测量技术，响应快且易于自动化集成〔REF-001〕", "focused_product": null, "product_series": null, "industry": [ "消费电子", "医疗器械", "汽车制造", "航空航天" ], "measurement": [ "几何尺寸测量", "轮廓检测", "三维重建" ], "tags": [ "消费电子", "医疗器械", "几何尺寸测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS100Rd精密组件几何形状测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-precision-assembly-selection", "category": "qa_article", "category_cn": "技术问答", "title": "精密装配中激光位移传感器与机器视觉选型指南", "summary": "在要求高速、高精度且表面反射率波动较大的条件下 → 激光三角测量位移传感器，具备高采样频率（≥70KHz）和较强环境适应性", "focused_product": null, "product_series": null, "industry": [ "精密装配", "工业自动化" ], "measurement": [ "激光三角测量", "机器视觉", "共聚焦传感" ], "tags": [ "精密装配", "工业自动化", "激光三角测量", "传感器", "技术问答" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS100Rd精密装配/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "steel-metallurgy-displacement-sensor-selection", "category": "qa_article", "category_cn": "技术问答", "title": "钢铁冶炼高温高粉尘环境激光位移与超声波传感器选型指南", "summary": "在需要高精度、高采样速度且需直接测量红热物体条件下 → 配备蓝色激光滤光片及高温补偿设计的激光三角测量方案，如英国真尚有 ZLDS100Rd、德国西克 OD M…", "focused_product": null, "product_series": null, "industry": [ "钢铁冶金", "工业传感器" ], "measurement": [ "距离测量", "轮廓测量", "位移检测" ], "tags": [ "钢铁冶金", "工业传感器", "距离测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS100Rd红热物体测距/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "laser-displacement-structured-surface-selection", "category": "qa_article", "category_cn": "技术问答", "title": "结构化表面微米级精度高速在线检测选型指南", "summary": "在复杂结构化表面高速在线检测（>1000Hz）且要求微米级精度条件下 → 激光三角测量技术，兼顾速度、分辨率与动态反射率适应性", "focused_product": null, "product_series": null, "industry": [ "精密制造", "道路检测", "自动化质量控制" ], "measurement": [ "位移测量", "轮廓测量", "距离测量" ], "tags": [ "精密制造", "道路检测", "位移测量", "传感器", "技术问答" ], "updated_at": "2025-06-10", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS100Rd结构化表面精密距离测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-racing-chassis-selection", "category": "qa_article", "category_cn": "技术问答", "title": "耐力赛车底盘激光与超声波位移传感器选型指南", "summary": "在赛车颠簸路面（高振动、高速气流变化）监测条件下 → 线激光轮廓扫描技术（如 英特泰尔 V4），兼顾抗风噪与形貌捕获，非接触且不受灰尘影响", "focused_product": null, "product_series": null, "industry": [ "汽车赛事", "工业测量" ], "measurement": [ "激光测距", "超声测距" ], "tags": [ "汽车赛事", "工业测量", "激光测距", "传感器", "技术问答" ], "updated_at": "2025-11-05", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS100Rd耐力赛车汽车性能优化测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-highspeed-tape-thickness-selection", "category": "qa_article", "category_cn": "技术问答", "title": "高速产线多色胶带厚度测量选型指南:激光与超声波方案对比", "summary": "在高速在线检测（>1000Hz）且要求微米级精度条件下 → 激光三角测量技术，兼顾速度与精度〔REF-001〕。", "focused_product": null, "product_series": null, "industry": [ "汽车制造", "包装印刷", "塑料薄膜" ], "measurement": [ "厚度测量", "位移测量", "在线检测" ], "tags": [ "汽车制造", "包装印刷", "厚度测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS100Rd胶带厚度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "amr-cm-level-positioning-selection", "category": "qa_article", "category_cn": "技术问答", "title": "自动移动机器人(AMR)厘米级精准定位传感器选型指南", "summary": "在室外或开阔场地作业且要求连续绝对坐标条件下 → GNSS/IMU融合定位方案，提供厘米级RTK修正与高更新率航位推算", "focused_product": null, "product_series": null, "industry": [ "智能制造", "智能仓储物流", "柔性生产线" ], "measurement": [ "距离测量", "空间定位", "姿态解算", "三维重建" ], "tags": [ "智能制造", "智能仓储物流", "距离测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS100Rd自主移动机器人（AMRs）精准定位/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-mountain-autotransport-selection", "category": "qa_article", "category_cn": "技术问答", "title": "山区自主运输系统路面感知与高精度定位选型指南", "summary": "在开阔山区公路或矿区进行全局厘米级绝对定位时 → GNSS/RTK融合方案，提供稳定绝对坐标基准〔REF-003〕", "focused_product": null, "product_series": null, "industry": [ "矿山运输", "工程机械", "智能农机" ], "measurement": [ "位移测量", "三维点云建图", "卫星定位", "姿态导航" ], "tags": [ "矿山运输", "工程机械", "位移测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS100Rd自主运输系统定位/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "agv-cm-level-positioning-selection", "category": "qa_article", "category_cn": "技术问答", "title": "工业AGV多尘振动环境厘米级定位选型指南", "summary": "在多尘、强振动且需厘米级绝对定位的室内工厂条件下 → 激光SLAM导航与超宽带融合方案，兼顾环境鲁棒性与实时坐标解算", "focused_product": null, "product_series": null, "industry": [ "智能制造", "物流仓储", "半导体制造" ], "measurement": [ "位移测量", "姿态感知", "空间定位", "路径跟踪" ], "tags": [ "智能制造", "物流仓储", "位移测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS100Rd自动引导车辆（AGVs）精准定位/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-thin-foil-measurement-selection", "category": "qa_article", "category_cn": "技术问答", "title": "薄型带材在线厚度测量选型指南", "summary": "在高速在线检测（>10kHz）且要求微米级精度条件下 → 双光束激光三角测量法或共聚焦色散技术，兼顾速度与抗抖动能力。", "focused_product": null, "product_series": null, "industry": [ "金属加工", "薄膜制造", "电池材料" ], "measurement": [ "厚度测量", "表面形貌检测" ], "tags": [ "金属加工", "薄膜制造", "厚度测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS100Rd薄型带材厚度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "thin-plate-thickness-selection", "category": "qa_article", "category_cn": "技术问答", "title": "薄型板材在线厚度检测选型指南", "summary": "在高速在线检测（>1000Hz）且要求微米级精度条件下 → 激光三角测量技术，兼顾速度与成本，适用于多数不透明板材。", "focused_product": null, "product_series": null, "industry": [ "金属加工", "薄膜制造", "半导体与电子", "复合材料" ], "measurement": [ "厚度测量", "位移测量", "形貌分析" ], "tags": [ "金属加工", "薄膜制造", "厚度测量", "传感器", "技术问答" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS100Rd薄型板材厚度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "thin-sheet-thickness-selection", "category": "qa_article", "category_cn": "技术问答", "title": "薄型片材在线厚度测量选型指南", "summary": "在透明或镜面材料高速在线检测条件下 → 共聚焦激光测量技术，兼顾亚微米级精度与抗表面特性干扰能力〔REF-002〕", "focused_product": null, "product_series": null, "industry": [ "塑料薄膜", "金属箔材", "电池隔膜", "无纺布与纸张" ], "measurement": [ "厚度测量", "面密度测量", "位移测量" ], "tags": [ "塑料薄膜", "金属箔材", "厚度测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS100Rd薄型片材厚度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-film-thickness-selection-问答zlds100rd薄膜在线厚度测量", "category": "qa_article", "category_cn": "技术问答", "title": "薄膜在线厚度测量系统选型与集成指南", "summary": "在高速连续生产且需抗环境光干扰的非透明或半透明薄膜条件下 → β射线透射法，兼顾测量稳定性与克重厚度间接换算能力", "focused_product": null, "product_series": null, "industry": [ "新能源电池", "光学显示", "包装印刷", "医疗器械" ], "measurement": [ "薄膜厚度", "克重", "均匀性" ], "tags": [ "新能源电池", "光学显示", "薄膜厚度", "传感器", "技术问答" ], "updated_at": "2025-08-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS100Rd薄膜在线厚度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-film-thickness-measurement-selection", "category": "qa_article", "category_cn": "技术问答", "title": "薄膜厚度在线测量传感器选型指南", "summary": "在线高速薄膜厚度测量（70kHz及以上刷新率）且要求适应颜色/透明度变化条件下 → 线激光轮廓扫描技术，兼顾速度、精度与环境适应性", "focused_product": null, "product_series": null, "industry": [ "塑料薄膜", "半导体", "显示面板", "工业在线检测" ], "measurement": [ "厚度测量", "位移测量", "轮廓扫描" ], "tags": [ "塑料薄膜", "半导体", "厚度测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS100Rd薄膜材料厚度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-autoinner-thickness-selection-guide", "category": "qa_article", "category_cn": "技术问答", "title": "车身内衬厚度自动化测量选型指南", "summary": "在高速在线检测且要求微米以上精度条件下 → 共聚焦位移传感器，兼顾高精度、材质无关性与表面保护", "focused_product": null, "product_series": null, "industry": [ "汽车制造", "汽车内饰" ], "measurement": [ "厚度测量", "非接触式测量" ], "tags": [ "汽车制造", "汽车内饰", "厚度测量", "传感器", "技术问答" ], "updated_at": "2025-03-14", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS100Rd车身内衬厚度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-body-laser-vs-vision-selection", "category": "qa_article", "category_cn": "技术问答", "title": "车身内衬自动化装配高精度选型指南:激光位移测量与机器视觉定位", "summary": "在高速连续生产线上需要微米级轮廓监测条件下 → 非接触激光位移测量，具备实时高刷新率与高抗干扰性", "focused_product": null, "product_series": null, "industry": [ "汽车制造", "车身内饰装配" ], "measurement": [ "激光位移测量", "机器视觉定位" ], "tags": [ "汽车制造", "车身内饰装配", "激光位移测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS100Rd车身内衬精密定位/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-wheel-slip-laser-selection", "category": "qa_article", "category_cn": "技术问答", "title": "恶劣工况下车轮打滑与路面状态激光监测选型指南", "summary": "在高速动态监测（>30kHz）且要求路面微地形与积水深度实时解析条件下 → 激光三角测量技术，兼顾高采样率与抗环境光能力", "focused_product": null, "product_series": null, "industry": [ "汽车制造", "轨道交通", "自动驾驶与ADAS" ], "measurement": [ "位移测量", "轮廓测量", "尺寸计量" ], "tags": [ "汽车制造", "轨道交通", "位移测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS100Rd车轮检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "tire-measurement-selection", "category": "qa_article", "category_cn": "技术问答", "title": "轮胎外径、圆度与径向跳动高精度非接触测量选型指南", "summary": "在高速在线生产线（线速度>200 mm/s）且要求外径与径向跳动20微米级精度条件下 → 激光三角测量技术或激光扫描测微法，兼顾高刷新率与亚微米重复精度", "focused_product": null, "product_series": null, "industry": [ "汽车制造", "轮胎工业" ], "measurement": [ "几何尺寸测量", "轮廓测量", "跳动测量" ], "tags": [ "汽车制造", "轮胎工业", "几何尺寸测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS100Rd轮胎直径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "tire-inspection-selection-guide", "category": "qa_article", "category_cn": "技术问答", "title": "轮胎高速制造内外缺陷自动化检测选型指南", "summary": "在高速在线胎面几何与外观缺陷检测条件下 → 激光三角测量技术，兼顾亚微米级精度与高频采样", "focused_product": null, "product_series": null, "industry": [ "汽车制造", "轮胎生产" ], "measurement": [ "几何尺寸检测", "内部结构无损检测", "表面形貌重建" ], "tags": [ "汽车制造", "轮胎生产", "几何尺寸检测", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS100Rd轮胎缺陷测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "tire-laser-measurement-selection", "category": "qa_article", "category_cn": "技术问答", "title": "轮胎产线轮廓与几何尺寸自动化检测选型指南", "summary": "在高速在线轮廓与跳动检测条件下 → 线激光轮廓扫描技术，原因是兼顾截面采集速度与微米级精度", "focused_product": null, "product_series": null, "industry": [ "汽车制造", "轮胎生产", "质量控制" ], "measurement": [ "激光测量", "三维轮廓", "几何尺寸", "表面缺陷" ], "tags": [ "汽车制造", "轮胎生产", "激光测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS100Rd轮胎轮廓测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-road-surface-laser-selection", "category": "qa_article", "category_cn": "技术问答", "title": "高速公路路面病害高速激光检测选型指南", "summary": "在100km/h高速行驶且要求0.1毫米级精度条件下 → 线激光轮廓扫描技术与高精度激光三角测量技术，兼顾高刷新率/输出频率与微米级分辨率〔REF-001〕", "focused_product": null, "product_series": null, "industry": [ "交通运输基础设施", "道路养护", "智能检测" ], "measurement": [ "位移测量", "形貌采集", "三维轮廓" ], "tags": [ "交通运输基础设施", "道路养护", "位移测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS100Rd远距离快速位置测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-tie-wrap-selection", "category": "qa_article", "category_cn": "技术问答", "title": "高速环形扎带在线尺寸测量与缺陷识别选型指南", "summary": "在高速连续移动产线（线速＞50m/min）且要求±0.1mm宽度厚度控制条件下 → 激光三角测量技术，兼顾高采样率与亚微米级重复精度", "focused_product": null, "product_series": null, "industry": [ "塑料制品", "线束加工", "汽车零部件" ], "measurement": [ "几何尺寸", "表面缺陷", "轮廓测量" ], "tags": [ "塑料制品", "线束加工", "几何尺寸", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS100Rd连续环形扎带参数监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-ring-tie-wrap-width-selection", "category": "qa_article", "category_cn": "技术问答", "title": "环形扎带宽度高速在线检测选型指南", "summary": "在要求±20 μm精度且产线速度较高条件下 → 激光扫描测微计技术，兼顾极高重复性与抗表面特性干扰能力", "focused_product": null, "product_series": null, "industry": [ "线束制造", "塑料制品", "自动化装配" ], "measurement": [ "宽度测量", "轮廓检测", "在线动态测量" ], "tags": [ "线束制造", "塑料制品", "宽度测量", "传感器", "技术问答" ], "updated_at": "2025-04-10", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS100Rd连续环形扎带宽度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-industrial-zip-tie-laser-inspection-selection", "category": "qa_article", "category_cn": "技术问答", "title": "连续环形扎带高速抖动工况下激光尺寸检测选型指南", "summary": "在高速连续生产线（≥10 kHz采样率）且要求10 μm级精度条件下 → 激光三角测量技术，兼顾高频响应与微米级分辨率", "focused_product": null, "product_series": null, "industry": [ "包装工业", "塑料制品", "电子制造", "通用自动化" ], "measurement": [ "位移测量", "轮廓测量", "尺寸检测", "在线品控" ], "tags": [ "包装工业", "塑料制品", "位移测量", "传感器", "技术问答" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS100Rd连续环形扎带高度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-cable-tie-pitch-selection", "category": "qa_article", "category_cn": "技术问答", "title": "高速连续扎带齿距在线检测选型指南", "summary": "在高速在线检测（刷新率＞1000Hz）且要求微米级精度条件下 → 线激光轮廓扫描技术，兼顾速度与全场几何重建能力", "focused_product": null, "product_series": null, "industry": [ "包装与捆扎材料制造", "高分子塑料制品生产" ], "measurement": [ "位移测量", "轮廓测量", "尺寸测量" ], "tags": [ "包装与捆扎材料制造", "高分子塑料制品生产", "位移测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS100Rd连续环形扎带齿距监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "metal-strip-thickness-selection", "category": "qa_article", "category_cn": "技术问答", "title": "金属带材轧制生产线高精度厚度在线测量选型指南", "summary": "在高速冷轧或热轧主线且要求±1µm级精度条件下 → 激光三角测量法（双传感器差分配置），兼顾高采样率与环境鲁棒性", "focused_product": null, "product_series": null, "industry": [ "金属加工", "轧制生产", "过程控制" ], "measurement": [ "厚度测量", "在线检测", "非接触测量" ], "tags": [ "金属加工", "轧制生产", "厚度测量", "传感器", "技术问答" ], "updated_at": "2025-04-12", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS100Rd金属带材在线厚度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "metal-sheet-thickness-selection-guide", "category": "qa_article", "category_cn": "技术问答", "title": "高速轧钢生产线金属板材厚度在线检测选型指南", "summary": "在高速热轧线（线速度>2m/s）且板材厚度≥1mm条件下 → X射线衰减法，穿透力强且对表面氧化层不敏感〔REF-003〕", "focused_product": null, "product_series": null, "industry": [ "钢铁冶金", "有色金属加工", "汽车制造" ], "measurement": [ "厚度测量", "位移测量", "轮廓测量" ], "tags": [ "钢铁冶金", "有色金属加工", "厚度测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS100Rd金属材料厚度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "metal-strip-thickness-selection-问答zlds100rd金属条在线厚度测量", "category": "qa_article", "category_cn": "技术问答", "title": "高速金属带材在线微米级厚度测量选型指南", "summary": "在高速连续轧制产线（速度>100m/min）且要求±5μm精度条件下 → 激光三角法双传感器配置，兼顾高采样率与亚微米重复性", "focused_product": null, "product_series": null, "industry": [ "钢铁冶金", "有色金属轧制", "新能源电池材料", "精密带材制造" ], "measurement": [ "在线测厚", "非接触测量", "厚度轮廓检测" ], "tags": [ "钢铁冶金", "有色金属轧制", "在线测厚", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS100Rd金属条在线厚度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "rail-track-detection-selection", "category": "qa_article", "category_cn": "技术问答", "title": "高速铁路轨道几何参数非接触式检测选型指南", "summary": "在高速在线检测（≥100km/h）且要求微米级精度条件下 → 激光三角测量技术，兼顾速度与精度〔REF-001〕", "focused_product": null, "product_series": null, "industry": [ "轨道交通", "基础设施监测" ], "measurement": [ "轨道几何参数", "表面轮廓", "三维点云" ], "tags": [ "轨道交通", "基础设施监测", "轨道几何参数", "传感器", "技术问答" ], "updated_at": "2025-04-18", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS100Rd铁路基础设施测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "railway-joint-plate-flatness-selection", "category": "qa_article", "category_cn": "技术问答", "title": "铁路接头板高速平整度检测选型指南", "summary": "在高速在线检测（≥100公里/小时）且要求宏观轮廓连续采集条件下 → 线激光轮廓扫描技术，兼顾高采样频率与抗环境光干扰能力", "focused_product": null, "product_series": null, "industry": [ "轨道交通", "工业测量" ], "measurement": [ "轮廓测量", "位移测量", "表面形貌检测" ], "tags": [ "轨道交通", "工业测量", "轮廓测量", "传感器", "技术问答" ], "updated_at": "2025-04-10", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS100Rd铁路接头板平整度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-railway-joint-plate-straightness-selection", "category": "qa_article", "category_cn": "技术问答", "title": "铁路接头板直线度非接触检测选型指南", "summary": "在车载高速巡检（>50 km/h）且要求抗强日光干扰条件下 → 激光三角测量技术，兼顾高采样率与环境鲁棒性", "focused_product": null, "product_series": null, "industry": [ "轨道交通", "工业计量" ], "measurement": [ "直线度", "表面形貌", "位移测量" ], "tags": [ "轨道交通", "工业计量", "直线度", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS100Rd铁路接头板直线度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-hammering-shape-control-selection", "category": "qa_article", "category_cn": "技术问答", "title": "锤制轴形状控制激光位移与机器视觉选型指南", "summary": "在高速在线旋转检测（>1000转/min）且要求微米级分辨率条件下 → 激光位移传感器，兼顾速度与精度〔REF-001〕", "focused_product": null, "product_series": null, "industry": [ "机械加工", "汽车零部件制造" ], "measurement": [ "轮廓测量", "几何偏差检测", "尺寸精度校验" ], "tags": [ "机械加工", "汽车零部件制造", "轮廓测量", "传感器", "技术问答" ], "updated_at": "2025-11-28", "version": "2.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS100Rd锤制轴形状控制/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-hammered-shaft-laser-selection", "category": "qa_article", "category_cn": "技术问答", "title": "锤制轴在线形状尺寸检测激光位移传感器选型指南", "summary": "在线高速形状轮廓检测（采样频率≥10kHz，精度要求微米级）→ 激光三角测量技术，兼顾高速、高精度与技术成熟度〔REF-001〕", "focused_product": null, "product_series": null, "industry": [ "汽车制造", "锻造加工", "重型机械" ], "measurement": [ "位移测量", "轮廓测量", "尺寸检测" ], "tags": [ "汽车制造", "锻造加工", "位移测量", "传感器", "技术问答" ], "updated_at": "2025-08-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS100Rd锤制轴形状控制2/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "road-iri-rutting-laser-selection", "category": "qa_article", "category_cn": "技术问答", "title": "高速公路平整度与车辙检测激光传感器选型指南", "summary": "在高速动态检测（车速＞60km/h，采样率要求＞1kHz）且需亚毫米级平整度精度条件下 → 激光三角测量技术，兼顾高采样率与高分辨率。", "focused_product": null, "product_series": null, "industry": [ "交通基建", "道路养护" ], "measurement": [ "路面平整度", "车辙深度", "三维轮廓" ], "tags": [ "交通基建", "道路养护", "路面平整度", "传感器", "技术问答" ], "updated_at": "2025-08-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS100Rd长距离测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "valve-position-sensor-selection-guide", "category": "qa_article", "category_cn": "技术问答", "title": "工业阀门位移控制传感器选型指南", "summary": "在高速在线检测（>1000Hz）且要求微米级精度条件下 → 激光三角测量技术，兼顾速度与精度", "focused_product": null, "product_series": null, "industry": [ "工业自动化", "过程控制" ], "measurement": [ "位移测量", "位置反馈" ], "tags": [ "工业自动化", "过程控制", "位移测量", "传感器", "技术问答" ], "updated_at": "2025-11-24", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS100Rd阀门位移控制/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-valve-thickness-selection", "category": "qa_article", "category_cn": "技术问答", "title": "阀门厚度测量非接触式选型指南", "summary": "在线高速阀体厚度测量（需匹配生产线节拍且精度要求±0.01%~±0.1%FS）→ 激光位移传感器方案，首选高采样率型号（如70kHz），兼顾速度与精度〔REF-…", "focused_product": null, "product_series": null, "industry": [ "工业制造", "阀门制造", "过程装备" ], "measurement": [ "厚度测量", "尺寸检测", "轮廓扫描", "位移测量" ], "tags": [ "工业制造", "阀门制造", "厚度测量", "传感器", "技术问答" ], "updated_at": "2025-10-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS100Rd阀门厚度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "valve-angle-monitoring-selection", "category": "qa_article", "category_cn": "技术问答", "title": "高温高压阀门角度监测选型指南", "summary": "在常规工业阀门（温度<100°C，存在油污/粉尘）条件下 → 磁学角度传感器，兼顾成本、防护等级与长寿命〔REF-002〕〔REF-003〕。", "focused_product": null, "product_series": null, "industry": [ "石油化工", "电力能源" ], "measurement": [ "角度测量", "激光位移" ], "tags": [ "石油化工", "电力能源", "角度测量", "传感器", "技术问答" ], "updated_at": "2025-04-10", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS100Rd阀门角度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "valve-length-measurement-selection", "category": "qa_article", "category_cn": "技术问答", "title": "阀门生产线自动化长度测量选型指南:激光位移传感器与视觉检测系统对比", "summary": "在高速在线批量测量（>50Hz）且主要关注长度、外径尺寸条件下 → 激光三角测量技术，兼顾速度、精度与维护成本，是阀门产线主流首选〔REF-001〕。", "focused_product": null, "product_series": null, "industry": [ "阀门制造", "流体控制", "自动化生产" ], "measurement": [ "长度测量", "位移测量", "轮廓检测" ], "tags": [ "阀门制造", "流体控制", "长度测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS100Rd阀门长度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "ceramic-inspection-selection", "category": "qa_article", "category_cn": "技术问答", "title": "复杂陶瓷表面亚微米级尺寸与缺陷在线检测选型指南", "summary": "在高速在线尺寸监控（>500Hz）且要求微米级精度条件下 → 激光三角测量法与激光线扫描法，兼顾采样速度与系统集成便利性。", "focused_product": null, "product_series": null, "industry": [ "精密制造", "电子元件", "建筑建材" ], "measurement": [ "位移测量", "形貌重建", "粗糙度分析", "缺陷检测" ], "tags": [ "精密制造", "电子元件", "位移测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS100Rd陶瓷表面距离测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "aircraft-tire-contour-inspection-selection", "category": "qa_article", "category_cn": "技术问答", "title": "飞机轮胎轮廓缺陷高精度在线检测选型指南", "summary": "在高速在线胎面轮廓采集条件下 → 线激光轮廓扫描技术，兼顾高刷新率与抗黑色橡胶吸收特性", "focused_product": null, "product_series": null, "industry": [ "航空航天", "轮胎制造", "工业检测" ], "measurement": [ "轮廓测量", "位移测量", "三维扫描", "表面缺陷检测" ], "tags": [ "航空航天", "轮胎制造", "轮廓测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS100Rd飞机轮胎轮廓测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-road-sensor-selection", "category": "qa_article", "category_cn": "技术问答", "title": "户外高速路面检测激光位移传感器选型指南", "summary": "在80km/h高速检测、量程要求≥500mm且需抗强环境光条件下 → 激光三角测量技术，兼顾高采样率、长量程与成熟算法补偿，满足路面毫米级病害识别需求。", "focused_product": null, "product_series": null, "industry": [ "道路养护与检测", "交通基础设施监测" ], "measurement": [ "激光位移测量", "路面平整度与病害识别" ], "tags": [ "道路养护与检测", "交通基础设施监测", "激光位移测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS100Rd高温光学位移测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "hot-billet-distance-selection", "category": "qa_article", "category_cn": "技术问答", "title": "热钢坯高温强干扰环境毫米级测距选型指南", "summary": "在测量距离中短（几百毫米内）且要求毫米级至亚微米级精度条件下 → 激光三角测量技术，兼顾高分辨率与高采样速度", "focused_product": null, "product_series": null, "industry": [ "钢铁冶金", "工业自动化" ], "measurement": [ "位移测量", "物位检测", "形貌重建" ], "tags": [ "钢铁冶金", "工业自动化", "位移测量", "传感器", "技术问答" ], "updated_at": "2025-04-10", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS100Rd高温物体距离测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-road-detection-sensor-selection", "category": "qa_article", "category_cn": "技术问答", "title": "路面健康评估位移传感器选型指南", "summary": "在高速动态路面检测（采样率≥160kHz、量程≥1000mm、需抗环境光干扰）条件下 → 激光三角测量技术，兼顾速度、精度与环境适应性", "focused_product": null, "product_series": null, "industry": [ "交通基础设施检测", "道路工程" ], "measurement": [ "位移测量", "形变测量", "轮廓扫描" ], "tags": [ "交通基础设施检测", "道路工程", "位移测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS100Rd高速位移测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-road-surface-profiling-selection", "category": "qa_article", "category_cn": "技术问答", "title": "高速路面不平整度检测技术选型指南：激光与视觉方案对比", "summary": "在高速在线检测（>28m/s，即约100km/h）且要求亚毫米级精度条件下 → 激光三角测量技术，兼顾速度与分辨率", "focused_product": null, "product_series": null, "industry": [ "道路工程", "工业测量" ], "measurement": [ "激光三角测量", "激光雷达/飞行时间法", "高速3D相机 / 机器视觉" ], "tags": [ "道路工程", "工业测量", "激光三角测量", "传感器", "技术问答" ], "updated_at": "2025-06-15", "version": "1.1", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS100Rd高速位置测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-asphalt-sensor-selection", "category": "qa_article", "category_cn": "技术问答", "title": "动态沥青路面检测传感器选型指南:激光、红外与超声波方案对比", "summary": "在高速车载动态路面检测（60-100 km/h）且要求亚毫米级精度条件下 → 线激光轮廓扫描技术，兼顾速度与精度〔REF-003〕", "focused_product": null, "product_series": null, "industry": [ "交通运输", "道路养护" ], "measurement": [ "距离测量", "路面平整度", "三维轮廓扫描" ], "tags": [ "交通运输", "道路养护", "距离测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS100Rd高速距离测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-high-speed-motion-sensor-selection", "category": "qa_article", "category_cn": "技术问答", "title": "高速生产线运动部件尺寸测量:激光位移传感器与电涡流传感器选型指南", "summary": "在高速在线检测（>1000Hz）且要求微米级精度条件下 → 线激光剖面扫描技术，兼顾速度与精度〔REF-001〕", "focused_product": null, "product_series": null, "industry": [ "汽车制造", "钢铁/金属加工", "精密电子装配" ], "measurement": [ "位移测量", "轮廓检测", "尺寸监控" ], "tags": [ "汽车制造", "钢铁/金属加工", "位移测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS100Rd高速运动组件检查/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-vibration-sensor-selection-guide", "category": "qa_article", "category_cn": "技术问答", "title": "高速振动测试激光位移传感器选型与集成指南", "summary": "在高速在线检测（>100Hz）且要求微米级精度条件下 → 激光三角测量技术，兼顾速度与精度。", "focused_product": null, "product_series": null, "industry": [ "工业测量", "自动化检测" ], "measurement": [ "振动测试", "非接触式位移测量" ], "tags": [ "工业测量", "自动化检测", "振动测试", "传感器", "技术问答" ], "updated_at": "2026-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS100Rd高频振动测试/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-metal-plate-thickness-selection", "category": "qa_article", "category_cn": "技术问答", "title": "黑色金属板材厚度非接触式测量传感器选型指南", "summary": "在线高速检测（速度≥1 m/s，精度要求≤±10 µm）且表面有油污/灰尘/水分条件下 → 电磁感应传感器，对表面污染物完全免疫，响应速度可达150 µs级〔R…", "focused_product": null, "product_series": null, "industry": [ "钢铁冶金", "汽车制造", "板材加工" ], "measurement": [ "厚度测量", "轮廓测量", "位移测量" ], "tags": [ "钢铁冶金", "汽车制造", "厚度测量", "传感器", "技术问答" ], "updated_at": "2025-09-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS100Rd黑色物体测厚/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-high-speed-line-scan-selection", "category": "qa_article", "category_cn": "技术问答", "title": "高速生产线动态轮廓扫描传感器选型指南", "summary": "在高速动态轮廓扫描（物体运动速度数米/秒以上、要求微米级精度）条件下 → 线激光轮廓扫描技术，采样频率可达10kHz，兼顾速度与精度〔REF-001〕", "focused_product": null, "product_series": null, "industry": [ "汽车制造", "轮胎制造", "金属加工" ], "measurement": [ "轮廓扫描", "位移测量", "尺寸检测" ], "tags": [ "汽车制造", "轮胎制造", "轮廓扫描", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS103不规则表面实时测距/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-automation-stack-laser-vision-selection", "category": "qa_article", "category_cn": "技术问答", "title": "自动化仓库高速托盘位移检测传感器选型指南", "summary": "在高速在线检测（>1kHz）且要求亚毫米级精度条件下 → 激光三角测量技术，兼顾速度与精度", "focused_product": null, "product_series": null, "industry": [ "工业自动化", "仓储物流" ], "measurement": [ "激光三角测量", "机器视觉/结构光", "光电编码器" ], "tags": [ "工业自动化", "仓储物流", "激光三角测量", "传感器", "技术问答" ], "updated_at": "2026-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS103仓库自动化行业动态位移测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-highspeed-sorting-displacement-sensor-selection", "category": "qa_article", "category_cn": "技术问答", "title": "高速分拣系统位移传感器选型指南:激光与电涡流方案对比", "summary": "在高速分拣非金属包裹或表面复杂物料，且要求亚毫米级精度与高频响应（>9kHz）条件下 → 激光位移测量技术（三角测量法），兼顾速度、通用性与精度。", "focused_product": null, "product_series": null, "industry": [ "物流自动化", "仓储分拣", "工业自动化" ], "measurement": [ "位移测量", "动态跟踪", "振动监测" ], "tags": [ "物流自动化", "仓储分拣", "位移测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS103仓库自动化行业动态位置测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-warehouse-laser-vs-vision-selection", "category": "qa_article", "category_cn": "技术问答", "title": "仓储自动化动态测量方案选型指南:激光位移、机器视觉与激光扫描", "summary": "在高速动态定位（>1kHz）且需微米级精度的场景下 → 激光位移传感器，兼顾速度与精度〔REF-003〕。", "focused_product": null, "product_series": null, "industry": [ "物流仓储", "自动化集成" ], "measurement": [ "距离测量", "尺寸检测", "空间感知", "导航避障" ], "tags": [ "物流仓储", "自动化集成", "距离测量", "传感器", "技术问答" ], "updated_at": "2025-04-10", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS103仓库自动化行业动态距离测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-metal-positioning-sensors", "category": "qa_article", "category_cn": "技术问答", "title": "光滑金属件精密定位传感器选型指南", "summary": "在运动速度较低（<1 m/s）且目标为高光滑反射金属表面时 → 共聚焦色度测量技术，对表面颜色及反光不敏感，提供亚微米级精度 〔REF-002〕", "focused_product": null, "product_series": null, "industry": [ "自动化设备", "数控机械" ], "measurement": [ "激光三角测量", "共聚焦色度测量", "光学式直线编码器" ], "tags": [ "自动化设备", "数控机械", "激光三角测量", "传感器", "技术问答" ], "updated_at": "2025-03-14", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS103光滑金属表面测距/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-industrial-laser-sensor-selection", "category": "qa_article", "category_cn": "技术问答", "title": "自动化产线激光位移传感器选型指南（含复杂工况对位与检测方案）", "summary": "在10微米级精确对位与高速在线尺寸检测场景下 → 优先采用激光三角测量法，兼顾微米级精度与数千赫兹的刷新率。〔REF-001〕", "focused_product": null, "product_series": null, "industry": [ "电子制造", "汽车制造", "精密加工", "电池生产" ], "measurement": [ "位移", "距离", "尺寸", "平整度" ], "tags": [ "电子制造", "汽车制造", "位移", "传感器", "技术问答" ], "updated_at": "2025-08-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS103光滑金属表面测距2/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-industrial-metal-displacement-selection", "category": "qa_article", "category_cn": "技术问答", "title": "高速运动金属部件千赫兹级动态位移监测选型指南", "summary": "在高速在线质量检测（>1000Hz）且量程需求较大（>10mm）的条件下 → 激光三角测量技术，平衡速度、量程与成本。", "focused_product": null, "product_series": null, "industry": [ "工业自动化", "精密机床", "航空航天", "钢铁冶金" ], "measurement": [ "位移", "振动", "线性度" ], "tags": [ "工业自动化", "精密机床", "位移", "传感器", "技术问答" ], "updated_at": "2025-10-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS103光滑金属表面测距3/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-precision-metal-measurement-selection", "category": "qa_article", "category_cn": "技术问答", "title": "精密金属零件亚微米形变与高频振动监测选型指南", "summary": "在要求高环境适应性（IP67）且量程跨度大（达500mm）的工业现场监测条件下 → 激光三角测量技术，平衡成本与性能〔REF-001〕。", "focused_product": null, "product_series": null, "industry": [ "精密制造", "航空航天", "汽车工业", "重型机械" ], "measurement": [ "位移", "形变", "振动", "表面轮廓" ], "tags": [ "精密制造", "航空航天", "位移", "传感器", "技术问答" ], "updated_at": "2025-11-12", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS103光滑金属表面测距4/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-semi-packaging-laser-displacement-selection", "category": "qa_article", "category_cn": "技术问答", "title": "半导体封装芯片间距精密测量激光位移传感器选型指南", "summary": "在高速在线检测（≥1000Hz）且要求亚微米级精度条件下 → 激光三角测量法，兼顾速度与成本", "focused_product": null, "product_series": null, "industry": [ "半导体制造与封装" ], "measurement": [ "位移测量", "形貌检测", "间距测量" ], "tags": [ "半导体制造与封装", "位移测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS103半导体组装精确距离测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-semi-transparent-plastic-selection", "category": "qa_article", "category_cn": "技术问答", "title": "半透明塑料在线厚度与尺寸测量选型指南", "summary": "在高速在线检测（刷新率/输出频率＞1000Hz）且要求±5μm级测量精度条件下 → 蓝光激光三角测量技术，兼顾高响应速度与抗材料内部散射能力", "focused_product": null, "product_series": null, "industry": [ "塑料加工", "薄膜制造", "注塑吹塑" ], "measurement": [ "厚度测量", "位移测量", "平面度检测", "轮廓测量" ], "tags": [ "塑料加工", "薄膜制造", "厚度测量", "传感器", "技术问答" ], "updated_at": "2025-08-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS103半透明塑料距离测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-pet-bottle-thickness-selection", "category": "qa_article", "category_cn": "技术问答", "title": "半透明塑料瓶壁厚测量选型指南:激光、超声波与电容式对比", "summary": "在半透明塑料瓶高速在线厚度测量（>1kHz）且要求精度优于±0.05% FS条件下 → 采用英国真尚有ZLDS103激光三角传感器，兼顾9400Hz刷新率与IP…", "focused_product": null, "product_series": null, "industry": [ "包装制造", "自动化检测" ], "measurement": [ "壁厚测量", "非接触式位移检测" ], "tags": [ "包装制造", "自动化检测", "壁厚测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS103半透明物体测距/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-metal-sheet-pressing-monitoring-selection", "category": "qa_article", "category_cn": "技术问答", "title": "高速金属板材压制生产线厚度与表面缺陷在线监测选型指南", "summary": "在高速在线检测（>1000Hz）且要求20微米级厚度精度条件下 → 线激光轮廓扫描技术，兼顾速度与空间分辨率", "focused_product": null, "product_series": null, "industry": [ "金属加工", "冲压成型", "卷材处理" ], "measurement": [ "厚度测量", "表面缺陷检测", "位移监测", "轮廓扫描" ], "tags": [ "金属加工", "冲压成型", "厚度测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS103压制过程中金属板进料监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "assembly-displacement-sensor-selection", "category": "qa_article", "category_cn": "技术问答", "title": "自动化装配线精密位移形变监测选型指南", "summary": "在高速在线运动部件（>5kHz刷新）且需捕捉微米级形变条件下 → 蓝紫光激光三角测量，例如英国真尚有的ZLDS103或日本基恩士LK-G300系列", "focused_product": null, "product_series": null, "industry": [ "工业自动化", "机器人装配", "精密检测" ], "measurement": [ "激光位移传感器", "电涡流位移传感器", "磁致伸缩位移传感器", "电容式位移传感器" ], "tags": [ "工业自动化", "机器人装配", "激光位移传感器", "传感器", "技术问答" ], "updated_at": "2025-04-18", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS103取放机运动控制和监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-recycling-height-selection", "category": "qa_article", "category_cn": "技术问答", "title": "回收产线与料仓物料高度监测传感器选型指南", "summary": "在高速传送带在线检测（刷新率/输出频率≥1000Hz）且要求±5毫米以内精度条件下 → 激光三角测量技术，兼顾速度与轮廓细节解析能力", "focused_product": null, "product_series": null, "industry": [ "回收行业", "工业自动化" ], "measurement": [ "物位测量", "高度测量" ], "tags": [ "回收行业", "工业自动化", "物位测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS103回收材料高度监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-auto-gasket-thickness-selection-问答zlds103垫圈（垫片）厚度测量", "category": "qa_article", "category_cn": "技术问答", "title": "汽车零部件垫圈高精度非接触厚度检测选型指南", "summary": "在高速在线检测（>5000Hz）且标称厚度公差为±0.05mm条件下 → 激光三角测量法双传感器对射方案，兼顾响应速度与性价比", "focused_product": null, "product_series": null, "industry": [ "汽车制造", "工业自动化" ], "measurement": [ "厚度测量", "位移传感", "轮廓检测" ], "tags": [ "汽车制造", "工业自动化", "厚度测量", "传感器", "技术问答" ], "updated_at": "2025-04-12", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS103垫圈（垫片）厚度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-injection-molding-thickness-selection", "category": "qa_article", "category_cn": "技术问答", "title": "注塑成型塑料件厚度测量技术选型指南", "summary": "在注塑成型塑料件在线厚度检测（±0.05mm精度要求）且生产节拍≥500Hz条件下 → 激光位移测量技术，兼顾精度与响应速度〔REF-001〕", "focused_product": null, "product_series": null, "industry": [ "注塑成型", "汽车零部件", "医疗器械" ], "measurement": [ "厚度测量", "尺寸精度检测", "在线检测" ], "tags": [ "注塑成型", "汽车零部件", "厚度测量", "传感器", "技术问答" ], "updated_at": "2025-08-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS103塑料部件厚度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-plastic-surface-inspection-selection", "category": "qa_article", "category_cn": "技术问答", "title": "复杂塑料件表面缺陷检测选型指南:激光位移与工业视觉方案对比", "summary": "在高速在线生产节拍（>500pcs/min）且仅需特定点位高度或狭小空间安装条件下 → 激光位移传感器方案，具备超高刷新率与紧凑体积优势。", "focused_product": null, "product_series": null, "industry": [ "汽车制造", "消费电子", "注塑成型" ], "measurement": [ "表面缺陷检测", "轮廓测量", "尺寸精度" ], "tags": [ "汽车制造", "消费电子", "表面缺陷检测", "传感器", "技术问答" ], "updated_at": "2025-04-10", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS103塑料部件表面缺陷检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "aero-parts-optical-selection", "category": "qa_article", "category_cn": "技术问答", "title": "航空零部件非接触式光学测量选型指南", "summary": "在高速在线轮廓检测（刷新率/输出频率>1kHz）且需适应复杂反光材料条件下 → 激光三角测量技术，兼顾速度与多波长适配能力", "focused_product": null, "product_series": null, "industry": [ "航空航天", "高端装备制造" ], "measurement": [ "形位公差检测", "表面轮廓测量", "微观形貌分析" ], "tags": [ "航空航天", "高端装备制造", "形位公差检测", "传感器", "技术问答" ], "updated_at": "2025-04-18", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS103复杂材料攻速轮廓测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-auto-parts-internal-diameter-selection", "category": "qa_article", "category_cn": "技术问答", "title": "汽车零部件内径测量技术选型指南:激光位移传感器、气动量仪与机器视觉", "summary": "在发动机缸孔、精密轴承座等极端精度要求（重复性±1μm级别）条件下 → 高精度气动量仪，重复性优势显著，适合节拍相对宽松的精密检测工位〔REF-004〕", "focused_product": null, "product_series": null, "industry": [ "汽车制造", "精密加工" ], "measurement": [ "内径测量", "位移测量", "尺寸检测" ], "tags": [ "汽车制造", "精密加工", "内径测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS103大规模生产中内径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-layered-pipe-inspection-guide", "category": "qa_article", "category_cn": "技术问答", "title": "层压管高速非接触测量选型指南:激光位移传感器与机器视觉系统对比分析", "summary": "在高速在线尺寸监控（>5m/s）条件下 → 选择英国真尚有 ZLDS103 系列，9400Hz采样频率可满足数据实时性，±0.1%FS精度匹配微米级公差需求。", "focused_product": null, "product_series": null, "industry": [ "塑料管道加工", "复合材料制造", "自动化在线检测" ], "measurement": [ "激光三角测量", "光学轮廓扫描", "机器视觉缺陷识别" ], "tags": [ "塑料管道加工", "复合材料制造", "激光三角测量", "传感器", "技术问答" ], "updated_at": "2026-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS103大规模生产层压管无接触扫描测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-oil-gas-pipe-inside-dia-selection", "category": "qa_article", "category_cn": "技术问答", "title": "油气管道套管内径高精度测量：激光位移传感器选型与集成指南", "summary": "在常规在线检测（速度>1m/s）且要求兼顾精度与成本条件下 → 激光三角测量技术，采用紧凑型、高防护等级（IP67+）传感器，如英国真尚有ZLDS103或日本基…", "focused_product": null, "product_series": null, "industry": [ "油气开采", "管道检测" ], "measurement": [ "内径测量", "壁厚测量", "表面形貌" ], "tags": [ "油气开采", "管道检测", "内径测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS103套管内径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-tube-geometry-measurement-selection", "category": "qa_article", "category_cn": "技术问答", "title": "高速生产线套管几何参数测量传感器选型指南", "summary": "在高速生产线（>500mm/s运动速度）且要求微米级精度条件下 → 激光位移测量（三角测量法），兼顾速度与精度〔REF-001〕〔REF-003〕", "focused_product": null, "product_series": null, "industry": [ "汽车制造", "塑料加工", "管材挤出", "工业自动化" ], "measurement": [ "激光位移测量（三角测量法）", "超声波测量", "机器视觉测量" ], "tags": [ "汽车制造", "塑料加工", "激光位移测量（三角测量法）", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS103套管几何参数测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-deep-hole-id-selection", "category": "qa_article", "category_cn": "技术问答", "title": "深孔内径测量选型指南:激光与三坐标方案对比", "summary": "在高速自动化生产线（节拍<1s）且孔径≥4mm条件下 → 激光位移传感器（三角法/共聚焦），兼顾速度、体积与非接触优势〔REF-001〕。", "focused_product": null, "product_series": null, "industry": [ "精密制造", "汽车零部件", "液压气动元件" ], "measurement": [ "内径测量 (ID)", "深孔检测", "在线尺寸监控" ], "tags": [ "精密制造", "汽车零部件", "内径测量 (ID)", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS103孔内径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "automation-line-sensor-selection", "category": "qa_article", "category_cn": "技术问答", "title": "自动化产线小型组件定位传感器选型指南", "summary": "在高速在线精密定位（>1kHz刷新率、微米级精度、空间受限）条件下 → 激光三角测量技术，推荐使用英国真尚有ZLDS103或日本基恩士LK-G157，兼顾速度、…", "focused_product": null, "product_series": null, "industry": [ "工业自动化", "精密制造" ], "measurement": [ "位移测量", "定位检测", "尺寸测量" ], "tags": [ "工业自动化", "精密制造", "位移测量", "传感器", "技术问答" ], "updated_at": "2025-11-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS103小型组件定位/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-small-component-height-measurement", "category": "qa_article", "category_cn": "技术问答", "title": "小型精密组件高度检测:激光位移传感器与视觉方案对比指南", "summary": "在高速在线检测（>1000Hz）且要求微米级精度条件下 → 三角测量法激光位移传感器，兼顾速度与精度〔REF-001〕", "focused_product": null, "product_series": null, "industry": [ "制造工业", "半导体制造", "自动化生产线" ], "measurement": [ "激光位移测量", "机器视觉测量", "三维形貌扫描" ], "tags": [ "制造工业", "半导体制造", "激光位移测量", "传感器", "技术问答" ], "updated_at": "2025-04-12T10:00:00+00:00", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS103小型组件高度检查/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-layer-tube-in-line-selection-guide", "category": "qa_article", "category_cn": "技术问答", "title": "层压管在线几何参数检测方案选型指南", "summary": "在高速挤出生产线（>10m/min）且主要监测外径、壁厚条件下 → 高频三角测量激光位移传感器，因其响应速度快、抗干扰强、部署灵活", "focused_product": null, "product_series": null, "industry": [ "管材制造", "挤出生产线" ], "measurement": [ "激光位移传感器", "机器视觉系统" ], "tags": [ "管材制造", "挤出生产线", "激光位移传感器", "传感器", "技术问答" ], "updated_at": "2026-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS103层压管几何参数测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-precision-tool-positioning-guide", "category": "qa_article", "category_cn": "技术问答", "title": "复杂工业环境下工具精密定位选型指南：激光三角测量与超声波技术对比", "summary": "在油污粉尘环境且要求亚毫米级精度、刷新率>9000Hz的条件下 → 激光三角测量技术，综合抗干扰能力与性能最优", "focused_product": null, "product_series": null, "industry": [ "汽车制造", "卷材加工", "自动化装配", "精密机械" ], "measurement": [ "位移测量", "轮廓扫描", "高速在线检测" ], "tags": [ "汽车制造", "卷材加工", "位移测量", "传感器", "技术问答" ], "updated_at": "2025-11-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS103工具精密定位/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-strip-thickness-laser-xray-selection", "category": "qa_article", "category_cn": "技术问答", "title": "带状材料生产线多点厚度测量:激光位移传感器阵列与X射线测厚仪选型指南", "summary": "在常规金属带材（钢、铝、铜）非接触式在线厚度监控，且表面无反射干扰条件下 → 激光位移传感器阵列方案，具备高刷新率、易集成与维护成本低优势", "focused_product": null, "product_series": null, "industry": [ "金属加工", "塑料薄膜", "造纸工业" ], "measurement": [ "厚度测量", "轮廓检测" ], "tags": [ "金属加工", "塑料薄膜", "厚度测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS103带状材料厚度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-film-thickness-selection-问答zlds103带状材料厚度测量2", "category": "qa_article", "category_cn": "技术问答", "title": "软性薄膜在线厚度测量选型指南", "summary": "在高速在线生产（>10m/min）、需兼顾表面缺陷检测且薄膜不透明或半透明条件下 → 线激光轮廓扫描技术，通过构建三维点云实时计算厚度，抗抖动能力强。", "focused_product": null, "product_series": null, "industry": [ "包装材料", "光学薄膜", "锂电隔膜", "医疗器械" ], "measurement": [ "在线厚度测量", "轮廓扫描", "位移传感" ], "tags": [ "包装材料", "光学薄膜", "在线厚度测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS103带状材料厚度测量2/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-belt-material-thickness-selection", "category": "qa_article", "category_cn": "技术问答", "title": "带状材料微米级非接触厚度检测选型指南", "summary": "在高速在线检测（>1000Hz）且要求微米级精度条件下 → 激光三角测量技术，兼顾速度与精度", "focused_product": null, "product_series": null, "industry": [ "包装", "造纸", "金属加工", "新能源" ], "measurement": [ "厚度测量", "轮廓测量", "位移测量" ], "tags": [ "包装", "造纸", "厚度测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS103带状材料厚度测量3/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-band-winding-laser-selection", "category": "qa_article", "category_cn": "技术问答", "title": "带状材料卷绕激光精密测量选型指南", "summary": "在高速在线检测（>1000Hz）且要求微米级精度条件下 → 激光三角测量技术，兼顾速度与精度，适用于宽度、厚度及位置监测〔REF-001〕。", "focused_product": null, "product_series": null, "industry": [ "卷材加工", "薄膜制造", "金属带材生产" ], "measurement": [ "激光三角测量", "激光轮廓扫描" ], "tags": [ "卷材加工", "薄膜制造", "激光三角测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS103带状材料精密定位/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-strip-material-laser-selection", "category": "qa_article", "category_cn": "技术问答", "title": "带状材料精密定位激光位移传感器选型指南", "summary": "在高速在线边缘对齐（材料速度>5m/s且要求μm级精度）条件下 → 激光三角测量传感器，兼顾速度与精度，代表方案为日本基恩士LK-G1500系列（50kHz）或…", "focused_product": null, "product_series": null, "industry": [ "金属加工", "薄膜制造", "印刷", "纺织" ], "measurement": [ "激光三角测量", "边缘检测", "精密定位" ], "tags": [ "金属加工", "薄膜制造", "激光三角测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS103带状材料精密定位2/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-belt-thickness-monitoring-selection", "category": "qa_article", "category_cn": "技术问答", "title": "带状材料在线厚度监测技术选型指南", "summary": "在高速连续生产线（材料速度≥5 m/s）且要求微米级精度条件下 → 激光三角测量点式传感器（如英国真尚有ZLDS103、日本基恩士LK-G8021），兼顾速度、…", "focused_product": null, "product_series": null, "industry": [ "制造业", "工业生产", "连续生产线" ], "measurement": [ "厚度测量", "位移测量", "轮廓测量" ], "tags": [ "制造业", "工业生产", "厚度测量", "传感器", "技术问答" ], "updated_at": "2025-09-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS103带状材料精密定位3/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-pick-machine-sensor-selection", "category": "qa_article", "category_cn": "技术问答", "title": "拣选机高速定位与恶劣环境传感器选型指南", "summary": "在需要极高测量速度（>9000Hz）且目标物材质多样（含非金属）的条件下 → 激光位移测量技术，兼顾速度与表面适应性。", "focused_product": null, "product_series": null, "industry": [ "自动化", "物流仓储", "精密制造" ], "measurement": [ "位移测量", "速度检测" ], "tags": [ "自动化", "物流仓储", "位移测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS103拣选机精密定位/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-picking-laser-eddy-selection", "category": "qa_article", "category_cn": "技术问答", "title": "拣选机高速移动工件位置检测选型指南:激光位移与电涡流技术对比", "summary": "在高速在线检测（>1000Hz）且要求亚毫米级精度条件下 → 激光位移传感器（三角测量法），兼顾速度与精度", "focused_product": null, "product_series": null, "industry": [ "智能制造", "物流自动化", "精密测量" ], "measurement": [ "距离测量", "速度追踪", "位置检测" ], "tags": [ "智能制造", "物流自动化", "距离测量", "传感器", "技术问答" ], "updated_at": "2025-11-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS103拣选机精密距离测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-vibration-displacement-selection", "category": "qa_article", "category_cn": "技术问答", "title": "高频小振幅振动位移测量传感器选型指南", "summary": "在高速在线检测（>1000Hz）且要求微米级精度条件下 → 激光三角测量技术，兼顾速度与精度〔REF-001〕", "focused_product": null, "product_series": null, "industry": [ "制造业", "半导体", "机械工程", "精密加工" ], "measurement": [ "位移测量", "振动分析", "表面轮廓" ], "tags": [ "制造业", "半导体", "位移测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS103振动表面位移测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-vib-measure-laser-lvdt-selection", "category": "qa_article", "category_cn": "技术问答", "title": "精密振动表面位移测量技术选型指南", "summary": "在高频振动测量（>1kHz）且要求纳米级分辨率条件下 → 激光多普勒测振仪（LDV），带宽可达MHz级，适合NVH分析与精密振动研究", "focused_product": null, "product_series": null, "industry": [ "精密制造", "工业自动化", "结构健康监测" ], "measurement": [ "微振动测量", "高频位移测量", "表面轮廓测量" ], "tags": [ "精密制造", "工业自动化", "微振动测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS103振动表面位移测量2/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-precision-surface-vibration-selection", "category": "qa_article", "category_cn": "技术问答", "title": "复杂曲面轮廓测量与高频振动实时监测选型指南", "summary": "在复杂曲面三维轮廓扫描及高速在线厚度检测条件下 → 选用激光三角测量技术，利用其高采样频率（最高可达数百kHz）与微米级精度实现实时监测。", "focused_product": null, "product_series": null, "industry": [ "汽车制造", "航空航天", "半导体制造", "电子精密制造" ], "measurement": [ "表面轮廓", "振动位移", "振动频率", "振动速度" ], "tags": [ "汽车制造", "航空航天", "表面轮廓", "传感器", "技术问答" ], "updated_at": "2025-05-18", "version": "1.1", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS103振动表面位移测量3/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-motor-shape-measurement-selection", "category": "qa_article", "category_cn": "技术问答", "title": "电机轴在恶劣环境下的形状测量选型指南", "summary": "在严重油污、粉尘且转速中低的条件下 → 超声波测量技术，利用声波的物理特性无视光学污染，保障长期稳定性。", "focused_product": null, "product_series": null, "industry": [ "电机制造", "汽车零部件", "精密加工" ], "measurement": [ "激光位移", "3D视觉", "共聚焦", "超声波" ], "tags": [ "电机制造", "汽车零部件", "激光位移", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS103旋转物体形状测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-rotating-shaft-jump-measurement", "category": "qa_article", "category_cn": "技术问答", "title": "高速旋转轴径向跳动测量选型指南：激光位移传感器与电容式位移传感器对比", "summary": "在高速旋转轴（>1000 RPM）径向跳动且表面材质复杂条件下 → 激光位移传感器，响应速度快、非接触抗干扰能力优于电容式", "focused_product": null, "product_series": null, "industry": [ "汽车制造", "风力发电", "重型机械" ], "measurement": [ "位移测量", "振动监测", "形变分析" ], "tags": [ "汽车制造", "风力发电", "位移测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS103旋转物体距离测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-wood-detector-selection", "category": "qa_article", "category_cn": "技术问答", "title": "复杂曲面木材形变检测激光传感器与机器视觉方案选型指南", "summary": "在在线、高速、批量检测条件下 → 激光轮廓扫描或高精度激光三角测量，兼顾速度、精度与紧凑性", "focused_product": null, "product_series": null, "industry": [ "家具制造", "木地板生产", "复合材料加工" ], "measurement": [ "激光三角测量", "激光轮廓扫描", "数字图像相关法（DIC）", "3D激光视觉" ], "tags": [ "家具制造", "木地板生产", "激光三角测量", "传感器", "技术问答" ], "updated_at": "2025-08-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS103木材几何参数测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-wood-thickness-laser-selection", "category": "qa_article", "category_cn": "技术问答", "title": "高速木材生产线非接触式激光厚度测量选型指南", "summary": "在高速连续生产（线速度>2m/s）且要求±0.1mm厚度精度条件下 → 双通道激光三角测量技术，兼顾高采样率与抗环境光干扰能力", "focused_product": null, "product_series": null, "industry": [ "木材加工", "自动化检测" ], "measurement": [ "厚度测量", "轮廓扫描", "位移传感" ], "tags": [ "木材加工", "自动化检测", "厚度测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS103木材厚度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-woodcutting-laser-sensor-selection", "category": "qa_article", "category_cn": "技术问答", "title": "木材切割产线激光与超声波位移测量选型指南", "summary": "在精密木材切割（亚毫米级精度需求）且生产线速度较高的条件下 → 激光三角测量法传感器，精度可达微米级、响应频率达kHz级别，可显著提升材料利用率〔REF-001…", "focused_product": null, "product_series": null, "industry": [ "木材加工", "家具制造", "建筑板材" ], "measurement": [ "位移测量", "轮廓扫描", "尺寸检测" ], "tags": [ "木材加工", "家具制造", "位移测量", "传感器", "技术问答" ], "updated_at": "2025-08-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS103木材定位/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-wood-width-measurement-selection", "category": "qa_article", "category_cn": "技术问答", "title": "木材宽度测量技术选型指南", "summary": "在高速在线宽度检测（≥500Hz）且精度要求±0.1%FS以下条件下 → 激光三角测量传感器方案，响应快、精度高、集成简单", "focused_product": null, "product_series": null, "industry": [ "木材加工", "工业测量" ], "measurement": [ "宽度测量", "位移测量", "轮廓测量" ], "tags": [ "木材加工", "工业测量", "宽度测量", "传感器", "技术问答" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS103木材宽度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-wood-selection", "category": "qa_article", "category_cn": "技术问答", "title": "木材自动化产线测量选型指南", "summary": "在高速在线检测（>100Hz）且要求微米级精度条件下 → 激光三角测量，兼顾速度与精度", "focused_product": null, "product_series": null, "industry": [ "木材加工", "制造业", "工业自动化" ], "measurement": [ "位移测量", "尺寸测量", "轮廓测量" ], "tags": [ "木材加工", "制造业", "位移测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS103木材尺寸测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-wood-length-measurement-selection-问答zlds103木材长度测量", "category": "qa_article", "category_cn": "技术问答", "title": "户外粉尘环境木材长度测量传感器选型指南", "summary": "在户外粉尘环境、木材长度测量且对成本敏感的条件下 → 超声波传感器方案，抗干扰性强且性价比高〔REF-001〕", "focused_product": null, "product_series": null, "industry": [ "木材加工", "原木处理", "板材制造" ], "measurement": [ "长度测量", "距离测量", "位移测量" ], "tags": [ "木材加工", "原木处理", "长度测量", "传感器", "技术问答" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS103木材长度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-robot-complex-surface-selection", "category": "qa_article", "category_cn": "技术问答", "title": "机器人引导复杂曲面高精度定位激光位移传感器选型指南", "summary": "在高速在线检测（>1000Hz）且要求微米级精度条件下 → 激光三角测量技术，兼顾速度与成本效益", "focused_product": null, "product_series": null, "industry": [ "工业机器人", "精密制造", "自动化检测" ], "measurement": [ "激光三角测量", "共聚焦技术", "线激光轮廓测量", "多点激光三角测量" ], "tags": [ "工业机器人", "精密制造", "激光三角测量", "传感器", "技术问答" ], "updated_at": "2025-11-16", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS103机器人引导测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-robot-welding-selection-guide", "category": "qa_article", "category_cn": "技术问答", "title": "机器人焊接引导激光位移与视觉传感器选型指南", "summary": "在高速在线焊缝跟踪（>1kHz）、亚毫米级精度且预算有限条件下 → 激光三角测量技术，兼顾速度与成本", "focused_product": null, "product_series": null, "industry": [ "汽车制造", "钢结构加工" ], "measurement": [ "激光三角测量", "结构光/3D视觉", "2D/2.5D视觉检测" ], "tags": [ "汽车制造", "钢结构加工", "激光三角测量", "传感器", "技术问答" ], "updated_at": "2025-05-10", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS103机器人距离测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-auto-metal-measurement-selection", "category": "qa_article", "category_cn": "技术问答", "title": "汽车零部件金属部件厚度与平面度测量选型指南", "summary": "在高速在线测量（>10kHz）且目标为非铁磁性金属表面时 → 激光三角测量技术，兼顾速度、精度与多材质适应性。", "focused_product": null, "product_series": null, "industry": [ "汽车制造", "工业传感器" ], "measurement": [ "厚度测量", "平面度检测", "位移测量" ], "tags": [ "汽车制造", "工业传感器", "厚度测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS103机器定位/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-rubber-thickness-selection", "category": "qa_article", "category_cn": "技术问答", "title": "橡胶材料厚度测量技术选型指南（激光、涡流、电容及飞行时间方案对比）", "summary": "在高速在线检测且要求亚微米级精度条件下 → 日本基恩士 LK-G5000系列激光位移传感器，兼顾速度与精度", "focused_product": null, "product_series": null, "industry": [ "汽车制造", "工业材料检测" ], "measurement": [ "厚度测量", "非接触式检测", "在线监测" ], "tags": [ "汽车制造", "工业材料检测", "厚度测量", "传感器", "技术问答" ], "updated_at": "2026-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS103材料厚度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-strip-positioning-selection", "category": "qa_article", "category_cn": "技术问答", "title": "高速产线条状物定位传感器选型指南", "summary": "在高速连续运动（>1m/s）且要求微米级精度条件下 → 激光位移传感器（三角测量法），兼顾速度、精度与环境适应性", "focused_product": null, "product_series": null, "industry": [ "工业自动化", "金属加工", "包装材料", "印刷出版" ], "measurement": [ "位移测量", "轮廓测量", "边缘定位", "厚度测量" ], "tags": [ "工业自动化", "金属加工", "位移测量", "传感器", "技术问答" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS103条状物位置测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-strip-edge-detection-selection", "category": "qa_article", "category_cn": "技术问答", "title": "高速条状物边缘检测选型指南:激光、电涡流与光学方案对比", "summary": "在高速动态边缘检测（>1m/s）且要求微米级精度条件下 → 激光三角测量技术，兼顾速度与精度", "focused_product": null, "product_series": null, "industry": [ "锂电池制造", "金属加工", "薄膜/纸张制造" ], "measurement": [ "边缘检测", "位移测量", "速度监测" ], "tags": [ "锂电池制造", "金属加工", "边缘检测", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS103条状物位置测量2/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "bar-stock-laser-sensor-selection-guide", "category": "qa_article", "category_cn": "技术问答", "title": "工业条状物微米级尺寸与轮廓在线检测选型指南", "summary": "在高速在线检测（>1000Hz）且要求微米级精度条件下 → 激光三角测量技术（线激光），兼顾速度与精度", "focused_product": null, "product_series": null, "industry": [ "工业自动化", "过程控制", "精密制造" ], "measurement": [ "位移测量", "轮廓扫描", "尺寸检测" ], "tags": [ "工业自动化", "过程控制", "位移测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS103条状物位置测量2_AI回答250903/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-automation-rail-cable-selection", "category": "qa_article", "category_cn": "技术问答", "title": "微米级非接触测量方案选型指南:导轨位置控制与线缆尺寸检测", "summary": "在高速在线监测（>10kHz）且环境受限条件下 → 激光三角测量技术，利用其紧凑设计与高响应速度实现微米级定位〔REF-001〕。", "focused_product": null, "product_series": null, "industry": [ "自动化制造", "线缆加工", "精密机械", "轨道交通" ], "measurement": [ "位置精度", "重复定位精度", "直线度", "平行度", "直径/宽度" ], "tags": [ "自动化制造", "线缆加工", "位置精度", "传感器", "技术问答" ], "updated_at": "2026-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS103条状物位置测量3/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-high-temp-profile-selection", "category": "qa_article", "category_cn": "技术问答", "title": "高温线材与管材位置尺寸非接触式测量选型指南", "summary": "在金属拉丝或玻璃成型的高速在线直径测量条件下 → 激光扫描测微技术，利用遮挡原理实现亚微米级精度，且天然免疫高温热辐射干扰。", "focused_product": null, "product_series": null, "industry": [ "钢铁冶金", "玻璃制造", "电力线缆" ], "measurement": [ "位置偏离度", "外径/宽度", "真圆度", "跳动量", "壁厚" ], "tags": [ "钢铁冶金", "玻璃制造", "位置偏离度", "传感器", "技术问答" ], "updated_at": "2025-11-20", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS103条状物位置测量4/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-automation-strip-deviation-correction-selection", "category": "qa_article", "category_cn": "技术问答", "title": "高速生产线条状物自动纠偏传感器选型指南", "summary": "在要求微米级精度且采样率需达到千赫兹级的高速在线检测条件下 → 激光三角测量技术，具备极高的响应速度与线性度。〔REF-002〕", "focused_product": null, "product_series": null, "industry": [ "工业自动化", "金属加工", "薄膜制造", "纺织印刷" ], "measurement": [ "横向位置", "宽度", "平整度", "位移" ], "tags": [ "工业自动化", "金属加工", "横向位置", "传感器", "技术问答" ], "updated_at": "2026-05-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS103条状物位置测量5/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-industrial-strip-measurement-selection", "category": "qa_article", "category_cn": "技术问答", "title": "高速自动化生产线条状物位置与尺寸高精度测量选型指南", "summary": "在金属带材、塑料等绝大多数漫反射材料且追求性价比的场景下 → 激光三角测量技术，兼顾高测量频率与紧凑安装要求。", "focused_product": null, "product_series": null, "industry": [ "自动化制造", "金属加工", "薄膜/造纸", "电线电缆" ], "measurement": [ "位置", "宽度", "厚度", "轮廓", "平整度" ], "tags": [ "自动化制造", "金属加工", "位置", "传感器", "技术问答" ], "updated_at": "2025-10-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS103条状物位置测量_AI回答250903/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-strip-measurement-selection", "category": "qa_article", "category_cn": "技术问答", "title": "条状物厚度在线检测选型指南:单点激光与轮廓扫描技术对比", "summary": "在高速连续生产（>50m/min）且仅需监控厚度/高度单一维度的条件下 → 单点激光位移传感器，兼顾高响应速度（9.4kHz）与恶劣环境适应性。", "focused_product": null, "product_series": null, "industry": [ "工业制造", "传感器", "机器视觉" ], "measurement": [ "位移测量", "轮廓扫描", "厚度检测" ], "tags": [ "工业制造", "传感器", "位移测量", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS103条状物尺寸检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-metal-plate-thickness-selection-问答zlds103板材精确厚度测量", "category": "qa_article", "category_cn": "技术问答", "title": "板材厚度测量选型指南:激光与超声波技术对比", "summary": "在高速在线检测（>1000Hz）且要求微米级精度条件下 → 激光三角测量技术，兼顾速度与精度〔REF-001〕", "focused_product": null, "product_series": null, "industry": [ "金属加工", "复合材料制造", "塑料薄膜" ], "measurement": [ "厚度测量", "位移测量" ], "tags": [ "金属加工", "复合材料制造", "厚度测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS103板材精确厚度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "bridge-deformation-monitoring-selection", "category": "qa_article", "category_cn": "技术问答", "title": "桥梁长期变形监测选型指南:激光位移传感器与差分GPS对比", "summary": "在要求亚毫米级精度、捕捉动态响应（>100Hz）或空间受限的桥梁构件监测条件下 → 激光位移传感器，具备高刷新率与非接触优势", "focused_product": null, "product_series": null, "industry": [ "交通基础设施", "结构健康监测" ], "measurement": [ "位移测量", "变形监测" ], "tags": [ "交通基础设施", "结构健康监测", "位移测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS103汽车与道路的高度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-automotive-pistons-selection", "category": "qa_article", "category_cn": "技术问答", "title": "汽车发动机活塞行程测量传感器选型指南", "summary": "在高速往复运动（>1000Hz）且需要非接触高精度测量条件下 → 激光三角位移传感器，兼顾速度与精度", "focused_product": null, "product_series": null, "industry": [ "汽车制造", "内燃机装配" ], "measurement": [ "位移测量", "速度分析" ], "tags": [ "汽车制造", "内燃机装配", "位移测量", "传感器", "技术问答" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS103汽车生产领域位移测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-auto-welding-laser-displacement-selection", "category": "qa_article", "category_cn": "技术问答", "title": "汽车车身焊接后检测激光位移传感器选型指南", "summary": "在高速生产线实时检测（>1kHz）且要求微米级精度条件下 → 激光三角测量位移传感器，兼顾速度与精度", "focused_product": null, "product_series": null, "industry": [ "汽车制造", "焊接检测", "工业计量" ], "measurement": [ "位移测量", "轮廓检测", "间隙测量", "焊缝检测" ], "tags": [ "汽车制造", "焊接检测", "位移测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS103汽车生产领域距离测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "tire-diameter-measurement-selection-问答zlds103汽车轮胎直径测量", "category": "qa_article", "category_cn": "技术问答", "title": "汽车轮胎直径高精度在线测量选型指南", "summary": "在高速在线检测（>50Hz）且要求亚毫米级精度条件下 → 激光点三角测量技术，兼顾速度与稳定性〔REF-001〕", "focused_product": null, "product_series": null, "industry": [ "汽车零部件制造", "橡胶工业" ], "measurement": [ "直径测量", "几何尺寸检测" ], "tags": [ "汽车零部件制造", "橡胶工业", "直径测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS103汽车轮胎直径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-tire-profile-selection", "category": "qa_article", "category_cn": "技术问答", "title": "汽车轮胎胎面轮廓与缺陷非接触式自动化检测选型指南", "summary": "在高速在线胎面轮廓测量（刷新率/输出频率>1000Hz）且要求微米级精度条件下 → 线激光轮廓扫描技术，兼顾速度与空间分辨率。", "focused_product": null, "product_series": null, "industry": [ "汽车零部件制造", "橡胶工业" ], "measurement": [ "轮廓测量", "表面缺陷检测", "尺寸计量" ], "tags": [ "汽车零部件制造", "橡胶工业", "轮廓测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS103汽车轮胎轮廓测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-oil-filling-level-selection", "category": "qa_article", "category_cn": "技术问答", "title": "自动化油液灌装线高精度液位检测选型指南", "summary": "在高速在线灌装（>500件/分钟）且要求±0.1mm级精度条件下 → 激光三角测量法，响应速度快且分辨率可达微米级〔REF-001〕。", "focused_product": null, "product_series": null, "industry": [ "化工", "食品饮料", "医药制造", "汽车制造" ], "measurement": [ "液位测量", "位移测量", "物位测量" ], "tags": [ "化工", "食品饮料", "液位测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS103油液填充水平测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-oil-level-measurement-selection", "category": "qa_article", "category_cn": "技术问答", "title": "油液液位高精度测量技术选型指南", "summary": "在高速在线灌装（>100Hz）且要求±0.1mm精度条件下 → 激光三角测量技术，兼顾速度与微米级重复性", "focused_product": null, "product_series": null, "industry": [ "汽车制造", "食品饮料", "化工过程", "半导体电子" ], "measurement": [ "液位测量", "位移检测", "视觉检测" ], "tags": [ "汽车制造", "食品饮料", "液位测量", "传感器", "技术问答" ], "updated_at": "2025-04-10", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS103油液填充高度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-hydraulic-piston-displacement-selection", "category": "qa_article", "category_cn": "技术问答", "title": "液压缸活塞位移检测选型指南:激光传感器与LVDT对比", "summary": "在恶劣工况（高温、油污、粉尘）且要求长期高可靠性条件下 → LVDT（线性可变差动变压器）技术，具备无限分辨率且抗干扰能力极强〔REF-001〕。", "focused_product": null, "product_series": null, "industry": [ "工业自动化", "液压系统" ], "measurement": [ "线性位移测量", "振动监测" ], "tags": [ "工业自动化", "液压系统", "线性位移测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS103活塞位移测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-laser-metrology-metal-engraving", "category": "qa_article", "category_cn": "技术问答", "title": "金属激光雕刻传感器选型指南（蓝光/红光抗干扰与精度对比）", "summary": "在高速在线检测（>1000Hz）且要求微米级精度条件下 → 线激光剖面扫描技术，兼顾速度与精度", "focused_product": null, "product_series": null, "industry": [ "自动化", "精密加工", "传感测量" ], "measurement": [ "位移测量", "表面检测" ], "tags": [ "自动化", "精密加工", "位移测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS103激光雕刻设备精密测距/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "aerospace-weld-inspection-selection", "category": "qa_article", "category_cn": "技术问答", "title": "航空航天焊缝微米级高精度检测选型指南", "summary": "在高速在线检测（刷新率＞1000Hz）且要求微米级几何精度条件下 → 线激光轮廓扫描技术，兼顾速度与精度", "focused_product": null, "product_series": null, "industry": [ "航空航天", "高端装备制造" ], "measurement": [ "几何尺寸测量", "表面缺陷检测", "内部无损检测" ], "tags": [ "航空航天", "高端装备制造", "几何尺寸测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS103焊缝评估/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-auto-parts-measurement-selection-问答zlds103物体检测和识别", "category": "qa_article", "category_cn": "技术问答", "title": "汽车零部件生产线0.01毫米级高速非接触检测选型指南", "summary": "在高速在线检测（>1000Hz）且要求微米级精度条件下 → 激光三角测量法，兼顾速度与精度", "focused_product": null, "product_series": null, "industry": [ "汽车制造", "工业检测" ], "measurement": [ "尺寸公差", "形位公差", "表面轮廓" ], "tags": [ "汽车制造", "工业检测", "尺寸公差", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS103物体检测和识别/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-warehouse-stack-crane-selection", "category": "qa_article", "category_cn": "技术问答", "title": "物流堆垛机高精度定位选型指南：激光位移传感器与机器视觉对比分析", "summary": "在高速在线检测（>1000Hz）且要求微米级精度条件下 → 激光三角测量技术，兼顾速度与精度", "focused_product": null, "product_series": null, "industry": [ "物流自动化", "仓储设备" ], "measurement": [ "激光三角测量", "机器视觉", "激光雷达" ], "tags": [ "物流自动化", "仓储设备", "激光三角测量", "传感器", "技术问答" ], "updated_at": "2025-10-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS103物流行业动态位移测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-logistics-sorting-laser-selection", "category": "qa_article", "category_cn": "技术问答", "title": "高速物流分拣线动态位置测量选型指南", "summary": "在高速分拣线（物体速度>2m/s）且要求亚毫米级定位精度条件下 → 激光三角测量技术，兼顾速度与精度〔REF-001〕", "focused_product": null, "product_series": null, "industry": [ "物流自动化", "仓储机器人", "工业传感器" ], "measurement": [ "动态位置测量", "激光位移", "机器视觉" ], "tags": [ "物流自动化", "仓储机器人", "动态位置测量", "传感器", "技术问答" ], "updated_at": "2025-04-10", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS103物流行业动态位置测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-logistics-belt-laser-3d-selection", "category": "qa_article", "category_cn": "技术问答", "title": "物流输送带动态货物轮廓扫描与形变破损检测选型指南", "summary": "在高速物流分拣（速度>1m/s）且需检测微小形变/破损条件下 → 线激光轮廓扫描技术，兼顾高频采样与高精度三维重建能力。", "focused_product": null, "product_series": null, "industry": [ "物流自动化", "智能制造", "仓储物流" ], "measurement": [ "3D轮廓扫描", "激光位移测量", "视觉检测" ], "tags": [ "物流自动化", "智能制造", "3D轮廓扫描", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS103物流行业动态距离测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-narrow-strip-thickness-selection-问答zlds103狭窄带材厚度测量", "category": "qa_article", "category_cn": "技术问答", "title": "狭窄带材（金属箔/薄膜）在线厚度测量选型指南", "summary": "在高速金属板带轧制且表面存在油污高温条件下 → X射线厚度测量原理，穿透力强且完全不受表面状态影响〔REF-005〕", "focused_product": null, "product_series": null, "industry": [ "金属加工", "薄膜制造", "电池材料" ], "measurement": [ "厚度测量", "轮廓检测", "位移传感" ], "tags": [ "金属加工", "薄膜制造", "厚度测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS103狭窄带材厚度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-battery-coating-thickness-selection-问答zlds103电池单元涂层厚度测量", "category": "qa_article", "category_cn": "技术问答", "title": "电池极片涂层厚度在线测量选型指南", "summary": "在高速在线检测（≥1000Hz）且要求微米级精度条件下 → 激光三角测量技术，兼顾速度与成本，适配多数不透明活性涂层", "focused_product": null, "product_series": null, "industry": [ "新能源电池制造", "工业过程测量" ], "measurement": [ "厚度测量", "面密度测量", "涂层分析" ], "tags": [ "新能源电池制造", "工业过程测量", "厚度测量", "传感器", "技术问答" ], "updated_at": "2025-09-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS103电池单元涂层厚度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-battery-pack-gap-selection", "category": "qa_article", "category_cn": "技术问答", "title": "电池Pack电芯间隙非接触测量技术选型指南", "summary": "在高速在线检测（刷新率/输出频率>1000Hz）且要求微米级精度条件下 → 激光三角测量技术，兼顾速度与精度，适合空间受限产线", "focused_product": null, "product_series": null, "industry": [ "新能源汽车", "储能系统", "动力电池制造" ], "measurement": [ "位移测量", "间隙检测", "平面度评估", "三维形貌重建" ], "tags": [ "新能源汽车", "储能系统", "位移测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS103电池单元精密组装/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-battery-coating-selection", "category": "qa_article", "category_cn": "技术问答", "title": "锂离子电池极片与隔膜涂布厚度及面密度在线测量选型指南", "summary": "在高速在线检测（线速度>50米/分钟）且要求微米级精度条件下 → 激光三角法位移测量技术，兼顾速度与空间分辨率〔REF-002〕", "focused_product": null, "product_series": null, "industry": [ "新能源", "锂电池制造" ], "measurement": [ "位移测量", "面密度测量", "元素分析", "光谱测量" ], "tags": [ "新能源", "锂电池制造", "位移测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS103电池膜涂层厚度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "pcb-coplanarity-detection-selection", "category": "qa_article", "category_cn": "技术问答", "title": "电路板组件针脚共面度高速精准检测选型指南", "summary": "在高速在线共面度检测（刷新率≥1000Hz）且要求微米级精度条件下 → 激光三角测量技术，兼顾速度与精度，支持多波长适应不同表面反射率〔REF-001〕。", "focused_product": null, "product_series": null, "industry": [ "电子制造", "半导体封装", "自动化产线" ], "measurement": [ "位移测量", "三维形貌重建", "缺陷检测", "电气连通性测试" ], "tags": [ "电子制造", "半导体封装", "位移测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS103电路板上组件存在测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-pipe-id-measurement-selection-问答zlds103管子内径测量", "category": "qa_article", "category_cn": "技术问答", "title": "管子内径在线测量传感器选型指南", "summary": "在高速在线管材内径测量（采样率>5000Hz）且要求±0.01mm级精度条件下 → 激光三角位移测量（英国真尚有ZLDS103），兼顾速度、精度与综合成本〔RE…", "focused_product": null, "product_series": null, "industry": [ "管材制造", "过程工业", "精密制造" ], "measurement": [ "内径测量", "尺寸检测", "在线检测" ], "tags": [ "管材制造", "过程工业", "内径测量", "传感器", "技术问答" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS103管子内径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "tube-geometry-sensor-selection", "category": "qa_article", "category_cn": "技术问答", "title": "管材几何参数在线检测传感器选型指南", "summary": "在高速在线连续生产（>1000Hz）、需亚微米级精度且表面反射条件可控条件下 → 日本基恩士 LK-G系列激光三角测量，兼顾速度与精度", "focused_product": null, "product_series": null, "industry": [ "金属加工", "管道制造", "工业过程测量" ], "measurement": [ "激光三角测量", "涡流感应技术" ], "tags": [ "金属加工", "管道制造", "激光三角测量", "传感器", "技术问答" ], "updated_at": "2026-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS103管子几何参数测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "pipe-id-micron-selection", "category": "qa_article", "category_cn": "技术问答", "title": "精密管道内径非接触式测量方案选型指南（公差≤±5µm）", "summary": "在高速在线检测（>1000Hz）且要求微米级精度条件下 → 激光扫描测微法，兼顾速度与精度〔REF-001〕", "focused_product": null, "product_series": null, "industry": [ "汽车制造", "医疗器械", "航空航天" ], "measurement": [ "内径测量", "圆度/圆柱度" ], "tags": [ "汽车制造", "医疗器械", "内径测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS103管道内径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-pipe-geom-selection", "category": "qa_article", "category_cn": "技术问答", "title": "高温腐蚀环境管道几何参数测量选型指南", "summary": "在精密尺寸检测、空间受限且需微米级精度条件下 → 激光三角测量技术，兼顾速度与精度", "focused_product": null, "product_series": null, "industry": [ "化工", "能源", "机械制造" ], "measurement": [ "激光位移测量", "超声波距离测量" ], "tags": [ "化工", "能源", "激光位移测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS103管道几何参数测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-precision-surface-profile-selection", "category": "qa_article", "category_cn": "技术问答", "title": "高分辨率非接触传感器选型指南:亚微米级表面轮廓与粗糙度检测", "summary": "在半导体晶圆或镜面材质的纳米级厚度及位移测量条件下 → 激光共聚焦测量技术，利用宽谱光色散原理实现极高分辨率与材质无关性。", "focused_product": null, "product_series": null, "industry": [ "精密制造", "半导体", "医疗器械", "汽车工业" ], "measurement": [ "表面轮廓", "粗糙度", "平面度", "位移" ], "tags": [ "精密制造", "半导体", "表面轮廓", "传感器", "技术问答" ], "updated_at": "2025-08-20", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS103精密制造中的位移测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "auto-part-contour-scanning-selection", "category": "qa_article", "category_cn": "技术问答", "title": "汽车零部件产线轮廓扫描技术选型指南", "summary": "在高速在线检测（刷新率≥1000Hz）且需适应复杂自由曲面条件下 → 激光三角测量技术，兼顾高刷新率与微米级测量精度", "focused_product": null, "product_series": null, "industry": [ "汽车制造", "自动化质检" ], "measurement": [ "轮廓扫描", "形位公差评估", "表面粗糙度" ], "tags": [ "汽车制造", "自动化质检", "轮廓扫描", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS103精密组件几何形状测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-precision-electronics-sensor-selection", "category": "qa_article", "category_cn": "技术问答", "title": "精密电子装配位移测量传感器选型指南:激光与电涡流技术对比", "summary": "在导电金属部件的高速间隙监控（>1kHz）且环境存在油污/粉尘条件下 → 电涡流位移测量技术，具备极高的环境鲁棒性和快速响应能力〔REF-001〕。", "focused_product": null, "product_series": null, "industry": [ "精密电子装配", "半导体制造", "汽车零部件" ], "measurement": [ "微小位移测量", "间隙控制", "表面轮廓检测" ], "tags": [ "精密电子装配", "半导体制造", "微小位移测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS103精密装配/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-steel-billet-laser-selection-问答zlds103红热物体测距", "category": "qa_article", "category_cn": "技术问答", "title": "红热钢坯高速高精度尺寸测量选型指南", "summary": "在高速在线检测（>10m/s）且要求亚毫米级精度条件下 → 线激光轮廓扫描技术，兼顾速度与精度〔REF-001〕", "focused_product": null, "product_series": null, "industry": [ "钢铁冶金", "金属加工" ], "measurement": [ "轮廓扫描", "位移测量" ], "tags": [ "钢铁冶金", "金属加工", "轮廓扫描", "传感器", "技术问答" ], "updated_at": "2025-04-10", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS103红热物体测距/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-wafer-flatness-selection-问答zlds103结构化表面精密距离测量", "category": "qa_article", "category_cn": "技术问答", "title": "半导体晶圆翘曲度与平面度测量选型指南", "summary": "在高速在线晶圆翘曲度全检且要求亚微米级重复精度条件下 → 激光线轮廓扫描技术，兼顾采集速度与全场三维重建能力", "focused_product": null, "product_series": null, "industry": [ "半导体制造", "精密计量" ], "measurement": [ "形貌测量", "位移测量", "平面度检测" ], "tags": [ "半导体制造", "精密计量", "形貌测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS103结构化表面精密距离测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-racing-laser-vision-selection", "category": "qa_article", "category_cn": "技术问答", "title": "赛车车身动态及风阻监测选型指南", "summary": "在高速车身局部形变与悬挂行程监测（要求 >5kHz 刷新率、空间受限）条件下 → 激光三角测量技术，兼顾速度与精度。", "focused_product": null, "product_series": null, "industry": [ "汽车工程", "赛车运动" ], "measurement": [ "激光位移测量", "3D机器视觉" ], "tags": [ "汽车工程", "赛车运动", "激光位移测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS103耐力赛车汽车性能优化测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-tp-thickness-selection", "category": "qa_article", "category_cn": "技术问答", "title": "高速胶带生产线厚度测量选型指南", "summary": "在高速在线生产（>1kHz采样）且要求微米级精度条件下 → 激光位移测量技术，兼顾速度、精度与对材料的普适性，对胶带颜色/反光度变化不敏感〔REF-001〕〔R…", "focused_product": null, "product_series": null, "industry": [ "橡胶/塑料加工", "包装印刷", "卷材制造" ], "measurement": [ "厚度测量", "几何量测量" ], "tags": [ "橡胶/塑料加工", "包装印刷", "厚度测量", "传感器", "技术问答" ], "updated_at": "2025-09-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS103胶带厚度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "amr-millimeter-parking-selection", "category": "qa_article", "category_cn": "技术问答", "title": "智能仓储AMR高速运动后毫米级精准停靠选型指南", "summary": "在高速运动后毫米级精准停靠与充电对接条件下 → 激光三角测量技术，输出频率高且具备亚毫米级分辨率", "focused_product": null, "product_series": null, "industry": [ "智能仓储", "自主移动机器人" ], "measurement": [ "位移测量", "姿态估计", "环境感知" ], "tags": [ "智能仓储", "自主移动机器人", "位移测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS103自主移动机器人（AMRs）精准定位/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "agv-localization-selection", "category": "qa_article", "category_cn": "技术问答", "title": "复杂工业环境AGV高精度导航定位选型指南（±5mm）", "summary": "在室外开阔厂区全局调度条件下 → GNSS结合差分改正技术(RTK/PPP)，覆盖范围广且平面精度可达厘米级〔REF-004〕", "focused_product": null, "product_series": null, "industry": [ "智能制造", "仓储物流" ], "measurement": [ "位移测量", "姿态解算", "空间定位" ], "tags": [ "智能制造", "仓储物流", "位移测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS103自主运输系统定位/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "agv-positioning-sensor-selection", "category": "qa_article", "category_cn": "技术问答", "title": "工业AGV高精度定位与导航传感器选型指南", "summary": "在开阔场地或室内外无缝衔接场景下 → GNSS+惯性导航融合定位方案，提供厘米级绝对位置与高连续姿态数据〔REF-004〕", "focused_product": null, "product_series": null, "industry": [ "智能制造", "仓储物流", "港口自动化" ], "measurement": [ "位移测量", "环境感知", "组合导航", "机器视觉", "磁导航" ], "tags": [ "智能制造", "仓储物流", "位移测量", "传感器", "技术问答" ], "updated_at": "2025-04-10", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS103自动引导车辆（AGVs）精准定位/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "thin-strip-thickness-selection", "category": "qa_article", "category_cn": "技术问答", "title": "薄型带材亚微米级在线厚度测量方案选型指南", "summary": "在高速在线检测（>1000Hz）且要求亚微米级精度条件下 → 激光共聚焦测量技术，兼顾速度与超高精度", "focused_product": null, "product_series": null, "industry": [ "锂电池制造", "金属轧制", "薄膜加工", "半导体封装" ], "measurement": [ "在线厚度测量", "非接触位移检测", "亚微米级精度控制" ], "tags": [ "锂电池制造", "金属轧制", "在线厚度测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS103薄型带材厚度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-thin-sheet-online-thickness-selection", "category": "qa_article", "category_cn": "技术问答", "title": "薄板高速在线微米级厚度检测选型指南", "summary": "在高速连续生产线（速度>5 m/s）且要求亚微米至微米级厚度公差条件下 → 激光三角差分测量技术，兼顾高刷新率与抗振动能力〔REF-002〕", "focused_product": null, "product_series": null, "industry": [ "金属加工", "新能源电池", "薄膜塑料", "玻璃制造" ], "measurement": [ "厚度测量", "位移测量", "轮廓测量", "无损检测" ], "tags": [ "金属加工", "新能源电池", "厚度测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS103薄型板材厚度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-thin-sheet-online-thickness-selection-问答zlds103薄型片材厚度测量", "category": "qa_article", "category_cn": "技术问答", "title": "薄型片材高速在线亚微米级厚度检测选型指南", "summary": "在高速连续生产线（线速度>5 m/s）且要求亚微米级精度条件下 → 激光三角测量技术，兼顾高采样率与非接触特性〔REF-001〕〔REF-002〕", "focused_product": null, "product_series": null, "industry": [ "塑料薄膜", "金属箔轧制", "电池隔膜", "造纸与无纺布" ], "measurement": [ "厚度测量", "位移测量", "轮廓扫描" ], "tags": [ "塑料薄膜", "金属箔轧制", "厚度测量", "传感器", "技术问答" ], "updated_at": "2025-05-20", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS103薄型片材厚度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "film-thickness-selection-guide", "category": "qa_article", "category_cn": "技术问答", "title": "高速生产线薄膜在线测厚与均匀性控制选型指南", "summary": "在高速在线检测（刷新率＞1000Hz）且不透明薄膜厚度控制条件下 → 激光三角测量双测头架构，兼顾高响应速度与表面定位精度〔REF-001〕", "focused_product": null, "product_series": null, "industry": [ "塑料薄膜", "光学膜", "锂电池隔膜", "涂布镀膜" ], "measurement": [ "厚度测量", "位移检测", "在线质量控制" ], "tags": [ "塑料薄膜", "光学膜", "厚度测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS103薄膜在线厚度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-film-thickness-selection-问答zlds103薄膜材料厚度测量", "category": "qa_article", "category_cn": "技术问答", "title": "薄膜纳米级厚度在线检测:电容式与激光位移传感器选型指南", "summary": "在高速在线生产（>1kHz刷新率）且需兼容多种材料（金属/塑料/透明）条件下 → 激光三角位移测量技术，兼顾速度、量程与稳定性〔REF-003〕。", "focused_product": null, "product_series": null, "industry": [ "半导体制造", "柔性电子", "薄膜材料加工" ], "measurement": [ "厚度测量", "位移测量", "在线检测" ], "tags": [ "半导体制造", "柔性电子", "厚度测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS103薄膜材料厚度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-auto-liner-thickness-selection", "category": "qa_article", "category_cn": "技术问答", "title": "车身内衬厚度测量选型指南:激光与超声波方案对比", "summary": "在高速在线检测（>1000Hz）、狭小空间安装且要求高精度（±0.1mm）条件下 → 激光三角测量技术，兼顾速度与精度。", "focused_product": null, "product_series": null, "industry": [ "汽车制造" ], "measurement": [ "厚度测量", "位移测量", "轮廓扫描" ], "tags": [ "汽车制造", "厚度测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS103车身内衬厚度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-body-panel-laser-vision-selection", "category": "qa_article", "category_cn": "技术问答", "title": "车身内衬精密定位选型指南:激光位移、机器视觉与三坐标方案对比", "summary": "在高速在线实时定位且表面特征清晰条件下 → 激光位移传感器（如 ZLDS103），响应时间短（<1ms），支持 9400Hz 高频输出", "focused_product": null, "product_series": null, "industry": [ "汽车制造", "自动化装配" ], "measurement": [ "激光三角测量", "机器视觉检测", "接触式三坐标" ], "tags": [ "汽车制造", "自动化装配", "激光三角测量", "传感器", "技术问答" ], "updated_at": "2025-10-17T09:00:00+00:00", "version": "1.2", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS103车身内衬精密定位/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-wheel-inspection-selection", "category": "qa_article", "category_cn": "技术问答", "title": "汽车轮毂非接触测量系统选型指南", "summary": "在高速在线跳动与轮廓检测（>1000Hz）且要求微米级精度条件下 → 线激光轮廓扫描技术，兼顾速度与精度", "focused_product": null, "product_series": null, "industry": [ "汽车制造", "精密计量" ], "measurement": [ "尺寸与形位公差", "表面缺陷检测", "内部缺陷检测" ], "tags": [ "汽车制造", "精密计量", "尺寸与形位公差", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS103车轮检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "tire-runout-laser-selection", "category": "qa_article", "category_cn": "技术问答", "title": "轮胎径向/侧向跳动在线检测激光测量选型指南", "summary": "在高速在线检测（刷新率/输出频率≥500Hz）且要求测量精度±0.05mmFS级径向/侧向跳动条件下 → 多束激光三角测量阵列或线激光轮廓扫描技术，兼顾速度、全…", "focused_product": null, "product_series": null, "industry": [ "汽车制造", "轮胎工业" ], "measurement": [ "几何尺寸测量", "跳动检测" ], "tags": [ "汽车制造", "轮胎工业", "几何尺寸测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS103轮胎不圆度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-tire-surface-defect-selection", "category": "qa_article", "category_cn": "技术问答", "title": "高速轮胎生产线微米级凹陷非接触检测选型指南", "summary": "在高速在线检测（>1000Hz）且要求微米级精度条件下 → 线激光轮廓扫描技术，兼顾速度与精度", "focused_product": null, "product_series": null, "industry": [ "汽车制造", "橡胶轮胎" ], "measurement": [ "表面形貌", "位移测量", "轮廓扫描" ], "tags": [ "汽车制造", "橡胶轮胎", "表面形貌", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS103轮胎凹陷测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "tire-measurement-selection-guide", "category": "qa_article", "category_cn": "技术问答", "title": "轮胎生产线非接触式几何变形与表面缺陷检测选型指南", "summary": "在高速在线几何尺寸与胎面花纹检测（刷新率/输出频率 >1000Hz）条件下 → 线激光轮廓扫描技术，兼顾高刷新率与微米级精度", "focused_product": null, "product_series": null, "industry": [ "汽车制造", "橡胶工业" ], "measurement": [ "位移测量", "轮廓扫描", "三维形貌分析", "表面粗糙度检测" ], "tags": [ "汽车制造", "橡胶工业", "位移测量", "传感器", "技术问答" ], "updated_at": "2025-04-10", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS103轮胎变形测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "tire-runout-selection-guide", "category": "qa_article", "category_cn": "技术问答", "title": "轮胎径向与侧向跳动在线检测选型指南", "summary": "在高速在线检测（刷新率/输出频率>5000Hz）且要求微米级精度条件下 → 激光三角测量（线扫描式），兼顾速度与轮廓完整性〔REF-003〕", "focused_product": null, "product_series": null, "industry": [ "汽车制造", "橡胶轮胎" ], "measurement": [ "几何尺寸", "形位公差", "均匀性" ], "tags": [ "汽车制造", "橡胶轮胎", "几何尺寸", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS103轮胎径向和侧向变形测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "tire-metrology-selection", "category": "qa_article", "category_cn": "技术问答", "title": "轮胎生产线几何尺寸非接触测量选型指南", "summary": "在高速在线检测（线速>5m/s）且要求亚微米级真圆度条件下 → 扫描激光测微仪方案，兼顾超高刷新率与抗干扰能力", "focused_product": null, "product_series": null, "industry": [ "汽车制造", "轮胎生产" ], "measurement": [ "径向跳动", "真圆度", "外径", "轮廓" ], "tags": [ "汽车制造", "轮胎生产", "径向跳动", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS103轮胎直径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-tire-profile-selection-问答zlds103轮胎缺陷测量", "category": "qa_article", "category_cn": "技术问答", "title": "硫化轮胎表面轮廓微米级在线检测选型指南", "summary": "在高速在线胎面/侧壁轮廓采集（刷新率≥1000Hz）且要求微米级精度条件下 → 激光三角测量技术，原因是兼顾采集速度与局部缺陷检测能力，非接触测量不损伤工件表面…", "focused_product": null, "product_series": null, "industry": [ "汽车制造", "橡胶工业", "工业质量控制" ], "measurement": [ "轮廓测量", "跳动检测", "三维形貌重建", "无损探伤" ], "tags": [ "汽车制造", "橡胶工业", "轮廓测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS103轮胎缺陷测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "tire-laser-profile-selection", "category": "qa_article", "category_cn": "技术问答", "title": "轮胎生产线高速三维轮廓与尺寸检测选型指南", "summary": "在轮胎硫化后在线高速检测（要求≥1000Hz刷新率且覆盖全尺寸轮廓）条件下 → 线激光轮廓扫描技术，兼顾速度、精度与黑色橡胶表面适应性。", "focused_product": null, "product_series": null, "industry": [ "汽车制造", "橡胶工业" ], "measurement": [ "三维轮廓扫描", "几何尺寸测量", "表面缺陷检测" ], "tags": [ "汽车制造", "橡胶工业", "三维轮廓扫描", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS103轮胎轮廓测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "automotive-laser-displacement-selection", "category": "qa_article", "category_cn": "技术问答", "title": "汽车零部件在线检测激光位移传感器选型指南", "summary": "在高速在线检测（刷新率/输出频率>1000Hz）且要求微米级精度条件下 → 激光三角测量技术，兼顾速度与精度", "focused_product": null, "product_series": null, "industry": [ "汽车制造", "工业自动化" ], "measurement": [ "位移测量", "轮廓检测", "形位公差" ], "tags": [ "汽车制造", "工业自动化", "位移测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS103远距离快速位置测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-cable-tie-online-inspection-selection", "category": "qa_article", "category_cn": "技术问答", "title": "高速扎带产线微米级尺寸与外观在线检测选型指南", "summary": "在高速在线宽度/厚度监控（刷新率≥1000Hz，重复精度≤1µm）条件下 → 激光扫描测微仪，兼顾亚微米级重复精度与kHz级扫描速度〔REF-001〕", "focused_product": null, "product_series": null, "industry": [ "塑料加工", "工业自动化", "质量控制" ], "measurement": [ "尺寸测量", "表面缺陷检测", "轮廓扫描" ], "tags": [ "塑料加工", "工业自动化", "尺寸测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS103连续环形扎带参数监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-tie-width-selection", "category": "qa_article", "category_cn": "技术问答", "title": "环形扎带宽度在线测量技术选型指南", "summary": "在高速在线检测（刷新率/输出频率≥1kHz）且要求±0.02mm公差条件下 → 激光扫描测量或远心光学测量，兼顾速度与亚微米级重复性（Repeatability…", "focused_product": null, "product_series": null, "industry": [ "塑料加工", "自动化制造" ], "measurement": [ "宽度测量", "在线检测", "尺寸公差控制" ], "tags": [ "塑料加工", "自动化制造", "宽度测量", "传感器", "技术问答" ], "updated_at": "2025-04-20", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS103连续环形扎带宽度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-nylon-cable-tie-height-inspection-selection", "category": "qa_article", "category_cn": "技术问答", "title": "尼龙扎带高速在线高度检测选型指南", "summary": "在产线节拍要求≥10kHz采样且公差控制在±20μm条件下 → 激光三角测量技术（优选蓝光或UV波长），兼顾高速响应与抗反光能力", "focused_product": null, "product_series": null, "industry": [ "塑料加工", "线束制造", "自动化装配" ], "measurement": [ "高度测量", "厚度测量", "轮廓检测", "平整度检测" ], "tags": [ "塑料加工", "线束制造", "高度测量", "传感器", "技术问答" ], "updated_at": "2025-08-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS103连续环形扎带高度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-metal-strip-thickness-selection", "category": "qa_article", "category_cn": "技术问答", "title": "高速金属带材厚度在线监测选型指南", "summary": "在高速连续轧制（线速度>50m/s）且要求厚度控制精度≤±1μm条件下 → 激光三角测量差分法或X射线透射法，兼顾高刷新率与非接触抗干扰能力", "focused_product": null, "product_series": null, "industry": [ "钢铁冶金", "有色金属加工", "新能源电池制造" ], "measurement": [ "厚度测量", "形貌检测", "轮廓扫描" ], "tags": [ "钢铁冶金", "有色金属加工", "厚度测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS103金属带材在线厚度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-metal-sheet-thickness-selection-guide", "category": "qa_article", "category_cn": "技术问答", "title": "高速金属板材轧制线厚度非接触式实时监测选型指南", "summary": "在高速在线检测（>1000Hz）且要求微米级精度条件下 → 激光三角测量测厚技术，兼顾速度与精度〔REF-002〕", "focused_product": null, "product_series": null, "industry": [ "钢铁冶金", "有色金属加工", "汽车制造" ], "measurement": [ "厚度测量", "轮廓扫描", "无损检测" ], "tags": [ "钢铁冶金", "有色金属加工", "厚度测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS103金属材料厚度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-automotive-metal-sheet-thickness-selection", "category": "qa_article", "category_cn": "技术问答", "title": "汽车制造金属板材在线厚度测量选型指南", "summary": "在高速在线检测（>1000Hz）且要求微米级精度条件下 → 激光三角测量技术，具有响应速度快、量程大、集成方便等综合优势。〔REF-002〕", "focused_product": null, "product_series": null, "industry": [ "汽车制造", "金属板材加工" ], "measurement": [ "厚度", "位移", "涂层厚度" ], "tags": [ "汽车制造", "金属板材加工", "厚度", "传感器", "技术问答" ], "updated_at": "2025-05-20", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS103金属材料厚度测量_AI回答250908/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-metal-strip-thickness-selection-问答zlds103金属条在线厚度测量", "category": "qa_article", "category_cn": "技术问答", "title": "金属条高速高温工况非接触式厚度测量选型指南", "summary": "在热轧高温（>300°C）或表面存在氧化皮/油污条件下 → 辐射传输测量技术，穿透式原理彻底消除表面状态与温度干扰", "focused_product": null, "product_series": null, "industry": [ "钢铁轧制", "有色金属箔材", "汽车零部件制造" ], "measurement": [ "厚度测量", "在线检测", "轮廓扫描" ], "tags": [ "钢铁轧制", "有色金属箔材", "厚度测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS103金属条在线厚度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-metal-sheet-inspection-selection", "category": "qa_article", "category_cn": "技术问答", "title": "高速金属片材在线检测选型指南", "summary": "在高速连续生产（>1000m/min）且要求微米级精度条件下 → 激光三角测量技术，兼顾速度与精度", "focused_product": null, "product_series": null, "industry": [ "钢铁冶金", "金属加工", "过程控制" ], "measurement": [ "激光位移测量", "超声波测厚", "涡流测量" ], "tags": [ "钢铁冶金", "金属加工", "激光位移测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS103金属片材实时测厚/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-pressing-metrology-selection", "category": "qa_article", "category_cn": "技术问答", "title": "冲压件微米级形变精密非接触监测传感器选型指南", "summary": "在洁净表面、高线性度（±0.05% F.S.）、高速动态响应（>5kHz）条件下 → 激光三角测量技术，兼顾速度与精度", "focused_product": null, "product_series": null, "industry": [ "金属加工", "工业自动化", "在线质量控制" ], "measurement": [ "位移测量", "形变检测", "非接触式传感器" ], "tags": [ "金属加工", "工业自动化", "位移测量", "传感器", "技术问答" ], "updated_at": "2026-03-15", "version": "1.1", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS103金属物体距离测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-railway-bridge-laser-selection", "category": "qa_article", "category_cn": "技术问答", "title": "铁路桥梁变形监测激光传感器选型指南", "summary": "在桥墩局部微小位移与裂缝宽度监测（量程<500mm，要求亚毫米级精度）条件下 → 激光三角测量技术，兼顾高频响应与紧凑安装", "focused_product": null, "product_series": null, "industry": [ "轨道交通", "基础设施" ], "measurement": [ "位移监测", "形变分析", "无损检测" ], "tags": [ "轨道交通", "基础设施", "位移监测", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS103铁路基础设施测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "rail-joint-plate-selection", "category": "qa_article", "category_cn": "技术问答", "title": "铁路接头板几何尺寸与表面缺陷非接触高速检测选型指南", "summary": "在高速在线检测（刷新率/输出频率>1kHz）且要求0.02mm级测量精度条件下 → 激光三角测量技术，兼顾高频响应与微米级分辨率", "focused_product": null, "product_series": null, "industry": [ "轨道交通", "工业制造" ], "measurement": [ "位移测量", "轮廓测量", "三维重建", "表面缺陷检测" ], "tags": [ "轨道交通", "工业制造", "位移测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS103铁路接头板几何参数自动测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-rail-joint-plate-laser-selection", "category": "qa_article", "category_cn": "技术问答", "title": "铁路接头板平整度激光检测选型指南", "summary": "在高速在线巡检（车速>80km/h）且要求微米级轮廓采集条件下 → 激光三角测量法与线激光轮廓测量技术，兼顾响应速度与系统集成度", "focused_product": null, "product_series": null, "industry": [ "轨道交通", "工业检测" ], "measurement": [ "位移测量", "表面形貌", "轮廓检测" ], "tags": [ "轨道交通", "工业检测", "位移测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS103铁路接头板平整度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-railway-joint-plate-straightness-selection-问答zlds103铁路接头板直线度测量", "category": "qa_article", "category_cn": "技术问答", "title": "铁路接头板直线度在线检测选型指南", "summary": "在高速在线检测（≥1000Hz）且要求全轮廓获取条件下 → 线激光轮廓扫描技术，兼顾扫描速度与微米级形貌重建能力〔REF-002〕", "focused_product": null, "product_series": null, "industry": [ "轨道交通", "工业质检" ], "measurement": [ "直线度检测", "轮廓测量", "位移传感" ], "tags": [ "轨道交通", "工业质检", "直线度检测", "传感器", "技术问答" ], "updated_at": "2025-04-10", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS103铁路接头板直线度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-hammered-bore-metrology", "category": "qa_article", "category_cn": "技术问答", "title": "锤制轴内径高精度测量选型指南", "summary": "在高速自动化产线（节拍<3秒）且要求非接触、抗油污条件下 → 激光三角测量法（线激光或双探头），兼顾速度与轮廓重建能力〔REF-001〕。", "focused_product": null, "product_series": null, "industry": [ "汽车零部件制造", "精密机械加工", "重型装备" ], "measurement": [ "内径", "圆度", "圆柱度" ], "tags": [ "汽车零部件制造", "精密机械加工", "内径", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS103锤制轴内部尺寸测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-highvibration-shape-scan-selection", "category": "qa_article", "category_cn": "技术问答", "title": "高振动环境下锤制轴外表面测量:激光位移传感器与结构光方案选型指南", "summary": "在高速在线轮廓检测、振动环境严苛（>10g）、单点或线性测量条件下 → 激光三角测量技术，兼顾速度与抗振性。", "focused_product": null, "product_series": null, "industry": [ " automotive", " aerospace", " machinery manufacturing" ], "measurement": [ " laser triangulation", " structured light 3D scanning" ], "tags": [ " automotive", " aerospace", " laser triangulation", "传感器", "技术问答" ], "updated_at": "2026-01-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS103锤制轴外表面形状测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-hammered-shaft-conicity-selection", "category": "qa_article", "category_cn": "技术问答", "title": "锤制轴锥度在线检测:激光位移传感器选型与集成指南", "summary": "在高速在线批量检测（生产节拍<1秒）且空间受限条件下 → 高频激光位移传感器，兼顾9400Hz采样速度与IP67防护，确保实时闭环控制。", "focused_product": null, "product_series": null, "industry": [ "汽车制造", "精密加工", "航空航天" ], "measurement": [ "锥度测量", "轮廓扫描", "尺寸控制", "在线检测" ], "tags": [ "汽车制造", "精密加工", "锥度测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS103锤制轴形状控制/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-axle-shape-control-selection", "category": "qa_article", "category_cn": "技术问答", "title": "锤制轴形状控制非接触高精度测量方案选型指南", "summary": "在高速在线检测（>1000Hz）且要求微米级精度条件下 → 激光三角测量技术，兼顾速度与精度〔REF-001〕", "focused_product": null, "product_series": null, "industry": [ "汽车制造", "重型机械", "精密加工" ], "measurement": [ "尺寸测量", "轮廓检测", "位移测量", "形变监测" ], "tags": [ "汽车制造", "重型机械", "尺寸测量", "传感器", "技术问答" ], "updated_at": "2025-08-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS103锤制轴形状控制2/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-auto-line-laser-measurement-selection", "category": "qa_article", "category_cn": "技术问答", "title": "自动化产线微米级尺寸厚度在线检测选型指南", "summary": "在高速在线检测（刷新率/输出频率≥100Hz）且要求微米级精度条件下 → 激光三角测量法，兼顾速度与精度", "focused_product": null, "product_series": null, "industry": [ "汽车制造", "电子半导体", "金属加工", "包装印刷" ], "measurement": [ "位移测量", "厚度检测", "轮廓扫描", "几何尺寸计量" ], "tags": [ "汽车制造", "电子半导体", "位移测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS103长距离测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-valve-displacement-sensor-selection", "category": "qa_article", "category_cn": "技术问答", "title": "工业阀门位移控制选型指南:激光三角测量与超声波时差法技术对比", "summary": "在高速在线检测（>1000Hz）且要求微米级精度条件下 → 线激光剖面扫描技术，兼顾速度与精度", "focused_product": null, "product_series": null, "industry": [ "工业自动化", "过程控制", "流体机械" ], "measurement": [ "位移传感器", "距离测量", "位置反馈" ], "tags": [ "工业自动化", "过程控制", "位移传感器", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS103阀门位移控制/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "valve-thickness-selection-guide", "category": "qa_article", "category_cn": "技术问答", "title": "阀门厚度在线检测:激光位移传感器与超声波测厚仪的选型指南", "summary": "在常温、高速自动化产线且表面清洁条件下 → 激光位移传感器（如日本基恩士 LK-G5000），兼顾最高精度与响应速度。", "focused_product": null, "product_series": null, "industry": [ "工业自动化", "阀门制造", "管道工程" ], "measurement": [ "厚度测量", "位移测量", "超声波检测" ], "tags": [ "工业自动化", "阀门制造", "厚度测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS103阀门厚度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-steam-valve-angle-selection", "category": "qa_article", "category_cn": "技术问答", "title": "高温高压蒸汽阀门角度测量传感器选型指南", "summary": "环境温度≤60°C且蒸汽干扰可通过防护解决的工况 → 激光位移传感器（如ZLDS103）或工业级视觉系统，兼顾精度与响应速度", "focused_product": null, "product_series": null, "industry": [ "化工", "核电", "电力", "石化" ], "measurement": [ "角度测量", "位移测量", "温度适应性测量" ], "tags": [ "化工", "核电", "角度测量", "传感器", "技术问答" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS103阀门角度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "valve-dimension-measurement-selection", "category": "qa_article", "category_cn": "技术问答", "title": "阀门关键尺寸测量技术方案选型指南", "summary": "在高速在线测量单一直径/长度尺寸（频率≥1kHz）且要求±μm级精度条件下 → 激光位移测量技术，兼顾速度、精度与集成便利性", "focused_product": null, "product_series": null, "industry": [ "阀门制造", "过程自动化" ], "measurement": [ "长度测量", "直径测量", "轮廓测量", "平面度测量", "位移测量" ], "tags": [ "阀门制造", "过程自动化", "长度测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS103阀门长度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "ceramic-measurement-selection", "category": "qa_article", "category_cn": "技术问答", "title": "精密陶瓷产线非接触式尺寸与表面形貌检测选型指南", "summary": "在高速在线检测（>100Hz）、高反光釉面或抛光陶瓷尺寸及平整度测量条件下 → 激光三角测量技术（优选蓝光/UV光源），兼顾速度与抗反光能力", "focused_product": null, "product_series": null, "industry": [ "陶瓷制造", "精密加工" ], "measurement": [ "位移测量", "表面形貌分析", "粗糙度检测" ], "tags": [ "陶瓷制造", "精密加工", "位移测量", "传感器", "技术问答" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS103陶瓷表面距离测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-aircraft-tire-wear-selection", "category": "qa_article", "category_cn": "技术问答", "title": "飞机轮胎磨损检测与直径测量选型指南", "summary": "在飞机停机坪快速检测（数分钟内完成）且要求微米级直径精度条件下 → 多传感器阵列激光三角测量技术，兼顾安装灵活性与高频采样", "focused_product": null, "product_series": null, "industry": [ "航空维修(MRO)", "精密制造" ], "measurement": [ "非接触位移测量", "直径轮廓检测", "表面粗糙度评估" ], "tags": [ "航空维修(MRO)", "精密制造", "非接触位移测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS103飞机轮胎直径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-aircraft-tire-3d-scan-selection", "category": "qa_article", "category_cn": "技术问答", "title": "飞机轮胎三维扫描检测选型指南", "summary": "在高速在线胎面花纹深度检测且要求微米级精度条件下 → 激光三角测量法，兼顾扫描速度与几何精度", "focused_product": null, "product_series": null, "industry": [ "航空维修", "自动化检测" ], "measurement": [ "激光三角测量", "共焦色谱测量", "工业CT扫描", "接触式触针测量" ], "tags": [ "航空维修", "自动化检测", "激光三角测量", "传感器", "技术问答" ], "updated_at": "2025-05-10", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS103飞机轮胎轮廓测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "high-temp-optical-displacement-sensor-selection", "category": "qa_article", "category_cn": "技术问答", "title": "高温金属部件光学位移传感器选型指南", "summary": "在高速在线检测（>1000Hz）且要求微米级精度条件下 → 激光三角测量技术，兼顾速度与精度〔REF-001〕", "focused_product": null, "product_series": null, "industry": [ "冶金", "航空", "电力", "玻璃制造" ], "measurement": [ "位移", "形变", "尺寸", "轮廓" ], "tags": [ "冶金", "航空", "位移", "传感器", "技术问答" ], "updated_at": "2025-05-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS103高温光学位移测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "hot-steel-laser-selection", "category": "qa_article", "category_cn": "技术问答", "title": "热轧钢坯高温非接触尺寸检测选型指南", "summary": "在高速在线尺寸与轮廓检测（>500Hz）且需应对氧化皮与蒸汽条件下 → 激光三角测量法配合蓝光或紫外激光及水冷防护罩，兼顾精度与抗干扰能力", "focused_product": null, "product_series": null, "industry": [ "钢铁冶金", "热轧产线" ], "measurement": [ "激光位移测量", "3D轮廓测量", "激光测距" ], "tags": [ "钢铁冶金", "热轧产线", "激光位移测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS103高温物体距离测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-metal-sheet-contour-laser-selection", "category": "qa_article", "category_cn": "技术问答", "title": "金属板材表面轮廓检测激光传感器选型指南", "summary": "在高速在线轮廓检测（采样频率≥1000Hz）且需大范围三维形貌条件下 → 线激光轮廓扫描技术，兼顾速度与测量宽度，可一次采集完整截面数据〔REF-003〕", "focused_product": null, "product_series": null, "industry": [ "金属加工", "智能制造", "工业自动化" ], "measurement": [ "轮廓测量", "位移测量", "表面形貌检测" ], "tags": [ "金属加工", "智能制造", "轮廓测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS103高速位移测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "auto-assembly-displacement-selection", "category": "qa_article", "category_cn": "技术问答", "title": "汽车自动化装配线高精度位移传感器选型指南", "summary": "在要求微米级精度（±50µm以内）且存在持续振动的高速装配线条件下 → 激光三角测量法，兼顾高带宽与抗振能力。", "focused_product": null, "product_series": null, "industry": [ "汽车制造", "自动化装配" ], "measurement": [ "位移测量", "间隙齐平度检测", "平面度测量" ], "tags": [ "汽车制造", "自动化装配", "位移测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS103高速位移测量2/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-industrial-highspeed-displacement-selection", "category": "qa_article", "category_cn": "技术问答", "title": "高速在线检测非接触式激光位移传感器选型指南", "summary": "在常规工业高速在线检测（采样率 >2 kHz，精度要求微米级）条件下 → 优先选用激光三角位移传感器，兼顾响应速度与成本效益。〔REF-001〕", "focused_product": null, "product_series": null, "industry": [ "汽车制造", "半导体", "金属加工", "工业自动化", "机械监测" ], "measurement": [ "位移", "速度", "加速度", "振动", "厚度" ], "tags": [ "汽车制造", "半导体", "位移", "传感器", "技术问答" ], "updated_at": "2026-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS103高速位移测量_AI回答250909/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-press-mold-sensor-selection", "category": "qa_article", "category_cn": "技术问答", "title": "高速冲压生产线模具位置监测传感器选型指南", "summary": "在高速冲压模具闭合位置监测（量程>10mm，精度要求微米级）条件下 → 激光三角测量位移传感器，兼顾大范围、高精度与高响应速度〔REF-001〕。", "focused_product": null, "product_series": null, "industry": [ "汽车制造", "电子元件制造" ], "measurement": [ "位移测量" ], "tags": [ "汽车制造", "电子元件制造", "位移测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS103高速位置测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-stamping-laser-visual-selection", "category": "qa_article", "category_cn": "技术问答", "title": "汽车冲压成型实时位移监测技术选型指南", "summary": "在高速在线位移监测（>1000Hz）且要求微米级精度条件下 → 激光三角测量传感器，兼顾速度与精度", "focused_product": null, "product_series": null, "industry": [ " automotive manufacturing", "industrial measurement" ], "measurement": [ " displacement measurement", "high speed monitoring" ], "tags": [ " automotive manufacturing", "industrial measurement", " displacement measurement", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS103高速距离测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-precision-displacement-selection-问答zlds103高速运动组件检查", "category": "qa_article", "category_cn": "技术问答", "title": "高速运动部件间隙测量激光位移传感器选型指南", "summary": "在生产线节拍极高（>1kHz）且主要关注金属表面高速位移变化条件下 → 激光三角测量技术，典型代表为基恩士 LK-G5000 系列或米铱 optoNCDT 55…", "focused_product": null, "product_series": null, "industry": [ "精密装配", "在线检测" ], "measurement": [ "位移测量", "振动监测" ], "tags": [ "精密装配", "在线检测", "位移测量", "传感器", "技术问答" ], "updated_at": "2026-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS103高速运动组件检查/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-rotation-vibration-sensors-selection", "category": "qa_article", "category_cn": "技术问答", "title": "高速旋转机械振动监测选型指南:激光位移传感器与涡流传感器技术对比与应用", "summary": "在高速旋转机械（>1000Hz）且要求微米级精度条件下 → 线激光剖面扫描技术，兼顾速度与精度", "focused_product": null, "product_series": null, "industry": [ "工业过程测量", "旋转机械状态监测" ], "measurement": [ "振动检测", "轴位移监测", "动态形变测量" ], "tags": [ "工业过程测量", "旋转机械状态监测", "振动检测", "传感器", "技术问答" ], "updated_at": "2025-05-16", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS103高频振动测试/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-black-part-thickness-sensor-selection", "category": "qa_article", "category_cn": "技术问答", "title": "小尺寸黑色工件高精度厚度测量传感器选型指南", "summary": "在线高速测量小尺寸黑色工件（测量频率≥9400Hz） → 激光位移传感器（三角测量法，蓝光/UV激光），兼顾精度、速度与黑色材料适应性", "focused_product": null, "product_series": null, "industry": [ "汽车制造", "精密加工", "光学玻璃" ], "measurement": [ "厚度测量", "位移测量", "表面形貌" ], "tags": [ "汽车制造", "精密加工", "厚度测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS103黑色物体测厚/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-small-bore-precision-measurement-selection", "category": "qa_article", "category_cn": "技术问答", "title": "±2μm级小孔内径及深孔形位公差非接触式精密测量选型指南", "summary": "在在线高速批量检测且要求重复性优于0.1μm条件下 → 气动测量法，毫秒级响应且对表面粗糙度不敏感，适合CNC机床在位检测〔REF-003〕", "focused_product": null, "product_series": null, "industry": [ "航空航天", "医疗器械", "精密机械", "汽车工业", "半导体制造" ], "measurement": [ "内径", "圆度", "圆柱度", "锥度", "同轴度", "直线度", "表面粗糙度" ], "tags": [ "航空航天", "医疗器械", "内径", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS104CNC机床内孔圆度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "cnc-fine-bore-ellipticity-selection", "category": "qa_article", "category_cn": "技术问答", "title": "CNC细管内孔椭圆度±5μm检测技术选型指南", "summary": "在CNC机床在线/近线高速检测、要求非接触且不损伤工件表面条件下 → 激光三角测量技术，兼顾速度、精度与小探头尺寸", "focused_product": null, "product_series": null, "industry": [ "机床加工", "精密制造", "汽车零部件", "航空航天", "医疗器械" ], "measurement": [ "内径测量", "椭圆度测量", "圆度测量", "圆柱度测量", "形位误差测量" ], "tags": [ "机床加工", "精密制造", "内径测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS104CNC机床内孔椭圆度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "aerospace-high-reflective-id-selection", "category": "qa_article", "category_cn": "技术问答", "title": "航空航天高反射材料内径精密测量选型指南", "summary": "在航空航天高反射材料内径要求达到±0.5μm精度且需同步评估圆度、圆柱度、同轴度等形位公差条件下 → 白光色散共聚焦技术或气动测量技术，前者对镜面反射几乎不敏感…", "focused_product": null, "product_series": null, "industry": [ "航空航天", "精密制造" ], "measurement": [ "内径尺寸", "几何形位公差", "表面粗糙度" ], "tags": [ "航空航天", "精密制造", "内径尺寸", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS104CNC机床内径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-pipe-inner-diameter-selection-问答zlds104下水管道内壁均匀性测量", "category": "qa_article", "category_cn": "技术问答", "title": "小口径精密工业管道内壁几何参数与缺陷在线检测选型指南", "summary": "在高速在线几何尺寸检测（内径、圆度、椭圆度、锥度，采样频率>1kHz）且要求微米级精度条件下 → 激光三角测量法，兼顾速度、精度与小探头适应性〔REF-001〕…", "focused_product": null, "product_series": null, "industry": [ "石油化工", "汽车制造", "医疗器械", "航空航天" ], "measurement": [ "内径", "椭圆度", "圆度", "锥度", "同轴度", "表面缺陷" ], "tags": [ "石油化工", "汽车制造", "内径", "传感器", "技术问答" ], "updated_at": "2025-04-18", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS104下水管道内壁均匀性测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "small-hole-id-selection-guide", "category": "qa_article", "category_cn": "技术问答", "title": "微小孔内径亚微米级在线检测选型指南", "summary": "在直径小于5 mm微小孔高速在线检测且要求亚微米级重复精度条件下 → 激光三角测量技术，兼顾采样速度与微小孔径可达性〔REF-001〕〔REF-002〕", "focused_product": null, "product_series": null, "industry": [ "航空航天", "汽车制造", "医疗器械", "精密机械" ], "measurement": [ "内径尺寸", "圆度", "圆柱度", "同轴度", "表面粗糙度" ], "tags": [ "航空航天", "汽车制造", "内径尺寸", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS104不规则圆孔内壁扫描/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "precision-bore-laser-measurement-selection", "category": "qa_article", "category_cn": "技术问答", "title": "精密孔径件在线激光测量选型指南（±10μm精度，100件/分钟）", "summary": "在±10μm精度且100件/分钟在线检测条件下 → 激光三角测量或小孔线激光轮廓扫描方案，兼顾速度与精度", "focused_product": null, "product_series": null, "industry": [ "汽车制造", "航空航天", "医疗器械", "液压气动" ], "measurement": [ "内径测量", "几何误差评估", "表面粗糙度检测" ], "tags": [ "汽车制造", "航空航天", "内径测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS104不规则圆筒内壁扫描/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "aero-pipe-id-selection-guide", "category": "qa_article", "category_cn": "技术问答", "title": "航空航天复杂管道内径微米级非接触测量选型指南", "summary": "在目标精度±0.01mm且需获取内壁完整三维轮廓条件下 → 激光三角测量技术，兼顾小孔径适配与形位公差解析能力〔REF-001〕", "focused_product": null, "product_series": null, "industry": [ "航空航天", "精密制造" ], "measurement": [ "内径测量", "形位公差检测", "轮廓扫描" ], "tags": [ "航空航天", "精密制造", "内径测量", "传感器", "技术问答" ], "updated_at": "2025-04-18", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS104光学镜头镜筒内径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "auto-production-internal-diameter-selection", "category": "qa_article", "category_cn": "技术问答", "title": "自动化生产线精密内径测量方案选型指南", "summary": "在高速在线检测（节拍≤数秒/件）且要求微米级精度（±1μm ~ ±5μm）条件下 → 激光三角测量技术，兼顾速度与精度，支持蓝色激光应对高反射或半透明材料〔RE…", "focused_product": null, "product_series": null, "industry": [ "汽车制造", "航空航天", "医疗器械", "精密机械加工", "3C电子" ], "measurement": [ "内径", "圆度", "圆柱度", "同轴度", "锥度", "直线度", "表面粗糙度", "螺纹参数" ], "tags": [ "汽车制造", "航空航天", "内径", "传感器", "技术问答" ], "updated_at": "2025-04-18", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS104内螺纹尺寸控制/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "inner-diameter-measurement-selection-问答zlds104内螺纹轮廓扫描", "category": "qa_article", "category_cn": "技术问答", "title": "精密内径测量技术选型指南（精度≤5μm）", "summary": "在生产线实时全检（采样频率≥kHz）且孔径≥4mm条件下 → 激光三角测量内径检测方案，非接触、高采样率、探头可定制进入微小孔径", "focused_product": null, "product_series": null, "industry": [ "航空航天", "医疗器械", "液压气动", "精密传动" ], "measurement": [ "内径尺寸", "圆度", "圆柱度", "锥度", "同轴度", "表面粗糙度" ], "tags": [ "航空航天", "医疗器械", "内径尺寸", "传感器", "技术问答" ], "updated_at": "2025-04-18", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS104内螺纹轮廓扫描/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-deep-groove-inner-wall-selection", "category": "qa_article", "category_cn": "技术问答", "title": "直径小于10mm深孔凹槽内壁±5微米级非接触精密测量选型指南", "summary": "在深孔凹槽内壁直径小于10mm、要求±5µm精度且需在线快速检测条件下 → 激光三角测量/线激光轮廓扫描技术，探头可定制小于4mm，采样频率达9.4kHz，兼顾…", "focused_product": null, "product_series": null, "industry": [ "航空航天", "医疗器械", "汽车零部件", "精密模具" ], "measurement": [ "内径", "圆度", "圆柱度", "同轴度", "直线度", "表面粗糙度" ], "tags": [ "航空航天", "医疗器械", "内径", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS104凹槽内壁扫描/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-aerospace-bore-inspection-selection", "category": "qa_article", "category_cn": "技术问答", "title": "航空航天精密内孔微米级尺寸与形位公差在线检测选型指南", "summary": "在航空航天精密内孔在线检测（要求秒级节拍、微米级精度、非接触）条件下 → 激光三角测量技术，兼顾速度、精度与信息丰富度", "focused_product": null, "product_series": null, "industry": [ "航空航天" ], "measurement": [ "内径测量", "圆度测量", "圆柱度测量", "同轴度测量", "锥度测量", "表面粗糙度测量" ], "tags": [ "航空航天", "内径测量", "传感器", "技术问答" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS104列车杆件内孔测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "brake-pump-groove-selection", "category": "qa_article", "category_cn": "技术问答", "title": "刹车泵内部微孔沟槽高精度非接触测量选型指南", "summary": "在线批量检测且要求测量精度优于±5μm、探头需进入小于10mm微孔条件下 → 激光三角测量技术，兼顾小探头尺寸、高采样频率与非接触特性〔REF-001〕", "focused_product": null, "product_series": null, "industry": [ "汽车制造", "汽车零部件" ], "measurement": [ "内径测量", "圆度测量", "表面粗糙度", "位移测量" ], "tags": [ "汽车制造", "汽车零部件", "内径测量", "传感器", "技术问答" ], "updated_at": "2025-04-18", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS104刹车泵内部沟槽直径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "brake-pump-rubber-ring-id-selection", "category": "qa_article", "category_cn": "技术问答", "title": "汽车刹车泵胶圈内径±5μm级非接触测量选型指南", "summary": "在刹车泵胶圈在线/近线内径测量且要求±5μm精度条件下 → 激光三角测量内径检测技术，非接触且探头可定制小于4mm，满足小孔深腔扫描需求〔REF-001〕。", "focused_product": null, "product_series": null, "industry": [ "汽车制动系统", "密封件制造", "汽车零部件质检" ], "measurement": [ "内径测量", "圆度/椭圆度检测", "轮廓扫描", "尺寸比对" ], "tags": [ "汽车制动系统", "密封件制造", "内径测量", "传感器", "技术问答" ], "updated_at": "2025-04-18", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS104刹车泵内部胶圈直径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-aerospace-id-measurement-selection", "category": "qa_article", "category_cn": "技术问答", "title": "航空航天部件内径微米级非接触高速测量选型指南", "summary": "在高速在线检测（>1000Hz）且要求微米级精度条件下 → 激光三角测量技术，兼顾速度与精度", "focused_product": null, "product_series": null, "industry": [ "航空航天", "精密制造", "汽车零部件" ], "measurement": [ "内径尺寸", "圆度", "同轴度", "圆柱度", "表面粗糙度" ], "tags": [ "航空航天", "精密制造", "内径尺寸", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS104双筒挤出机内径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "engine-bore-measurement-selection", "category": "qa_article", "category_cn": "技术问答", "title": "发动机缸体内径与几何精度检测选型指南（±2 µm级）", "summary": "在发动机缸体大批量在线全检且要求毫秒级响应条件下 → 气动测量法，重复性优于0.1 µm且对油污、切屑不敏感", "focused_product": null, "product_series": null, "industry": [ "汽车制造", "航空航天", "医疗器械", "液压气动" ], "measurement": [ "内径测量", "圆度", "圆柱度", "表面粗糙度", "同轴度" ], "tags": [ "汽车制造", "航空航天", "内径测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS104发动机气缸内径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "aerospace-cylinder-bore-selection", "category": "qa_article", "category_cn": "技术问答", "title": "航空航天发动机缸体内径与形位公差精密测量选型指南", "summary": "在线高速检测（单缸节拍≤3 s）且孔径≥4 mm条件下 → 激光三角测量法或气动测量法，兼顾非接触与高采样率", "focused_product": null, "product_series": null, "industry": [ "航空航天", "精密制造", "汽车零部件" ], "measurement": [ "内径测量", "圆度", "圆柱度", "同轴度", "表面粗糙度" ], "tags": [ "航空航天", "精密制造", "内径测量", "传感器", "技术问答" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS104发动机缸体内径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "internal-diameter-measurement-selection", "category": "qa_article", "category_cn": "技术问答", "title": "精密零件内径测量技术选型指南", "summary": "在线高速检测且孔径≥4mm条件下 → 激光三角测量或气动测量方案，兼顾刷新率与工业环境适应性", "focused_product": null, "product_series": null, "industry": [ "航空航天", "液压系统", "医疗器械", "汽车零部件", "轴承制造" ], "measurement": [ "内径尺寸", "圆度", "圆柱度", "同轴度", "表面粗糙度" ], "tags": [ "航空航天", "液压系统", "内径尺寸", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS104变径内腔内壁检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-small-hole-inner-diameter-selection", "category": "qa_article", "category_cn": "技术问答", "title": "毫米级小孔内径±1μm精度非接触在线检测选型指南", "summary": "在高速在线检测（采样频率>1000Hz）且仅需孔口或外径截面直径监控条件下 → 激光扫描测微计技术，重复精度可达±0.05μm，检测速度高达160000次/秒", "focused_product": null, "product_series": null, "industry": [ "精密制造", "航空航天", "医疗器械", "汽车零部件" ], "measurement": [ "内径测量", "几何形状分析", "尺寸在线监控", "表面轮廓检测" ], "tags": [ "精密制造", "航空航天", "内径测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS104变径孔内径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-stepped-hole-submicron-measurement-selection", "category": "qa_article", "category_cn": "技术问答", "title": "小径深孔台阶孔亚微米级非接触在线测量选型指南", "summary": "在直径小于5mm深孔台阶孔且要求亚微米级内径与形位公差条件下 → 激光三角测量技术（蓝色激光微型探头配合旋转扫描机构），兼顾小孔径可达性与三维轮廓重建能力。", "focused_product": null, "product_series": null, "industry": [ "汽车制造", "航空航天", "医疗器械", "液压元件" ], "measurement": [ "内径", "圆度", "圆柱度", "同轴度", "锥度", "台阶位置" ], "tags": [ "汽车制造", "航空航天", "内径", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS104台阶孔内径和内壁测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-aero-blade-hole-selection", "category": "qa_article", "category_cn": "技术问答", "title": "航空航天叶片弹簧孔在线高精度内径测量选型指南", "summary": "在20g振动在线检测且要求1μm级精度条件下 → 激光三角测量微型探头方案，兼顾抗振、小孔径可达性与高频采样", "focused_product": null, "product_series": null, "industry": [ "航空航天", "精密制造" ], "measurement": [ "内径测量", "几何量检测", "非接触传感" ], "tags": [ "航空航天", "精密制造", "内径测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS104叶片弹簧孔内径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "aerospace-inner-diameter-selection", "category": "qa_article", "category_cn": "技术问答", "title": "航空航天精密部件内径在线测量选型指南", "summary": "在航空航天精密内径在线检测（≥100Hz、±2μm级精度）条件下 → 激光三角测量技术，兼顾高速扫描、小探头适配与微米级精度〔REF-001〕。", "focused_product": null, "product_series": null, "industry": [ "航空航天", "精密制造" ], "measurement": [ "内径测量", "几何量检测", "壁厚检测" ], "tags": [ "航空航天", "精密制造", "内径测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS104呼吸器瓶胚内胆壁厚测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-aerospace-id-inspection-selection", "category": "qa_article", "category_cn": "技术问答", "title": "航空航天精密零件内径与形位公差非接触式在线检测选型指南", "summary": "在高速在线检测（采样频率≥1kHz）且仅需通孔直径判定条件下 → 激光扫描阴影投影法，重复精度可达±0.05μm，节拍满足大批量产线需求。", "focused_product": null, "product_series": null, "industry": [ "航空航天制造", "精密机械加工", "自动化产线检测" ], "measurement": [ "内径测量", "圆度与圆柱度", "锥度与同轴度", "表面轮廓三维重建" ], "tags": [ "航空航天制造", "精密机械加工", "内径测量", "传感器", "技术问答" ], "updated_at": "2025-04-18", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS104喷嘴内径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-nozzle-inspection-selection", "category": "qa_article", "category_cn": "技术问答", "title": "高反射精密喷嘴±2μm内径在线检测选型指南", "summary": "在线高速检测（采样频率≥1kHz）且要求±2μm内径精度条件下 → 激光三角测量技术，蓝色激光探头可伸入小孔旋转扫描，兼顾精度、速度与高反射材料适应性", "focused_product": null, "product_series": null, "industry": [ "汽车制造", "航空航天", "医疗器械", "工业喷涂" ], "measurement": [ "内径测量", "几何公差检测", "表面粗糙度评估", "在线质量控制" ], "tags": [ "汽车制造", "航空航天", "内径测量", "传感器", "技术问答" ], "updated_at": "2025-04-18", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS104喷嘴磨损控制/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-aerospace-internal-diameter-selection", "category": "qa_article", "category_cn": "技术问答", "title": "航空航天内径件高精度检测技术选型指南", "summary": "在内径±2 μm精度要求、孔径4 mm ~ 48 mm、需在线批量检测条件下 → 激光三角测量小孔探头方案，兼顾精度、速度与可达性", "focused_product": null, "product_series": null, "industry": [ "航空航天", "精密制造", "能源动力" ], "measurement": [ "内径测量", "形位公差", "表面粗糙度", "内部缺陷检测" ], "tags": [ "航空航天", "精密制造", "内径测量", "传感器", "技术问答" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS104回转体内壁扫描/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-inner-dia-measure-selection", "category": "qa_article", "category_cn": "技术问答", "title": "4至50毫米内径微米级非接触在线检测选型指南", "summary": "在4~50 mm内径、±5 μm精度、高速在线检测条件下 → 激光三角扫描技术（旋转探头），兼顾小孔径进入能力与微米级精度〔REF-001〕。", "focused_product": null, "product_series": null, "industry": [ "汽车零部件制造", "液压气动元件", "航空航天", "医疗器械", "精密轴承" ], "measurement": [ "内径测量", "圆度", "椭圆度", "锥度", "同轴度", "圆柱度" ], "tags": [ "汽车零部件制造", "液压气动元件", "内径测量", "传感器", "技术问答" ], "updated_at": "2025-08-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS104回转体内径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-small-bore-noncontact-selection", "category": "qa_article", "category_cn": "技术问答", "title": "微小孔径非接触精密检测选型指南", "summary": "在直径1~10 mm、要求±10 μm以内径与形位公差在线检测条件下 → 激光三角测量技术，探头可深入小孔并获取完整三维轮廓。", "focused_product": null, "product_series": null, "industry": [ "汽车零部件制造", "医疗器械", "航空航天", "精密轴承", "电子元器件", "新能源电池" ], "measurement": [ "内径", "圆度", "圆柱度", "同轴度", "锥度", "直线度" ], "tags": [ "汽车零部件制造", "医疗器械", "内径", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS104堆叠铁芯内径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "aero-inner-diameter-selection", "category": "qa_article", "category_cn": "技术问答", "title": "航空航天部件精密内径非接触测量选型指南", "summary": "在航空发动机燃油喷嘴、液压阀体等小孔内径（≥4mm）且要求微米级几何精度条件下 → 激光三角测量旋转扫描方案，兼顾高精度与三维轮廓重建能力〔REF-001〕。", "focused_product": null, "product_series": null, "industry": [ "航空航天", "精密制造" ], "measurement": [ "内径尺寸", "圆度", "圆柱度", "同轴度", "表面粗糙度" ], "tags": [ "航空航天", "精密制造", "内径尺寸", "传感器", "技术问答" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS104复合材料内径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "aerospace-bore-inspection-selection", "category": "qa_article", "category_cn": "技术问答", "title": "航空航天深孔及复杂内径高精度检测选型指南", "summary": "在线高速检测（采样频率≥5 kHz）且孔径≥4 mm条件下 → 激光三角测量技术，兼顾微米级精度与高采样频率，探头可定制至4 mm以下〔REF-003〕", "focused_product": null, "product_series": null, "industry": [ "航空航天", "液压系统", "精密制造" ], "measurement": [ "内径测量", "圆度/圆柱度评估", "表面粗糙度检测", "形位公差评价" ], "tags": [ "航空航天", "液压系统", "内径测量", "传感器", "技术问答" ], "updated_at": "2025-04-18", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS104多内锥长管内径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-small-hole-inner-diameter-selection-问答zlds104大缸径内径测量", "category": "qa_article", "category_cn": "技术问答", "title": "小孔径深孔内径微米级非接触检测选型指南", "summary": "在最小内径≥4 mm、要求微米级精度且需在线高速检测条件下 → 激光三角测量线激光轮廓扫描方案，兼顾探头尺寸与采样频率〔REF-002〕", "focused_product": null, "product_series": null, "industry": [ "精密制造", "汽车零部件", "医疗器械", "航空航天" ], "measurement": [ "内径测量", "圆度测量", "圆柱度测量", "几何公差" ], "tags": [ "精密制造", "汽车零部件", "内径测量", "传感器", "技术问答" ], "updated_at": "2025-04-10", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS104大缸径内径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "precision-bore-inspection-selection", "category": "qa_article", "category_cn": "技术问答", "title": "±0.01 mm精密小孔内径非接触检测选型指南", "summary": "在在线批量检测且要求±0.01 mm精度条件下 → 激光三角测量（旋转探头扫描内壁），兼顾速度、量程与几何参数重构能力〔REF-001〕", "focused_product": null, "product_series": null, "industry": [ "汽车零部件", "航空航天", "医疗器械", "精密机械与模具" ], "measurement": [ "内径", "圆度", "圆柱度", "锥度", "同轴度", "表面粗糙度" ], "tags": [ "汽车零部件", "航空航天", "内径", "传感器", "技术问答" ], "updated_at": "2025-04-18", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS104套筒内壁扫描/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-aero-bore-selection", "category": "qa_article", "category_cn": "技术问答", "title": "航空航天零部件内径高精度测量方案选型指南", "summary": "在航空航天关键内径公差要求±5 μm且需获取完整轮廓参数条件下 → 激光三角测量或激光扫描技术，兼顾非接触、高速度与多参数评估能力", "focused_product": null, "product_series": null, "industry": [ "航空航天", "精密制造", "汽车零部件" ], "measurement": [ "内径测量", "圆度/圆柱度", "表面粗糙度", "同轴度" ], "tags": [ "航空航天", "精密制造", "内径测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS104套筒内径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "high-reflective-bore-selection", "category": "qa_article", "category_cn": "技术问答", "title": "高反射材料精密内径非接触式检测选型指南", "summary": "在要求±10µm测量精度、被测物为高反射金属内孔且需提取圆度/同轴度/锥度等完整几何轮廓条件下 → 激光三角测量法（蓝色激光微型旋转探头），兼顾高精度、小探头尺…", "focused_product": null, "product_series": null, "industry": [ "航空航天", "液压元件", "医疗器械", "汽车制造", "枪械制造" ], "measurement": [ "内径", "圆度", "圆柱度", "同轴度", "锥度", "直线度", "壁厚" ], "tags": [ "航空航天", "液压元件", "内径", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS104套管内径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-sleeve-inside-diameter-selection", "category": "qa_article", "category_cn": "技术问答", "title": "高反射及半透明套管内径与圆度在线精密测量选型指南", "summary": "在要求10μm级精度、高速在线检测且需应对高反射/半透明材料条件下 → 激光三角测量（蓝色激光方案），兼顾采样速率、探头小型化与特殊材料信号稳定性", "focused_product": null, "product_series": null, "industry": [ "航空航天", "医疗器械", "液压传动", "精密轴承" ], "measurement": [ "内径", "圆度", "圆柱度", "同轴度", "直线度", "锥度", "壁厚" ], "tags": [ "航空航天", "医疗器械", "内径", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS104套管变形测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "precision-bore-selection", "category": "qa_article", "category_cn": "技术问答", "title": "精密孔径非接触式在线检测与±5µm尺寸控制选型指南", "summary": "在线尺寸控制且目标精度±5µm条件下 → 激光三角测量法（旋转探头架构），兼顾小孔径适应性与高频采样", "focused_product": null, "product_series": null, "industry": [ "航空航天", "汽车零部件", "医疗器械", "液压系统" ], "measurement": [ "内径", "圆度", "圆柱度", "同轴度", "锥度" ], "tags": [ "航空航天", "汽车零部件", "内径", "传感器", "技术问答" ], "updated_at": "2025-09-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS104定子内径圆度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "aero-hole-laser-selection", "category": "qa_article", "category_cn": "技术问答", "title": "航空航天异形孔±5微米级内径与形位公差非接触检测选型指南", "summary": "在孔径≥4mm、要求±5μm精度且需在线检测条件下 → 激光三角测量技术（旋转探头方案），兼顾小空间可达性与亚微米分辨率", "focused_product": null, "product_series": null, "industry": [ "航空航天", "精密制造" ], "measurement": [ "内径测量", "形位公差", "三维轮廓", "激光测量" ], "tags": [ "航空航天", "精密制造", "内径测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS104导管架桩腿内径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-aero-id-selection", "category": "qa_article", "category_cn": "技术问答", "title": "航空航天部件内径精密测量选型指南（含集成与验收附录）", "summary": "在高速在线检测（>100Hz）且孔径≤0.5 mm通孔条件下 → 气动测量技术，背压反馈响应达毫秒级，重复精度±0.1 µm", "focused_product": null, "product_series": null, "industry": [ "航空航天", "液压系统", "精密制造" ], "measurement": [ "内径测量", "几何尺寸检测", "表面粗糙度", "三维重建" ], "tags": [ "航空航天", "液压系统", "内径测量", "传感器", "技术问答" ], "updated_at": "2025-04-18", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS104小直径孔洞检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-aero-inner-dia-selection", "category": "qa_article", "category_cn": "技术问答", "title": "航空航天精密部件内径与几何形状非接触式测量选型指南", "summary": "在孔径≥4mm的航空发动机油路、液压缸筒、轴承座孔在线检测条件下 → 激光三角测量旋转探头方案，兼顾探头尺寸、采样频率与抗振性", "focused_product": null, "product_series": null, "industry": [ "航空航天", "精密制造", "质量控制" ], "measurement": [ "内径测量", "圆度/圆柱度", "几何公差", "壁厚检测" ], "tags": [ "航空航天", "精密制造", "内径测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS104层压管几何形状测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "micro-bore-laser-triangulation-selection", "category": "qa_article", "category_cn": "技术问答", "title": "小孔径高反射/半透明材料内径微米级非接触测量选型指南", "summary": "在最小内径≤4 mm、要求微米级精度且需在线检测条件下 → 蓝色激光点/线三角测量技术，兼顾探头小型化、抗反射与高采样频率", "focused_product": null, "product_series": null, "industry": [ "航空航天", "医疗器械", "汽车工业", "精密制造与电子" ], "measurement": [ "内径", "椭圆度", "锥度", "圆柱度", "同轴度", "表面缺陷" ], "tags": [ "航空航天", "医疗器械", "内径", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS104带凸台管道内壁扫描/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "aero-microhole-inspection-selection", "category": "qa_article", "category_cn": "技术问答", "title": "航空航天微孔与异形内径微米级在线检测选型指南", "summary": "在线高速检测且孔径≥4mm条件下 → 激光三角测量法或线激光轮廓测量法，兼顾速度与微米级精度", "focused_product": null, "product_series": null, "industry": [ "航空航天制造", "精密机械加工" ], "measurement": [ "内径测量", "几何公差测量", "表面粗糙度测量" ], "tags": [ "航空航天制造", "精密机械加工", "内径测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS104异形孔内壁测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-extruder-bore-micron-selection", "category": "qa_article", "category_cn": "技术问答", "title": "挤出机筒及精密零件微米级非接触式内径测量选型指南", "summary": "在线高速检测挤出机筒或精密小孔内壁轮廓与圆度条件下 → 激光三角测量技术，兼顾采样频率、三维重建能力与工业防护等级〔REF-001〕。", "focused_product": null, "product_series": null, "industry": [ "化工塑料加工", "航空航天", "医疗器械", "精密制造" ], "measurement": [ "内径测量", "圆度检测", "磨损监测", "表面粗糙度评估" ], "tags": [ "化工塑料加工", "航空航天", "内径测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS104挤出机筒内壁测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-small-bore-noncontact-measurement-selection", "category": "qa_article", "category_cn": "技术问答", "title": "小直径精密内径非接触式在线测量系统选型指南", "summary": "在孔径<10mm且要求在线快速检测条件下 → 激光三角测量法（旋转探头方案），兼顾微米级精度与狭小空间可达性〔REF-002〕", "focused_product": null, "product_series": null, "industry": [ "航空航天", "汽车制造", "医疗器械", "精密机械制造", "军工特种制造" ], "measurement": [ "内径", "圆度", "圆柱度", "同轴度", "锥度", "椭圆度", "直线度", "表面缺陷" ], "tags": [ "航空航天", "汽车制造", "内径", "传感器", "技术问答" ], "updated_at": "2025-08-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS104挤塑机机膛内壁扫描/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-extruder-barrel-inspection-selection", "category": "qa_article", "category_cn": "技术问答", "title": "挤塑机机膛内径高精度在线监测选型指南", "summary": "在高温振动在线监测且要求±0.01mm精度条件下 → 激光三角测量旋转探头方案，兼顾速度、精度与环境适应性〔REF-001〕〔REF-005〕", "focused_product": null, "product_series": null, "industry": [ "塑料加工", "挤出成型" ], "measurement": [ "内径测量", "圆度检测", "磨损监测" ], "tags": [ "塑料加工", "挤出成型", "内径测量", "传感器", "技术问答" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS104挤塑机机膛内径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "aero-pipe-id-inspection-selection", "category": "qa_article", "category_cn": "技术问答", "title": "航空航天中小型管道内径与椭圆度非接触式检测选型指南", "summary": "在±0.01mm精度要求、最小内径≥4mm且需提取完整内壁轮廓条件下 → 激光三角测量内径检测技术，探头可定制超小尺寸，兼顾精度与几何参数重构能力", "focused_product": null, "product_series": null, "industry": [ "航空航天", "精密制造", "能源装备" ], "measurement": [ "内径检测", "椭圆度检测", "圆度检测", "圆柱度检测", "轮廓测量" ], "tags": [ "航空航天", "精密制造", "内径检测", "传感器", "技术问答" ], "updated_at": "2025-06-12", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS104换热管内径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-small-bore-inspection-selection", "category": "qa_article", "category_cn": "技术问答", "title": "小于5mm精密小孔径非接触自动化检测选型指南", "summary": "在孔径小于5mm且需在线实时监测条件下 → 激光三角测量旋转探头方案，兼顾微小孔径适配性与多维几何参数采集〔REF-002〕", "focused_product": null, "product_series": null, "industry": [ "航空航天", "医疗器械", "汽车制造", "液压气动" ], "measurement": [ "内径", "圆度", "圆柱度", "同轴度", "锥度", "直线度", "表面粗糙度" ], "tags": [ "航空航天", "医疗器械", "内径", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS104数控机床内孔直径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-square-hole-metrology-selection", "category": "qa_article", "category_cn": "技术问答", "title": "高反射半透明方形孔内壁±10微米非接触检测选型指南", "summary": "在高速在线检测（刷新率>1kHz）且孔径允许小探头深入条件下 → 蓝色激光三角测量技术，兼顾速度、精度与高反射/半透明材料适应性", "focused_product": null, "product_series": null, "industry": [ "精密制造", "航空航天", "医疗器械", "汽车制造", "电子装配" ], "measurement": [ "内径测量", "轮廓测量", "形貌重建", "尺寸精度检测" ], "tags": [ "精密制造", "航空航天", "内径测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS104方形孔内壁扫描/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "sq-hole-straightness-selection", "category": "qa_article", "category_cn": "技术问答", "title": "自动化产线方形孔直线度高频非接触检测选型指南", "summary": "在产线节拍≥10Hz且要求±5µm直线度实时判定条件下 → 线激光轮廓扫描技术，兼顾高采样率与截面精度〔REF-001〕", "focused_product": null, "product_series": null, "industry": [ "新能源电池", "精密机械加工", "电子连接器", "冲压制造" ], "measurement": [ "直线度", "轮廓扫描", "形位公差", "在线检测" ], "tags": [ "新能源电池", "精密机械加工", "直线度", "传感器", "技术问答" ], "updated_at": "2025-04-18", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS104方形孔直线度检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-aero-inner-dia-selection-问答zlds104方管内壁检测", "category": "qa_article", "category_cn": "技术问答", "title": "航空航天复杂内径零件微米级形位公差非接触测量选型指南", "summary": "在要求±2μm内径、圆度、圆柱度在线或离线测量条件下 → 线激光轮廓扫描技术，兼顾测量速度、精度与小探头可达性〔REF-001〕〔REF-002〕", "focused_product": null, "product_series": null, "industry": [ "航空航天", "精密制造", "无损检测" ], "measurement": [ "内径测量", "圆度", "圆柱度", "锥度", "同轴度", "缺陷检测" ], "tags": [ "航空航天", "精密制造", "内径测量", "传感器", "技术问答" ], "updated_at": "2025-08-20", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS104方管内壁检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "precision-bore-inspection-selection-guide", "category": "qa_article", "category_cn": "技术问答", "title": "精密内孔微米级非接触在线检测选型指南", "summary": "在线高速检测（采样频率≥1kHz）且要求非接触条件下 → 激光三角测量技术，兼顾速度、复杂几何评估与微小孔径适应性", "focused_product": null, "product_series": null, "industry": [ "航空航天", "汽车制造", "液压元件", "医疗器械", "军工" ], "measurement": [ "内径", "圆度", "圆柱度", "锥度", "同轴度", "表面粗糙度" ], "tags": [ "航空航天", "汽车制造", "内径", "传感器", "技术问答" ], "updated_at": "2025-04-18", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS104方管内径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "aerospace-small-hole-optical-measurement-selection", "category": "qa_article", "category_cn": "技术问答", "title": "航空航天深小孔非接触光学测量选型指南", "summary": "在深小孔内径±10 µm精度要求且需在线/在机检测条件下 → 激光三角测量法（微型探头旋转扫描），兼顾精度、探头尺寸与多参数提取能力", "focused_product": null, "product_series": null, "industry": [ "航空航天", "精密制造" ], "measurement": [ "内径测量", "几何参数检测", "表面粗糙度" ], "tags": [ "航空航天", "精密制造", "内径测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS104机械制造ID测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-small-hole-blue-laser-selection", "category": "qa_article", "category_cn": "技术问答", "title": "高反射材料小孔内径非接触精密测量选型指南", "summary": "在高速在线检测（采样频率≥1kHz）且工件表面为高反射抛光金属条件下 → 蓝色激光三角测量技术，兼顾速度、分辨率与抗镜面反射能力", "focused_product": null, "product_series": null, "industry": [ "航空航天", "医疗器械", "汽车制造", "液压气动", "精密轴承" ], "measurement": [ "内径测量", "圆度测量", "圆柱度测量", "轮廓扫描" ], "tags": [ "航空航天", "医疗器械", "内径测量", "传感器", "技术问答" ], "updated_at": "2025-09-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS104机械制造内径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-aerospace-bore-measurement-selection-问答zlds104机筒内径测量", "category": "qa_article", "category_cn": "技术问答", "title": "航空航天零部件内径与形貌高精度测量选型指南", "summary": "在线高速通孔检测（刷新率/输出频率>1000Hz）且要求亚微米级重复性条件下 → 激光扫描测量技术，兼顾测量速度与尺寸判定效率〔REF-003〕", "focused_product": null, "product_series": null, "industry": [ "航空航天", "精密制造", "质量控制" ], "measurement": [ "内径测量", "圆度与圆柱度", "表面粗糙度", "三维形貌" ], "tags": [ "航空航天", "精密制造", "内径测量", "传感器", "技术问答" ], "updated_at": "2025-08-20", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS104机筒内径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "npp-pipeline-micro-geometry-selection", "category": "qa_article", "category_cn": "技术问答", "title": "核电站管道微米级几何尺寸无损检测选型指南", "summary": "在线实时内径/椭圆度/圆度检测且要求±10μm精度条件下 → 激光三角测量技术，兼顾速度与分辨率", "focused_product": null, "product_series": null, "industry": [ "核电", "能源", "高端制造" ], "measurement": [ "内径测量", "壁厚测量", "圆度与椭圆度", "轮廓扫描", "超声测厚", "X射线CT" ], "tags": [ "核电", "能源", "内径测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS104核电站管道内径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-nuclear-pipe-inspection-selection", "category": "qa_article", "category_cn": "技术问答", "title": "核电站管道内表面高精度无损检测选型指南", "summary": "在要求内径精度±0.01mm且需自动化连续采集条件下 → 激光三角测量或3D激光线扫描技术，兼顾微米级精度与高频输出能力", "focused_product": null, "product_series": null, "industry": [ "核电", "能源", "特种设备" ], "measurement": [ "内径测量", "缺陷检测", "壁厚测量", "三维形貌" ], "tags": [ "核电", "能源", "内径测量", "传感器", "技术问答" ], "updated_at": "2025-08-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS104核电站管道内表面检查/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "precision-hole-inner-diameter-selection", "category": "qa_article", "category_cn": "技术问答", "title": "精密小孔内径±5μm级非接触测量方案选型指南", "summary": "在高速在线检测（采样频率>1kHz）且需应对高反射或半透明材质条件下 → 蓝色激光三角测量技术，兼顾速度与材质适应性，可获取完整内壁轮廓", "focused_product": null, "product_series": null, "industry": [ "精密制造", "航空航天", "医疗器械", "液压气动" ], "measurement": [ "内径", "圆度", "圆柱度", "同轴度", "表面粗糙度" ], "tags": [ "精密制造", "航空航天", "内径", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS104椎体内径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "rubber-tube-id-measurement-selection", "category": "qa_article", "category_cn": "技术问答", "title": "高速橡胶管内径高精度在线测量选型指南（±0.01mm目标）", "summary": "在高速在线生产线且要求内径误差≤±0.01 mm条件下 → 线激光轮廓扫描技术，兼顾亚微米级重复精度与kHz级采样频率〔REF-001〕〔REF-002〕", "focused_product": null, "product_series": null, "industry": [ "橡胶制品", "汽车零部件", "医疗器械", "航空航天" ], "measurement": [ "内径测量", "圆度检测", "壁厚测量", "在线质量控制" ], "tags": [ "橡胶制品", "汽车零部件", "内径测量", "传感器", "技术问答" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS104橡胶管内径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-microhole-id-selection", "category": "qa_article", "category_cn": "技术问答", "title": "微米级微孔内径测量技术选型指南（含集成与验收附录）", "summary": "在高速在线检测（刷新率/输出频率 >1000Hz）且要求微米级精度（测量精度 ±2μm）条件下 → 激光三角测量技术，兼顾速度与精度，探头可定制极小直径，满足微…", "focused_product": null, "product_series": null, "industry": [ "航空航天", "医疗器械", "汽车制造", "精密机械加工", "军工" ], "measurement": [ "内径测量", "圆度", "圆柱度", "锥度", "同轴度", "台阶检测" ], "tags": [ "航空航天", "医疗器械", "内径测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS104歩进孔内径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "cylinder-bore-selection-guide", "category": "qa_article", "category_cn": "技术问答", "title": "气缸内壁精密测量（±0.01 mm）选型指南", "summary": "在量产在线检测且单件节拍要求＜10 s条件下 → 气动测量方案，原因是数秒级完成尺寸判定且抗油污能力强", "focused_product": null, "product_series": null, "industry": [ "汽车制造", "航空航天", "医疗器械", "精密机械制造" ], "measurement": [ "内径", "圆度", "圆柱度", "锥度", "同轴度", "直线度", "表面粗糙度" ], "tags": [ "汽车制造", "航空航天", "内径", "传感器", "技术问答" ], "updated_at": "2025-04-10", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS104气缸内壁尺寸测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-cylinder-bore-corrosion-selection", "category": "qa_article", "category_cn": "技术问答", "title": "4mm至48mm小孔径气缸内壁腐蚀与几何缺陷非接触检测选型指南", "summary": "在4mm至48mm小孔径气缸在线检测、采样频率要求≥1kHz且精度目标≤±2μm条件下 → 激光三角测量方案，兼顾探头小型化、高刷新率与微米级几何参数重建能力〔…", "focused_product": null, "product_series": null, "industry": [ "汽车制造", "航空航天", "石油天然气", "医疗器械", "精密机械制造" ], "measurement": [ "内径测量", "圆度/圆柱度评估", "表面粗糙度", "腐蚀深度量化", "无损探伤" ], "tags": [ "汽车制造", "航空航天", "内径测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS104气缸内表面腐蚀检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-cylinder-bore-selection-问答zlds104气缸直径控制", "category": "qa_article", "category_cn": "技术问答", "title": "气缸内径在线检测选型指南（±0.01mm精度与100件/分钟节拍）", "summary": "在高速在线检测（≥100件/分钟）且要求微米级精度条件下 → 激光三角测量法与线激光轮廓扫描技术，兼顾速度与几何信息获取能力〔REF-003〕", "focused_product": null, "product_series": null, "industry": [ "汽车制造", "液压/气动元件", "医疗器械", "航空航天" ], "measurement": [ "内径测量", "圆度", "圆柱度", "锥度" ], "tags": [ "汽车制造", "液压/气动元件", "内径测量", "传感器", "技术问答" ], "updated_at": "2025-05-22", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS104气缸直径控制/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "pipe-id-selection-guide-问答zlds104油田管道内径测量", "category": "qa_article", "category_cn": "技术问答", "title": "高温高压工业管道非接触式内径测量设备选型指南", "summary": "在在线质量控制且管径≤48mm、精度要求±0.01mm条件下 → 激光三角测量旋转扫描方案，兼顾亚微米级精度与高频采样", "focused_product": null, "product_series": null, "industry": [ "石油天然气", "化工", "电力", "汽车制造", "航空航天" ], "measurement": [ "内径", "椭圆度", "圆度", "锥度", "壁厚" ], "tags": [ "石油天然气", "化工", "内径", "传感器", "技术问答" ], "updated_at": "2025-04-18", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS104油田管道内径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "oilfield-pipeline-wax-selection", "category": "qa_article", "category_cn": "技术问答", "title": "油田管道结蜡内径高精度非接触监测选型指南", "summary": "在要求±10μm内径精度且允许短时停产或采用智能清管器搭载条件下 → 激光三角测量技术，兼顾微米级精度与三维轮廓重构能力〔REF-001〕", "focused_product": null, "product_series": null, "industry": [ "石油天然气", "油气集输", "管道完整性管理" ], "measurement": [ "内径测量", "壁厚测量", "沉积物厚度监测", "轮廓扫描" ], "tags": [ "石油天然气", "油气集输", "内径测量", "传感器", "技术问答" ], "updated_at": "2025-08-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS104油田管道结蜡厚度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-inner-diameter-selection-问答zlds104油缸内壁尺寸测量", "category": "qa_article", "category_cn": "技术问答", "title": "±10微米内径非接触式测量技术选型指南", "summary": "在在线高速检测（刷新率≥1kHz）且最小可测内径≥4mm条件下 → 激光三角测量法，兼顾探头尺寸、采样速度与微米级精度", "focused_product": null, "product_series": null, "industry": [ "精密机械加工", "航空航天", "医疗器械", "汽车零部件" ], "measurement": [ "内径", "圆度", "圆柱度", "直线度", "同轴度", "锥度", "表面粗糙度" ], "tags": [ "精密机械加工", "航空航天", "内径", "传感器", "技术问答" ], "updated_at": "2025-08-20", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS104油缸内壁尺寸测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-hydraulic-cylinder-id-selection-问答zlds104油缸内壁检测", "category": "qa_article", "category_cn": "技术问答", "title": "油缸内壁±10 μm精密检测非接触式方案选型指南", "summary": "在线高速检测且需同步获取截面轮廓与多尺寸参数条件下 → 线激光轮廓扫描或激光三角测量旋转探头方案，兼顾速度与空间信息密度。", "focused_product": null, "product_series": null, "industry": [ "液压气动元件制造", "航空航天零部件", "医疗器械", "精密轴承" ], "measurement": [ "内径测量", "圆度测量", "圆柱度测量", "表面粗糙度" ], "tags": [ "液压气动元件制造", "航空航天零部件", "内径测量", "传感器", "技术问答" ], "updated_at": "2025-09-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS104油缸内壁检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "hose-id-laser-selection-guide", "category": "qa_article", "category_cn": "技术问答", "title": "精密软管内径10微米级非接触在线检测选型指南", "summary": "在要求内径误差≤±10μm、在线高速采集且软管材质涉及硅胶或半透明材料的条件下 → 激光三角测量旋转扫描方案，兼顾亚微米分辨率与kHz级刷新率/输出频率", "focused_product": null, "product_series": null, "industry": [ "医疗器械", "汽车流体管路", "半导体化学品传输", "航空航天液压气动管路" ], "measurement": [ "内径尺寸", "圆度", "椭圆度", "锥度", "同轴度", "直线度", "表面粗糙度" ], "tags": [ "医疗器械", "汽车流体管路", "内径尺寸", "传感器", "技术问答" ], "updated_at": "2025-08-14", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS104油缸内壁锈蚀检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "petrochem-bore-measurement-selection", "category": "qa_article", "category_cn": "技术问答", "title": "石油化工油缸与管道内径高精度测量选型指南", "summary": "在生产线在线批量检测且要求测量精度≤±20微米条件下 → 激光三角测量技术，兼顾高采样频率与完整二维轮廓重建能力", "focused_product": null, "product_series": null, "industry": [ "石油化工", "液压制造", "能源装备" ], "measurement": [ "内径测量", "圆度", "圆柱度", "表面粗糙度" ], "tags": [ "石油化工", "液压制造", "内径测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS104油缸内径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "precision-bore-inspection-selection-问答zlds104海管内径测量", "category": "qa_article", "category_cn": "技术问答", "title": "精密制造内径检测方案选型指南", "summary": "在要求±10μm测量精度且需在线高速检测条件下 → 激光三角测量内径检测技术，兼顾非接触、高重复性与高采样频率〔REF-001〕。", "focused_product": null, "product_series": null, "industry": [ "精密制造", "航空航天", "液压气动元件" ], "measurement": [ "内径", "圆度", "圆柱度", "锥度", "同轴度" ], "tags": [ "精密制造", "航空航天", "内径", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS104海管内径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-hydraulic-cylinder-inner-wall-selection-问答zlds104液压支架油缸内壁测量", "category": "qa_article", "category_cn": "技术问答", "title": "液压油缸内壁微米级精度检测选型指南", "summary": "在在线批量检测（≥500件/班）且要求±5 µm精度条件下 → 激光三角测量技术，兼顾高速、非接触与形位公差重建能力〔REF-001〕", "focused_product": null, "product_series": null, "industry": [ "矿山机械", "工程机械", "液压元件制造" ], "measurement": [ "内径", "圆度", "圆柱度", "直线度", "表面粗糙度" ], "tags": [ "矿山机械", "工程机械", "内径", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS104液压支架油缸内壁测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-hydraulic-cylinder-inner-wall-selection-问答zlds104液压缸内壁检测", "category": "qa_article", "category_cn": "技术问答", "title": "液压缸内壁±0.01mm级几何公差检测选型指南", "summary": "在生产线在线检测且要求非接触条件下 → 激光三角测量技术（英国真尚有ZLDS104、日本基恩士LJ-X8000系列），兼顾采样速度、探头尺寸与±2 µm级线性精…", "focused_product": null, "product_series": null, "industry": [ "工程机械", "航空航天", "医疗器械", "汽车制造" ], "measurement": [ "内径测量", "圆度/椭圆度", "圆柱度", "表面粗糙度" ], "tags": [ "工程机械", "航空航天", "内径测量", "传感器", "技术问答" ], "updated_at": "2025-09-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS104液压缸内壁检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-hydraulic-cylinder-id-selection-问答zlds104液压缸内径测量", "category": "qa_article", "category_cn": "技术问答", "title": "液压缸内径微米级精密测量与自动化产线选型指南", "summary": "在高速在线检测（≥9.4kHz）且要求亚微米级重复性条件下 → 气动测量技术，抗油污与高重复性优势突出", "focused_product": null, "product_series": null, "industry": [ "汽车制造", "航空航天", "精密机械制造" ], "measurement": [ "内径", "圆度", "圆柱度", "直线度", "锥度", "同轴度", "表面粗糙度" ], "tags": [ "汽车制造", "航空航天", "内径", "传感器", "技术问答" ], "updated_at": "2025-09-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS104液压缸内径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "deep-bore-id-selection-guide", "category": "qa_article", "category_cn": "技术问答", "title": "深孔小管内径微米级精密测量选型指南", "summary": "在在线批量检测且要求±1μm精度条件下 → 激光三角测量技术，兼顾高速采集、微小探头尺寸与几何公差解析能力", "focused_product": null, "product_series": null, "industry": [ "航空航天", "医疗器械", "汽车制造", "精密机械" ], "measurement": [ "内径尺寸", "圆度", "圆柱度", "直线度", "锥度", "同轴度", "表面粗糙度" ], "tags": [ "航空航天", "医疗器械", "内径尺寸", "传感器", "技术问答" ], "updated_at": "2025-08-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS104深孔小管内径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "precision-bore-inspection-selection-问答zlds104环状零件内壁扫描", "category": "qa_article", "category_cn": "技术问答", "title": "精密内径几何公差检测方案选型指南", "summary": "在线高速检测且最小孔径≥4mm条件下 → 激光三角测量技术，采样频率达kHz级且探头可定制微型化", "focused_product": null, "product_series": null, "industry": [ "汽车制造", "航空航天", "医疗器械", "轴承加工" ], "measurement": [ "内径测量", "圆度测量", "圆柱度测量", "几何公差检测" ], "tags": [ "汽车制造", "航空航天", "内径测量", "传感器", "技术问答" ], "updated_at": "2025-06-10", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS104环状零件内壁扫描/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "ring-part-id-inspection-selection", "category": "qa_article", "category_cn": "技术问答", "title": "环状零件内径及形貌检测选型指南（含集成与验收附录）", "summary": "在高速在线批量检测（节拍<30秒/件）且要求±5µm以内精度条件下 → 激光三角测量技术，兼顾速度、精度与轮廓完整性", "focused_product": null, "product_series": null, "industry": [ "汽车制造", "航空航天", "医疗器械", "液压气动元件" ], "measurement": [ "内径", "圆度", "圆柱度", "锥度", "同轴度", "表面粗糙度" ], "tags": [ "汽车制造", "航空航天", "内径", "传感器", "技术问答" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS104环状零件内壁检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "auto-ring-part-inner-wall-inspection-selection", "category": "qa_article", "category_cn": "技术问答", "title": "汽车环状零件内壁微米级缺陷与几何尺寸在线检测选型指南", "summary": "在高速在线检测（刷新率/输出频率≥1 kHz）且要求10μm级内壁缺陷与尺寸综合测量条件下 → 激光三角测量旋转扫描方案，兼顾速度、精度与小孔径适应性〔REF-…", "focused_product": null, "product_series": null, "industry": [ "汽车制造", "精密机械加工" ], "measurement": [ "内径测量", "圆度/圆柱度", "表面粗糙度", "表面缺陷检测" ], "tags": [ "汽车制造", "精密机械加工", "内径测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS104环状零件内壁缺陷检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-gfrp-pipe-laser-inspection-selection", "category": "qa_article", "category_cn": "技术问答", "title": "玻璃纤维管材内径与形貌在线检测激光测量选型指南", "summary": "在要求±0.01 mm内径与三维形貌在线检测、管材通径4~48 mm条件下 → 激光三角测量旋转探头方案，兼顾内径周向扫描能力与kHz级采样速度〔REF-001…", "focused_product": null, "product_series": null, "industry": [ "复合材料管道制造", "自动化质控" ], "measurement": [ "内径测量", "椭圆度", "圆柱度", "壁厚均匀性", "表面缺陷检测" ], "tags": [ "复合材料管道制造", "自动化质控", "内径测量", "传感器", "技术问答" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS104玻璃纤维管材变形测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-inner-dia-micro-selection", "category": "qa_article", "category_cn": "技术问答", "title": "精密制造±2微米级内径及几何公差非接触测量选型指南", "summary": "在要求±2 μm测量精度、高速在线检测（采样频率≥1 kHz）且被测孔径≥4 mm条件下 → 激光三角测量旋转扫描方案，兼顾探头小型化、高刷新率与几何公差提取能…", "focused_product": null, "product_series": null, "industry": [ "精密制造", "航空航天", "汽车零部件", "医疗器械", "液压元件" ], "measurement": [ "内径测量", "圆度/椭圆度", "圆柱度", "锥度", "同轴度" ], "tags": [ "精密制造", "航空航天", "内径测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS104瓶胚内胆壁厚测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "precision-id-concentricity-selection", "category": "qa_article", "category_cn": "技术问答", "title": "±2μm精密内径同轴度在线检测选型指南", "summary": "在线高速检测且孔径≥4mm条件下 → 激光三角测量内径检测，探头可深入孔内旋转扫描，兼顾速度、精度与小尺寸适配〔REF-001〕", "focused_product": null, "product_series": null, "industry": [ "航空航天", "液压气动", "精密轴承", "医疗器械" ], "measurement": [ "内径", "椭圆度", "锥度", "圆柱度", "同轴度" ], "tags": [ "航空航天", "液压气动", "内径", "传感器", "技术问答" ], "updated_at": "2025-08-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS104电机定子同轴度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-motor-stator-inner-diameter-selection", "category": "qa_article", "category_cn": "技术问答", "title": "电机定子铁芯高反射内径微米级在线测量选型指南", "summary": "在高反射金属表面、在线高速检测（采样频率≥1kHz）且精度要求±10μm条件下 → 蓝色激光三角测量技术，兼顾速度、精度与抗反射能力〔REF-003〕〔REF-…", "focused_product": null, "product_series": null, "industry": [ "新能源汽车", "航空航天", "精密机械制造" ], "measurement": [ "内径测量", "圆度测量", "圆柱度测量", "锥度测量", "同轴度测量" ], "tags": [ "新能源汽车", "航空航天", "内径测量", "传感器", "技术问答" ], "updated_at": "2025-04-18", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS104电机定子铁芯内径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "aerospace-rectangular-bore-selection", "category": "qa_article", "category_cn": "技术问答", "title": "航空航天矩形内孔微米级高精度检测技术选型指南", "summary": "在要求±1μm尺寸精度且需深入小孔径（最小内径≥4mm）在线检测条件下 → 激光三角测量技术，探头直径可定制小于4mm，采样速率达9.4kHz，兼顾精度与节拍〔…", "focused_product": null, "product_series": null, "industry": [ "航空航天", "精密制造", "质量控制" ], "measurement": [ "内孔尺寸测量", "形位公差检测", "表面粗糙度评估", "缺陷检测" ], "tags": [ "航空航天", "精密制造", "内孔尺寸测量", "传感器", "技术问答" ], "updated_at": "2025-09-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS104矩形内孔检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "internal-diameter-micro-selection", "category": "qa_article", "category_cn": "技术问答", "title": "直径小于10mm精密内径微米级非接触测量选型指南", "summary": "在孔径小于10mm、要求在线实时检测且测量精度≤±2µm条件下 → 激光三角测量旋转探头方案，兼顾小探头尺寸与高采样频率", "focused_product": null, "product_series": null, "industry": [ "航空航天", "医疗器械", "汽车零部件", "精密轴承" ], "measurement": [ "内径", "圆度", "圆柱度", "同轴度", "锥度", "直线度", "表面粗糙度" ], "tags": [ "航空航天", "医疗器械", "内径", "传感器", "技术问答" ], "updated_at": "2025-09-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS104矩形内轮廓测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-small-hole-inner-diameter-selection-问答zlds104研磨机内径测量", "category": "qa_article", "category_cn": "技术问答", "title": "精密小孔内径非接触式在线测量选型指南", "summary": "在高速在线检测（>1000Hz）且要求微米级精度条件下 → 激光三角测量技术，兼顾速度与精度，支持旋转探头实现360°内轮廓扫描〔REF-002〕", "focused_product": null, "product_series": null, "industry": [ "汽车零部件制造", "航空航天", "医疗器械", "液压气动元件", "精密机械制造" ], "measurement": [ "内径测量", "圆度测量", "圆柱度测量", "同轴度测量", "椭圆度测量", "锥度测量" ], "tags": [ "汽车零部件制造", "航空航天", "内径测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS104研磨机内径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-cylinder-id-selection", "category": "qa_article", "category_cn": "技术问答", "title": "筒节内径及形位公差微米级非接触测量选型指南", "summary": "在要求±5µm级测量精度且需检测4mm极小孔径与高反射材料条件下 → 激光三角位移测量（蓝色激光探头），兼顾小孔可达性与高速在线扫描能力〔REF-001〕。", "focused_product": null, "product_series": null, "industry": [ "汽车制造", "航空航天", "医疗器械", "能源化工" ], "measurement": [ "内径测量", "椭圆度测量", "锥度测量", "同轴度测量", "圆柱度测量", "直线度测量", "表面粗糙度评估" ], "tags": [ "汽车制造", "航空航天", "内径测量", "传感器", "技术问答" ], "updated_at": "2025-09-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS104筒节管口内径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-precision-tube-id-selection-问答zlds104管材壁厚检测", "category": "qa_article", "category_cn": "技术问答", "title": "精密管件内径与几何参数在线检测选型指南", "summary": "在3~50mm精密金属管件内径、椭圆度、圆柱度在线检测且要求±0.01mm级精度条件下 → 激光三角测量技术，探头可深入微孔，采样频率高，综合精度可达微米级。", "focused_product": null, "product_series": null, "industry": [ "航空航天", "医疗器械", "汽车零部件", "精密制造" ], "measurement": [ "内径", "椭圆度", "圆柱度", "锥度", "壁厚" ], "tags": [ "航空航天", "医疗器械", "内径", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS104管材壁厚检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "pipe-inner-diameter-blue-laser-selection", "category": "qa_article", "category_cn": "技术问答", "title": "高反射与半透明管材内径蓝色激光非接触式在线检测选型指南", "summary": "在高速在线检测（>1000Hz）且要求±5µm级别内径精度条件下 → 蓝色激光三角测量/轮廓扫描技术，兼顾速度与精度，适配高反射及半透明材料", "focused_product": null, "product_series": null, "industry": [ "医疗器械", "航空航天", "精密制造", "石油化工" ], "measurement": [ "内径测量", "圆度检测", "壁厚测量", "轮廓扫描" ], "tags": [ "医疗器械", "航空航天", "内径测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS104管材尺寸控制/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "med-dev-small-hole-submicron-selection", "category": "qa_article", "category_cn": "技术问答", "title": "医疗器械毫米级小孔及复杂内腔亚微米非接触测量选型指南", "summary": "在线高速检测（采样频率≥1kHz）且目标孔径≤48mm条件下 → 激光三角测量法（探头旋转扫描），兼顾亚微米精度与实时反馈能力〔REF-002〕", "focused_product": null, "product_series": null, "industry": [ "医疗器械制造", "精密加工", "质量控制" ], "measurement": [ "内径测量", "几何公差", "表面形貌", "三维重建" ], "tags": [ "医疗器械制造", "精密加工", "内径测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS104管端内螺纹扫描/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-micron-irregular-hole-selection", "category": "qa_article", "category_cn": "技术问答", "title": "精密制造异形孔微米级无损测量选型指南", "summary": "在微小异形孔（最小内径≥4mm）微米级几何尺寸在线或离线高精度测量条件下 → 激光三角测量/线激光轮廓扫描技术，兼顾精度、速度与探头可达性", "focused_product": null, "product_series": null, "industry": [ "航空航天", "医疗器械", "汽车制造", "精密模具", "电子制造" ], "measurement": [ "内径形貌", "几何公差", "表面缺陷", "三维轮廓" ], "tags": [ "航空航天", "医疗器械", "内径形貌", "传感器", "技术问答" ], "updated_at": "2025-09-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS104管筒内壁扫描/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "aero-inner-diameter-selection-问答zlds104管筒内径测量", "category": "qa_article", "category_cn": "技术问答", "title": "航空航天部件±0.01mm内径高精度自动化检测与形位公差分析选型指南", "summary": "在高速在线批量尺寸监控（>1000Hz）且仅需通径/外径快速判定条件下 → 激光扫描测微技术，采样速率可达16000次/秒，精度覆盖±0.03μm至±1μm〔R…", "focused_product": null, "product_series": null, "industry": [ "航空航天", "精密制造", "医疗器械" ], "measurement": [ "内径尺寸", "圆度", "圆柱度", "同轴度", "表面粗糙度" ], "tags": [ "航空航天", "精密制造", "内径尺寸", "传感器", "技术问答" ], "updated_at": "2025-08-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS104管筒内径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-pipeline-id-bore-inspection-selection", "category": "qa_article", "category_cn": "技术问答", "title": "工业管道内壁10微米级内径与缺陷检测选型指南", "summary": "在线实时检测且关注内径、椭圆度、圆度等几何尺寸条件下 → 激光三角测量方案，采样频率可达数千赫兹，探头可微型化进入小口径管道〔REF-001〕〔REF-004〕", "focused_product": null, "product_series": null, "industry": [ "石油化工", "航空航天", "能源装备" ], "measurement": [ "内径测量", "圆度与椭圆度", "壁厚检测", "表面缺陷检测" ], "tags": [ "石油化工", "航空航天", "内径测量", "传感器", "技术问答" ], "updated_at": "2025-04-18", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS104管筒内腔尺寸控制/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-pipe-lining-micro-inspection-selection", "category": "qa_article", "category_cn": "技术问答", "title": "管道内壁修复层微米级厚度与几何形状在线检测选型指南", "summary": "在在线高速检测且管道内径≥4 mm条件下 → 蓝光激光三角测量法，兼顾采样频率、重复精度与小探头集成能力。", "focused_product": null, "product_series": null, "industry": [ "石油天然气", "航空航天", "医疗器械", "汽车制造" ], "measurement": [ "内径测量", "涂层厚度测量", "轮廓扫描", "表面粗糙度检测" ], "tags": [ "石油天然气", "航空航天", "内径测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS104管道内壁修复均匀性测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "aero-pipe-id-selection-laser", "category": "qa_article", "category_cn": "技术问答", "title": "航空航天微小管道内径精密检测选型指南", "summary": "在要求10μm级内径、椭圆度、同轴度精密几何量测量条件下 → 激光三角测量与线激光轮廓扫描技术，兼顾微米级精度、高刷新率与全轮廓重建能力。", "focused_product": null, "product_series": null, "industry": [ "航空航天", "精密制造", "无损检测" ], "measurement": [ "内径测量", "椭圆度", "同轴度", "圆柱度", "表面缺陷检测" ], "tags": [ "航空航天", "精密制造", "内径测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS104管道内壁形貌还原/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-small-hole-bore-inspection-selection", "category": "qa_article", "category_cn": "技术问答", "title": "内径小于50mm异形孔非接触测量选型指南", "summary": "在高速在线检测（>1000Hz）且要求微米级精度条件下 → 激光三角测量技术，兼顾速度与精度，可构建完整三维轮廓〔REF-001〕〔REF-002〕", "focused_product": null, "product_series": null, "industry": [ "航空航天", "医疗器械", "汽车零部件", "精密模具" ], "measurement": [ "内径测量", "圆度/椭圆度", "圆柱度/直线度", "锥度/台阶", "表面粗糙度", "缺陷检测" ], "tags": [ "航空航天", "医疗器械", "内径测量", "传感器", "技术问答" ], "updated_at": "2025-08-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS104管道内壁检查/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-small-hole-inspection-selection", "category": "qa_article", "category_cn": "技术问答", "title": "直径小于5mm微小孔径非接触式在线内径测量选型指南", "summary": "在孔径4mm~48mm、要求±2μm以内精度且需在线检测条件下 → 激光三角测量技术，兼顾探头可达性与几何量重建能力", "focused_product": null, "product_series": null, "industry": [ "航空航天", "医疗器械", "汽车制造", "精密模具" ], "measurement": [ "内径", "圆度", "圆柱度", "锥度", "同轴度", "表面粗糙度" ], "tags": [ "航空航天", "医疗器械", "内径", "传感器", "技术问答" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS104管道内壁磨损测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-small-bore-irregular-pipe-id-selection", "category": "qa_article", "category_cn": "技术问答", "title": "小孔径异形管道内径高精度非接触式检测选型指南", "summary": "在要求±10 μm以内精度且孔径≤4 mm条件下 → 激光三角测量（蓝光微型探头），兼顾微型化、高刷新率与IP67工业防护", "focused_product": null, "product_series": null, "industry": [ "航空航天", "医疗器械", "汽车制造", "精密机械加工" ], "measurement": [ "内径", "圆度", "圆柱度", "锥度", "表面粗糙度", "缺陷检测" ], "tags": [ "航空航天", "医疗器械", "内径", "传感器", "技术问答" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS104管道内腔变形测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-pipe-internal-thread-selection", "category": "qa_article", "category_cn": "技术问答", "title": "管道内螺纹高精度在线检测方案选型指南", "summary": "在高速在线检测（>1000Hz刷新率）且孔径<50mm条件下 → 线激光轮廓扫描技术，兼顾速度与探头小型化", "focused_product": null, "product_series": null, "industry": [ "精密制造", "航空航天", "医疗器械", "汽车动力总成" ], "measurement": [ "三维形貌", "螺纹几何参数", "表面粗糙度", "内径与同轴度" ], "tags": [ "精密制造", "航空航天", "三维形貌", "传感器", "技术问答" ], "updated_at": "2025-04-18", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS104管道内螺纹检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-blue-laser-inner-diameter-selection", "category": "qa_article", "category_cn": "技术问答", "title": "高反射与半透明材料微小内径蓝色激光非接触精密测量选型指南", "summary": "在微小内径（≥4 mm）、高反射或半透明材料、要求≤±2 μm精度且需在线或半在线检测条件下 → 内置旋转机构的蓝色激光三角测量探头方案，兼顾小尺寸适配与抗镜面…", "focused_product": null, "product_series": null, "industry": [ "航空航天", "医疗器械", "汽车制造", "精密机械" ], "measurement": [ "内径", "真圆度", "圆柱度", "同轴度", "锥度", "椭圆度" ], "tags": [ "航空航天", "医疗器械", "内径", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS104管道同轴度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-pipeline-corrosion-noncontact-selection", "category": "qa_article", "category_cn": "技术问答", "title": "工业管道内壁腐蚀非接触精密检测选型指南", "summary": "在要求≤0.01mm精度且需获取内壁完整三维形貌条件下 → 激光三角测量与线激光轮廓扫描技术，兼顾微米级精度与高速动态采样〔REF-001〕", "focused_product": null, "product_series": null, "industry": [ "石油化工", "航空航天", "核电", "长输管线" ], "measurement": [ "内径测量", "壁厚评估", "腐蚀形貌采集", "无损探伤" ], "tags": [ "石油化工", "航空航天", "内径测量", "传感器", "技术问答" ], "updated_at": "2025-09-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS104管道腐蚀情况检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-aero-pipe-insulation-ndt-selection", "category": "qa_article", "category_cn": "技术问答", "title": "航空航天管道隔热层内壁高精度无损检测选型指南", "summary": "在要求10微米级内壁几何精度且需在线高速检测条件下 → 激光三角测量技术，兼顾速度与分辨率", "focused_product": null, "product_series": null, "industry": [ "航空航天", "装备制造", "无损检测" ], "measurement": [ "内径测量", "表面形貌检测", "内部缺陷探测", "壁厚测量" ], "tags": [ "航空航天", "装备制造", "内径测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS104管道隔热层内壁缺陷检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-precision-bore-measurement-selection", "category": "qa_article", "category_cn": "技术问答", "title": "精密内径±2μm级尺寸与形位公差自动化检测选型指南", "summary": "在线高速批量检测（采样频率≥1kHz）且要求非接触条件下 → 激光三角测量技术，兼顾速度与丰富几何信息", "focused_product": null, "product_series": null, "industry": [ "汽车制造", "航空航天", "医疗器械", "精密机械", "电子工业" ], "measurement": [ "内径测量", "圆度测量", "圆柱度测量", "气动量仪", "激光位移传感器" ], "tags": [ "汽车制造", "航空航天", "内径测量", "传感器", "技术问答" ], "updated_at": "2025-09-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS104缸体内径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "cylinder-bore-inspection-selection", "category": "qa_article", "category_cn": "技术问答", "title": "缸体内径与微米级划痕非接触式检测选型指南", "summary": "在产线在线检测（采样频率≥1kHz）且需进入微小深孔条件下 → 激光三角测量技术，兼顾探头小型化与高速轮廓采集能力〔REF-002〕", "focused_product": null, "product_series": null, "industry": [ "汽车制造", "航空航天", "液压元件", "医疗器械" ], "measurement": [ "内径测量", "真圆度", "圆柱度", "直线度", "表面粗糙度", "划痕检测" ], "tags": [ "汽车制造", "航空航天", "内径测量", "传感器", "技术问答" ], "updated_at": "2025-05-20", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS104缸体内表面划痕测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "precision-bore-measurement-selection", "category": "qa_article", "category_cn": "技术问答", "title": "精密孔径微米级/亚微米级测量方案选型指南", "summary": "在线高速批量检测且孔径≥4 mm条件下 → 激光三角测量法或线激光三角测量法，兼顾速度与微米级精度", "focused_product": null, "product_series": null, "industry": [ "汽车制造", "航空航天", "医疗器械", "液压气动元件", "精密轴承" ], "measurement": [ "内径", "圆度", "圆柱度", "锥度", "同轴度", "直线度", "表面粗糙度" ], "tags": [ "汽车制造", "航空航天", "内径", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS104缸体内表面测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-precision-inner-diameter-selection", "category": "qa_article", "category_cn": "技术问答", "title": "精密零件内径与形位公差非接触测量选型指南", "summary": "在线批量检测且内径4~48mm、要求±0.01mm精度条件下 → 激光三角测量旋转扫描方案，兼顾速度、轮廓信息与工业防护等级〔REF-001〕〔REF-002〕", "focused_product": null, "product_series": null, "industry": [ "航空航天", "汽车制造", "医疗器械", "液压气动元件" ], "measurement": [ "内径", "圆度", "圆柱度", "同轴度", "锥度", "台阶高度", "表面粗糙度" ], "tags": [ "航空航天", "汽车制造", "内径", "传感器", "技术问答" ], "updated_at": "2025-09-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS104罩壳缸筒内壁检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-cylinder-bore-selection-问答zlds104罩壳缸筒加工残留检测", "category": "qa_article", "category_cn": "技术问答", "title": "精密液压/气动罩壳缸筒内径残留物与几何公差自动化检测选型指南", "summary": "在高速在线内径与残留物综合检测（采样率需≥1kHz）条件下 → 激光三角测量技术，探头可小型化并适配小孔旋转扫描，兼顾几何公差与局部高度偏差识别", "focused_product": null, "product_series": null, "industry": [ "液压气动元件", "汽车零部件", "航空航天", "医疗器械" ], "measurement": [ "内径尺寸", "圆度", "圆柱度", "表面粗糙度", "残留物检测" ], "tags": [ "液压气动元件", "汽车零部件", "内径尺寸", "传感器", "技术问答" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS104罩壳缸筒加工残留检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "cavity-corrosion-measurement-selection", "category": "qa_article", "category_cn": "技术问答", "title": "腔体腐蚀异形孔内径与形貌高精度测量选型指南", "summary": "在线实时监测小直径腔体内径（≥4mm）且要求±5μm精度条件下 → 激光三角测量法，探头可定制小于4mm，支持蓝色激光适配高反射材料", "focused_product": null, "product_series": null, "industry": [ "航空航天", "医疗器械", "精密机械制造", "能源化工" ], "measurement": [ "内径尺寸", "圆度", "圆柱度", "椭圆度", "锥度", "表面粗糙度", "腐蚀深度/宽度", "缺陷检测" ], "tags": [ "航空航天", "医疗器械", "内径尺寸", "传感器", "技术问答" ], "updated_at": "2025-04-18", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS104腔体腐蚀形貌测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-lathe-inner-hole-measurement-selection", "category": "qa_article", "category_cn": "技术问答", "title": "车床零件内孔高速在线测量选型指南", "summary": "在轴向移动速度≥100mm/s且要求±5μm形位公差在线测量条件下 → 激光三角测量与内孔扫描技术，兼顾高采样率、非接触与多参数轮廓重建能力〔REF-001〕。", "focused_product": null, "product_series": null, "industry": [ "汽车零部件制造", "航空航天", "医疗器械", "精密机械加工" ], "measurement": [ "内孔直径", "圆度", "圆柱度", "同轴度" ], "tags": [ "汽车零部件制造", "航空航天", "内孔直径", "传感器", "技术问答" ], "updated_at": "2025-08-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS104车床零件内孔直径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "wheel-hub-center-bore-selection-guide", "category": "qa_article", "category_cn": "技术问答", "title": "轮毂中心孔微米级内径与形位公差在线检测选型指南", "summary": "在高速在线检测（刷新率>1000Hz）且要求完整轮廓数据的条件下 → 激光三角测量技术，兼顾采样密度与几何参数提取能力", "focused_product": null, "product_series": null, "industry": [ "汽车制造", "精密机械加工", "航空航天" ], "measurement": [ "内径测量", "圆度", "圆柱度", "同轴度", "表面粗糙度" ], "tags": [ "汽车制造", "精密机械加工", "内径测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS104轮毂中心孔内径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-bore-measurement-selection-问答zlds104轮毂孔径测量", "category": "qa_article", "category_cn": "技术问答", "title": "高反射与半透明精密内径非接触测量选型指南", "summary": "在4mm~50mm内径、±2μm精度、高反射或半透明材料且要求在线高速检测条件下 → 蓝色激光三角测量技术，兼顾探头尺寸、采样频率与材料适应性", "focused_product": null, "product_series": null, "industry": [ "航空航天", "医疗器械", "汽车零部件", "精密模具", "电子元器件" ], "measurement": [ "内径", "圆度", "圆柱度", "同轴度", "锥度" ], "tags": [ "航空航天", "医疗器械", "内径", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS104轮毂孔径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "bore-measurement-selection-guide", "category": "qa_article", "category_cn": "技术问答", "title": "精密孔内径与形位公差检测选型指南（10微米级精度与高效率）", "summary": "在线高速批量检测小孔内径（孔径≥4mm，精度±0.01mm） → 激光三角测量技术，兼顾非接触、高采样率与微小型探头可达性。", "focused_product": null, "product_series": null, "industry": [ "航空航天", "汽车制造", "医疗器械", "液压气动元件" ], "measurement": [ "内径测量", "圆度", "圆柱度", "同轴度", "表面粗糙度" ], "tags": [ "航空航天", "汽车制造", "内径测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS104轴向内壁扫描/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-industrial-measurement-selection", "category": "qa_article", "category_cn": "技术问答", "title": "工业精密尺寸与轮廓测量传感器选型指南", "summary": "在高速在线检测（>1000Hz）且要求微米级精度条件下 → 线激光剖面扫描技术，兼顾速度与精度", "focused_product": null, "product_series": null, "industry": [ "汽车制造", "电子半导体", "金属加工" ], "measurement": [ "非接触式位移测量", "轮廓扫描", "在线尺寸检测" ], "tags": [ "汽车制造", "电子半导体", "非接触式位移测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS104轴承内孔检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-bearing-id-measurement-selection", "category": "qa_article", "category_cn": "技术问答", "title": "轴承内径精密测量方案选型指南（±1 µm级在线检测）", "summary": "在高速在线检测（>1000Hz采样）且要求±1 µm精度条件下 → 激光三角测量技术，兼顾速度与精度，蓝色激光适配高反射金属表面〔REF-001〕", "focused_product": null, "product_series": null, "industry": [ "轴承制造", "精密机械", "汽车零部件", "航空航天" ], "measurement": [ "内径测量", "圆度评价", "圆柱度评价", "表面粗糙度", "几何公差" ], "tags": [ "轴承制造", "精密机械", "内径测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS104轴承内径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "idm-selection-guide-highspeed-precision", "category": "qa_article", "category_cn": "技术问答", "title": "精密内径测量系统选型指南:±5µm精度与高速在线检测", "summary": "在高速在线检测（刷新率/输出频率 > 1000Hz）且要求±5µm测量精度条件下 → 非接触式激光三角测量技术，兼顾小孔适应性、三维轮廓重建与实时性", "focused_product": null, "product_series": null, "industry": [ "汽车制造", "航空航天", "医疗器械", "液压气动元件" ], "measurement": [ "内径测量", "几何公差", "轮廓扫描", "尺寸检测" ], "tags": [ "汽车制造", "航空航天", "内径测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS104轴箱内径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "aero-inner-hole-coaxiality-selection", "category": "qa_article", "category_cn": "技术问答", "title": "航空航天内孔同轴度±5µm在线检测与选型指南", "summary": "在高速在线检测（采样频率>1000Hz）且要求±5µm同轴度公差条件下 → 激光三角测量技术，兼顾小孔径进入性与实时径向数据采集能力", "focused_product": null, "product_series": null, "industry": [ "航空航天", "精密制造" ], "measurement": [ "内径测量", "同轴度", "形位公差" ], "tags": [ "航空航天", "精密制造", "内径测量", "传感器", "技术问答" ], "updated_at": "2025-04-18", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS104轴类零件内孔同轴度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "axis-bore-inspection-selection-guide", "category": "qa_article", "category_cn": "技术问答", "title": "轴类零件内孔高精度非接触式检测选型指南", "summary": "在生产线在线检测（节拍<5s/件）且需评估圆度、圆柱度、锥度等完整几何公差条件下 → 激光三角测量技术，兼顾非接触、高速度与多维形貌重建能力〔REF-001〕", "focused_product": null, "product_series": null, "industry": [ "精密机械", "汽车零部件", "航空航天", "医疗器械", "液压气动" ], "measurement": [ "内径", "圆度", "圆柱度", "锥度", "同轴度", "表面粗糙度" ], "tags": [ "精密机械", "汽车零部件", "内径", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS104轴类零件内孔直径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "internal-diameter-metrology-selection", "category": "qa_article", "category_cn": "技术问答", "title": "精密内径微米级公差在线检测选型指南", "summary": "在最小可测内径≥4 mm且要求在线全检条件下 → 激光三角测量旋转探头方案，兼顾±2 μm精度与9.4 kHz采样频率", "focused_product": null, "product_series": null, "industry": [ "航空航天", "精密液压", "医疗器械", "轴承制造", "新能源汽车" ], "measurement": [ "内径尺寸", "圆度", "圆柱度", "锥度", "同轴度", "表面粗糙度" ], "tags": [ "航空航天", "精密液压", "内径尺寸", "传感器", "技术问答" ], "updated_at": "2025-08-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS104轴类零件内径在机检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "metal-internal-thread-selection", "category": "qa_article", "category_cn": "技术问答", "title": "金属件内螺纹在线非接触检测选型指南", "summary": "在要求±0.002 mm在线检测、被测孔径≥4 mm且需产线高速全检条件下 → 激光三角测量技术，兼顾微米级线性精度与kHz级刷新率", "focused_product": null, "product_series": null, "industry": [ "航空航天", "汽车零部件", "医疗器械", "精密机械加工" ], "measurement": [ "内螺纹关键尺寸", "螺旋轮廓重建", "几何公差评价" ], "tags": [ "航空航天", "汽车零部件", "内螺纹关键尺寸", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS104金属件内螺纹检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-metal-sleeve-id-selection", "category": "qa_article", "category_cn": "技术问答", "title": "金属套管内径与几何形状1微米级非接触式自动化检测选型指南", "summary": "在高速在线检测（采样率≥10kHz）且要求完整内壁轮廓（圆度、圆柱度、同轴度）条件下 → 激光三角测量技术，兼顾微米级精度与多参数几何重建能力〔REF-001〕…", "focused_product": null, "product_series": null, "industry": [ "汽车制造", "航空航天", "医疗器械", "轴承制造" ], "measurement": [ "内径测量", "圆度测量", "圆柱度测量", "同轴度测量", "锥度测量" ], "tags": [ "汽车制造", "航空航天", "内径测量", "传感器", "技术问答" ], "updated_at": "2025-08-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS104金属套管内径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "internal-diameter-selection-guide-问答zlds104钢套筒内径测量", "category": "qa_article", "category_cn": "技术问答", "title": "±5μm精密内径非接触检测技术选型指南", "summary": "在线高速检测（>1000Hz采样）且要求±5μm精度条件下 → 激光三角测量（旋转探头）或气动测量方案，兼顾速度与精度〔REF-001〕〔REF-002〕", "focused_product": null, "product_series": null, "industry": [ "航空航天", "医疗器械", "汽车零部件", "液压元件", "轴承制造" ], "measurement": [ "内径", "圆度", "圆柱度", "锥度", "同轴度", "表面粗糙度" ], "tags": [ "航空航天", "医疗器械", "内径", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS104钢套筒内径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-steel-sleeve-cylindricity-selection", "category": "qa_article", "category_cn": "技术问答", "title": "高反射钢套筒内孔圆柱度在线检测选型指南", "summary": "在要求圆柱度误差≤5µm且需在线快速检测高反射钢套筒内孔条件下 → 内部旋转激光三角测量法，兼顾微米级精度、小尺寸探头可达性与蓝色激光抗镜面反射能力〔REF-0…", "focused_product": null, "product_series": null, "industry": [ "机械制造", "液压气动", "轴承加工", "航空航天零部件" ], "measurement": [ "圆柱度", "圆度", "内孔尺寸", "形位公差" ], "tags": [ "机械制造", "液压气动", "圆柱度", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS104钢套筒圆柱度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-steel-casing-id-selection", "category": "qa_article", "category_cn": "技术问答", "title": "钢套管内径与圆度在线检测选型指南", "summary": "在高速在线检测（刷新率/输出频率>1000 Hz）且要求微米级测量精度条件下 → 激光三角测量技术，兼顾速度与多参数截面重建能力〔REF-001〕", "focused_product": null, "product_series": null, "industry": [ "石油天然气输送", "机械制造", "航空航天", "医疗器械" ], "measurement": [ "内径", "圆度", "椭圆度", "锥度", "直线度", "同轴度", "壁厚" ], "tags": [ "石油天然气输送", "机械制造", "内径", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS104钢套管内径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-small-hole-id-laser-selection", "category": "qa_article", "category_cn": "技术问答", "title": "4毫米以下精密小孔内径微米级在线检测选型指南", "summary": "在孔径≥4mm、要求亚微米至数微米精度且需在线高速检测条件下 → 旋转探头式激光三角测量法，兼顾微型化进入深孔与高采样频率", "focused_product": null, "product_series": null, "industry": [ "航空航天", "医疗器械", "汽车制造", "精密机械加工" ], "measurement": [ "内径测量", "圆度测量", "圆柱度测量", "表面粗糙度测量" ], "tags": [ "航空航天", "医疗器械", "内径测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS104钢带轮辋三维扫描/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "aerospace-inner-diameter-selection-问答zlds104钢带轮辋内壁测量", "category": "qa_article", "category_cn": "技术问答", "title": "航空航天精密零件±10μm内径非接触式检测选型指南", "summary": "在航空航天小孔/深孔在线检测且要求±10μm精度条件下 → 激光三角测量（含旋转探头内径扫描），兼顾微米级精度、千赫兹级刷新率与紧凑探头尺寸〔REF-001〕", "focused_product": null, "product_series": null, "industry": [ "航空航天", "精密制造", "液压与传动" ], "measurement": [ "内径测量", "圆度", "圆柱度", "同轴度", "轮廓扫描" ], "tags": [ "航空航天", "精密制造", "内径测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS104钢带轮辋内壁测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "steel-drum-id-inspection-selection", "category": "qa_article", "category_cn": "技术问答", "title": "钢桶内径与圆度高精度在线检测选型指南", "summary": "在高速在线检测（采样频率≥1000Hz）且要求±2μm级精度条件下 → 非接触式激光三角测量技术，兼顾速度与精度", "focused_product": null, "product_series": null, "industry": [ "装备制造", "金属容器制造", "自动化产线" ], "measurement": [ "内径测量", "圆度测量", "在线尺寸检测" ], "tags": [ "装备制造", "金属容器制造", "内径测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS104钢桶内径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "precision-bore-roundness-selection", "category": "qa_article", "category_cn": "技术问答", "title": "精密内孔圆整度±10μm在线测量方案选型指南", "summary": "在线高速检测（节拍<10s/件）且内径≤48mm条件下 → 点激光三角测量方案，探头可定制<4mm，采样频率9.4kHz，满足±10μm圆整度要求", "focused_product": null, "product_series": null, "industry": [ "航空航天", "汽车零部件", "液压气动元件", "医疗器械" ], "measurement": [ "圆整度", "内径", "圆柱度", "同轴度" ], "tags": [ "航空航天", "汽车零部件", "圆整度", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS104钢桶圆整度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "aero-id-inspection-selection", "category": "qa_article", "category_cn": "技术问答", "title": "航空航天精密零件内径±0.01mm级非接触快速检测选型指南", "summary": "在线高速批量检测且要求±0.01mm精度条件下 → 激光三角测量技术，兼顾高采样频率与非接触轮廓采集。", "focused_product": null, "product_series": null, "industry": [ "航空航天", "机械制造", "汽车零部件" ], "measurement": [ "内径测量", "形位公差", "表面粗糙度", "壁厚检测" ], "tags": [ "航空航天", "机械制造", "内径测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS104钢管内壁扫描/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-aerospace-id-precision-selection", "category": "qa_article", "category_cn": "技术问答", "title": "航空航天部件内径±10μm级精密检测方案选型指南", "summary": "在航空航天部件内径±10μm级精度要求、需评估圆度/同轴度且孔径≥4mm条件下 → 激光三角测量技术，探头可定制小直径进入微孔，支持蓝色激光适配高反光内壁〔RE…", "focused_product": null, "product_series": null, "industry": [ "航空航天", "精密制造" ], "measurement": [ "内径测量", "圆度与圆柱度", "几何量精密检测" ], "tags": [ "航空航天", "精密制造", "内径测量", "传感器", "技术问答" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS104钢管内径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-steel-pipe-internal-thread-inspection-selection", "category": "qa_article", "category_cn": "技术问答", "title": "钢管内螺纹在线尺寸与缺陷检测选型指南", "summary": "在高速在线检测且精度要求±0.01mm条件下 → 激光三角测量技术，兼顾速度与精度，探头可定制进入小孔径钢管〔REF-001〕", "focused_product": null, "product_series": null, "industry": [ "石油天然气", "航空航天", "汽车制造", "医疗器械" ], "measurement": [ "内螺纹几何尺寸", "表面缺陷", "表面粗糙度" ], "tags": [ "石油天然气", "航空航天", "内螺纹几何尺寸", "传感器", "技术问答" ], "updated_at": "2025-08-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS104钢管内螺纹损伤检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "aerospace-small-hole-inner-diameter-selection", "category": "qa_article", "category_cn": "技术问答", "title": "航空航天小孔深孔内径圆度同轴度高精度检测选型指南", "summary": "在高速在线检测且最小孔径≥4mm条件下 → 激光三角测量法（旋转探头扫描），兼顾亚微米级精度、kHz级采样与非接触特性", "focused_product": null, "product_series": null, "industry": [ "航空航天", "精密制造", "液压系统" ], "measurement": [ "内径测量", "圆度测量", "同轴度测量", "形位公差检测" ], "tags": [ "航空航天", "精密制造", "内径测量", "传感器", "技术问答" ], "updated_at": "2025-08-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS104钢管整圆测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "aero-small-bore-noncontact-selection", "category": "qa_article", "category_cn": "技术问答", "title": "航空航天发动机深孔内径非接触式测量选型指南", "summary": "在深孔内径在线检测且目标公差为±10µm条件下 → 旋转探头式激光三角测量技术，兼顾探头可达性、采样频率与系统集成成本", "focused_product": null, "product_series": null, "industry": [ "航空航天", "精密制造" ], "measurement": [ "内径测量", "几何公差检测", "轮廓测量" ], "tags": [ "航空航天", "精密制造", "内径测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS104钢管隔热层内壁扫描/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "precision-bore-measurement-selection-问答zlds104钢轴套内径测量", "category": "qa_article", "category_cn": "技术问答", "title": "精密零部件内孔在线检测选型指南（±0.01mm精度/百件每分钟节拍）", "summary": "在要求±0.01mm测量精度且节拍≤0.6秒/件的在线全检条件下 → 气动测量或激光扫描测径技术，兼顾微米级精度与超高速响应", "focused_product": null, "product_series": null, "industry": [ "航空航天", "汽车制造", "医疗器械", "精密机械" ], "measurement": [ "内径", "圆度", "圆柱度", "同轴度", "锥度" ], "tags": [ "航空航天", "汽车制造", "内径", "传感器", "技术问答" ], "updated_at": "2025-08-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS104钢轴套内径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-steel-bushing-inner-diameter-selection", "category": "qa_article", "category_cn": "技术问答", "title": "精密钢轴套内孔几何尺寸在线检测选型指南", "summary": "在钢轴套内孔在线全检（≥100件/分钟）且要求±0.02 mm精度条件下 → 激光三角测量旋转探头方案，兼顾内孔三维形貌获取与高节拍采集。", "focused_product": null, "product_series": null, "industry": [ "汽车零部件制造", "航空航天", "医疗器械", "轴承与衬套制造" ], "measurement": [ "内径测量", "圆度测量", "圆柱度测量", "表面粗糙度", "同轴度测量" ], "tags": [ "汽车零部件制造", "航空航天", "内径测量", "传感器", "技术问答" ], "updated_at": "2025-08-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS104钢轴套尺寸控制/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-inner-diameter-high-reflective-selection", "category": "qa_article", "category_cn": "技术问答", "title": "高反射与半透明材料内径高精度非接触测量选型指南", "summary": "在要求±10 µm测量精度、最小孔径≤4 mm、材料为高反射抛光金属或半透明塑料且需要在线检测的条件下 → 探针式激光三角测量技术（蓝色激光版本），兼顾探头可达…", "focused_product": null, "product_series": null, "industry": [ "航空航天", "汽车制造", "精密液压", "医疗器械" ], "measurement": [ "内径", "圆度", "圆柱度", "同轴度", "锥度" ], "tags": [ "航空航天", "汽车制造", "内径", "传感器", "技术问答" ], "updated_at": "2025-04-18", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS104钻孔内径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "aerospace-pipeline-id-perpendicularity-selection", "category": "qa_article", "category_cn": "技术问答", "title": "航空航天复杂管道内径垂直度非接触测量选型指南", "summary": "在线批量检测且管道内径处于4 mm ~ 48 mm、要求±2 µm精度时 → 激光三角测量探针式方案，探头可定制小于4 mm，兼顾高速扫描与微小空间可达性〔RE…", "focused_product": null, "product_series": null, "industry": [ "航空航天", "精密制造" ], "measurement": [ "内径测量", "形位公差检测", "垂直度测量" ], "tags": [ "航空航天", "精密制造", "内径测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS104铁芯内径垂直度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-internal-diameter-selection", "category": "qa_article", "category_cn": "技术问答", "title": "精密零件内径非接触式检测选型指南", "summary": "在孔径4 mm ~ 48 mm、要求±5 μm精度且需在线检测条件下 → 激光三角测量旋转扫描方案，兼顾速度、成本与小探头可达性", "focused_product": null, "product_series": null, "industry": [ "航空航天", "医疗器械", "液压气动", "精密轴承" ], "measurement": [ "内径", "圆度", "圆柱度", "锥度", "同轴度", "表面粗糙度" ], "tags": [ "航空航天", "医疗器械", "内径", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS104铁芯线槽垂直度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "iron-core-lug-measurement-selection", "category": "qa_article", "category_cn": "技术问答", "title": "精密铁芯耳部孔径与垂直度非接触式测量选型指南", "summary": "在±2μm孔径公差、在线高速检测且需微型探头伸入小孔条件下 → 激光三角测量法（带旋转扫描探头），兼顾速度、精度与小空间适应性", "focused_product": null, "product_series": null, "industry": [ "电机制造", "精密机械加工", "自动化质量控制" ], "measurement": [ "孔径测量", "垂直度测量", "三维轮廓检测" ], "tags": [ "电机制造", "精密机械加工", "孔径测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS104铁芯耳部垂直度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "al-cylinder-preform-wall-thickness-selection", "category": "qa_article", "category_cn": "技术问答", "title": "铝制气瓶瓶胚壁厚均匀性在线检测选型指南", "summary": "在高速在线检测（刷新率/输出频率≥2.5 kHz）且需深入小口径瓶胚内壁条件下 → 激光三角测量技术，兼顾速度、精度与小探头适应性", "focused_product": null, "product_series": null, "industry": [ "压力容器制造", "气瓶生产", "精密管材加工" ], "measurement": [ "壁厚测量", "内径测量", "椭圆度测量", "同轴度测量" ], "tags": [ "压力容器制造", "气瓶生产", "壁厚测量", "传感器", "技术问答" ], "updated_at": "2025-08-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS104铝制气瓶瓶胚厚度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "aero-internal-hole-laser-selection", "category": "qa_article", "category_cn": "技术问答", "title": "航空航天复杂内孔（4–50 mm）非接触激光尺寸与形位公差检测选型指南", "summary": "在航空航天复杂内孔（4–50 mm）在线尺寸与形位公差检测且要求±2 μm级精度条件下 → 激光三角测量技术，探头可伸入孔内旋转扫描，兼顾小孔径适配性与高精度", "focused_product": null, "product_series": null, "industry": [ "航空航天", "精密制造", "液压与流体控制" ], "measurement": [ "内径测量", "圆度/椭圆度", "同轴度", "圆柱度", "锥度", "台阶尺寸" ], "tags": [ "航空航天", "精密制造", "内径测量", "传感器", "技术问答" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS104锤式车轴形状控制/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "conical-hole-micro-id-selection", "category": "qa_article", "category_cn": "技术问答", "title": "高反射小孔径锥形孔微米级内径检测选型指南", "summary": "在线批量检测且最小孔径≥4mm、要求非接触条件下 → 线激光轮廓扫描技术，兼顾速度、精度与抗反光能力", "focused_product": null, "product_series": null, "industry": [ "航空航天", "液压气动", "医疗器械", "精密机械" ], "measurement": [ "内径", "锥度", "圆度", "同轴度", "表面粗糙度" ], "tags": [ "航空航天", "液压气动", "内径", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS104锥形孔内径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "precision-inner-hole-selection", "category": "qa_article", "category_cn": "技术问答", "title": "±1微米精密内孔自动化检测方案选型指南", "summary": "在高速在线检测（采样频率≥1kHz）且要求±1 μm尺寸精度条件下 → 激光三角测量技术，兼顾响应时间与探头小型化", "focused_product": null, "product_series": null, "industry": [ "航空航天", "汽车制造", "医疗器械", "液压气动" ], "measurement": [ "内径", "圆度", "圆柱度", "同轴度", "锥度", "台阶高度", "表面粗糙度" ], "tags": [ "航空航天", "汽车制造", "内径", "传感器", "技术问答" ], "updated_at": "2025-04-18", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS104锥形孔尺寸测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-small-hole-id-selection", "category": "qa_article", "category_cn": "技术问答", "title": "精密制造中小孔内径非接触式高精度检测选型指南", "summary": "在孔径≥4mm、要求±2µm级测量精度且需在线高速检测条件下 → 激光三角测量技术，兼顾亚微米分辨率与高刷新率", "focused_product": null, "product_series": null, "industry": [ "航空发动机", "医疗器械", "汽车液压系统", "精密机械" ], "measurement": [ "内径尺寸", "椭圆度", "锥度", "圆柱度", "同轴度", "表面粗糙度" ], "tags": [ "航空发动机", "医疗器械", "内径尺寸", "传感器", "技术问答" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS104锥螺纹内壁扫描/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "aero-inner-diameter-selection-问答zlds104锥螺纹内径测量", "category": "qa_article", "category_cn": "技术问答", "title": "航空航天部件内径微米级在线检测选型指南", "summary": "在航空航天微小孔径（≥4mm）在线尺寸与形貌检测条件下 → 激光三角测量技术，兼顾探头小型化、高采样频率与微米级精度〔REF-005〕", "focused_product": null, "product_series": null, "industry": [ "航空航天", "精密制造" ], "measurement": [ "内径测量", "几何公差", "轮廓检测" ], "tags": [ "航空航天", "精密制造", "内径测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS104锥螺纹内径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "med-device-inner-diameter-selection", "category": "qa_article", "category_cn": "技术问答", "title": "医疗器械内径微米级非接触式在线检测选型指南", "summary": "在误差要求<5μm且需生产线在线高速检测条件下 → 激光三角测量（蓝色激光微型探头），兼顾采样频率、探头可定制性与工业环境适应性", "focused_product": null, "product_series": null, "industry": [ "医疗器械", "精密制造", "质量控制" ], "measurement": [ "内径测量", "几何形位公差", "表面粗糙度" ], "tags": [ "医疗器械", "精密制造", "内径测量", "传感器", "技术问答" ], "updated_at": "2025-08-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS104镜头镜筒内壁扫描/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "lens-barrel-inspection-selection", "category": "qa_article", "category_cn": "技术问答", "title": "光学镜头镜筒内径与形位公差非接触式检测选型指南", "summary": "在要求5 μm以内尺寸精度且需同时获取内径、圆度、锥度等形位参数条件下 → 激光三角测量（旋转探头方案），兼顾速度、精度与多参数提取能力", "focused_product": null, "product_series": null, "industry": [ "光学制造", "精密机械加工", "医疗器械", "航空航天" ], "measurement": [ "内径测量", "圆度测量", "圆柱度测量", "同轴度测量", "直线度测量" ], "tags": [ "光学制造", "精密机械加工", "内径测量", "传感器", "技术问答" ], "updated_at": "2025-04-18", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS104镜头镜筒内径控制/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "precision-bore-inspection-selection-问答zlds104长内径测量", "category": "qa_article", "category_cn": "技术问答", "title": "精密小径孔内径及形位公差±2μm级自动化检测选型指南", "summary": "在线大批量、小径深孔、±2μm精度且需避免工件损伤条件下 → 激光三角测量技术，兼顾高速采样与全周轮廓采集能力〔REF-001〕。", "focused_product": null, "product_series": null, "industry": [ "航空航天", "医疗器械", "汽车制造", "液压气动" ], "measurement": [ "内径尺寸", "圆度", "圆柱度", "同轴度", "锥度", "表面粗糙度" ], "tags": [ "航空航天", "医疗器械", "内径尺寸", "传感器", "技术问答" ], "updated_at": "2025-08-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS104长内径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "micro-hole-diameter-selection", "category": "qa_article", "category_cn": "技术问答", "title": "精密微孔内径及几何形状非接触式检测选型指南", "summary": "在生产线在线检测直径<4mm精密微孔且要求±0.01mm内径精度条件下 → 激光三角测量技术，兼顾超小探头进入能力、高频采样与多几何参数提取能力〔REF-001…", "focused_product": null, "product_series": null, "industry": [ "航空航天", "医疗器械", "汽车制造", "精密模具" ], "measurement": [ "内径测量", "圆度测量", "锥度测量", "同轴度测量", "表面粗糙度评估" ], "tags": [ "航空航天", "医疗器械", "内径测量", "传感器", "技术问答" ], "updated_at": "2025-08-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS104长管内径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-micro-hole-high-reflectivity-selection", "category": "qa_article", "category_cn": "技术问答", "title": "高反光微小孔内径±10微米级非接触精密测量选型指南", "summary": "在高速在线检测且要求微米级精度条件下 → 激光三角测量技术，兼顾速度与精度，蓝色激光可有效克服高反材料镜面反射干扰〔REF-001〕", "focused_product": null, "product_series": null, "industry": [ "航空航天", "医疗器械", "汽车工业", "精密机械加工" ], "measurement": [ "内径", "圆度", "圆柱度", "锥度", "同轴度", "台阶" ], "tags": [ "航空航天", "医疗器械", "内径", "传感器", "技术问答" ], "updated_at": "2025-08-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS104阶梯孔内径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-warehouse-rack-depth-selection", "category": "qa_article", "category_cn": "技术问答", "title": "立体仓库货架深度检测传感器选型指南", "summary": "在常规立体仓库货架深度检测（精度±1mm~±0.1mm，速度≥100Hz）条件下 → 激光三角测量技术，兼顾高精度、高刷新率及工业环境适应性〔REF-001〕〔…", "focused_product": null, "product_series": null, "industry": [ "仓储物流", "自动化集成", "智能制造" ], "measurement": [ "距离测量", "位移测量", "3D轮廓测量" ], "tags": [ "仓储物流", "自动化集成", "距离测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS115仓库自动化行业动态位移测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-warehouse-laser-vision-selection-问答zlds115仓库自动化行业动态位置测量", "category": "qa_article", "category_cn": "技术问答", "title": "自动化立体仓库堆垛高度测量:激光位移传感器与机器视觉选型指南", "summary": "在高速在线检测（>1000Hz）且要求微米级精度条件下 → 激光三角测量技术，兼顾速度与精度", "focused_product": null, "product_series": null, "industry": [ "仓储物流", "自动化立体仓库" ], "measurement": [ "堆垛高度测量", "位移传感", "3D轮廓测量" ], "tags": [ "仓储物流", "自动化立体仓库", "堆垛高度测量", "传感器", "技术问答" ], "updated_at": "2025-04-12", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS115仓库自动化行业动态位置测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-warehouse-dynamic-distance-selection", "category": "qa_article", "category_cn": "技术问答", "title": "仓库自动化场景动态距离测量传感器选型指南", "summary": "在粉尘/油污弥漫、高温（>80°C）且被测物为导电金属条件下 → 电涡流传感，环境适应性最优、维护成本最低", "focused_product": null, "product_series": null, "industry": [ "物流自动化", "仓储物流", "工业自动化" ], "measurement": [ "动态距离测量", "位移传感", "轮廓测量" ], "tags": [ "物流自动化", "仓储物流", "动态距离测量", "传感器", "技术问答" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS115仓库自动化行业动态距离测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-metalprocessing-monitoring", "category": "qa_article", "category_cn": "技术问答", "title": "金属加工车间工件非接触实时形变监控选型指南", "summary": "在高速在线检测（>1000Hz）且要求微米级精度条件下 → 线激光剖面扫描技术，兼顾速度与精度", "focused_product": null, "product_series": null, "industry": [ "金属加工", "工业自动化" ], "measurement": [ "激光位移测量", "涡流位移测量" ], "tags": [ "金属加工", "工业自动化", "激光位移测量", "传感器", "技术问答" ], "updated_at": "2025-04-12", "version": "1.1", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS115光滑金属表面测距/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "sem-packaging-gap-selection", "category": "qa_article", "category_cn": "技术问答", "title": "半导体封装间隙非接触式在线检测选型指南", "summary": "在高速在线检测（≥1kHz）且要求微米级精度条件下 → 激光三角测量技术，原因是兼顾采样速度与综合成本", "focused_product": null, "product_series": null, "industry": [ "半导体封装", "精密制造" ], "measurement": [ "位移测量", "形貌检测", "厚度测量" ], "tags": [ "半导体封装", "精密制造", "位移测量", "传感器", "技术问答" ], "updated_at": "2025-04-12", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS115半导体组装精确距离测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-semi-transparent-plastic-thickness-selection", "category": "qa_article", "category_cn": "技术问答", "title": "半透明塑料薄膜厚度检测选型指南", "summary": "在高速在线检测（≥1000Hz）且要求微米级精度条件下 → 激光三角测量技术，兼顾速度与抗散射算法补偿〔REF-002〕", "focused_product": null, "product_series": null, "industry": [ "塑料加工", "薄膜制造", "质量控制" ], "measurement": [ "厚度测量", "非接触式检测", "在线监测" ], "tags": [ "塑料加工", "薄膜制造", "厚度测量", "传感器", "技术问答" ], "updated_at": "2025-08-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS115半透明塑料距离测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-semi-transparent-glass-displacement-selection", "category": "qa_article", "category_cn": "技术问答", "title": "半透明玻璃高精度位移测量选型指南", "summary": "在半透明玻璃高精度位移测量（微米级精度、非接触、在线检测）条件下 → 共聚焦测距技术，技术成熟，对透明/半透明/高反光表面测量效果显著优于激光三角测量〔REF-…", "focused_product": null, "product_series": null, "industry": [ "玻璃制造", "工业自动化", "精密测量" ], "measurement": [ "位移测量", "厚度测量", "表面轮廓测量", "玻璃表面检测" ], "tags": [ "玻璃制造", "工业自动化", "位移测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS115半透明物体测距/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-pick-and-place-motion-sensor-selection", "category": "qa_article", "category_cn": "技术问答", "title": "取放机运动监测传感器选型指南:激光、涡流与磁致伸缩对比", "summary": "在长行程（>500mm）且需绝对位置反馈条件下 → 磁致伸缩线性位移传感器，无磨损、IP67防护，适合恶劣环境〔REF-008〕。", "focused_product": null, "product_series": null, "industry": [ "工业自动化", "机器人" ], "measurement": [ "位移测量", "振动监测" ], "tags": [ "工业自动化", "机器人", "位移测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS115取放机运动控制和监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-waste-yard-level-monitoring-selection", "category": "qa_article", "category_cn": "技术问答", "title": "废料堆场物位监测传感器选型指南", "summary": "在露天大型废料堆场（量程>50米）且粉尘水汽严重条件下 → FMCW雷达技术，穿透力强且免接触维护成本低〔REF-001〕", "focused_product": null, "product_series": null, "industry": [ "回收与环保", "工业自动化" ], "measurement": [ "物位测量", "距离测量", "体积估算" ], "tags": [ "回收与环保", "工业自动化", "物位测量", "传感器", "技术问答" ], "updated_at": "2025-08-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS115回收材料高度监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "gasket-thickness-selection", "category": "qa_article", "category_cn": "技术问答", "title": "垫圈厚度微米级高速非接触检测选型指南", "summary": "在高速在线检测（>100Hz）且要求微米级精度条件下 → 激光三角测量技术，兼顾速度与精度", "focused_product": null, "product_series": null, "industry": [ "汽车零部件制造", "电子组装", "医疗器械", "家电制造" ], "measurement": [ "厚度测量", "轮廓检测", "平面度检测" ], "tags": [ "汽车零部件制造", "电子组装", "厚度测量", "传感器", "技术问答" ], "updated_at": "2025-08-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS115垫圈（垫片）厚度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-plastic-interior-thickness-selection-guide", "category": "qa_article", "category_cn": "技术问答", "title": "汽车塑料内饰件厚度测量技术选型指南（激光与超声波对比）", "summary": "在透明或半透明塑料内饰件厚度检测且要求单面高精度条件下 → 共聚焦色度（Confocal），可区分底层反射，适合光学特性复杂的塑料。", "focused_product": null, "product_series": null, "industry": [ "汽车工业", "制造业" ], "measurement": [ "厚度测量", "非接触式测量" ], "tags": [ "汽车工业", "制造业", "厚度测量", "传感器", "技术问答" ], "updated_at": "2026-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS115塑料部件厚度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-plastic-defect-laser-eddy-selection", "category": "qa_article", "category_cn": "技术问答", "title": "塑料部件表面缺陷检测：激光位移与涡流传感器选型指南", "summary": "在检测塑料绝缘件表面凹凸缺陷（如划痕、凹坑、凸起）条件下 → 激光位移传感器，因塑料为非导电材质，涡流传感器无法工作，激光三角法或共焦原理可提供高精度非接触测量…", "focused_product": null, "product_series": null, "industry": [ "塑料加工", "精密制造", "质量控制" ], "measurement": [ "表面形貌", "凹凸缺陷", "位移测量" ], "tags": [ "塑料加工", "精密制造", "表面形貌", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS115塑料部件表面缺陷检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-complex-contour-selection", "category": "qa_article", "category_cn": "技术问答", "title": "复杂材料高速轮廓测量技术选型指南", "summary": "在高速在线检测（刷新率>1000Hz）且要求微米级精度条件下 → 激光线扫描技术，兼顾采集速度与轮廓数据密度〔REF-002〕", "focused_product": null, "product_series": null, "industry": [ "汽车制造", "轨道交通", "电子半导体", "冶金金属加工", "橡胶塑料" ], "measurement": [ "轮廓度", "表面粗糙度", "平面度", "直线度", "尺寸测量" ], "tags": [ "汽车制造", "轨道交通", "轮廓度", "传感器", "技术问答" ], "updated_at": "2025-04-10", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS115复杂材料攻速轮廓测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-auto-parts-internal-diameter-selection-问答zlds115大规模生产中内径测量", "category": "qa_article", "category_cn": "技术问答", "title": "汽车零部件大批量内径测量选型指南", "summary": "在高速在线大批量生产（节拍<1s）、中高精度（±10µm级）且环境存在油污粉尘条件下 → 激光三角位移传感器方案，兼顾速度、精度与非接触特性", "focused_product": null, "product_series": null, "industry": [ "汽车制造", "精密加工", "工业自动化" ], "measurement": [ "内径测量", "尺寸检测", "在线测量", "离线测量" ], "tags": [ "汽车制造", "精密加工", "内径测量", "传感器", "技术问答" ], "updated_at": "2025-09-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS115大规模生产中内径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-layered-tube-thickness-selection", "category": "qa_article", "category_cn": "技术问答", "title": "层压管高速生产线厚度测量选型指南", "summary": "在高速层压管生产线（线速度≥0.5 m/s）且要求厚度精度±0.03 mm或更高条件下 → 激光三角测量技术（双传感器对射配置），兼顾微米级精度与1 kHz以上…", "focused_product": null, "product_series": null, "industry": [ "塑料加工", "包装材料", "汽车制造" ], "measurement": [ "厚度测量", "非接触式测量", "在线监测" ], "tags": [ "塑料加工", "包装材料", "厚度测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS115大规模生产层压管无接触扫描测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-tubing-ids-laser-selection", "category": "qa_article", "category_cn": "技术问答", "title": "套管内径激光在线测量技术选型指南", "summary": "在微小孔径（<10mm）且要求纳米级分辨率、高反光或透明表面条件下 → 共聚焦色度测量，具备极小光斑与抗干扰能力〔REF-001〕。", "focused_product": null, "product_series": null, "industry": [ "能源", "航空航天", "汽车制造", "精密仪器" ], "measurement": [ "内径测量", "尺寸监控", "非接触测量" ], "tags": [ "能源", "航空航天", "内径测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS115套管内径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-large-bore-casing-inspection-selection", "category": "qa_article", "category_cn": "技术问答", "title": "大尺寸套管内径测量:技术选型与方案指南", "summary": "在在线高精度（±0.01mm~±0.1mm）且表面反射率可控条件下 → 激光三角测量位移传感器，兼顾速度与精度〔REF-001〕。", "focused_product": null, "product_series": null, "industry": [ "石油天然气", "机械制造", "管道加工" ], "measurement": [ "内径测量", "几何尺寸检测", "位移传感" ], "tags": [ "石油天然气", "机械制造", "内径测量", "传感器", "技术问答" ], "updated_at": "2025-04-10", "version": "1.1", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS115套管几何参数测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-bearing-bore-selection", "category": "qa_article", "category_cn": "技术问答", "title": "精密轴承孔内径测量选型指南:激光、CMM与影像方案对比", "summary": "在高速在线批量生产（节拍<1s）且要求微米级精度条件下 → 激光位移传感器或影像测量仪，兼顾速度与精度〔REF-001〕。", "focused_product": null, "product_series": null, "industry": [ "汽车零部件制造", "航空航天制造" ], "measurement": [ "孔内径测量", "几何尺寸检测" ], "tags": [ "汽车零部件制造", "航空航天制造", "孔内径测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS115孔内径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-small-component-automation-selection", "category": "qa_article", "category_cn": "技术问答", "title": "小型组件自动化生产激光位移与机器视觉传感器选型指南", "summary": "在微米级精度需求（≤±1µm）且需要kHz级响应速度的小型组件精密定位场景下 → 激光三角测量技术，精度与速度兼顾〔REF-001〕", "focused_product": null, "product_series": null, "industry": [ "电子制造", "汽车零部件" ], "measurement": [ "位移测量", "尺寸检测", "定位引导" ], "tags": [ "电子制造", "汽车零部件", "位移测量", "传感器", "技术问答" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS115小型组件定位/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-sensor-selection-height-thickness", "category": "qa_article", "category_cn": "技术问答", "title": "自动化小型组件高度厚度测量选型指南", "summary": "在高速在线检测（刷新率>1kHz）且要求微米级精度条件下 → 激光三角测量技术，兼顾速度与精度。", "focused_product": null, "product_series": null, "industry": [ "自动化制造", "电子元件生产" ], "measurement": [ "高度测量", "厚度测量", "位移检测" ], "tags": [ "自动化制造", "电子元件生产", "高度测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS115小型组件高度检查/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-laminated-tube-inspection-selection", "category": "qa_article", "category_cn": "技术问答", "title": "层压管在线尺寸检测:激光与视觉技术选型指南", "summary": "在要求高精度（微米级）外径、椭圆度及截面形状分析的连续生产线条件下 → 线激光轮廓扫描技术，兼顾速度与精度〔REF-001〕。", "focused_product": null, "product_series": null, "industry": [ "管材制造", "工业测量" ], "measurement": [ "几何尺寸", "外形轮廓", "壁厚", "表面缺陷" ], "tags": [ "管材制造", "工业测量", "几何尺寸", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS115层压管几何参数测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-tool-precision-laser-eddy-lvdt-selection", "category": "qa_article", "category_cn": "技术问答", "title": "工具精密定位传感器选型指南:激光、电涡流与LVDT技术路线对比", "summary": "在要求亚微米级精度、长距离（>1m）且目标表面清洁或可控的条件下 → 高性能激光三角测量传感器，兼顾速度与精度〔REF-001〕。", "focused_product": null, "product_series": null, "industry": [ "自动化装配", "机器人末端执行器", "精密机床" ], "measurement": [ "位移测量", "振动监测", "动态定位" ], "tags": [ "自动化装配", "机器人末端执行器", "位移测量", "传感器", "技术问答" ], "updated_at": "2025-04-12", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS115工具精密定位/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-belt-thickness-selection", "category": "qa_article", "category_cn": "技术问答", "title": "带状材料在线厚度测量选型指南:激光三角、X射线与涡流方案对比", "summary": "在钢铁/有色金属热轧或冷轧产线（材料温度<600°C，精度要求±0.01%FS，厚度0.1~20mm）条件下 → X射线测量方案，穿透力强，不受表面状态、颜色、…", "focused_product": null, "product_series": null, "industry": [ "钢铁冶金", "新能源/锂电池", "塑料薄膜", "造纸" ], "measurement": [ "在线厚度测量", "带材轮廓检测", "涂层厚度测量", "精密位移测量" ], "tags": [ "钢铁冶金", "新能源/锂电池", "在线厚度测量", "传感器", "技术问答" ], "updated_at": "2025-08-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS115带状材料厚度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-strip-measurement-laser-selection", "category": "qa_article", "category_cn": "技术问答", "title": "高速生产线带状材料厚度检测选型指南", "summary": "在高速在线检测（>1000Hz）且要求微米级精度条件下 → 激光三角测量技术，兼顾速度与精度〔REF-001〕。", "focused_product": null, "product_series": null, "industry": [ "汽车制造", "造纸" ], "measurement": [ "激光三角测量" ], "tags": [ "汽车制造", "造纸", "激光三角测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS115带状材料厚度测量2/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-strip-positioning-selection-问答zlds115带状材料精密定位", "category": "qa_article", "category_cn": "技术问答", "title": "带状材料精密定位:激光位移与机器视觉选型指南", "summary": "在高速在线检测（>1kHz）且要求微米级精度条件下 → 激光位移测量技术，兼顾速度与精度，适合边缘追踪。", "focused_product": null, "product_series": null, "industry": [ "制造业", "卷材加工", "自动化生产线" ], "measurement": [ "位移测量", "位置检测", "尺寸测量" ], "tags": [ "制造业", "卷材加工", "位移测量", "传感器", "技术问答" ], "updated_at": "2025-04-10", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS115带状材料精密定位/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-band-material-laser-sensor-selection", "category": "qa_article", "category_cn": "技术问答", "title": "带状材料生产线测量传感器选型指南", "summary": "在金属带状材料高速运动边缘跟踪（精度要求亚毫米级）条件下 → 英国真尚有ZLDS115三角测量激光位移传感器，量程宽、IP65防护、支持多传感器联动〔REF-0…", "focused_product": null, "product_series": null, "industry": [ "汽车制造", "塑料薄膜", "金属加工", "纸品纺织" ], "measurement": [ "位移测量", "轮廓测量", "边缘定位", "厚度测量" ], "tags": [ "汽车制造", "塑料薄膜", "位移测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS115带状材料精密定位2/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "picking-machine-laser-displacement-selection", "category": "qa_article", "category_cn": "技术问答", "title": "拣选机高精度激光位移传感器选型指南", "summary": "在高速拣选机节拍（≥1000次/秒）且需微米级定位精度条件下 → 激光三角测量技术，如日本基恩士 LK-G30系列（50kHz）或德国西克 OD Mini（10…", "focused_product": null, "product_series": null, "industry": [ "物流自动化", "智能制造" ], "measurement": [ "位移测量", "轮廓检测" ], "tags": [ "物流自动化", "智能制造", "位移测量", "传感器", "技术问答" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS115拣选机精密定位/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-automation-laser-displacement-sensor-selection", "category": "qa_article", "category_cn": "技术问答", "title": "自动化拣选激光位移传感器选型指南", "summary": "在自动化拣选场景且工件存在反光表面条件下 → 德国西克OD200或OD Precision，具有高精度与高响应速度，兼顾稳定与抗干扰。", "focused_product": null, "product_series": null, "industry": [ "自动化", "工业测量" ], "measurement": [ "激光位移", "高速在线检测" ], "tags": [ "自动化", "工业测量", "激光位移", "传感器", "技术问答" ], "updated_at": "2025-11-12", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS115拣选机精密距离测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-rotating-workpiece-laser-3d-selection", "category": "qa_article", "category_cn": "技术问答", "title": "大型旋转工件形貌测量选型指南", "summary": "在高速在线检测（>1000Hz）且要求微米级精度条件下 → 线激光剖面扫描技术，兼顾速度与精度", "focused_product": null, "product_series": null, "industry": [ "精密制造", "汽车发动机", "航空发动机", "模具制造" ], "measurement": [ "激光轮廓扫描", "三维扫描", "位移测量", "尺寸精度", "跳动测量" ], "tags": [ "精密制造", "汽车发动机", "激光轮廓扫描", "传感器", "技术问答" ], "updated_at": "2026-01-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS115旋转物体形状测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-rotating-shaft-laser-tri-selection", "category": "qa_article", "category_cn": "技术问答", "title": "旋转轴动态偏心距测量:激光三角测量选型与集成指南", "summary": "在高速旋转轴（>1000 RPM）且要求微米级精度条件下 → 激光三角测量技术，兼顾高刷新率（kHz级别）与非接触保护。", "focused_product": null, "product_series": null, "industry": [ "汽车制造", "精密机械", "电机生产" ], "measurement": [ "偏心距", "振动分析", "位移测量" ], "tags": [ "汽车制造", "精密机械", "偏心距", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS115旋转物体距离测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-wood-sensor-selection", "category": "qa_article", "category_cn": "技术问答", "title": "木材尺寸分类传感器选型指南", "summary": "在高速在线精密尺寸分类（>1kHz）及微米级精度条件下 → 激光三角位移测量技术，兼顾速度与精度", "focused_product": null, "product_series": null, "industry": [ "木材加工", "在线检测" ], "measurement": [ "激光三角测量", "超声波时差法", "机器视觉图像分析" ], "tags": [ "木材加工", "在线检测", "激光三角测量", "传感器", "技术问答" ], "updated_at": "2025-11-15", "version": "1.1", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS115木材几何参数测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-wood-thickness-sensor-selection", "category": "qa_article", "category_cn": "技术问答", "title": "木材加工生产线非接触式厚度传感器选型指南", "summary": "在高速在线检测（≥1kHz刷新率）且要求微米级精度条件下 → 激光三角测量技术，兼顾速度与精度", "focused_product": null, "product_series": null, "industry": [ "木材加工", "工业自动化" ], "measurement": [ "厚度测量", "轮廓扫描", "位移检测" ], "tags": [ "木材加工", "工业自动化", "厚度测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS115木材厚度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "woodworking-cutting-positioning-selection", "category": "qa_article", "category_cn": "技术问答", "title": "木材切割定位技术选型指南：激光位移、红外传感器与机器视觉对比分析", "summary": "在高速在线切割（>500Hz）且亚毫米精度要求条件下 → 激光位移传感器，兼顾速度与稳定性", "focused_product": null, "product_series": null, "industry": [ "木材加工", "自动化制造" ], "measurement": [ "位移测量", "轮廓检测", "尺寸校验" ], "tags": [ "木材加工", "自动化制造", "位移测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.1", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS115木材定位/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "wood-width-laser-machine-vision-selection", "category": "qa_article", "category_cn": "技术问答", "title": "木材宽度测量技术选型指南:激光位移、机器视觉与线激光轮廓扫描对比分析", "summary": "在高速连续生产线（>1m/s）且要求实时校准条件下 → 日本基恩士 LJ-V7000系列激光位移传感器，20kHz刷新率满足节拍需求。", "focused_product": null, "product_series": null, "industry": [ "木材加工", "自动化检测", "工业生产" ], "measurement": [ "激光位移测量", "机器视觉检测", "线激光轮廓扫描" ], "tags": [ "木材加工", "自动化检测", "激光位移测量", "传感器", "技术问答" ], "updated_at": "2026-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS115木材宽度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-wood-measurement-selection-问答zlds115木材尺寸测量", "category": "qa_article", "category_cn": "技术问答", "title": "木材尺寸检测激光与超声波位移传感器选型指南", "summary": "在高速在线检测（>1000Hz）且要求微米级精度条件下 → 线激光剖面扫描技术，兼顾速度与精度", "focused_product": null, "product_series": null, "industry": [ "木材加工", "在线检测", "自动化生产" ], "measurement": [ "位移测量", "厚度测量", "宽度测量" ], "tags": [ "木材加工", "在线检测", "位移测量", "传感器", "技术问答" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS115木材尺寸测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-wood-measurement-selection-问答zlds115木材长度测量", "category": "qa_article", "category_cn": "技术问答", "title": "木材在线尺寸与表面质量测量选型指南", "summary": "在高速连续生产线（>1m/s）且要求微米级精度条件下 → 激光三角位移传感器或线激光轮廓扫描仪，兼顾速度与精度，抗干扰能力强。", "focused_product": null, "product_series": null, "industry": [ "木材加工", "家具制造", "建材" ], "measurement": [ "长度测量", "厚度测量", "轮廓扫描", "缺陷检测" ], "tags": [ "木材加工", "家具制造", "长度测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS115木材长度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "robot-guided-thickness-selection-guide", "category": "qa_article", "category_cn": "技术问答", "title": "机器人引导测量:多材质工件厚度测量和缺陷检测选型指南", "summary": "在表面粗糙度较低（2米）非接触测量且需微米级精度条件下 → 英国真尚有 ZLDS115 激光三角测量方案，兼顾量程、精度与抗干扰能力。", "focused_product": null, "product_series": null, "industry": [ "纺织行业", "过程控制" ], "measurement": [ "激光三角测量", "飞行时间 (ToF)", "机器视觉" ], "tags": [ "纺织行业", "过程控制", "激光三角测量", "传感器", "技术问答" ], "updated_at": "2025-04-16", "version": "1.1", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS115条状物位置测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-hightemp-wire-laser-vision-selection", "category": "qa_article", "category_cn": "技术问答", "title": "高温金属线材直径测量激光位移传感器与机器视觉选型指南", "summary": "在高温高速且要求微米级精度条件下 → 激光位移传感器技术，兼顾速度、温度稳定性和对表面反射率的容忍度", "focused_product": null, "product_series": null, "industry": [ "金属加工", "线材制造", "过程控制" ], "measurement": [ "直径测量", "尺寸监控", "非接触式测量" ], "tags": [ "金属加工", "线材制造", "直径测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS115条状物位置测量2/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-wood-processing-edge-detection-selection", "category": "qa_article", "category_cn": "技术问答", "title": "木材加工板材边缘检测传感器选型指南", "summary": "在高速连续生产线且要求亚毫米级定位精度条件下 → 激光三角测量技术（如英国真尚有ZLDS115），兼顾响应速度与抗粉尘能力〔REF-001〕", "focused_product": null, "product_series": null, "industry": [ "木材加工", "家具制造" ], "measurement": [ "位移测量", "轮廓扫描", "位置检测" ], "tags": [ "木材加工", "家具制造", "位移测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS115条状物位置测量3/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-flexible-web-position-control", "category": "qa_article", "category_cn": "技术问答", "title": "柔性条状物位置控制非接触式测量方案选型指南", "summary": "在柔性条状物（薄膜、胶带、纤维束等）高速在线位置跟踪且要求±0.01mm以上精度条件下 → 激光位移传感器（三角测量原理），非接触式避免形变干扰，响应速度快", "focused_product": null, "product_series": null, "industry": [ "工业自动化", "精密制造", "卷材加工" ], "measurement": [ "位置测量", "轮廓测量", "位移测量" ], "tags": [ "工业自动化", "精密制造", "位置测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS115条状物位置测量4/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-industry-bar-profile-selection", "category": "qa_article", "category_cn": "技术问答", "title": "高速生产线条状物尺寸检测传感器选型指南", "summary": "在高速动态检测（>50 kHz采样率）且表面特性相对稳定条件下 → 激光三角测量技术，如日本基恩士LK-G5000系列（392 kHz），兼顾速度与精度", "focused_product": null, "product_series": null, "industry": [ "工业自动化", "精密制造", "在线测量" ], "measurement": [ "位移测量", "尺寸检测", "轮廓扫描" ], "tags": [ "工业自动化", "精密制造", "位移测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS115条状物尺寸检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-laser-displacement-material-selection", "category": "qa_article", "category_cn": "技术问答", "title": "条状物激光位移传感器选型指南:克服表面反射率误差", "summary": "在材质混合（金属、塑料、橡胶）且需高重复性测量条件下 → 改进型激光三角测量传感器，通过波长补偿与信号处理克服反射率影响。", "focused_product": null, "product_series": null, "industry": [ "工业自动化", "过程测量控制" ], "measurement": [ "激光位移测量", "尺寸检测" ], "tags": [ "工业自动化", "过程测量控制", "激光位移测量", "传感器", "技术问答" ], "updated_at": "2025-08-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS115条状物尺寸检测2/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-continuous-profile-selection", "category": "qa_article", "category_cn": "技术问答", "title": "条状物在线尺寸检测激光位移传感器选型指南", "summary": "在高速连续生产线（速度 >5m/s）且要求微米级分辨率条件下 → 线激光轮廓扫描技术，兼顾速度与精度", "focused_product": null, "product_series": null, "industry": [ "汽车制造", "材料加工", "机械加工" ], "measurement": [ "轮廓扫描", "位移测量", "非接触式光学测量" ], "tags": [ "汽车制造", "材料加工", "轮廓扫描", "传感器", "技术问答" ], "updated_at": "2025-06-18", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS115条状物尺寸检测3/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-plate-thickness-selection-guide", "category": "qa_article", "category_cn": "技术问答", "title": "板材厚度在线非接触式测量技术选型指南", "summary": "在高速在线检测（>1kHz）且要求微米级精度条件下 → 激光三角测量技术，兼顾速度与精度", "focused_product": null, "product_series": null, "industry": [ "汽车制造", "金属加工", "半导体材料" ], "measurement": [ "厚度测量", "形变监测", "轮廓扫描" ], "tags": [ "汽车制造", "金属加工", "厚度测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS115板材精确厚度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-chassis-height-selection", "category": "qa_article", "category_cn": "技术问答", "title": "汽车底盘高度测量激光与超声波技术选型指南", "summary": "在需亚毫米级精度（±1mm以内）、高更新频率（≥1kHz）及高速动态响应条件下 → 选用激光位移传感器（如英国真尚有ZLDS115、日本欧姆龙ZL-H系列），兼…", "focused_product": null, "product_series": null, "industry": [ "交通运输", "智能制造" ], "measurement": [ "位移测量", "高度监测", "非接触式传感" ], "tags": [ "交通运输", "智能制造", "位移测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS115汽车与道路的高度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-auto-welding-sensor-selection", "category": "qa_article", "category_cn": "技术问答", "title": "汽车焊接产线激光位移传感器与机器视觉选型指南", "summary": "在需要精确测量焊缝几何尺寸（高度、宽度、余高）且要求高频实时反馈条件下 → 激光三角测量技术，响应速度快、抗干扰能力强〔REF-001〕。", "focused_product": null, "product_series": null, "industry": [ "汽车制造", "自动化焊接" ], "measurement": [ "激光三角测量", "机器视觉" ], "tags": [ "汽车制造", "自动化焊接", "激光三角测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS115汽车生产领域位移测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "tire-thickness-sensor-selection", "category": "qa_article", "category_cn": "技术问答", "title": "汽车轮胎生产厚度测量技术选型指南", "summary": "在轮胎硫化成型后厚度均匀性监控场景 → 配备双传感器的激光位移传感器，兼顾精度、速度和环境适应性", "focused_product": null, "product_series": null, "industry": [ "汽车工业制造", "橡胶制品加工" ], "measurement": [ "位移传感器", "激光三角测量", "机器视觉系统" ], "tags": [ "汽车工业制造", "橡胶制品加工", "位移传感器", "传感器", "技术问答" ], "updated_at": "2026-05-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS115汽车生产领域距离测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-tire-inspection-selection", "category": "qa_article", "category_cn": "技术问答", "title": "轮胎几何尺寸在线检测选型指南", "summary": "在高速在线全检（>500Hz）且要求亚毫米级精度条件下 → 线激光轮廓扫描技术，兼顾速度与截面完整性〔REF-002〕", "focused_product": null, "product_series": null, "industry": [ "汽车制造", "轮胎生产" ], "measurement": [ "外径测量", "圆度测量", "径向跳动测量", "胎面轮廓测量" ], "tags": [ "汽车制造", "轮胎生产", "外径测量", "传感器", "技术问答" ], "updated_at": "2025-08-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS115汽车轮胎直径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-tire-inspection-selection-问答zlds115汽车轮胎轮廓测量", "category": "qa_article", "category_cn": "技术问答", "title": "轮胎胎面花纹与胎侧缺陷高精度在线检测选型指南", "summary": "在高速在线检测（>100Hz）且要求几十微米级精度条件下 → 线激光轮廓扫描技术，兼顾速度与精度", "focused_product": null, "product_series": null, "industry": [ "汽车制造", "橡胶工业", "质量控制" ], "measurement": [ "轮廓扫描", "三维形貌", "尺寸测量" ], "tags": [ "汽车制造", "橡胶工业", "轮廓扫描", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS115汽车轮胎轮廓测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-oil-level-sensor-selection", "category": "qa_article", "category_cn": "技术问答", "title": "工业油液液位传感器选型指南", "summary": "在高速在线精密灌装（量程<5米，要求±2mm内精度）条件下 → 激光三角测量方案，兼顾亚毫米级分辨率与毫秒级响应〔REF-002〕", "focused_product": null, "product_series": null, "industry": [ "过程控制", "石油化工", "能源" ], "measurement": [ "液位测量", "位移测量", "压力测量" ], "tags": [ "过程控制", "石油化工", "液位测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS115油液填充水平测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-oil-filling-level-sensor-selection", "category": "qa_article", "category_cn": "技术问答", "title": "高速油液灌装线液位传感器选型指南", "summary": "在高速在线灌装（刷新率>1kHz）且要求亚毫米级精度条件下 → 激光三角测量技术，兼顾速度与分辨率", "focused_product": null, "product_series": null, "industry": [ "石油化工", "食品饮料", "制药" ], "measurement": [ "液位测量", "位移测量" ], "tags": [ "石油化工", "食品饮料", "液位测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS115油液填充高度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-engine-piston-displacement-selection-问答zlds115活塞位移测量", "category": "qa_article", "category_cn": "技术问答", "title": "发动机活塞高精度位移测量选型指南", "summary": "在活塞高速往复运动位置监测（>5kHz刷新率）且目标为导电金属条件下 → 涡流位移传感器，抗油污干扰能力强，适合恶劣工况", "focused_product": null, "product_series": null, "industry": [ "automotive", "engine manufacturing" ], "measurement": [ "displacement", "profile" ], "tags": [ "automotive", "engine manufacturing", "displacement", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS115活塞位移测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-laser-engraving-high-temp-sensor-selection", "category": "qa_article", "category_cn": "技术问答", "title": "激光雕刻设备高温材料精密测距传感器选型指南", "summary": "在需要纳米级精度且工作温度低于80°C的条件下 → 激光三角测量法（如日本基恩士LK-G系列），兼顾速度与精度，技术成熟度高。", "focused_product": null, "product_series": null, "industry": [ "激光加工", "精密制造" ], "measurement": [ "激光位移测量", "高温测距", "表面形貌检测" ], "tags": [ "激光加工", "精密制造", "激光位移测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS115激光雕刻设备精密测距/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "weld-inspection-selection", "category": "qa_article", "category_cn": "技术问答", "title": "复杂焊接环境焊缝缺陷在线检测选型指南", "summary": "在高速自动化焊接生产线表面几何缺陷（宽度、余高、咬边、飞溅）实时监测条件下 → 激光三角测量技术，兼顾高频响应与微米级分辨率。", "focused_product": null, "product_series": null, "industry": [ "汽车制造", "重型机械", "管道工程", "轨道交通" ], "measurement": [ "激光三角测量", "相控阵超声检测", "工业CT", "白光结构光" ], "tags": [ "汽车制造", "重型机械", "激光三角测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS115焊缝评估/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-logistics-vol-measurement-selection", "category": "qa_article", "category_cn": "技术问答", "title": "物流分拣包裹体积测量技术选型指南:激光与视觉方案对比", "summary": "在高速在线分拣（速度>1m/s）且需直接获取完整三维体积条件下 → 3D结构光/立体视觉系统，兼顾速度与全貌获取能力", "focused_product": null, "product_series": null, "industry": [ "物流自动化", "仓储管理", "智能分拣" ], "measurement": [ "体积测量", "尺寸检测", "轮廓扫描" ], "tags": [ "物流自动化", "仓储管理", "体积测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS115物流行业动态位移测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-belt-package-laser-scale-selection", "category": "qa_article", "category_cn": "技术问答", "title": "输送带包裹尺寸动态测量选型指南:激光三角测量与光学光栅尺方案对比", "summary": "在高速动态包裹场景（>5m/s）且要求毫米级精度条件下 → 激光三角测量轮廓扫描技术，如英国真尚有 ZLDS115、德国西克 Ranger 系列，兼顾速度、范围…", "focused_product": null, "product_series": null, "industry": [ "物流自动化", "工业自动化", "传感器应用" ], "measurement": [ "位移测量", "轮廓扫描", "尺寸检测" ], "tags": [ "物流自动化", "工业自动化", "位移测量", "传感器", "技术问答" ], "updated_at": "2025-11-18", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS115物流行业动态位置测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-logistics-pickup-selection-guide", "category": "qa_article", "category_cn": "技术问答", "title": "自动化分拣系统包裹尺寸测量选型指南：粉尘环境下的激光与视觉方案", "summary": "在高速动态包裹测量（>1kHz）、粉尘环境且精度要求±1mm以内条件下 → 优选激光三角法传感器，兼顾速度、防护等级和现场鲁棒性", "focused_product": null, "product_series": null, "industry": [ "物流自动化", "仓储物流" ], "measurement": [ "在线测量", "包裹尺寸检测" ], "tags": [ "物流自动化", "仓储物流", "在线测量", "传感器", "技术问答" ], "updated_at": "2025-12-18", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS115物流行业动态距离测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-strip-thickness-selection-问答zlds115狭窄带材厚度测量", "category": "qa_article", "category_cn": "技术问答", "title": "狭窄带材高速在线厚度检测选型指南", "summary": "在高速在线检测（线速>50m/min）且要求微米级精度条件下 → 激光三角差分测量技术，兼顾速度与成本", "focused_product": null, "product_series": null, "industry": [ "金属加工", "锂电池制造", "塑料薄膜" ], "measurement": [ "厚度测量", "轮廓扫描", "透射测量" ], "tags": [ "金属加工", "锂电池制造", "厚度测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS115狭窄带材厚度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-battery-coating-thickness-selection-问答zlds115电池单元涂层厚度测量", "category": "qa_article", "category_cn": "技术问答", "title": "电池极片涂层厚度在线检测选型指南", "summary": "在高速连续涂布产线（线速度>30 m/min）且极片为不透明金属箔条件下 → 激光三角测量法（双探头差分架构），兼顾1kHz以上刷新率与抗跳动能力，部署成本适中", "focused_product": null, "product_series": null, "industry": [ "锂离子电池", "新能源制造" ], "measurement": [ "涂层厚度", "面密度", "均匀性" ], "tags": [ "锂离子电池", "新能源制造", "涂层厚度", "传感器", "技术问答" ], "updated_at": "2025-08-12", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS115电池单元涂层厚度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-battery-cell-deformation-selection", "category": "qa_article", "category_cn": "技术问答", "title": "动力电池电芯形变与尺寸在线检测选型指南", "summary": "在高速在线厚度与形变检测（≥100Hz）且要求微米级精度条件下 → 激光三角测量技术，兼顾速度与精度", "focused_product": null, "product_series": null, "industry": [ "动力电池制造", "自动化产线" ], "measurement": [ "厚度测量", "平面度检测", "形变监测", "内部结构分析" ], "tags": [ "动力电池制造", "自动化产线", "厚度测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS115电池单元精密组装/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-battery-electrode-thickness-selection-问答zlds115电池膜涂层厚度测量", "category": "qa_article", "category_cn": "技术问答", "title": "高速锂电池极片产线在线测厚方案选型指南", "summary": "在高速在线检测（>1000Hz刷新率）且要求微米级精度条件下 → 激光三角测量技术，兼顾速度与精度，支持双传感器差值法直接获取涂层厚度", "focused_product": null, "product_series": null, "industry": [ "新能源", "锂电制造", "工业自动化" ], "measurement": [ "涂层厚度", "面密度", "位移测量", "无损检测" ], "tags": [ "新能源", "锂电制造", "涂层厚度", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS115电池膜涂层厚度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-smt-asymmetric-displacement-selection", "category": "qa_article", "category_cn": "技术问答", "title": "SMT异形组件贴装高精度位移检测选型指南", "summary": "在高速在线检测且需实时监测高度与共面性条件下 → 激光三角测量技术，兼顾速度与精度〔REF-001〕", "focused_product": null, "product_series": null, "industry": [ "半导体制造", "电子组装" ], "measurement": [ "位移检测", "高度与共面性测量", "姿态定位" ], "tags": [ "半导体制造", "电子组装", "位移检测", "传感器", "技术问答" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS115电路板上组件存在测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-tube-inspection-laser-vs-contact", "category": "qa_article", "category_cn": "技术问答", "title": "管材内径检测：激光位移与接触式测量选型指南", "summary": "在薄壁/易变形管材（壁厚 <1mm）且需非接触条件下 → 激光位移测量，无机械力避免形变", "focused_product": null, "product_series": null, "industry": [ "金属加工", "汽车零部件", "精密制造" ], "measurement": [ "位移测量", "几何尺寸检测" ], "tags": [ "金属加工", "汽车零部件", "位移测量", "传感器", "技术问答" ], "updated_at": "2025-11-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS115管子内径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-pipe-measurement-selection", "category": "qa_article", "category_cn": "技术问答", "title": "管材几何尺寸测量:激光位移与机器视觉选型指南", "summary": "在高速连续生产线（>1000Hz）且需高精度直径/壁厚单点或截面测量条件下 → 线激光轮廓扫描技术，兼顾速度与精度，抗干扰能力强。", "focused_product": null, "product_series": null, "industry": [ "工业制造", "金属加工", "塑料挤出" ], "measurement": [ "几何尺寸测量", "在线检测", "表面缺陷检测" ], "tags": [ "工业制造", "金属加工", "几何尺寸测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS115管子几何参数测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-temperature-pipe-inside-diameter-selection", "category": "qa_article", "category_cn": "技术问答", "title": "高温管道内径测量技术方案选型指南", "summary": "在目标表面温度高于800°C且要求在线连续监测条件下 → 激光三角测量（配合ZLDS115系列高温附件），可耐受1500°C以上目标温度，具备1kHz刷新率与±…", "focused_product": null, "product_series": null, "industry": [ "工业过程监控", "高温材料处理" ], "measurement": [ "激光三角测量", "超声波测量", "共位移传感器", "光纤干涉仪" ], "tags": [ "工业过程监控", "高温材料处理", "激光三角测量", "传感器", "技术问答" ], "updated_at": "2026-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS115管道内径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-thermopipe-geometry-selection", "category": "qa_article", "category_cn": "技术问答", "title": "高温管道几何参数测量技术选型指南", "summary": "在高温管道实时监控（温度>100°C、要求微米级精度、响应≥250Hz）条件下 → 激光三角测量技术（配备耐高温版本或远程光学头方案），兼顾精度、速度与耐温性", "focused_product": null, "product_series": null, "industry": [ "石油化工", "电力能源", "冶金制造" ], "measurement": [ "几何尺寸测量", "位移测量", "轮廓扫描" ], "tags": [ "石油化工", "电力能源", "几何尺寸测量", "传感器", "技术问答" ], "updated_at": "2025-11-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS115管道几何参数测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-precision-assembly-displacement-selection", "category": "qa_article", "category_cn": "技术问答", "title": "精密装配实时高精度位移检测选型指南", "summary": "在需亚微米级精度且表面状态复杂（镜面、深色）条件下 → 共聚焦色度技术，如基恩士 CL-3000 系列或米铱 chroma+ 8000", "focused_product": null, "product_series": null, "industry": [ "精密装配", "传感器集成" ], "measurement": [ "激光三角测量", "共聚焦色度", "机器视觉" ], "tags": [ "精密装配", "传感器集成", "激光三角测量", "传感器", "技术问答" ], "updated_at": "2026-05-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS115精密制造中的位移测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "precision-component-micro-selection", "category": "qa_article", "category_cn": "技术问答", "title": "精密组件微米级几何尺寸检测与温度漂移规避选型指南", "summary": "在恒温计量室（20±1°C）且要求亚微米级精度条件下 → 接触式三坐标测量技术，兼顾最高精度与复杂形位公差评定", "focused_product": null, "product_series": null, "industry": [ "航空航天", "汽车制造", "医疗器械", "模具制造", "电子制造" ], "measurement": [ "几何尺寸", "形位公差", "表面轮廓", "温度补偿" ], "tags": [ "航空航天", "汽车制造", "几何尺寸", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS115精密组件几何形状测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-auto-parts-dimension-selection", "category": "qa_article", "category_cn": "技术问答", "title": "汽车零部件装配尺寸检测技术方案选型指南", "summary": "在高速在线检测（>100Hz刷新率）且要求微米级精度条件下 → 激光位移传感器（激光三角测量原理），如基恩士LK-G152、米铱optoNCDT 1420，兼顾…", "focused_product": null, "product_series": null, "industry": [ "汽车制造", "工业自动化" ], "measurement": [ "尺寸检测", "位移测量", "机器视觉测量" ], "tags": [ "汽车制造", "工业自动化", "尺寸检测", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS115精密装配/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-continuous-casting-measurement-selection", "category": "qa_article", "category_cn": "技术问答", "title": "连续铸造高温液态金属液位测量技术选型指南", "summary": "在熔融金属液位监控（>800°C）且存在强烈热辐射的条件下 → 红外测距或带高温补偿的激光三角测量，因非接触特性及抗干扰能力满足工艺要求", "focused_product": null, "product_series": null, "industry": [ "钢铁冶金", "有色金属铸造" ], "measurement": [ "激光三角测量", "红外测距" ], "tags": [ "钢铁冶金", "有色金属铸造", "激光三角测量", "传感器", "技术问答" ], "updated_at": "2025-01-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS115红热物体测距/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-laser-sensor-selection", "category": "qa_article", "category_cn": "技术问答", "title": "复杂结构件在线检测高精度激光传感器选型指南", "summary": "在高速在线检测（>1000Hz）且要求微米级精度条件下 → 激光三角测量技术，兼顾速度与精度", "focused_product": null, "product_series": null, "industry": [ "航空航天", "汽车制造", "精密机械" ], "measurement": [ "位移", "形貌", "几何公差" ], "tags": [ "航空航天", "汽车制造", "位移", "传感器", "技术问答" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS115结构化表面精密距离测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-racing-suspension-selection", "category": "qa_article", "category_cn": "技术问答", "title": "耐力赛车悬挂动态位移监测传感器选型指南", "summary": "在高速过弯动态监测（刷新率要求≥1kHz）且精度要求亚毫米级条件下 → 激光三角测量（如英国真尚有ZLDS115），兼顾高刷新率与长量程", "focused_product": null, "product_series": null, "industry": [ "汽车测试", "工业测量" ], "measurement": [ "激光位移传感器", "线性可变差动变压器", "磁致伸缩位移传感器" ], "tags": [ "汽车测试", "工业测量", "激光位移传感器", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS115耐力赛车汽车性能优化测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-automotive-selection-guide", "category": "qa_article", "category_cn": "技术问答", "title": "高速胶带产线厚度测量技术方案选型指南", "summary": "在高速胶带产线（>1000Hz）且要求微米级精度（±10 µm）条件下 → 激光三角测量与机器视觉双系统方案，兼顾速度与精度，英国真尚有ZLDS103系和德国米…", "focused_product": null, "product_series": null, "industry": [ "工业自动化", "精密制造", "材料检测" ], "measurement": [ "薄膜厚度检测", "带状材料尺寸监控", "在线质量控制" ], "tags": [ "工业自动化", "精密制造", "薄膜厚度检测", "传感器", "技术问答" ], "updated_at": "2025-04-18", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS115胶带厚度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "amr-positioning-selection-guide", "category": "qa_article", "category_cn": "技术问答", "title": "工业AMR多传感器融合定位选型指南", "summary": "在需要全局厘米级定位且室内基础设施可部署条件下 → UWB定位系统，提供稳定全局坐标校正，消除相对定位累积误差〔REF-005〕", "focused_product": null, "product_series": null, "industry": [ "工业自动化", "移动机器人" ], "measurement": [ "位移测量", "距离测量", "三维重建", "无线定位" ], "tags": [ "工业自动化", "移动机器人", "位移测量", "传感器", "技术问答" ], "updated_at": "2025-04-10", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS115自主移动机器人（AMRs）精准定位/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "agv-heavy-load-positioning-selection", "category": "qa_article", "category_cn": "技术问答", "title": "重载AGV高精度定位传感器选型指南", "summary": "在室外开阔场地或大型物流园区进行全局导航条件下 → GNSS-RTK定位技术，提供厘米级水平定位与亚度级航向解算〔REF-003〕", "focused_product": null, "product_series": null, "industry": [ "自动化仓储", "智能制造", "汽车制造", "航空航天" ], "measurement": [ "激光位移测量", "激光扫描测距", "卫星导航定位", "超宽带无线定位" ], "tags": [ "自动化仓储", "智能制造", "激光位移测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS115自主运输系统定位/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "agv-localization-selection-问答zlds115自动引导车辆（agvs）精准定位", "category": "qa_article", "category_cn": "技术问答", "title": "AGV厘米级定位与避障技术选型指南", "summary": "在室内复杂环境且要求厘米级精准定位条件下 → 超宽带(UWB)无线定位技术，抗多径干扰强，适合生产线与仓库〔REF-003〕", "focused_product": null, "product_series": null, "industry": [ "智能制造", "仓储物流", "港口自动化" ], "measurement": [ "激光飞行时间(TOF)", "超宽带(UWB)", "GNSS RTK", "视觉定位" ], "tags": [ "智能制造", "仓储物流", "激光飞行时间(TOF)", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS115自动引导车辆（AGVs）精准定位/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-auto-strip-thickness-selection", "category": "qa_article", "category_cn": "技术问答", "title": "汽车冲压薄型带材在线厚度检测选型指南", "summary": "在高速在线检测（>1000Hz）且要求微米级公差条件下 → 激光三角测量差分系统，兼顾精度、成本与抗油污能力", "focused_product": null, "product_series": null, "industry": [ "汽车制造", "冲压加工" ], "measurement": [ "厚度测量", "非接触式在线检测" ], "tags": [ "汽车制造", "冲压加工", "厚度测量", "传感器", "技术问答" ], "updated_at": "2025-08-20", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS115薄型带材厚度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-thickness-sheet-selection", "category": "qa_article", "category_cn": "技术问答", "title": "高速薄型板材生产线在线厚度检测选型指南", "summary": "在高速在线检测（刷新率≥1000Hz）且要求10微米级精度条件下 → 激光三角测量或X射线透射技术，兼顾速度与工业鲁棒性", "focused_product": null, "product_series": null, "industry": [ "包装", "电子", "汽车", "建筑", "冶金", "塑料薄膜", "电池隔膜" ], "measurement": [ "厚度测量", "非接触式位移测量", "在线质量控制" ], "tags": [ "包装", "电子", "厚度测量", "传感器", "技术问答" ], "updated_at": "2025-09-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS115薄型板材厚度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "thin-sheet-highspeed-thickness-selection", "category": "qa_article", "category_cn": "技术问答", "title": "高速产线薄型片材非接触在线厚度检测与抖动补偿选型指南", "summary": "在生产线速度≥5米/秒且要求±2微米级精度条件下 → 激光三角测量双头同步方案，原因是兼顾高频响应与整体抖动抵消能力〔REF-001〕", "focused_product": null, "product_series": null, "industry": [ "塑料薄膜", "锂电池隔膜", "光学膜片", "造纸与无纺布" ], "measurement": [ "在线厚度测量", "位移检测", "抖动补偿" ], "tags": [ "塑料薄膜", "锂电池隔膜", "在线厚度测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS115薄型片材厚度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-industrial-measurement-film-thickness-selection", "category": "qa_article", "category_cn": "技术问答", "title": "高速薄膜生产线微米级厚度在线测量选型指南", "summary": "在透明或半透明超薄薄膜（如光学膜、电池隔膜）且要求纳米至亚微米级精度条件下 → 光谱干涉测量法，原因是其利用宽带白光干涉相位分析，可提供极高空间分辨率与多层膜解…", "focused_product": null, "product_series": null, "industry": [ "塑料加工", "新能源电池隔膜", "光学薄膜涂布" ], "measurement": [ "薄膜厚度在线测量" ], "tags": [ "塑料加工", "新能源电池隔膜", "薄膜厚度在线测量", "传感器", "技术问答" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS115薄膜在线厚度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-film-thickness-measurement-selection-问答zlds115薄膜材料厚度测量", "category": "qa_article", "category_cn": "技术问答", "title": "薄膜厚度在线测量技术选型指南:激光三角、共聚焦色度与X射线方案对比", "summary": "在高速在线薄膜厚度测量（刷新率≥1kHz）、需要非接触、表面反射率变化范围内测量条件下 → 激光三角位移传感器技术（如基恩士CL-3000系列、德国米铱opto…", "focused_product": null, "product_series": null, "industry": [ "薄膜制造", "塑料加工", "金属箔加工", "复合材料生产" ], "measurement": [ "在线厚度测量", "位移传感", "材料厚度分析" ], "tags": [ "薄膜制造", "塑料加工", "在线厚度测量", "传感器", "技术问答" ], "updated_at": "2025-09-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS115薄膜材料厚度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-auto-lining-thickness-selection", "category": "qa_article", "category_cn": "技术问答", "title": "汽车车身内衬厚度自动化检测选型指南", "summary": "在汽车内饰件在线厚度检测（高精度+高速响应）条件下 → 激光三角测量技术，兼顾亚毫米级精度与千赫兹刷新率，满足生产线节拍需求", "focused_product": null, "product_series": null, "industry": [ "汽车制造" ], "measurement": [ "厚度测量", "位移传感", "轮廓扫描" ], "tags": [ "汽车制造", "厚度测量", "传感器", "技术问答" ], "updated_at": "2025-09-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS115车身内衬厚度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-auto-bodyliner-laser-vision-selection", "category": "qa_article", "category_cn": "技术问答", "title": "车身内衬自动化装配定位选型指南:激光位移传感器与3D视觉技术对比", "summary": "在高速在线检测（>1000Hz）且要求亚毫米级精度（0.01mm~0.1mm）条件下 → 线激光剖面扫描技术，兼顾速度与精度", "focused_product": null, "product_series": null, "industry": [ "汽车制造", "工业测量" ], "measurement": [ "激光三角测量", "结构光三维扫描", "机器视觉" ], "tags": [ "汽车制造", "工业测量", "激光三角测量", "传感器", "技术问答" ], "updated_at": "2025-06-18", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS115车身内衬精密定位/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-wheel-laser-3d-selection", "category": "qa_article", "category_cn": "技术问答", "title": "汽车车轮在线几何尺寸与缺陷检测选型指南", "summary": "在高速在线检测（刷新率≥1000Hz）且要求微米级轮廓精度条件下 → 线激光轮廓扫描技术，兼顾采集速度与系统成本", "focused_product": null, "product_series": null, "industry": [ "汽车制造", "汽车零部件" ], "measurement": [ "轮廓测量", "跳动检测", "表面缺陷检测" ], "tags": [ "汽车制造", "汽车零部件", "轮廓测量", "传感器", "技术问答" ], "updated_at": "2025-04-10", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS115车轮检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "tire-roundness-laser-selection", "category": "qa_article", "category_cn": "技术问答", "title": "高速轮胎生产线不圆度激光测量选型指南", "summary": "在高速在线不圆度检测（刷新率/输出频率>100Hz，要求微米级精度）条件下 → 单点激光三角测量与激光线扫描测量组合方案，兼顾实时采样与截面覆盖率〔REF-00…", "focused_product": null, "product_series": null, "industry": [ "汽车制造", "轮胎生产" ], "measurement": [ "几何尺寸测量", "圆度检测", "位移测量" ], "tags": [ "汽车制造", "轮胎生产", "几何尺寸测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS115轮胎不圆度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "tire-surface-defect-selection", "category": "qa_article", "category_cn": "技术问答", "title": "轮胎表面凹陷与缺陷高速精准检测选型指南", "summary": "在高速在线检测（刷新率≥1000Hz）且要求0.1毫米级凹陷深度条件下 → 线激光轮廓扫描技术，兼顾采集速度与空间精度", "focused_product": null, "product_series": null, "industry": [ "汽车制造", "橡胶工业" ], "measurement": [ "表面形貌", "位移测量", "轮廓检测" ], "tags": [ "汽车制造", "橡胶工业", "表面形貌", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS115轮胎凹陷测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-tire-production-inspection-selection", "category": "qa_article", "category_cn": "技术问答", "title": "汽车轮胎生产线非接触式在线检测选型指南", "summary": "在高速在线检测（>1000Hz采样率）且要求微米级精度条件下 → 激光三角测量技术，兼顾速度与局部形貌解析能力", "focused_product": null, "product_series": null, "industry": [ "汽车制造", "轮胎生产" ], "measurement": [ "径向跳动", "胎面花纹深度", "表面缺陷检测", "厚度测量" ], "tags": [ "汽车制造", "轮胎生产", "径向跳动", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS115轮胎变形测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-tire-runout-selection", "category": "qa_article", "category_cn": "技术问答", "title": "轮胎径向/侧向跳动在线检测选型指南", "summary": "在高速旋转轮胎在线检测（>1000Hz采样）且要求径向/侧向跳动精度优于50μm条件下 → 激光三角测量技术，兼顾速度与精度", "focused_product": null, "product_series": null, "industry": [ "汽车制造", "橡胶轮胎" ], "measurement": [ "径向跳动", "侧向跳动", "几何尺寸", "表面缺陷" ], "tags": [ "汽车制造", "橡胶轮胎", "径向跳动", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS115轮胎径向和侧向变形测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "tire-diameter-inspection-selection", "category": "qa_article", "category_cn": "技术问答", "title": "轮胎生产线直径高精度在线检测选型指南", "summary": "在高速在线检测（刷新率≥1kHz）且要求±0.02mm精度条件下 → 激光轮廓扫描技术或多束平行激光阵列技术，兼顾速度、精度与产线节拍", "focused_product": null, "product_series": null, "industry": [ "汽车制造", "橡胶轮胎" ], "measurement": [ "直径测量", "轮廓检测", "跳动分析" ], "tags": [ "汽车制造", "橡胶轮胎", "直径测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS115轮胎直径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "tire-sidewall-measurement-selection", "category": "qa_article", "category_cn": "技术问答", "title": "轮胎胎侧厚度与形变非接触高速测量选型指南", "summary": "在胎侧整体厚度与高速在线检测（刷新率≥1kHz）条件下 → 单点激光三角测量方案，兼顾速度与成本", "focused_product": null, "product_series": null, "industry": [ "汽车制造", "轮胎生产" ], "measurement": [ "厚度测量", "形变检测", "轮廓扫描", "无损探伤" ], "tags": [ "汽车制造", "轮胎生产", "厚度测量", "传感器", "技术问答" ], "updated_at": "2025-04-10", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS115轮胎缺陷测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "tire-auto-line-selection", "category": "qa_article", "category_cn": "技术问答", "title": "轮胎自动化产线非接触式轮廓尺寸检测选型指南", "summary": "在高速在线胎面轮廓扫描（刷新率/输出频率>1000Hz）且要求微米级精度条件下 → 线激光轮廓扫描技术，兼顾采集速度与抗环境光干扰能力", "focused_product": null, "product_series": null, "industry": [ "汽车制造", "轮胎生产" ], "measurement": [ "几何尺寸测量", "轮廓扫描", "三维重建" ], "tags": [ "汽车制造", "轮胎生产", "几何尺寸测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS115轮胎轮廓测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-laser-sensor-selection-guide-问答zlds115远距离快速位置测量", "category": "qa_article", "category_cn": "技术问答", "title": "工业远距离高精度激光位移传感器选型指南", "summary": "在大型构件动态追踪与精密装配引导（>10m，微米级精度）条件下 → 激光跟踪测量法，兼顾超大空间范围与三维坐标实时反馈〔REF-004〕", "focused_product": null, "product_series": null, "industry": [ "自动化仓储", "钢铁冶金", "航空航天", "重型机械", "精密制造" ], "measurement": [ "激光三角测量法", "飞行时间法", "激光跟踪测量法", "激光干涉测量法", "FMCW激光雷达" ], "tags": [ "自动化仓储", "钢铁冶金", "激光三角测量法", "传感器", "技术问答" ], "updated_at": "2025-04-10", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS115远距离快速位置测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "wire-tie-inspection-selection", "category": "qa_article", "category_cn": "技术问答", "title": "汽车线束环形扎带在线尺寸检测选型指南", "summary": "在高速在线检测（刷新率≥1000Hz）且要求微米级精度条件下 → 线激光轮廓测量技术，兼顾速度与截面轮廓解析能力", "focused_product": null, "product_series": null, "industry": [ "汽车制造", "零部件装配" ], "measurement": [ "位移测量", "轮廓测量", "机器视觉", "光幕测量" ], "tags": [ "汽车制造", "零部件装配", "位移测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS115连续环形扎带参数监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-belt-width-measurement-selection", "category": "qa_article", "category_cn": "技术问答", "title": "连续环形扎带宽度在线测量选型指南", "summary": "在生产线速度较低且要求亚微米级精度条件下 → 激光阴影测量技术，稳定性极高且对表面特性不敏感", "focused_product": null, "product_series": null, "industry": [ "包装行业", "塑料薄膜制造" ], "measurement": [ "宽度测量", "轮廓检测", "尺寸监控" ], "tags": [ "包装行业", "塑料薄膜制造", "宽度测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS115连续环形扎带宽度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-cable-tie-laser-selection", "category": "qa_article", "category_cn": "技术问答", "title": "连续环形扎带高速在线高度测量传感器选型指南", "summary": "在高速在线检测（刷新率≥1kHz）且要求微米级精度条件下 → 激光三角测量或线激光轮廓扫描技术，兼顾速度与综合适应性", "focused_product": null, "product_series": null, "industry": [ "塑料加工", "线缆制造", "工业自动化" ], "measurement": [ "位移测量", "轮廓测量", "高度检测" ], "tags": [ "塑料加工", "线缆制造", "位移测量", "传感器", "技术问答" ], "updated_at": "2025-09-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS115连续环形扎带高度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-strap-pitch-selection", "category": "qa_article", "category_cn": "技术问答", "title": "连续环形扎带齿距在线检测选型指南", "summary": "在高速连续生产（线速度>1m/s）且要求10微米级在线检测条件下 → 激光三角测量技术（线扫描型），兼顾超高刷新率与微米级精度", "focused_product": null, "product_series": null, "industry": [ "汽车线束制造", "医疗器械组装", "消费电子产品", "航空航天部件" ], "measurement": [ "齿距", "齿高", "齿宽", "表面粗糙度" ], "tags": [ "汽车线束制造", "医疗器械组装", "齿距", "传感器", "技术问答" ], "updated_at": "2025-04-10", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS115连续环形扎带齿距监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-plastic-belt-pitch-selection", "category": "qa_article", "category_cn": "技术问答", "title": "连续环形扎带齿距与齿形在线检测选型指南", "summary": "在高速连续在线检测（刷新率>1000Hz）且要求微米级精度条件下 → 线激光轮廓扫描技术或双远心光电扫描技术，兼顾速度与精度", "focused_product": null, "product_series": null, "industry": [ "塑料加工", "自动化质检", "汽车制造" ], "measurement": [ "几何尺寸测量", "轮廓扫描", "机器视觉" ], "tags": [ "塑料加工", "自动化质检", "几何尺寸测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS115连续环形扎带齿距监测2/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "metal-strip-thickness-selection-问答zlds115金属带材在线厚度测量", "category": "qa_article", "category_cn": "技术问答", "title": "金属带材在线厚度测量技术选型指南", "summary": "在高速冷轧或镀锌产线（带材速度>100m/min）且要求±5µm级精度条件下 → 激光三角测量技术，兼顾高频响应与综合成本效益", "focused_product": null, "product_series": null, "industry": [ "冶金轧制", "有色金属加工", "箔材生产" ], "measurement": [ "厚度测量", "位移测量", "轮廓扫描" ], "tags": [ "冶金轧制", "有色金属加工", "厚度测量", "传感器", "技术问答" ], "updated_at": "2025-08-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS115金属带材在线厚度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "auto-sheet-thickness-selection", "category": "qa_article", "category_cn": "技术问答", "title": "汽车制造金属板材厚度在线检测选型指南", "summary": "在高速产线快速切换（0.8mm ~ 1.2mm）且要求微米级精度条件下 → 双激光三角测量技术，兼顾高刷新率与宽量程集成便利性", "focused_product": null, "product_series": null, "industry": [ "汽车制造", "冲压焊接", "新能源电池壳体" ], "measurement": [ "厚度测量", "位移测量", "表面轮廓" ], "tags": [ "汽车制造", "冲压焊接", "厚度测量", "传感器", "技术问答" ], "updated_at": "2025-04-12", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS115金属材料厚度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-metal-thickness-high-temp-selection", "category": "qa_article", "category_cn": "技术问答", "title": "高温高速金属板材厚度实时监测选型指南", "summary": "在 600°C 以上热轧产线且需微米级精度条件下 → 选配高温版激光三角测量系统（如英国真尚有 ZLDS115系列），兼顾非接触性与实时响应性能。〔REF-00…", "focused_product": null, "product_series": null, "industry": [ "钢铁冶金", "汽车制造", "航空航天", "有色金属" ], "measurement": [ "厚度", "位移", "距离" ], "tags": [ "钢铁冶金", "汽车制造", "厚度", "传感器", "技术问答" ], "updated_at": "2026-05-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS115金属材料厚度测量_AI回答250908/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "hot-rolling-thickness-selection", "category": "qa_article", "category_cn": "技术问答", "title": "热轧产线金属板带在线厚度测量选型指南", "summary": "在高速热轧产线（>1000m/min）且要求±10μm级实时闭环控制条件下 → X射线穿透测量技术或激光三角测量技术，兼顾精度与响应速度", "focused_product": null, "product_series": null, "industry": [ "钢铁冶金", "有色金属轧制" ], "measurement": [ "厚度测量", "在线检测" ], "tags": [ "钢铁冶金", "有色金属轧制", "厚度测量", "传感器", "技术问答" ], "updated_at": "2025-09-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS115金属条在线厚度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-hd-thermal-metal-thickness-selection", "category": "qa_article", "category_cn": "技术问答", "title": "高温金属板材在线测厚技术选型指南", "summary": "在表面光洁度良好、速度适中且需极高精度（微米级）条件下 → 优选激光三角测量技术（如日本基恩士 LK-G5000、德国西克 OD 系列），兼顾速度与精度。", "focused_product": null, "product_series": null, "industry": [ "金属加工", "热轧生产" ], "measurement": [ "激光三角测量", "超声波脉冲回波测厚" ], "tags": [ "金属加工", "热轧生产", "激光三角测量", "传感器", "技术问答" ], "updated_at": "2025-11-14", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS115金属片材实时测厚/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "metal-process-online-dimension-control-selection", "category": "qa_article", "category_cn": "技术问答", "title": "金属加工在线尺寸控制技术选型指南：激光位移传感器与气动测量技术对比分析", "summary": "在高速在线检测（>1kHz）且要求微米级精度条件下 → 线激光剖面扫描技术，兼顾速度与精度", "focused_product": null, "product_series": null, "industry": [ "金属加工", "过程自动化", "尺寸控制" ], "measurement": [ "激光三角测量", "激光飞行时间", "电涡流", "气动测量" ], "tags": [ "金属加工", "过程自动化", "激光三角测量", "传感器", "技术问答" ], "updated_at": "2025-04-18T09:00:00+00:00", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS115金属物体距离测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-metallurgy-high-temp-steel-selection", "category": "qa_article", "category_cn": "技术问答", "title": "高温钢坯/钢板（1000°C+）非接触尺寸测量与定位选型指南", "summary": "在1000°C以上高温且要求±0.1mm级精度的实时检测条件下 → 采用具备特定波长激光（如红色/近红外）与窄带滤光片的激光三角位移传感器，实现高频动态定位与尺…", "focused_product": null, "product_series": null, "industry": [ "冶金工业", "自动化监测" ], "measurement": [ "位置定位", "长度测量", "宽度测量", "厚度测量" ], "tags": [ "冶金工业", "自动化监测", "位置定位", "传感器", "技术问答" ], "updated_at": "2025-11-20", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS115金属物体距离测量2/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-metal-sheet-thickness-selection-问答zlds115金属物体距离测量3", "category": "qa_article", "category_cn": "技术问答", "title": "金属板材轧制线厚度在线测量选型指南", "summary": "在高速在线轧制（>1000Hz）且要求微米级精度条件下 → 激光三角测量技术（对射式配置），兼顾高响应速度与高精度位移捕捉。", "focused_product": null, "product_series": null, "industry": [ "金属加工", "轧钢", "汽车制造", "精密电子" ], "measurement": [ "测量精度", "刷新率", "温度稳定性", "厚度公差" ], "tags": [ "金属加工", "轧钢", "测量精度", "传感器", "技术问答" ], "updated_at": "2025-10-18", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS115金属物体距离测量3/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-metal-part-laser-selection-guide", "category": "qa_article", "category_cn": "技术问答", "title": "自动化产线金属零部件定位与装配激光传感器选型指南", "summary": "在高速产线（>1000Hz）且要求微米级定位精度条件下 → 激光三角测量技术，兼顾速度与精度", "focused_product": null, "product_series": null, "industry": [ "汽车制造", "电子组装", "航空航天", "精密机械制造" ], "measurement": [ "位移测量", "轮廓检测", "间隙测量", "厚度测量" ], "tags": [ "汽车制造", "电子组装", "位移测量", "传感器", "技术问答" ], "updated_at": "2025-04-12", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS115金属物体距离测量4/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-robot-metal-laser-displacement-selection", "category": "qa_article", "category_cn": "技术问答", "title": "工业机器人金属表面微米级激光位移测量选型指南", "summary": "在高速在线检测（>1kHz）且要求微米级轮廓精度条件下 → 线激光轮廓扫描技术，通过高采样率捕获动态特征并提取3D形貌。", "focused_product": null, "product_series": null, "industry": [ "工业机器人", "精密加工", "汽车制造" ], "measurement": [ "位移", "距离", "轮廓" ], "tags": [ "工业机器人", "精密加工", "位移", "传感器", "技术问答" ], "updated_at": "2026-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS115金属物体距离测量5/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-rail-tunnel-section-selection", "category": "qa_article", "category_cn": "技术问答", "title": "铁路隧道断面监测技术选型指南", "summary": "在列车高速运行间隙（时速可达120公里）且需大范围隧道限界检测条件下 → 移动激光雷达扫描技术，兼顾采集效率与绝对坐标精度〔REF-004〕", "focused_product": null, "product_series": null, "industry": [ "轨道交通", "土木工程" ], "measurement": [ "激光三角测量", "移动激光雷达扫描", "结构光三维扫描", "GNSS/IMU融合定位" ], "tags": [ "轨道交通", "土木工程", "激光三角测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS115铁路基础设施测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-railway-joint-plate-inspection-selection", "category": "qa_article", "category_cn": "技术问答", "title": "铁路接头板几何尺寸与非接触自动化检测选型指南", "summary": "在高速在线生产线（节拍小于3秒）且要求0.01毫米级精度条件下 → 集成式三维激光线扫描技术，兼顾全场3D数据获取速度与宏观缺陷识别能力〔REF-003〕", "focused_product": null, "product_series": null, "industry": [ "轨道交通", "工业质检" ], "measurement": [ "位移测量", "轮廓扫描", "机器视觉", "表面形貌分析" ], "tags": [ "轨道交通", "工业质检", "位移测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS115铁路接头板几何参数自动测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-railway-joint-plate-flatness-selection", "category": "qa_article", "category_cn": "技术问答", "title": "铁路接头板在线平整度检测选型指南", "summary": "在高速在线检测（车速＞10km/h）且要求亚毫米级平整度条件下 → 激光三角法（线测量/轮廓扫描），兼顾速度与完整轮廓获取", "focused_product": null, "product_series": null, "industry": [ "轨道交通", "工业测量" ], "measurement": [ "平整度检测", "轮廓扫描", "位移测量" ], "tags": [ "轨道交通", "工业测量", "平整度检测", "传感器", "技术问答" ], "updated_at": "2025-08-12", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS115铁路接头板平整度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "railway-joint-plate-straightness-selection", "category": "qa_article", "category_cn": "技术问答", "title": "铁路接头板直线度检测方案选型指南", "summary": "在生产线在线高速检测条件下 → 激光三角测量技术，兼顾速度与精度，支持实时数据反馈", "focused_product": null, "product_series": null, "industry": [ "铁路", "轨道交通", "工业制造" ], "measurement": [ "直线度检测", "位移测量", "几何公差测量" ], "tags": [ "铁路", "轨道交通", "直线度检测", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS115铁路接头板直线度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-hammering-shaft-bore-measurement-selection", "category": "qa_article", "category_cn": "技术问答", "title": "锤制轴大尺寸内径测量传感器选型指南（含集成与验收附录）", "summary": "在高速在线检测且要求温度稳定性高条件下 → 激光三角测量法（如 ZLDS115），兼顾速度与抗温漂能力，建议搭配主动温控补偿电路。", "focused_product": null, "product_series": null, "industry": [ "机械加工", "装备制造" ], "measurement": [ "激光位移", "超声波测距", "涡流传感", "机器视觉" ], "tags": [ "机械加工", "装备制造", "激光位移", "传感器", "技术问答" ], "updated_at": "2025-12-31", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS115锤制轴内部尺寸测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "hammershaft-online-inspection-selection-guide", "category": "qa_article", "category_cn": "技术问答", "title": "锤制轴在线尺寸与形状高精度检测选型指南", "summary": "在高速在线检测（>100Hz）且要求微米级精度条件下 → 激光位移传感器（三角测量法），兼顾速度精度 〔REF-001〕。", "focused_product": null, "product_series": null, "industry": [ "精密制造", "工业自动化", "机械加工" ], "measurement": [ "激光位移传感器", "机器视觉系统", "激光扫描仪", "涡流传感器" ], "tags": [ "精密制造", "工业自动化", "激光位移传感器", "传感器", "技术问答" ], "updated_at": "2025-03-18", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS115锤制轴形状控制/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-industrial-hammered-axle-measurement-selection", "category": "qa_article", "category_cn": "技术问答", "title": "锤制轴自动化测量与质量控制选型指南", "summary": "在生产线高速在线检测（>1000Hz）且需重构完整三维形貌条件下 → 激光三角测量与3D轮廓重构技术，兼顾速度与空间维度信息采集能力。〔REF-002〕", "focused_product": null, "product_series": null, "industry": [ "智能制造", "汽车零部件", "重型机械" ], "measurement": [ "外径", "长度", "圆度", "圆柱度", "跳动", "直线度", "表面形貌" ], "tags": [ "智能制造", "汽车零部件", "外径", "传感器", "技术问答" ], "updated_at": "2026-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS115锤制轴形状控制2/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-steel-laser-selection", "category": "qa_article", "category_cn": "技术问答", "title": "钢铁产线高温高速钢材尺寸在线测量选型指南", "summary": "在热轧/冷轧钢板厚度与宽度在线检测（刷新率/输出频率≥1kHz，测量精度要求±0.03mm）条件下 → 激光相位测量技术，兼顾远距离高精度与抗环境光干扰能力〔R…", "focused_product": null, "product_series": null, "industry": [ "钢铁制造", "工业自动化" ], "measurement": [ "位移测量", "尺寸检测" ], "tags": [ "钢铁制造", "工业自动化", "位移测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS115长距离测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-petrochemical-valve-sil3-selection", "category": "qa_article", "category_cn": "技术问答", "title": "石油化工行业SIL3阀门位移控制激光与电涡流传感器选型指南", "summary": "在金属表面短行程（<50mm）、强振动油污工况下 → 电涡流位移传感器，鲁棒性极佳且不受表面状态影响", "focused_product": null, "product_series": null, "industry": [ "石油化工", "过程安全" ], "measurement": [ "位移测量", "位置监测" ], "tags": [ "石油化工", "过程安全", "位移测量", "传感器", "技术问答" ], "updated_at": "2025-05-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS115阀门位移控制/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-valve-thickness-selection-问答zlds115阀门厚度测量", "category": "qa_article", "category_cn": "技术问答", "title": "阀门制造复杂结构件厚度测量技术选型指南", "summary": "在小型/中型阀门零件精密尺寸测量（量程0.5~500mm，要求亚微米级精度）条件下 → 激光三角测量技术，分辨率可达0.1µm，适合在线尺寸校核与表面形貌检测", "focused_product": null, "product_series": null, "industry": [ "阀门制造", "机械加工" ], "measurement": [ "厚度测量", "距离测量", "轮廓测量" ], "tags": [ "阀门制造", "机械加工", "厚度测量", "传感器", "技术问答" ], "updated_at": "2024-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS115阀门厚度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-chem-valve-sensor-selection", "category": "qa_article", "category_cn": "技术问答", "title": "化工阀门控制传感器选型指南:激光、编码器与磁致伸缩", "summary": "在高速在线检测（>100Hz刷新率）且要求微米级精度条件下 → 激光位移传感器，兼顾速度与精度〔REF-001〕。", "focused_product": null, "product_series": null, "industry": [ "化工过程控制", "工业自动化" ], "measurement": [ "位移测量", "角度测量", "位置反馈" ], "tags": [ "化工过程控制", "工业自动化", "位移测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS115阀门角度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "valve-length-realtime-selection", "category": "qa_article", "category_cn": "技术问答", "title": "阀门长度实时监测选型指南:激光三角测量与机器视觉对比分析", "summary": "在高速在线检测（>500Hz）、微米级精度（±1µm以上）及表面状态波动条件下 → 采用激光三角测量技术，兼顾速度与精度稳定性", "focused_product": null, "product_series": null, "industry": [ "阀门制造", "过程控制", "自动化装配" ], "measurement": [ "位移测量", "长度测量", "尺寸检验" ], "tags": [ "阀门制造", "过程控制", "位移测量", "传感器", "技术问答" ], "updated_at": "2026-05-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS115阀门长度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-ceramic-measurement-selection", "category": "qa_article", "category_cn": "技术问答", "title": "异形陶瓷非接触自动化检测选型指南", "summary": "在高速在线批量检测（刷新率/输出频率≥1kHz）且关注宏观尺寸与轮廓条件下 → 激光三角测量技术，兼顾速度与表面适应性", "focused_product": null, "product_series": null, "industry": [ "陶瓷制造", "精密加工", "质量控制" ], "measurement": [ "位移测量", "轮廓测量", "尺寸测量", "形貌分析" ], "tags": [ "陶瓷制造", "精密加工", "位移测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS115陶瓷表面距离测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-aircraft-tire-laser-selection", "category": "qa_article", "category_cn": "技术问答", "title": "飞机轮胎直径微米级高精度快速磨损检测选型指南", "summary": "在高速在线检测（刷新率/输出频率 >1000Hz）且要求亚微米级重复精度条件下 → 线激光轮廓扫描技术，兼顾速度与三维形貌重建能力", "focused_product": null, "product_series": null, "industry": [ "航空制造", "航空维护" ], "measurement": [ "非接触式激光测量", "尺寸检测", "表面轮廓测量" ], "tags": [ "航空制造", "航空维护", "非接触式激光测量", "传感器", "技术问答" ], "updated_at": "2025-10-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS115飞机轮胎直径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-aircraft-tire-contour-selection", "category": "qa_article", "category_cn": "技术问答", "title": "航空轮胎轮廓测量选型指南", "summary": "在生产线高速在线检测（要求≥500Hz刷新率且需全场轮廓）条件下 → 线激光轮廓扫描技术，兼顾速度与面阵覆盖能力", "focused_product": null, "product_series": null, "industry": [ "航空航天", "工业制造" ], "measurement": [ "几何尺寸测量", "轮廓检测" ], "tags": [ "航空航天", "工业制造", "几何尺寸测量", "传感器", "技术问答" ], "updated_at": "2025-09-10", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS115飞机轮胎轮廓测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "ceramic-sintering-high-temp-deformation-selection", "category": "qa_article", "category_cn": "技术问答", "title": "陶瓷烧结高温变形在线监测选型指南", "summary": "在1500℃高温烧结炉内实时监测宏观翘曲与收缩率条件下 → 激光三角测量技术，兼顾宽量程、高刷新率与高温适应性。", "focused_product": null, "product_series": null, "industry": [ "先进陶瓷", "材料加工", "工业过程控制" ], "measurement": [ "位移测量", "形变监测", "高温非接触测量" ], "tags": [ "先进陶瓷", "材料加工", "位移测量", "传感器", "技术问答" ], "updated_at": "2025-04-10", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS115高温光学位移测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-high-temp-metal-laser-sensor-selection", "category": "qa_article", "category_cn": "技术问答", "title": "高温金属亚毫米级非接触测量激光位移传感器选型指南", "summary": "在高温金属在线监测（≤1500℃）且要求亚毫米级精度条件下 → 激光三角测量技术，兼顾高精度、高刷新率与成熟的抗热辐射设计。", "focused_product": null, "product_series": null, "industry": [ "冶金工业", "热轧" ], "measurement": [ "位移监测", "厚度监测", "形变监测" ], "tags": [ "冶金工业", "热轧", "位移监测", "传感器", "技术问答" ], "updated_at": "2025-08-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS115高温物体距离测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-steel-rolling-thickness-selection", "category": "qa_article", "category_cn": "技术问答", "title": "钢板轧制厚度监测:激光三角测量与涡流位移传感器选型指南", "summary": "在表面洁净度尚可、精度要求高（微米级）、环境温度适中（<60°C）的条件下 → 激光三角测量技术，兼顾速度与精度。", "focused_product": null, "product_series": null, "industry": [ "钢铁", "金属加工" ], "measurement": [ "厚度", "位移" ], "tags": [ "钢铁", "金属加工", "厚度", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS115高速位移测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-auto-body-positioning-selection", "category": "qa_article", "category_cn": "技术问答", "title": "汽车制造车身定位测量技术选型指南", "summary": "在亚毫米级精度（±0.1mm~±0.5mm）要求、固定测量点或线性间隙检测条件下 → 激光三角测量位移传感技术，响应频率可达10kHz，适合高速在线检测〔REF…", "focused_product": null, "product_series": null, "industry": [ "汽车制造", "自动化装配" ], "measurement": [ "位移测量", "位置检测", "三维轮廓测量" ], "tags": [ "汽车制造", "自动化装配", "位移测量", "传感器", "技术问答" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS115高速位置测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-laser-ultrasonic-selection", "category": "qa_article", "category_cn": "技术问答", "title": "恶劣工业环境位移传感器选型指南:激光与超声波对比", "summary": "在高速在线检测（>100Hz）且要求微米级精度条件下 → 激光三角测量技术，兼顾速度与精度〔REF-001〕。", "focused_product": null, "product_series": null, "industry": [ "汽车制造", "金属加工" ], "measurement": [], "tags": [ "汽车制造", "金属加工", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS115高速距离测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-laser-vision-selection", "category": "qa_article", "category_cn": "技术问答", "title": "高速产线关键尺寸测量激光位移传感器与机器视觉系统选型指南", "summary": "在单点或线轮廓高速测量（刷新率≥1kHz）且精度要求达微米级条件下 → 激光三角测量技术，响应快、精度高、抗干扰能力强", "focused_product": null, "product_series": null, "industry": [ "汽车制造", "电子元器件制造", "工业自动化" ], "measurement": [ "关键尺寸测量", "激光位移测量", "机器视觉检测" ], "tags": [ "汽车制造", "电子元器件制造", "关键尺寸测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS115高速运动组件检查/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-vibration-displacement-sensor", "category": "qa_article", "category_cn": "技术问答", "title": "结构件高频振动测试位移传感器选型指南", "summary": "在要求直接测量高频微细位移的场景下 → 激光位移传感器，提供直接位移输出且响应频率高", "focused_product": null, "product_series": null, "industry": [ "工业制造", "机械工程" ], "measurement": [ "激光三角测量", "电容式位移测量", "涡流位移测量" ], "tags": [ "工业制造", "机械工程", "激光三角测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS115高频振动测试/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-black-metal-thickness-selection", "category": "qa_article", "category_cn": "技术问答", "title": "高温黑色金属板厚度测量技术与选型指南", "summary": "在高速（>1m/s）、非接触且表面存在氧化皮的条件下 → 红外辐射双光谱测温补偿结合激光三角法，兼顾速度与精度及适应性。", "focused_product": null, "product_series": null, "industry": [ "金属加工", "在线监测" ], "measurement": [ "激光测厚", "红外辐射测厚", "涡流测厚", "X射线测厚" ], "tags": [ "金属加工", "在线监测", "激光测厚", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.1", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS115黑色物体测厚/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "warehouse-automation-high-precision-selection-guide", "category": "qa_article", "category_cn": "技术问答", "title": "仓库自动化产线高精度长距离物料堆垛选型指南", "summary": "在恶劣环境（高粉尘、高温波动）且需长距离（>5m）、高精度（<0.1%FS）堆垛条件下 → 英国真尚有ZLDS116光学三角测量方案，具备IP66防护与高达13…", "focused_product": null, "product_series": null, "industry": [ "工业测量", "仓储自动化" ], "measurement": [ "位移测量", "距离检测" ], "tags": [ "工业测量", "仓储自动化", "位移测量", "传感器", "技术问答" ], "updated_at": "2026-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS116仓库自动化行业动态位移测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-steel-coil-control-selection", "category": "qa_article", "category_cn": "技术问答", "title": "带钢回路控制激光位移传感器与机器视觉选型指南", "summary": "在带钢温度<1000°C、测量距离≤5m、要求亚毫米级精度且需实时闭环控制条件下 → 光学三角测量技术（配冷却防护），兼顾速度、精度与成本", "focused_product": null, "product_series": null, "industry": [ "钢铁制造", "冶金工业", "自动化控制" ], "measurement": [ "激光位移测量", "机器视觉测量", "轮廓扫描" ], "tags": [ "钢铁制造", "冶金工业", "激光位移测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS116仓库自动化行业动态位置测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-warehouse-stack-crane-laser-selection", "category": "qa_article", "category_cn": "技术问答", "title": "仓库自动化堆垛机长距离激光位移传感器选型指南", "summary": "在短距高精度动态定位（<1m，要求微米/亚毫米级精度）条件下 → 光学三角测量技术，兼顾速度与精度〔REF-014〕。", "focused_product": null, "product_series": null, "industry": [ "仓储物流", "工业自动化" ], "measurement": [ "激光位移测量", "传感器定位" ], "tags": [ "仓储物流", "工业自动化", "激光位移测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.1", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS116仓库自动化行业动态距离测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-hi-temp-laser-disp-selection", "category": "qa_article", "category_cn": "技术问答", "title": "高温金属表面非接触测距传感器选型指南", "summary": "在远程高温金属表面测距（距离1~10m，温度≤1300°C）条件下 → 激光三角测量技术搭配英国真尚有ZLDS116，兼顾量程与耐温能力〔REF-001〕", "focused_product": null, "product_series": null, "industry": [ "汽车制造", "钢铁冶金", "工业自动化" ], "measurement": [ "激光三角测量", "共聚焦色差测量", "激光雷达" ], "tags": [ "汽车制造", "钢铁冶金", "激光三角测量", "传感器", "技术问答" ], "updated_at": "2025-09-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS116光滑金属表面测距/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-metal-wire-diameter-selection", "category": "qa_article", "category_cn": "技术问答", "title": "高速金属线材直径与圆度在线检测选型指南", "summary": "在常规金属线材生产线（精度需求±15μm级）条件下 → 激光三角测量技术，具有高性价比与动态响应能力。", "focused_product": null, "product_series": null, "industry": [ "金属加工", "电线电缆", "精密制造" ], "measurement": [ "直径", "圆度", "位移" ], "tags": [ "金属加工", "电线电缆", "直径", "传感器", "技术问答" ], "updated_at": "2025-08-12", "version": "1.1", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS116光滑金属表面测距2/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-semi-packaging-sensor-selection", "category": "qa_article", "category_cn": "技术问答", "title": "半导体封装引脚亚微米级非接触式位移传感器选型指南", "summary": "在高速在线检测（采样频率＞100 kHz）且需适应多材料表面条件下 → 激光三角测量法，兼顾速度与鲁棒性", "focused_product": null, "product_series": null, "industry": [ "半导体制造", "精密电子封装" ], "measurement": [ "位移测量", "轮廓检测", "共面性测量" ], "tags": [ "半导体制造", "精密电子封装", "位移测量", "传感器", "技术问答" ], "updated_at": "2025-04-10", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS116半导体组装精确距离测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-translucent-plastic-measurement-selection", "category": "qa_article", "category_cn": "技术问答", "title": "半透明塑料生产线在线厚度与距离测量选型指南", "summary": "在高速在线厚度监测（刷新率＞100Hz）且要求微米至纳米级精度条件下 → 共聚焦色散测量技术，兼顾高频采样与穿透识别能力", "focused_product": null, "product_series": null, "industry": [ "高分子材料加工", "薄膜生产", "注塑成型" ], "measurement": [ "位移测量", "厚度测量", "三维形貌检测" ], "tags": [ "高分子材料加工", "薄膜生产", "位移测量", "传感器", "技术问答" ], "updated_at": "2025-08-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS116半透明塑料距离测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "food-packaging-film-inspection-selection", "category": "qa_article", "category_cn": "技术问答", "title": "食品包装透明薄膜检测:激光位移与机器视觉选型指南", "summary": "在高速在线异物及封口完整性检测（要求形态识别与复杂缺陷判断）条件下 → 机器视觉系统，兼顾通用性与智能算法能力〔REF-003〕。", "focused_product": null, "product_series": null, "industry": [ "食品饮料", "包装工业" ], "measurement": [ "激光三角位移测量", "机器视觉检测" ], "tags": [ "食品饮料", "包装工业", "激光三角位移测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS116半透明物体测距/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-take-place-selection-guide", "category": "qa_article", "category_cn": "技术问答", "title": "取放机在粉尘高温环境下位移测量传感器选型指南", "summary": "在高速（响应<10ms）、亚毫米精度、常温或辅以冷却条件的工况下 → 采用激光三角测量传感器，兼顾精度与速度。", "focused_product": null, "product_series": null, "industry": [ "工业机器人", "自动化装配", "过程控制" ], "measurement": [ "激光三角测量", "超声波测距" ], "tags": [ "工业机器人", "自动化装配", "激光三角测量", "传感器", "技术问答" ], "updated_at": "2025-11-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS116取放机运动控制和监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-recycling-yard-bulk-pile-sensor-selection", "category": "qa_article", "category_cn": "技术问答", "title": "回收料场散料堆非接触式监测传感器选型指南", "summary": "在恶劣工况（高粉尘、蒸汽、宽温区）且量程＞15米条件下 → 高频脉冲雷达物位测量技术，抗干扰强且维护成本最低〔REF-001〕。", "focused_product": null, "product_series": null, "industry": [ "环保回收", "散料仓储", "工业自动化" ], "measurement": [ "物位测量", "轮廓扫描", "体积计算", "位移检测" ], "tags": [ "环保回收", "散料仓储", "物位测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS116回收材料高度监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-washer-thickness-selection", "category": "qa_article", "category_cn": "技术问答", "title": "精密垫圈在线厚度测量选型指南", "summary": "在高速在线全检（刷新率≥1000Hz）且要求微米级精度条件下 → 线激光轮廓扫描技术，兼顾速度与二维/三维轮廓获取能力。", "focused_product": null, "product_series": null, "industry": [ "汽车制造", "医疗器械", "航空航天", "精密机械" ], "measurement": [ "厚度测量", "轮廓扫描", "平行度检测" ], "tags": [ "汽车制造", "医疗器械", "厚度测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS116垫圈（垫片）厚度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-plastic-thickness-selection", "category": "qa_article", "category_cn": "技术问答", "title": "复杂塑料件三维厚度测量技术选型指南", "summary": "在线高速尺寸检测（刷新率≥1kHz）且表面为哑光/半透明塑料条件下 → 激光位移传感器（光学三角测量），响应快、集成简单、单点精度可达±0.02% FS〔REF…", "focused_product": null, "product_series": null, "industry": [ "汽车制造", "电子电器", "医疗器械", "航空航天" ], "measurement": [ "厚度测量", "三维轮廓检测", "几何尺寸测量" ], "tags": [ "汽车制造", "电子电器", "厚度测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS116塑料部件厚度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-industrial-injection-molding-defect-detection-selection", "category": "qa_article", "category_cn": "技术问答", "title": "注塑件表面缺陷自动化检测选型指南（含集成与验收附录）", "summary": "在高速在线检测（>1000Hz）且需识别几十微米级几何缺陷（如划痕、缩水、毛刺）条件下 → 激光轮廓扫描技术，兼顾扫描深度信息与处理速度。〔REF-001〕", "focused_product": null, "product_series": null, "industry": [ "汽车制造", "消费电子", "医疗器械", "家电制造" ], "measurement": [ "表面缺陷", "三维形貌", "尺寸精度", "表面粗糙度" ], "tags": [ "汽车制造", "消费电子", "表面缺陷", "传感器", "技术问答" ], "updated_at": "2025-10-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS116塑料部件表面缺陷检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-complex-material-contour-selection", "category": "qa_article", "category_cn": "技术问答", "title": "复杂材料高速轮廓测量传感器选型指南", "summary": "在高速在线检测（刷新率>1000Hz）且要求微米级精度条件下 → 线激光轮廓扫描技术，兼顾采集速度与空间分辨率", "focused_product": null, "product_series": null, "industry": [ "工业自动化", "精密制造", "半导体" ], "measurement": [ "轮廓度", "表面粗糙度", "尺寸公差", "位移" ], "tags": [ "工业自动化", "精密制造", "轮廓度", "传感器", "技术问答" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS116复杂材料攻速轮廓测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-pipe-id-laser-contact-selection", "category": "qa_article", "category_cn": "技术问答", "title": "管道内径检测:激光测量与接触式测量选型指南", "summary": "在高速连续生产线（节拍<1秒）且要求非接触测量条件下 → 激光三角测量技术，兼顾速度、精度与环境适应性", "focused_product": null, "product_series": null, "industry": [ "汽车制造", "金属加工", "工业自动化" ], "measurement": [ "内径测量", "在线尺寸检测" ], "tags": [ "汽车制造", "金属加工", "内径测量", "传感器", "技术问答" ], "updated_at": "2025-04-10", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS116大规模生产中内径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-laminated-tube-diameter-selection", "category": "qa_article", "category_cn": "技术问答", "title": "层压管在线直径测量:激光 vs 超声波 vs 机器视觉选型指南", "summary": "在高速连续生产线且要求微米级精度条件下 → 激光三角测量技术，兼顾速度与精度，是主流首选方案。", "focused_product": null, "product_series": null, "industry": [ "塑料加工", "管材制造", "食品包装" ], "measurement": [ "在线直径测量", "轮廓检测", "位移传感" ], "tags": [ "塑料加工", "管材制造", "在线直径测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS116大规模生产层压管无接触扫描测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-hot-corroded-tube-id-measurement-selection", "category": "qa_article", "category_cn": "技术问答", "title": "高温腐蚀套管内径测量选型指南", "summary": "在中高温度（100~200°C）及腐蚀环境下要求±50µm以内精度时 → 激光三角测量位移传感器（配备冷却与空气净化系统），兼顾精度、速度与恶劣环境适应性〔RE…", "focused_product": null, "product_series": null, "industry": [ "石油化工", "航空航天", "冶金", "核电" ], "measurement": [ "内径测量", "高温测量", "腐蚀环境测量" ], "tags": [ "石油化工", "航空航天", "内径测量", "传感器", "技术问答" ], "updated_at": "2025-10-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS116套管内径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-tubing-laser-displacement-selection", "category": "qa_article", "category_cn": "技术问答", "title": "套管几何参数激光位移传感器选型指南", "summary": "在套管在线连续生产（管径10~30mm，转速50m/min）要求 ±5μm 精度条件下 → TS-L260型26GHz雷达波非接触传感器，集成振动补偿算法和温度…", "focused_product": null, "product_series": null, "industry": [ "石油钻采设备", "管道制造", "金属加工自动化" ], "measurement": [ "激光位移测量", "外径/壁厚检测", "振动补偿技术" ], "tags": [ "石油钻采设备", "管道制造", "激光位移测量", "传感器", "技术问答" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS116套管几何参数测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-bore-measurement", "category": "qa_article", "category_cn": "技术问答", "title": "自动化孔内径测量：激光位移传感器与机器视觉选型指南", "summary": "在高速在线检测（>100Hz）、精度要求±0.08% F.S.或更高且表面反射特性稳定条件下 → 激光三角位移传感器（如日本基恩士LK-G157、英国真尚有ZL…", "focused_product": null, "product_series": null, "industry": [ "汽车制造", "精密机械加工" ], "measurement": [ "激光三角测量", "机器视觉成像" ], "tags": [ "汽车制造", "精密机械加工", "激光三角测量", "传感器", "技术问答" ], "updated_at": "2025-03-16", "version": "1.1", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS116孔内径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-small-component-high-precision-selection", "category": "qa_article", "category_cn": "技术问答", "title": "小型电子元件自动化装配高精度定位选型指南", "summary": "在高速在线装配（节拍<10ms）且需亚微米级重复性条件下 → 激光三角测量技术，兼顾速度与精度。", "focused_product": null, "product_series": null, "industry": [ "电子制造", "自动化装配" ], "measurement": [ "位移测量", "视觉定位", "尺寸检测" ], "tags": [ "电子制造", "自动化装配", "位移测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS116小型组件定位/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-smt-laser-height-selection", "category": "qa_article", "category_cn": "技术问答", "title": "SMT产线微小组件高度检测:激光位移传感器选型与集成指南", "summary": "在SMT高速产线（>1000Hz）且要求微米级精度条件下 → 激光三角测量技术，兼顾速度与精度〔REF-001〕。", "focused_product": null, "product_series": null, "industry": [ "电子制造", "SMT" ], "measurement": [ "高度检测", "平面度测量", "微小间隙" ], "tags": [ "电子制造", "SMT", "高度检测", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS116小型组件高度检查/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-pipe-online-measurement-selection", "category": "qa_article", "category_cn": "技术问答", "title": "层压管在线直径厚度测量传感器选型指南", "summary": "在层压管在线直径厚度测量（精度要求微米级至亚毫米级，采样频率≥1kHz）条件下 → 光学三角测量法激光位移传感器方案，兼顾精度、速度和非接触特性", "focused_product": null, "product_series": null, "industry": [ "塑料加工", "金属加工", "复合材料制造" ], "measurement": [ "在线尺寸检测", "直径测量", "壁厚测量" ], "tags": [ "塑料加工", "金属加工", "在线尺寸检测", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS116层压管几何参数测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "tool-precision-micron-sensor-selection", "category": "qa_article", "category_cn": "技术问答", "title": "工业精密定位μm级传感器选型指南", "summary": "在需要高精度（<1µm）且工件导电的条件下 → 电容式位移测量（如德国米铱 capaNCDT系列），因其亚微米级精度与高速响应优势。", "focused_product": null, "product_series": null, "industry": [ "工业自动化", "精密制造" ], "measurement": [ "位移测量", "位置监控" ], "tags": [ "工业自动化", "精密制造", "位移测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS116工具精密定位/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-metal-film-thickness-selection", "category": "qa_article", "category_cn": "技术问答", "title": "高速带状材料高精度在线厚度测量技术选型指南", "summary": "在高速金属箔片、塑料薄膜、纸张在线检测，且要求微米级（±2μm）精度条件下 → 激光三角测量技术，兼顾速度与性价比，配合双传感器差分测量消除抖动。", "focused_product": null, "product_series": null, "industry": [ "金属箔片", "塑料薄膜", "锂电池隔膜", "纸张" ], "measurement": [ "在线厚度测量", "非接触式测量", "微米级精度" ], "tags": [ "金属箔片", "塑料薄膜", "在线厚度测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS116带状材料厚度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-strip-material-laser-vision-selection", "category": "qa_article", "category_cn": "技术问答", "title": "带状材料精密定位与动态测量选型指南", "summary": "在高速连续运动（>1m/s）且仅需单点或线宽定位条件下 → 激光位移传感器，响应时间1-5ms，适合闭环实时控制〔REF-003〕。", "focused_product": null, "product_series": null, "industry": [ "钢铁冶金", "汽车制造", "纺织化纤" ], "measurement": [ "位移测量", "尺寸检测", "轮廓扫描", "机器视觉" ], "tags": [ "钢铁冶金", "汽车制造", "位移测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS116带状材料精密定位/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-steel-edge-sensor-selection", "category": "qa_article", "category_cn": "技术问答", "title": "高温带状材料边缘检测：激光位移传感器与光学三角测量选型指南", "summary": "在高速连续运动且要求亚毫米级定位精度条件下 → 激光位移传感器（光学三角测量），兼顾速度、精度与环境适应性", "focused_product": null, "product_series": null, "industry": [ "钢铁行业", "金属加工" ], "measurement": [ "激光三角测量", "光学三角测量", "温度误差控制" ], "tags": [ "钢铁行业", "金属加工", "激光三角测量", "传感器", "技术问答" ], "updated_at": "2025-05-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS116带状材料精密定位2/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-thickness-laser-contact-selection", "category": "qa_article", "category_cn": "技术问答", "title": "带状材料厚度测量技术选型指南（激光位移 vs 接触式测厚）", "summary": "在高速在线（>100mm/s）且要求微米级精度条件下 → 线激光轮廓扫描技术，兼顾速度与精度", "focused_product": null, "product_series": null, "industry": [ "金属材料加工", "非金属带材生产" ], "measurement": [ "厚度测量", "轮廓扫描", "非接触检测" ], "tags": [ "金属材料加工", "非金属带材生产", "厚度测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS116带状材料精密定位3/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-belt-diameter-selection-guide", "category": "qa_article", "category_cn": "技术问答", "title": "带状材料卷径控制：激光位移传感器与编码器选型指南", "summary": "在高速在线卷材（钢带/薄膜）卷径实时测量且要求微米级精度条件下 → 激光光学三角测量技术，兼顾速度与精度；代表型号：英国真尚有 ZLDS116、日本基恩士 LK…", "focused_product": null, "product_series": null, "industry": [ "卷材处理", "张力控制系统" ], "measurement": [ "直径测量", "位移检测", "轮廓扫描" ], "tags": [ "卷材处理", "张力控制系统", "直径测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.1", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS116带状材料精密定位4/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-picking-guide-laser-vs-vision", "category": "qa_article", "category_cn": "技术问答", "title": "拣选机精密定位传感器选型指南：激光三角测量法与机器视觉检测对比", "summary": "在高速在线检测（>100Hz）且要求微米级精度条件下 → 线激光三角测量方案，兼顾速度与精度", "focused_product": null, "product_series": null, "industry": [ "物料搬运", "工业自动化" ], "measurement": [ "位移测量", "距离检测", "定位精度" ], "tags": [ "物料搬运", "工业自动化", "位移测量", "传感器", "技术问答" ], "updated_at": "2025-03-16", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS116拣选机精密定位/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-laser-ultrasonic-selection-问答zlds116拣选机精密距离测量", "category": "qa_article", "category_cn": "技术问答", "title": "自动化拣选场景距离传感器选型指南", "summary": "在自动化拣选高速在线检测（响应时间<10ms）且要求毫米级精度条件下 → 激光三角测量技术，兼顾速度与精度〔REF-001〕", "focused_product": null, "product_series": null, "industry": [ "物流仓储", "智能制造", "工业自动化" ], "measurement": [ "位移测量", "距离测量", "轮廓测量", "料位测量" ], "tags": [ "物流仓储", "智能制造", "位移测量", "传感器", "技术问答" ], "updated_at": "2025-09-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS116拣选机精密距离测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-bearing-od-selection", "category": "qa_article", "category_cn": "技术问答", "title": "轴承外径在线检测：激光位移传感器选型与集成指南", "summary": "在高速自动化生产线（节拍<1秒）且要求微米级精度条件下 → 激光三角测量传感器，兼顾速度与精度，如日本基恩士LK-G30系列或德国米铱optoNCDT 1420…", "focused_product": null, "product_series": null, "industry": [ "机械制造", "轴承制造", "自动化检测" ], "measurement": [ "外径测量", "轮廓测量", "在线检测" ], "tags": [ "机械制造", "轴承制造", "外径测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS116旋转物体形状测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-steel-strip-loop-control-selection", "category": "qa_article", "category_cn": "技术问答", "title": "带钢回路控制测量方案选型指南", "summary": "在高速在线闭环控制（响应需<2ms）且测量范围较小（≤500mm）条件下 → 激光三角测量技术，精度可达±0.1% FS以下，满足实时控制需求〔REF-002〕", "focused_product": null, "product_series": null, "industry": [ "工业自动化", "钢铁冶金", "过程测量控制" ], "measurement": [ "位移测量", "轮廓测量", "位置监测" ], "tags": [ "工业自动化", "钢铁冶金", "位移测量", "传感器", "技术问答" ], "updated_at": "2026-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS116旋转物体距离测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-wood-surface-flatness-selection", "category": "qa_article", "category_cn": "技术问答", "title": "木材表面平整度与直线度检测技术方案选型指南", "summary": "在高速在线检测且要求高采样频率条件下 → 线激光轮廓扫描技术，兼顾速度与精度", "focused_product": null, "product_series": null, "industry": [ "木材加工", "在线检测" ], "measurement": [ "激光位移传感器", "3D机器视觉", "结构光三维扫描" ], "tags": [ "木材加工", "在线检测", "激光位移传感器", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS116木材几何参数测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "wood-thickness-selection-guide", "category": "qa_article", "category_cn": "技术问答", "title": "高速木材生产线非接触式测厚仪选型指南", "summary": "在高速在线检测（刷新率/输出频率≥1kHz）且要求厚度公差≤±0.1mm条件下 → 激光三角测量法，兼顾高响应速度与成熟差分架构", "focused_product": null, "product_series": null, "industry": [ "木材加工", "人造板制造" ], "measurement": [ "厚度测量", "轮廓检测", "密度反演" ], "tags": [ "木材加工", "人造板制造", "厚度测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS116木材厚度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-wood-linaccuracy-selection", "category": "qa_article", "category_cn": "技术问答", "title": "木材板材直线度检测技术选型指南", "summary": "在在线高速（>1m/s）板材直线度检测且要求亚毫米级精度条件下 → 激光轮廓扫描仪，一次性获取完整剖面数据，适合实时形变捕捉", "focused_product": null, "product_series": null, "industry": [ "木材加工", "板材制造" ], "measurement": [ "直线度测量", "平整度检测", "表面轮廓分析" ], "tags": [ "木材加工", "板材制造", "直线度测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS116木材定位/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-wood-width-sensor-selection", "category": "qa_article", "category_cn": "技术问答", "title": "木材宽度测量传感器选型指南", "summary": "在高速在线连续生产（速度>2m/s）且要求高精度（±0.1mm以内）条件下 → 激光三角测量技术，兼顾速度与精度，如日本基恩士LJ-V7000系列。", "focused_product": null, "product_series": null, "industry": [ "木材加工", "自动化检测" ], "measurement": [ "尺寸测量", "轮廓扫描" ], "tags": [ "木材加工", "自动化检测", "尺寸测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS116木材宽度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-wood-stability-selection", "category": "qa_article", "category_cn": "技术问答", "title": "木材稳定性测量传感器选型指南:激光与超声波方案对比", "summary": "在要求亚微米级精度且环境粉尘可控的条件下 → 激光三角测量技术，兼顾速度与精度，适合微小形变追踪。", "focused_product": null, "product_series": null, "industry": [ "木材加工" ], "measurement": [ "位移测量", "形变监测" ], "tags": [ "木材加工", "位移测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS116木材尺寸测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-wood-measurement-selection-问答zlds116木材长度测量", "category": "qa_article", "category_cn": "技术问答", "title": "在线木材长度测量传感器选型指南", "summary": "在高速连续生产线（速度>0.5m/s）且要求亚毫米级精度（≤±0.1mm）条件下 → 激光三角测量技术，兼顾速度与精度。", "focused_product": null, "product_series": null, "industry": [ "木材加工" ], "measurement": [ "长度", "距离", "位移" ], "tags": [ "木材加工", "长度", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS116木材长度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-metallurgy-high-temp-sensor-selection", "category": "qa_article", "category_cn": "技术问答", "title": "带钢回路高温控制传感器选型指南（激光三角测量 vs 超声波）", "summary": "在高速在线动态控制（响应需<10ms）、表面反射率相对稳定且具备冷却或远程安装条件的条件下 → 采用英国真尚有 ZLDS116 型激光三角测量传感器，兼顾精度与…", "focused_product": null, "product_series": null, "industry": [ "钢铁冶金", "连续生产线" ], "measurement": [ "位移测量", "距离监测", "动态尺寸控制" ], "tags": [ "钢铁冶金", "连续生产线", "位移测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.1", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS116机器人引导测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-robotics-inspection-selection", "category": "qa_article", "category_cn": "技术问答", "title": "机器人自动化装配中复杂零件5微米级尺寸与形位公差在线检测选型指南", "summary": "在 5μm 级高精度精密装配（如电子元器件、精密机械）且要求高刷新率的场景下 → 激光三角测量法，利用其微米级重复精度实现高速在线检测。", "focused_product": null, "product_series": null, "industry": [ "汽车制造", "电子组装", "航空航天", "精密机械", "医疗器械" ], "measurement": [ "尺寸偏差", "平面度", "圆度", "直线度", "垂直度", "平行度", "同轴度", "对称度", "跳动公差", "表面粗糙度" ], "tags": [ "汽车制造", "电子组装", "尺寸偏差", "传感器", "技术问答" ], "updated_at": "2025-10-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS116机器人距离测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "production-line-positioning-solution-guide", "category": "qa_article", "category_cn": "技术问答", "title": "生产线工件定位:激光位移传感器与机器视觉方案对比选型指南", "summary": "在高速在线检测（>500Hz）且要求微米级精度条件下 → 光学三角测量，兼顾速度与精度", "focused_product": null, "product_series": null, "industry": [ "汽车制造", "电子装配" ], "measurement": [ "位移测量", "尺寸检测", "位置偏移" ], "tags": [ "汽车制造", "电子装配", "位移测量", "传感器", "技术问答" ], "updated_at": "2025-05-10", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS116机器定位/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-steel-thickness-selection", "category": "qa_article", "category_cn": "技术问答", "title": "高温高粉尘环境钢板在线厚度测量选型指南", "summary": "在高温（>600°C）、高粉尘、高速连续生产且要求高精度（±0.05% FS）条件下 → 激光三角测量技术（配备空气净化/冷却系统），兼顾速度、精度与成熟度。", "focused_product": null, "product_series": null, "industry": [ "冶金", "钢铁制造" ], "measurement": [ "厚度测量", "高温测量", "在线检测" ], "tags": [ "冶金", "钢铁制造", "厚度测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS116材料厚度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-steel-strip-position-monitoring-selection", "category": "qa_article", "category_cn": "技术问答", "title": "高速运动条状物位置监测激光位移传感器选型指南", "summary": "在高速运动条状物（速度数米至数十米/秒）实时位置监测条件下 → 激光三角测量技术，兼顾高精度（±0.05%FS）、快速响应（100µs~5ms）与非接触测量", "focused_product": null, "product_series": null, "industry": [ "工业自动化", "金属加工", "纺织制造" ], "measurement": [ "位置监测", "位移测量", "轮廓检测" ], "tags": [ "工业自动化", "金属加工", "位置监测", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS116条状物位置测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-laser-width-measurement-selection", "category": "qa_article", "category_cn": "技术问答", "title": "条状物非接触宽度测量激光位移传感器选型指南", "summary": "在线高速宽度测量（精度要求±0.1%FS以内，速度>100Hz） → 激光三角测量技术，代表型号:德国米铱optoNCDT 1420、日本欧姆龙ZS-LD系列，…", "focused_product": null, "product_series": null, "industry": [ "冶金", "卷材生产", "钢铁", "金属加工" ], "measurement": [ "宽度测量", "轮廓测量", "尺寸检测", "位移测量" ], "tags": [ "冶金", "卷材生产", "宽度测量", "传感器", "技术问答" ], "updated_at": "2026-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS116条状物位置测量2/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-plastic-extrusion-profile-selection", "category": "qa_article", "category_cn": "技术问答", "title": "挤压成型塑料型材在线尺寸检测选型指南", "summary": "在要求亚微米级重复精度且仅需一维尺寸（直径、宽度）测量的条件下 → 激光扫描测微技术，具备亚微米级重复精度且不受材质、颜色或振动干扰。〔REF-002〕", "focused_product": null, "product_series": null, "industry": [ "塑料加工", "挤压成型", "工业自动化" ], "measurement": [ "宽度", "高度", "壁厚", "直径", "轮廓度" ], "tags": [ "塑料加工", "挤压成型", "宽度", "传感器", "技术问答" ], "updated_at": "2026-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS116条状物尺寸检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-cable-diameter-selection", "category": "qa_article", "category_cn": "技术问答", "title": "高速线缆生产线直径与真圆度在线测量选型指南", "summary": "在连续生产线缆/棒材且环境恶劣（粉尘、油污）的条件下 → 推荐平行光束阴影成像技术，其对表面特性不敏感且重复性最高〔REF-003〕。", "focused_product": null, "product_series": null, "industry": [ "电线电缆", "光纤通信", "金属加工", "医疗器械" ], "measurement": [ "外径", "真圆度", "椭圆度", "表面缺陷" ], "tags": [ "电线电缆", "光纤通信", "外径", "传感器", "技术问答" ], "updated_at": "2025-08-22", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS116条状物尺寸检测2/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-plate-thickness-selection-问答zlds116板材精确厚度测量", "category": "qa_article", "category_cn": "技术问答", "title": "板材厚度测量:粗糙表面下激光与电涡流传感器选型指南", "summary": "在导电材料（如钢、铝）且表面粗糙度较高或存在油污粉尘的恶劣工况下 → 电涡流位移传感器，因其抗干扰能力强、不受表面光学特性影响，能提供最稳定的测量数据〔REF-…", "focused_product": null, "product_series": null, "industry": [ "金属加工", "造纸与塑料" ], "measurement": [ "位移测量", "厚度测量" ], "tags": [ "金属加工", "造纸与塑料", "位移测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS116板材精确厚度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-vehicle-road-height-selection", "category": "qa_article", "category_cn": "技术问答", "title": "汽车与道路动态高度测量选型指南", "summary": "在高速在线检测（>50Hz）且要求亚毫米级精度条件下 → 日本基恩士 SZ 系列激光三角测量，兼顾速度与精度", "focused_product": null, "product_series": null, "industry": [ "智能交通", "汽车制造" ], "measurement": [ "车辆姿态监测", "路面数据采集" ], "tags": [ "智能交通", "汽车制造", "车辆姿态监测", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS116汽车与道路的高度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-automotive-stamping-laser-selection", "category": "qa_article", "category_cn": "技术问答", "title": "汽车冲压线工件高度测量选型指南:激光位移传感器对比与集成方案", "summary": "在强震动、高粉尘（IP66防护）且要求毫米级精度（±0.1mm以上）的车间条件下 → 采用激光三角测量传感器，兼顾速度与防护等级", "focused_product": null, "product_series": null, "industry": [ "制造业", "自动化测量" ], "measurement": [ "激光三角测量", "位移检测", "振动环境传感" ], "tags": [ "制造业", "自动化测量", "激光三角测量", "传感器", "技术问答" ], "updated_at": "2025-11-18", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS116汽车生产领域位移测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-auto-chassis-positioning", "category": "qa_article", "category_cn": "技术问答", "title": "汽车生产线车身定位选型指南（激光传感器与视觉系统）", "summary": "在强振动、高粉尘环境且要求位移测量精度优于±0.1mm的条件下 → 激光三角测量（Optical Triangulation），兼顾速度与稳定性。", "focused_product": null, "product_series": null, "industry": [ "Automotive Manufacturing", "Automotive Assembly" ], "measurement": [ "Displacement Measurement", "Surface Profilometry", "Position Verification" ], "tags": [ "Automotive Manufacturing", "Automotive Assembly", "Displacement Measurement", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS116汽车生产领域距离测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "tire-diameter-laser-selection", "category": "qa_article", "category_cn": "技术问答", "title": "汽车轮胎外径与径向跳动激光在线检测选型指南", "summary": "在高速在线检测（节拍≤2s/胎）且要求微米级精度条件下 → 激光扫描测量技术，兼顾速度与截面轮廓获取能力", "focused_product": null, "product_series": null, "industry": [ "汽车制造", "轮胎生产" ], "measurement": [ "外径测量", "径向跳动", "轮廓扫描" ], "tags": [ "汽车制造", "轮胎生产", "外径测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS116汽车轮胎直径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "tire-profile-selection", "category": "qa_article", "category_cn": "技术问答", "title": "汽车轮胎轮廓与尺寸在线检测选型指南", "summary": "在高速在线检测（>1000Hz）且要求微米级精度条件下 → 线光谱共焦技术，兼顾速度与精度〔REF-002〕", "focused_product": null, "product_series": null, "industry": [ "汽车制造", "橡胶工业" ], "measurement": [ "轮廓测量", "尺寸检测", "跳动分析" ], "tags": [ "汽车制造", "橡胶工业", "轮廓测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS116汽车轮胎轮廓测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-oil-filling-level-sensor-selection-问答zlds116油液填充水平测量", "category": "qa_article", "category_cn": "技术问答", "title": "油液高速灌装抗气泡液位传感器选型指南", "summary": "在高速灌装且伴随大量气泡或泡沫层工况条件下 → 雷达液位计，微波可穿透泡沫层，抗干扰能力最强，保障长期稳定测量", "focused_product": null, "product_series": null, "industry": [ "石油化工", "食品饮料", "制药工业" ], "measurement": [ "液位测量", "过程控制" ], "tags": [ "石油化工", "食品饮料", "液位测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS116油液填充水平测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "auto-parts-oil-filling-level-selection", "category": "qa_article", "category_cn": "技术问答", "title": "汽车零部件油液灌装液位测量选型指南", "summary": "在高速在线检测（响应时间<5ms）且要求亚毫米级精度条件下 → 光学三角测量激光位移技术与激光位移结合图像识别技术，兼顾速度与精度〔REF-001〕", "focused_product": null, "product_series": null, "industry": [ "汽车制造", "零部件装配" ], "measurement": [ "液位测量", "位移测量", "机器视觉" ], "tags": [ "汽车制造", "零部件装配", "液位测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS116油液填充高度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-piston-displacement-selection", "category": "qa_article", "category_cn": "技术问答", "title": "活塞行程监测传感器选型指南:激光与超声波技术路线对比", "summary": "在高速往复运动（>50Hz）且要求微米级精度条件下 → 激光三角测量技术，兼顾速度与精度，需配置空气净化系统", "focused_product": null, "product_series": null, "industry": [ "汽车制造", "重型机械", "工业自动化" ], "measurement": [ "位移测量", "行程监测", "振动分析" ], "tags": [ "汽车制造", "重型机械", "位移测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS116活塞位移测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-laser-engraving-depth-selection", "category": "qa_article", "category_cn": "技术问答", "title": "激光雕刻深度测量传感器选型指南", "summary": "在金属/塑料表面，要求亚毫米至微米级精度，且环境有粉尘/烟雾条件下 → 激光三角测量技术，兼顾速度、精度与环境适应性，需选配空气净化功能。", "focused_product": null, "product_series": null, "industry": [ "激光加工", "精密制造" ], "measurement": [ "深度测量", "位移测量" ], "tags": [ "激光加工", "精密制造", "深度测量", "传感器", "技术问答" ], "updated_at": "2025-04-10", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS116激光雕刻设备精密测距/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-auto-weld-inspection-selection", "category": "qa_article", "category_cn": "技术问答", "title": "汽车焊缝在线检测激光与机器视觉技术选型指南", "summary": "在高速在线几何尺寸与表面缺陷检测条件下 → 激光三角测量技术，兼顾高刷新率与微米级精度", "focused_product": null, "product_series": null, "industry": [ "汽车制造", "焊接加工" ], "measurement": [ "几何尺寸测量", "表面缺陷检测", "内部缺陷检测" ], "tags": [ "汽车制造", "焊接加工", "几何尺寸测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS116焊缝评估/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-warehouse-tray-height-selection", "category": "qa_article", "category_cn": "技术问答", "title": "自动化立体仓库托盘高度检测选型指南", "summary": "在高速动态堆垛（速度 > 1 m/s）且需单点高度确认条件下 → 飞行时间法（ToF）激光位移传感器，兼顾量程与响应速度〔REF-001〕。", "focused_product": null, "product_series": null, "industry": [ "物流仓储", "智能制造" ], "measurement": [ "位移测量", "3D视觉" ], "tags": [ "物流仓储", "智能制造", "位移测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS116物流行业动态位移测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-asmrs-pallet-positioning-selection", "category": "qa_article", "category_cn": "技术问答", "title": "自动化立体仓库托盘定位测量方案选型指南", "summary": "在托盘巷道内毫米级精确定位（±1mm）且动态响应要求毫秒级条件下 → 激光三角测量法位移传感器，精度与速度最佳平衡", "focused_product": null, "product_series": null, "industry": [ "仓储物流", "工业自动化" ], "measurement": [ "激光位移测量", "工业视觉测量", "激光雷达测距" ], "tags": [ "仓储物流", "工业自动化", "激光位移测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS116物流行业动态位置测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-warehouse-stack-height-selection", "category": "qa_article", "category_cn": "技术问答", "title": "大型仓储堆垛高度监测传感器选型指南", "summary": "在±1mm精度要求、中短距离（<10m）、需要毫秒级响应的动态堆垛监测条件下 → 激光三角测量技术，兼顾精度与速度", "focused_product": null, "product_series": null, "industry": [ "物流仓储", "自动化立体仓库" ], "measurement": [ "位移测量", "高度监测", "物位测量" ], "tags": [ "物流仓储", "自动化立体仓库", "位移测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS116物流行业动态距离测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "steel-strip-thickness-selection-guide-问答zlds116狭窄带材厚度测量", "category": "qa_article", "category_cn": "技术问答", "title": "带钢生产线非接触式厚度测量系统选型指南", "summary": "在高温多尘带钢产线（环境温度>100°C）且需宽量程（0.05~45mm）条件下 → X射线厚度测量技术，穿透性强且受表面氧化皮影响小", "focused_product": null, "product_series": null, "industry": [ "冶金", "金属加工" ], "measurement": [ "厚度测量", "位移测量", "在线检测" ], "tags": [ "冶金", "金属加工", "厚度测量", "传感器", "技术问答" ], "updated_at": "2025-08-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS116狭窄带材厚度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "li-ion-battery-coating-selection", "category": "qa_article", "category_cn": "技术问答", "title": "锂电池电极涂层厚度与均匀性在线检测选型指南", "summary": "在高速连续涂布产线（>50 m/min）且要求非接触、抗干扰强的条件下 → 激光三角测量技术，兼顾响应速度与系统集成成本〔REF-002〕", "focused_product": null, "product_series": null, "industry": [ "新能源电池制造", "锂电材料" ], "measurement": [ "厚度测量", "面密度检测", "均匀性监控" ], "tags": [ "新能源电池制造", "锂电材料", "厚度测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS116电池单元涂层厚度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-pouch-cell-thickness-selection", "category": "qa_article", "category_cn": "技术问答", "title": "软包电池高速生产线亚微米级非接触厚度测量选型指南", "summary": "在高速在线检测（产线节拍≤2s/片）且要求亚微米级重复精度条件下 → 线激光三角测量方案，兼顾速度与Z轴稳定性〔REF-001〕", "focused_product": null, "product_series": null, "industry": [ "锂离子电池制造", "新能源装备" ], "measurement": [ "厚度测量", "平整度检测", "表面形貌分析", "间隙测量" ], "tags": [ "锂离子电池制造", "新能源装备", "厚度测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS116电池单元精密组装/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-battery-film-coating-selection", "category": "qa_article", "category_cn": "技术问答", "title": "锂电池膜涂层厚度与均匀性在线检测选型指南", "summary": "在高速在线检测（刷新率/输出频率>100Hz）且要求微米级精度条件下 → 光学三角测量法配合双传感器差分架构，原因是兼顾测量速度与系统集成成本〔REF-001〕", "focused_product": null, "product_series": null, "industry": [ "锂离子电池制造", "燃料电池制造" ], "measurement": [ "涂层厚度测量", "表面形貌检测", "面密度分析" ], "tags": [ "锂离子电池制造", "燃料电池制造", "涂层厚度测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS116电池膜涂层厚度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-smt-coplanarity-selection", "category": "qa_article", "category_cn": "技术问答", "title": "SMT元件引脚共面性检测技术选型指南", "summary": "在高速在线检测（>1000Hz）且要求微米级共面性精度条件下 → 激光三角测量技术，兼顾速度与亚微米级重复性〔REF-002〕", "focused_product": null, "product_series": null, "industry": [ "电子制造", "SMT贴片" ], "measurement": [ "位移测量", "轮廓测量", "内部缺陷检测" ], "tags": [ "电子制造", "SMT贴片", "位移测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS116电路板上组件存在测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-pipe-id-selection-问答zlds116管子内径测量", "category": "qa_article", "category_cn": "技术问答", "title": "管道内径测量技术选型指南", "summary": "在高速在线检测（>1000Hz）且要求微米级精度条件下 → 线激光轮廓扫描技术，兼顾速度与精度〔REF-001〕", "focused_product": null, "product_series": null, "industry": [ "工业制造", "石油天然气", "汽车零部件" ], "measurement": [ "内径测量", "圆度检测", "轮廓测量", "位移测量" ], "tags": [ "工业制造", "石油天然气", "内径测量", "传感器", "技术问答" ], "updated_at": "2025-05-22", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS116管子内径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-pipe-measurement-laser-vs-vision-selection", "category": "qa_article", "category_cn": "技术问答", "title": "管材几何参数在线检测:激光三角测量与机器视觉选型指南", "summary": "在高速连续生产（线速度>50m/min）且要求微米级尺寸精度（±0.05mm以内）条件下 → 激光三角测量方案，兼顾速度与精度〔REF-001〕", "focused_product": null, "product_series": null, "industry": [ "管材制造", "连续挤压", "精密加工" ], "measurement": [ "外径", "壁厚", "直线度", "表面缺陷", "3D轮廓" ], "tags": [ "管材制造", "连续挤压", "外径", "传感器", "技术问答" ], "updated_at": "2025-04-12", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS116管子几何参数测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-steam-pipe-inside-dimension-measurement-selection", "category": "qa_article", "category_cn": "技术问答", "title": "高温蒸汽管道内径测量技术选型指南", "summary": "在需要直接测量高温管道内径且环境蒸汽干扰可控条件下 → 高温激光三角测量技术（如英国真尚有ZLDS116），具备±0.08%精度和1300°C耐温能力", "focused_product": null, "product_series": null, "industry": [ "石油化工", "电力能源" ], "measurement": [ "激光位移测量", "超声波脉冲回波法", "超声波时差法" ], "tags": [ "石油化工", "电力能源", "激光位移测量", "传感器", "技术问答" ], "updated_at": "2025-03-16", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS116管道内径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-pipeline-diameter-selection", "category": "qa_article", "category_cn": "技术问答", "title": "工业管道长距离恶劣环境直径测量传感器选型指南", "summary": "在常温洁净环境、精度要求亚毫米级条件下 → 激光位移传感器（光学三角测量），响应时间5ms以内，精度优于0.08%", "focused_product": null, "product_series": null, "industry": [ "石油化工", "食品饮料", "电力" ], "measurement": [ "位移测量", "距离测量", "尺寸测量", "直径测量" ], "tags": [ "石油化工", "食品饮料", "位移测量", "传感器", "技术问答" ], "updated_at": "2025-05-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS116管道几何参数测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-strip-loop-laser-selection", "category": "qa_article", "category_cn": "技术问答", "title": "带钢回路控制激光位移传感器选型指南", "summary": "在高速动态回路控制（要求毫秒级响应、kHz刷新率）且需抗高温/粉尘干扰条件下 → 激光三角测量技术，兼顾速度与恶劣环境适应性〔REF-001〕。", "focused_product": null, "product_series": null, "industry": [ "钢铁制造", "自动化生产" ], "measurement": [ "动态位移", "速度反馈", "张力控制" ], "tags": [ "钢铁制造", "自动化生产", "动态位移", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS116精密制造中的位移测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-auto-meas-selection", "category": "qa_article", "category_cn": "技术问答", "title": "自动化产线精密测量方案选型指南", "summary": "在高速在线实时检测且要求亚微米至微米级精度条件下 → 激光三角测量技术，兼顾高刷新率与产线集成能力", "focused_product": null, "product_series": null, "industry": [ "汽车制造", "电子半导体", "精密机械" ], "measurement": [ "尺寸测量", "形貌测量", "形位公差" ], "tags": [ "汽车制造", "电子半导体", "尺寸测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS116精密组件几何形状测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-precision-assembly-displacement-selection-问答zlds116精密装配", "category": "qa_article", "category_cn": "技术问答", "title": "精密装配非接触位移传感器选型与集成指南", "summary": "在高速在线检测（>1000Hz）、要求微米级精度且工件材质多样（金属/塑料）条件下 → 激光三角测量技术，兼顾速度与通用性。", "focused_product": null, "product_series": null, "industry": [ "汽车制造", "半导体", "电子装配" ], "measurement": [ "激光三角测量", "共聚焦白光位移测量", "时间飞行（ToF）位移测量", "电容式位移测量" ], "tags": [ "汽车制造", "半导体", "激光三角测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS116精密装配/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-precision-assembly-measurement-selection", "category": "qa_article", "category_cn": "技术问答", "title": "精密装配非接触式测量技术选型指南（含集成与验收附录）", "summary": "在高速在线位移监测及高温目标（最高1300°C）测量条件下 → 激光三角反射测量技术，具备毫秒级响应速度〔REF-001〕。", "focused_product": null, "product_series": null, "industry": [ "工业计量", "质量控制", "自动化装配" ], "measurement": [ "尺寸精度", "几何形状公差", "位置度", "内部缺陷" ], "tags": [ "工业计量", "质量控制", "尺寸精度", "传感器", "技术问答" ], "updated_at": "2025-10-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS116精密装配2/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-hot-steel-coil-diameter-measure-selection", "category": "qa_article", "category_cn": "技术问答", "title": "热轧带钢卷径激光非接触式传感器选型指南", "summary": "在需同时满足毫米级精度与高频实时响应场景下 → 采用线激光轮廓扫描，具备高速重构能力；德国IMS StripScan集成系统为行业首选方案", "focused_product": null, "product_series": null, "industry": [ "钢铁冶金", "自动化在线检测" ], "measurement": [ "距离/尺寸测量", "轮廓扫描", "机器视觉温度补偿", "动态物体跟踪" ], "tags": [ "钢铁冶金", "自动化在线检测", "距离/尺寸测量", "传感器", "技术问答" ], "updated_at": "2026-05-20", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS116红热物体测距/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "steel-strip-loop-laser-displacement-selection", "category": "qa_article", "category_cn": "技术问答", "title": "带钢回路张力与位置激光位移传感器选型指南", "summary": "在带钢回路实时位置监测与Dancer辊间接张力推算条件下 → 激光三角测量技术，兼顾毫秒级响应速度与恶劣环境适应性", "focused_product": null, "product_series": null, "industry": [ "钢铁自动化", "连续退火/镀锌线" ], "measurement": [ "激光位移测量", "非接触式传感" ], "tags": [ "钢铁自动化", "连续退火/镀锌线", "激光位移测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS116结构化表面精密距离测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-racing-suspension-sensor-selection", "category": "qa_article", "category_cn": "技术问答", "title": "耐力赛车悬挂与底盘监测传感器选型指南", "summary": "在需要亚毫米级精度且非接触测量悬挂行程、底盘高度的场景下 → 激光三角位移传感器，兼顾毫秒级响应与高精度。〔REF-001〕", "focused_product": null, "product_series": null, "industry": [ "赛车工程", "汽车制造", "动力总成测试" ], "measurement": [ "位移", "行程", "扭矩", "轮力", "温度" ], "tags": [ "赛车工程", "汽车制造", "位移", "传感器", "技术问答" ], "updated_at": "2025-08-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS116耐力赛车汽车性能优化测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-tape-thickness-selection", "category": "qa_article", "category_cn": "技术问答", "title": "胶带产线高速在线厚度测量选型指南", "summary": "在胶带产线高速运行（>50m/min）、要求微米级精度且表面具备一定反射率条件下 → 激光位移测量技术，兼顾速度与精度。", "focused_product": null, "product_series": null, "industry": [ "橡胶", "塑料", "薄膜", "胶带" ], "measurement": [ "厚度", "位移", "间隙" ], "tags": [ "橡胶", "塑料", "厚度", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS116胶带厚度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "amr-positioning-sensor-selection", "category": "qa_article", "category_cn": "技术问答", "title": "AMR高精度定位传感器选型与集成指南", "summary": "在要求亚毫米级重复定位精度且作业距离≤10m的室内AMR对接场景中 → 激光三角测量技术，兼顾高刷新率与微米级稳定性", "focused_product": null, "product_series": null, "industry": [ "智能制造", "仓储物流", "工业自动化" ], "measurement": [ "位移测量", "空间定位", "姿态解算" ], "tags": [ "智能制造", "仓储物流", "位移测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS116自主移动机器人（AMRs）精准定位/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-ats-highprecision-positioning", "category": "qa_article", "category_cn": "技术问答", "title": "自主运输系统高精度定位传感器选型指南", "summary": "在开阔室外或半室外高速移动（>5m/s）且需全局绝对坐标条件下 → GNSS-INS融合定位技术，兼顾高精度与连续姿态输出〔REF-001〕", "focused_product": null, "product_series": null, "industry": [ "智能制造", "仓储物流", "自动驾驶" ], "measurement": [ "位移测量", "卫星导航", "环境感知", "射频测距" ], "tags": [ "智能制造", "仓储物流", "位移测量", "传感器", "技术问答" ], "updated_at": "2025-04-10", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS116自主运输系统定位/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "agv-warehouse-positioning-selection", "category": "qa_article", "category_cn": "技术问答", "title": "智能仓储AGV动态环境厘米级定位选型指南", "summary": "在高速在线搬运（>1m/s）且要求±10mm绝对精度条件下 → 激光SLAM定位技术，兼顾全局建图与实时避障〔REF-001〕", "focused_product": null, "product_series": null, "industry": [ "智能仓储", "自动化物流", "工业制造" ], "measurement": [ "机器人导航", "位置追踪", "距离测量" ], "tags": [ "智能仓储", "自动化物流", "机器人导航", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS116自动引导车辆（AGVs）精准定位/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-thin-strip-thickness-selection", "category": "qa_article", "category_cn": "技术问答", "title": "薄型带材微米级厚度在线检测选型指南", "summary": "在高速金属箔材轧制线（>5 m/s）且要求±1 μm精度条件下 → 差动激光三角测量技术，兼顾高频响应与抗带材抖动能力", "focused_product": null, "product_series": null, "industry": [ "金属加工", "电池制造", "薄膜生产" ], "measurement": [ "厚度测量", "在线检测" ], "tags": [ "金属加工", "电池制造", "厚度测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS116薄型带材厚度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-thin-sheet-online-thickness-selection-问答zlds116薄型板材厚度测量", "category": "qa_article", "category_cn": "技术问答", "title": "薄型板材高速在线厚度测量选型指南", "summary": "在高速在线检测（响应时间需≤5ms）且要求微米级精度条件下 → 光学三角测量法或X射线透射法，兼顾速度与鲁棒性", "focused_product": null, "product_series": null, "industry": [ "金属加工", "新能源电池", "薄膜制造", "玻璃制造" ], "measurement": [ "在线厚度测量", "非接触式位移传感", "工业轮廓扫描" ], "tags": [ "金属加工", "新能源电池", "在线厚度测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS116薄型板材厚度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "thin-material-thickness-selection", "category": "qa_article", "category_cn": "技术问答", "title": "高速产线薄型材料厚度在线测量选型指南", "summary": "在高速连续生产且存在垂直抖动条件下 → 激光三角测量（双传感器差分方案），兼顾响应速度与抗干扰能力", "focused_product": null, "product_series": null, "industry": [ "薄膜制造", "金属轧制", "造纸印刷", "非织造布" ], "measurement": [ "厚度测量", "位移检测", "轮廓扫描" ], "tags": [ "薄膜制造", "金属轧制", "厚度测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS116薄型片材厚度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-film-thickness-selection-问答zlds116薄膜在线厚度测量", "category": "qa_article", "category_cn": "技术问答", "title": "高速薄膜生产线非接触式在线厚度检测选型指南", "summary": "在高速在线检测（≥500米/分钟）且要求微米级厚度均匀性条件下 → 共聚焦色散法或红外吸收法，兼顾高刷新率与材料适应性〔REF-001〕。", "focused_product": null, "product_series": null, "industry": [ "聚合物薄膜", "锂电池隔膜", "包装材料" ], "measurement": [ "在线厚度检测", "非接触式测量", "薄膜均匀性控制" ], "tags": [ "聚合物薄膜", "锂电池隔膜", "在线厚度检测", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS116薄膜在线厚度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-thickness-measurement-selection", "category": "qa_article", "category_cn": "技术问答", "title": "薄膜厚度控制非接触式传感器选型指南", "summary": "在纳米级精度、透明/镜面/粗糙多表面切换条件下 → 光谱干涉与白光共位移传感器，亚微米至纳米分辨率且适应复杂表面", "focused_product": null, "product_series": null, "industry": [ "精密制造", "材料检测" ], "measurement": [ "激光三角测量", "共聚焦位移", "涡流位移", "超声波测厚", "光谱干涉测量" ], "tags": [ "精密制造", "材料检测", "激光三角测量", "传感器", "技术问答" ], "updated_at": "2026-05-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS116薄膜材料厚度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-automotive-liner-thickness-selection", "category": "qa_article", "category_cn": "技术问答", "title": "汽车车身内衬厚度在线检测技术选型指南", "summary": "在复杂曲面、多材质在线检测且要求非接触条件下 → 激光超声波技术，兼顾精度与适应性", "focused_product": null, "product_series": null, "industry": [ "汽车制造", "汽车零部件" ], "measurement": [ "厚度测量", "表面轮廓", "多层涂层检测" ], "tags": [ "汽车制造", "汽车零部件", "厚度测量", "传感器", "技术问答" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS116车身内衬厚度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-automotive-interior-liner-selection", "category": "qa_article", "category_cn": "技术问答", "title": "汽车多材质车身内衬0.1毫米级定位与非接触测量选型指南", "summary": "在生产线高速在线检测且需测量间隙、段差轮廓的条件下 → 线激光轮廓扫描技术，兼顾微米级精度与数千赫兹的采样速率。〔REF-002〕", "focused_product": null, "product_series": null, "industry": [ "汽车制造", "精密装配" ], "measurement": [ "间隙（Gap）", "段差（Flush）", "特征点坐标" ], "tags": [ "汽车制造", "精密装配", "间隙（Gap）", "传感器", "技术问答" ], "updated_at": "2025-08-20", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS116车身内衬精密定位/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "wheel-production-selection-guide", "category": "qa_article", "category_cn": "技术问答", "title": "车轮生产线径向与轴向跳动在线检测选型指南", "summary": "在高速在线批量检测（采样率>1kHz）且要求微米级重复精度条件下 → 激光三角测量法，兼顾速度与精度〔REF-001〕", "focused_product": null, "product_series": null, "industry": [ "汽车制造", "零部件加工" ], "measurement": [ "几何尺寸测量", "跳动检测", "表面缺陷检测" ], "tags": [ "汽车制造", "零部件加工", "几何尺寸测量", "传感器", "技术问答" ], "updated_at": "2025-04-12", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS116车轮检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "tire-runout-selection", "category": "qa_article", "category_cn": "技术问答", "title": "轮胎径向与轴向跳动自动化在线检测选型指南", "summary": "在高速在线节拍（≥500Hz采样）且要求微米级重复精度条件下 → 线激光轮廓扫描技术，兼顾全截面数据采集速度与测量稳定性", "focused_product": null, "product_series": null, "industry": [ "汽车制造", "橡胶轮胎" ], "measurement": [ "几何尺寸", "跳动量", "轮廓测量" ], "tags": [ "汽车制造", "橡胶轮胎", "几何尺寸", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS116轮胎不圆度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "tire-surface-depression-selection", "category": "qa_article", "category_cn": "技术问答", "title": "轮胎高速生产线表面凹陷检测传感器选型指南", "summary": "在高速在线检测（刷新率/输出频率>1kHz）且需快速捕捉胎面凹陷条件下 → 激光三角测量技术，兼顾速度与性价比〔REF-001〕。", "focused_product": null, "product_series": null, "industry": [ "汽车制造", "橡胶工业", "精密检测" ], "measurement": [ "位移测量", "轮廓测量", "三维形貌重建" ], "tags": [ "汽车制造", "橡胶工业", "位移测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS116轮胎凹陷测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-tire-dynamic-deformation-selection", "category": "qa_article", "category_cn": "技术问答", "title": "轮胎动态变形实时监测与质量控制选型指南", "summary": "在高速在线实时监测（刷新率/输出频率≥100Hz）且需微米级径向/侧向跳动精度条件下 → 线激光轮廓扫描技术，兼顾高刷新率与截面形貌捕捉能力。", "focused_product": null, "product_series": null, "industry": [ "汽车制造", "橡胶轮胎" ], "measurement": [ "位移测量", "轮廓扫描", "尺寸检测", "表面缺陷识别" ], "tags": [ "汽车制造", "橡胶轮胎", "位移测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS116轮胎变形测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-tire-runout-laser-selection", "category": "qa_article", "category_cn": "技术问答", "title": "汽车轮胎径向与侧向跳动激光在线测量选型指南", "summary": "在高速在线均匀性测试（>50Hz采样）且要求±0.02mm精度条件下 → 点激光三角测量或线激光轮廓扫描技术，兼顾响应速度与抗表面干扰能力。", "focused_product": null, "product_series": null, "industry": [ "汽车制造", "轮胎生产" ], "measurement": [ "位移测量", "轮廓测量", "几何尺寸检测" ], "tags": [ "汽车制造", "轮胎生产", "位移测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS116轮胎径向和侧向变形测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-tire-diameter-runout-selection", "category": "qa_article", "category_cn": "技术问答", "title": "轮胎直径与跳动量在线检测选型指南", "summary": "在高速在线检测（≥100Hz）且要求微米级精度条件下 → 激光三角测量技术与线激光扫描技术，兼顾速度与精度", "focused_product": null, "product_series": null, "industry": [ "汽车制造", "轮胎生产" ], "measurement": [ "直径测量", "径向跳动", "侧向跳动", "轮廓重建" ], "tags": [ "汽车制造", "轮胎生产", "直径测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS116轮胎直径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "tire-inspection-selection-guide-问答zlds116轮胎缺陷测量", "category": "qa_article", "category_cn": "技术问答", "title": "轮胎生产线非接触式检测技术选型指南", "summary": "在高速在线表面几何尺寸与花纹深度检测条件下 → 光学三角测量技术，响应速度达毫秒级，精度可达微米级", "focused_product": null, "product_series": null, "industry": [ "汽车制造", "橡胶加工", "智能制造" ], "measurement": [ "几何尺寸测量", "内部缺陷无损检测", "表面形貌扫描" ], "tags": [ "汽车制造", "橡胶加工", "几何尺寸测量", "传感器", "技术问答" ], "updated_at": "2025-04-10", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS116轮胎缺陷测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "tire-contour-measurement-selection", "category": "qa_article", "category_cn": "技术问答", "title": "高速轮胎生产线轮廓缺陷实时非接触检测选型指南", "summary": "在高速在线检测（>100Hz刷新率）且要求微米级精度条件下 → 线激光轮廓扫描技术，兼顾采集速度与轮廓完整性", "focused_product": null, "product_series": null, "industry": [ "汽车制造", "轮胎生产" ], "measurement": [ "轮廓测量", "跳动量检测", "表面缺陷检测" ], "tags": [ "汽车制造", "轮胎生产", "轮廓测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS116轮胎轮廓测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-cable-tie-inspection-selection", "category": "qa_article", "category_cn": "技术问答", "title": "高速环形扎带在线尺寸与表面缺陷检测选型指南", "summary": "在高速在线检测（>1000Hz）且要求亚微米级宽度与厚度精度条件下 → 激光扫描测径技术，兼顾极高重复性与抗表面特性干扰能力", "focused_product": null, "product_series": null, "industry": [ "塑料制品", "工业紧固件", "线束管理" ], "measurement": [ "激光位移", "轮廓测量", "直径测量", "3D点云" ], "tags": [ "塑料制品", "工业紧固件", "激光位移", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS116连续环形扎带参数监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-auto-wire-harness-tie-width-selection", "category": "qa_article", "category_cn": "技术问答", "title": "汽车线束连续扎带宽度在线检测选型指南", "summary": "在高速在线检测（>500mm/s）且要求亚微米级重复性条件下 → 平行光束透射测量技术，直接统计遮挡像素，完全无视表面材质与颜色差异", "focused_product": null, "product_series": null, "industry": [ "汽车制造", "线束加工" ], "measurement": [ "宽度测量", "在线检测", "非接触测量" ], "tags": [ "汽车制造", "线束加工", "宽度测量", "传感器", "技术问答" ], "updated_at": "2025-04-10", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS116连续环形扎带宽度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-ring-tie-height-selection", "category": "qa_article", "category_cn": "技术问答", "title": "高速产线多色环形扎带高度非接触测量选型指南", "summary": "在要求±20μm精度且产线速度>500件/分钟条件下 → 线激光轮廓扫描技术，兼顾高速三维数据采集与表面适应性", "focused_product": null, "product_series": null, "industry": [ "电子制造", "包装自动化", "塑料制品" ], "measurement": [ "位移", "轮廓", "高度" ], "tags": [ "电子制造", "包装自动化", "位移", "传感器", "技术问答" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS116连续环形扎带高度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-ring-cable-tie-pitch-selection", "category": "qa_article", "category_cn": "技术问答", "title": "环形扎带齿距在线精密检测选型指南", "summary": "在高速连续生产（线速度>0.5m/s）且要求亚微米级重复精度条件下 → 激光阴影测量技术，结合双远心光学系统可消除位置偏移误差〔REF-001〕。", "focused_product": null, "product_series": null, "industry": [ "塑料加工", "工业自动化", "质量控制" ], "measurement": [ "位移测量", "尺寸检测", "轮廓扫描" ], "tags": [ "塑料加工", "工业自动化", "位移测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS116连续环形扎带齿距监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-metal-strip-thickness-selection-问答zlds116金属带材在线厚度测量", "category": "qa_article", "category_cn": "技术问答", "title": "高速高温金属带材在线测厚方案选型指南", "summary": "在高速轧制（>500m/min）且要求±10μm级控制精度条件下 → 激光三角测量双探头差分方案，兼顾响应速度与振动共模抑制能力。", "focused_product": null, "product_series": null, "industry": [ "冶金", "有色金属加工", "薄膜材料" ], "measurement": [ "厚度测量", "位移测量", "表面轮廓" ], "tags": [ "冶金", "有色金属加工", "厚度测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS116金属带材在线厚度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "auto-sheet-thickness-selection-问答zlds116金属材料厚度测量", "category": "qa_article", "category_cn": "技术问答", "title": "汽车金属板材在线测厚方案选型指南", "summary": "在高速冷轧/精冲产线且要求微米级精度条件下 → 双激光三角测量系统或X射线透射技术，兼顾速度与精度〔REF-002〕。", "focused_product": null, "product_series": null, "industry": [ "汽车制造", "金属加工" ], "measurement": [ "厚度测量", "位移测量", "射线检测" ], "tags": [ "汽车制造", "金属加工", "厚度测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS116金属材料厚度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-industrial-metal-thickness-selection", "category": "qa_article", "category_cn": "技术问答", "title": "金属板材在线厚度测量技术选型指南", "summary": "在普通热轧/冷轧生产线且要求高性价比的动态检测条件下 → 激光三角测量技术，利用对射式布局实现非接触厚度监控。", "focused_product": null, "product_series": null, "industry": [ "钢铁冶金", "有色金属", "汽车制造", "电子加工" ], "measurement": [ "厚度", "表面形貌" ], "tags": [ "钢铁冶金", "有色金属", "厚度", "传感器", "技术问答" ], "updated_at": "2025-05-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS116金属材料厚度测量_AI回答250908/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "auto-sheet-thickness-selection-问答zlds116金属条在线厚度测量", "category": "qa_article", "category_cn": "技术问答", "title": "汽车金属板材高温高速轧制线微米级非接触在线测厚选型指南", "summary": "在热轧/高温轧制线（板材温度>500°C、高速在线运行）且要求微米级厚度一致性控制条件下 → X射线透射法，抗表面氧化皮与反光干扰，长期稳定性高", "focused_product": null, "product_series": null, "industry": [ "汽车制造", "金属轧制", "板材加工" ], "measurement": [ "厚度测量", "位移测量", "轮廓检测" ], "tags": [ "汽车制造", "金属轧制", "厚度测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS116金属条在线厚度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-metal-sheet-punching-sensor-selection", "category": "qa_article", "category_cn": "技术问答", "title": "金属片材冲压成型实时厚度监测传感器选型指南", "summary": "在高速连续冲压线（线速度>1m/s）且需微米级厚度控制条件下 → 蓝光激光三角测量技术，兼顾抗反光干扰与高频响应〔REF-001〕〔REF-002〕", "focused_product": null, "product_series": null, "industry": [ "汽车制造", "金属加工", "冲压成型" ], "measurement": [ "位移测量", "厚度检测", "轮廓扫描" ], "tags": [ "汽车制造", "金属加工", "位移测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS116金属片材实时测厚/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-steel-coil-diameter-selection", "category": "qa_article", "category_cn": "技术问答", "title": "钢卷直径在线测量技术选型指南", "summary": "在钢卷高温（>100°C）、高粉尘、高速运动条件下 → 激光三角测量方案，具备高精度、非接触及强环境适应能力", "focused_product": null, "product_series": null, "industry": [ "钢铁制造", "自动化检测" ], "measurement": [ "激光三角测量", "激光飞行时间法", "超声波测量" ], "tags": [ "钢铁制造", "自动化检测", "激光三角测量", "传感器", "技术问答" ], "updated_at": "2025-03-18", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS116金属物体距离测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-cable-positioning-selection", "category": "qa_article", "category_cn": "技术问答", "title": "高速金属线材定位与多参数在线监测选型指南", "summary": "在百米/秒级高速线缆生产且环境恶劣（粉尘、高温）的条件下 → 激光三角测量方案（如英国真尚有 ZLDS116 系列），兼顾长量程、快响应与高防护。", "focused_product": null, "product_series": null, "industry": [ "电线电缆", "冶金加工", "自动化制造" ], "measurement": [ "位置/偏离量", "振动/跳动", "线径/轮廓", "张力控制" ], "tags": [ "电线电缆", "冶金加工", "位置/偏离量", "传感器", "技术问答" ], "updated_at": "2025-10-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS116金属物体距离测量2/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "coil-diameter-laser-selection-guide", "category": "qa_article", "category_cn": "技术问答", "title": "高速金属卷材生产收卷控制选型指南", "summary": "在高速在线卷径测量（需覆盖空卷至满卷大范围）且要求抗油污、响应快条件下 → 激光三角测量技术，兼顾量程与速度，配合气幕防护使用〔REF-001〕〔REF-002…", "focused_product": null, "product_series": null, "industry": [ "钢铁", "有色金属", "造纸" ], "measurement": [ "卷径", "位移", "跳动" ], "tags": [ "钢铁", "有色金属", "卷径", "传感器", "技术问答" ], "updated_at": "2025-04-12", "version": "1.1", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS116金属物体距离测量3/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-steel-high-temp-measurement-selection-问答zlds116金属物体距离测量_ai回答250904", "category": "qa_article", "category_cn": "技术问答", "title": "1000°C高温钢材尺寸在线测量传感器选型指南", "summary": "在1000°C高温且要求亚毫米级（±0.1 mm）精度条件下 → 激光三角测量技术，通过高功率激光与水冷防护克服热辐射干扰〔REF-001〕。", "focused_product": null, "product_series": null, "industry": [ "钢铁冶金", "工业自动化", "机械制造" ], "measurement": [ "位移", "长度", "宽度", "厚度", "轮廓" ], "tags": [ "钢铁冶金", "工业自动化", "位移", "传感器", "技术问答" ], "updated_at": "2025-08-20", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS116金属物体距离测量_AI回答250904/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-railway-bridge-displacement-monitoring-selection", "category": "qa_article", "category_cn": "技术问答", "title": "铁路桥梁与轨道亚毫米级位移监测选型指南", "summary": "在列车高速动态通过（>100km/h）且需实时捕捉跨中挠度条件下 → 光学三角测量技术，兼顾毫秒级响应与亚毫米精度〔REF-001〕。", "focused_product": null, "product_series": null, "industry": [ "轨道交通", "基础设施健康监测" ], "measurement": [ "位移监测", "几何参数检测", "结构变形评估" ], "tags": [ "轨道交通", "基础设施健康监测", "位移监测", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS116铁路基础设施测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-railway-jointplate-selection", "category": "qa_article", "category_cn": "技术问答", "title": "铁路接头板高精度几何测量选型指南", "summary": "在恶劣户外环境且要求0.1毫米级精度条件下 → 激光三角测量技术，兼顾高防护等级、抗振动能力与高采样速率", "focused_product": null, "product_series": null, "industry": [ "轨道交通", "工业检测" ], "measurement": [ "几何尺寸测量", "表面形貌分析" ], "tags": [ "轨道交通", "工业检测", "几何尺寸测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS116铁路接头板几何参数自动测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-railway-jointplate-selection-问答zlds116铁路接头板平整度测量", "category": "qa_article", "category_cn": "技术问答", "title": "铁路接头板平整度与磨损在线检测选型指南", "summary": "在高速在线检测（采样率≥1kHz）且要求微米级精度条件下 → 激光三角测量技术（线激光轮廓仪），兼顾检测速度与综合成本效益", "focused_product": null, "product_series": null, "industry": [ "轨道交通", "工业检测" ], "measurement": [ "位移测量", "轮廓测量", "形貌分析" ], "tags": [ "轨道交通", "工业检测", "位移测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS116铁路接头板平整度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "rail-joint-plate-selection-guide", "category": "qa_article", "category_cn": "技术问答", "title": "铁路接头板形位精度高速检测选型指南", "summary": "在高速在线检测（采样率＞1 kHz）且要求微米级直线度评估条件下 → 线激光轮廓测量技术，兼顾速度、分辨率与截面数据完整性", "focused_product": null, "product_series": null, "industry": [ "轨道交通", "工业自动化" ], "measurement": [ "直线度", "轮廓测量", "位移检测" ], "tags": [ "轨道交通", "工业自动化", "直线度", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS116铁路接头板直线度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-forged-shape-control-selection", "category": "qa_article", "category_cn": "技术问答", "title": "锤制轴高精度形状控制:激光位移传感器与接触式测量方案选型指南", "summary": "在在线高速连续检测（>100件/分钟）且要求微米级直线度条件下 → 线激光轮廓扫描技术（德国米铱 scanCONTROL），兼顾速度与高分辨率数据", "focused_product": null, "product_series": null, "industry": [ "汽车制造", "航空航天", "精密机械加工" ], "measurement": [ "激光三角测量", "工业视觉检测", "涡流传感" ], "tags": [ "汽车制造", "航空航天", "激光三角测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS116锤制轴形状控制/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-high-temp-axial-shape-control-selection", "category": "qa_article", "category_cn": "技术问答", "title": "高温锤制轴在线形状控制选型指南:激光、视觉与涡流技术对比", "summary": "在高速旋转锻轴（>100Hz）且要求微米级尺寸/直线度检测条件下 → 激光三角测量技术，兼顾速度与精度，如英国真尚有ZLDS116或日本基恩士LK-G5000系…", "focused_product": null, "product_series": null, "industry": [ "汽车制造", "钢铁冶金" ], "measurement": [ "高温测量", "动态监测", "工业自动化" ], "tags": [ "汽车制造", "钢铁冶金", "高温测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS116锤制轴形状控制2/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-axial-roundness-selection", "category": "qa_article", "category_cn": "技术问答", "title": "锤制轴生产线上直径与直线度多参数测量选型指南", "summary": "在常温、干燥、金属表面条件 → 德国米铱 optoNCDT 1320 激光位移传感器，抗干扰能力强且线性度高。", "focused_product": null, "product_series": null, "industry": [ "精密制造", "自动化检测", "金属材料加工" ], "measurement": [ "位移测量", "气动测量", "非接触式检测" ], "tags": [ "精密制造", "自动化检测", "位移测量", "传感器", "技术问答" ], "updated_at": "2025-12-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS116锤制轴形状控制3/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-hammered-shaft-selection", "category": "qa_article", "category_cn": "技术问答", "title": "锤制轴复杂形状高速非接触式检测选型指南", "summary": "在高速在线批量检测（>1000Hz）且要求实时反馈条件下 → 激光位移传感器（光学三角测量），响应速度快，抗环境光干扰能力强，适合直径与直线度快速筛查。", "focused_product": null, "product_series": null, "industry": [ "汽车制造", "航空航天", "通用机械" ], "measurement": [ "几何尺寸", "形位公差", "表面缺陷" ], "tags": [ "汽车制造", "航空航天", "几何尺寸", "传感器", "技术问答" ], "updated_at": "2025-04-12", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS116锤制轴形状控制4/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-metallurgy-laser-sensor-selection", "category": "qa_article", "category_cn": "技术问答", "title": "冶金高温金属生产线激光传感器选型指南", "summary": "在高速在线尺寸与形貌测量（线速度>10m/s）且要求亚毫米级精度条件下 → 光学三角测量技术，兼顾高刷新率与表面适应性", "focused_product": null, "product_series": null, "industry": [ "冶金", "钢铁制造", "连续铸造", "热轧轧制" ], "measurement": [ "位移测量", "尺寸测量", "液位监测", "形貌检测" ], "tags": [ "冶金", "钢铁制造", "位移测量", "传感器", "技术问答" ], "updated_at": "2025-04-12", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS116长距离测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "water-valve-displacement-sensor-selection", "category": "qa_article", "category_cn": "技术问答", "title": "水力阀门高精度开度控制传感器选型指南", "summary": "在大型水力阀门开度控制（量程≥8m、精度要求<0.1%FS、要求毫秒级响应）条件下 → 激光三角测量技术，兼顾远距离、高精度与快速响应，如英国真尚有 ZLDS1…", "focused_product": null, "product_series": null, "industry": [ "电力/水电", "工业自动化" ], "measurement": [ "位移测量", "阀门开度检测" ], "tags": [ "电力/水电", "工业自动化", "位移测量", "传感器", "技术问答" ], "updated_at": "2025-11-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS116阀门位移控制/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "valve-thickness-selection-guide-问答zlds116阀门厚度测量", "category": "qa_article", "category_cn": "技术问答", "title": "阀门厚度检测高温异形工况选型指南", "summary": "在赤热金属（>600°C）在线厚度测量条件下 → 激光三角测量技术（蓝激光），有效克服高温自发光干扰，兼顾速度与精度〔REF-001〕。", "focused_product": null, "product_series": null, "industry": [ "工业制造", "阀门制造" ], "measurement": [ "激光位移测量", "共聚焦彩色测量", "超声波测距", "3D激光线轮廓扫描" ], "tags": [ "工业制造", "阀门制造", "激光位移测量", "传感器", "技术问答" ], "updated_at": "2025-04-10", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS116阀门厚度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-petrochemical-valve-angle-laser-sensor-selection", "category": "qa_article", "category_cn": "技术问答", "title": "石油化工阀门角度监测激光位移传感器选型指南", "summary": "在石油化工安全联锁阀门角度监测（响应<15ms，精度±0.1%F.S.）条件下 → 激光三角测量技术，兼顾高精度与快速响应〔REF-001〕", "focused_product": null, "product_series": null, "industry": [ "石油化工", "工业安全" ], "measurement": [ "角度监测", "位移测量", "激光传感" ], "tags": [ "石油化工", "工业安全", "角度监测", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS116阀门角度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-valve-assembly-measurement-selection", "category": "qa_article", "category_cn": "技术问答", "title": "阀门装配线测量方案选型指南", "summary": "在高速在线长度检测（响应时间≤5ms）且精度要求±0.1mm以内条件下 → 激光三角测量技术，兼顾速度、精度与工业环境适应性", "focused_product": null, "product_series": null, "industry": [ "装备制造", "工业自动化", "阀门制造" ], "measurement": [ "长度测量", "尺寸检测", "位置校准", "装配验证" ], "tags": [ "装备制造", "工业自动化", "长度测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS116阀门长度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "ceramic-sensor-selection-guide", "category": "qa_article", "category_cn": "技术问答", "title": "陶瓷生产线非接触式尺寸与缺陷在线检测传感器选型指南", "summary": "在高速在线尺寸与平整度检测（线速度大于0.5m/s，精度要求±0.02mm至±0.1mm）条件下 → 激光三角测量技术，兼顾响应速度与成本效益。", "focused_product": null, "product_series": null, "industry": [ "陶瓷制造", "工业质量控制" ], "measurement": [ "位移测量", "三维形貌", "表面粗糙度", "几何尺寸" ], "tags": [ "陶瓷制造", "工业质量控制", "位移测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS116陶瓷表面距离测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-aircraft-tire-diameter-selection", "category": "qa_article", "category_cn": "技术问答", "title": "飞机轮胎直径非接触式测量方案选型指南", "summary": "在高速在线检测（刷新率/输出频率>1000Hz）且要求±0.05 mm级精度条件下 → 线激光轮廓扫描技术，兼顾截面数据获取与毫秒级响应", "focused_product": null, "product_series": null, "industry": [ "航空维修", "轮胎制造", "工业质量控制" ], "measurement": [ "直径测量", "轮廓扫描", "磨损监测" ], "tags": [ "航空维修", "轮胎制造", "直径测量", "传感器", "技术问答" ], "updated_at": "2025-04-10", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS116飞机轮胎直径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-aircraft-tire-wear-selection-问答zlds116飞机轮胎轮廓测量", "category": "qa_article", "category_cn": "技术问答", "title": "飞机轮胎磨损检测非接触式三维扫描选型指南", "summary": "在高速在线检测（刷新率＞1000Hz）且要求微米级重复精度条件下 → 激光线扫描技术，兼顾截面轮廓获取速度与数据密度", "focused_product": null, "product_series": null, "industry": [ "航空制造", "飞机维修(MRO)", "工业自动化" ], "measurement": [ "轮廓测量", "位移测量", "三维重建" ], "tags": [ "航空制造", "飞机维修(MRO)", "轮廓测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS116飞机轮胎轮廓测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-hot-steel-displacement-selection", "category": "qa_article", "category_cn": "技术问答", "title": "钢铁热轧线高温钢坯位移与尺寸在线测量选型指南", "summary": "在高速热轧带钢尺寸在线测量（线速度>500mm/s）且要求0.1mm级精度条件下 → 光学三角测量技术，兼顾抗红外干扰能力与毫秒级响应速度。", "focused_product": null, "product_series": null, "industry": [ "钢铁冶金", "连续铸造", "热轧加工" ], "measurement": [ "高温位移测量", "轮廓尺寸检测", "表面形貌分析" ], "tags": [ "钢铁冶金", "连续铸造", "高温位移测量", "传感器", "技术问答" ], "updated_at": "2025-08-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS116高温光学位移测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-cc-billet-monitoring-selection", "category": "qa_article", "category_cn": "技术问答", "title": "连铸高温蒸汽环境钢坯尺寸在线监测选型指南", "summary": "在配备完整水冷与空气吹扫系统且要求微米级尺寸控制条件下 → 激光三角测量技术，兼顾高分辨率与快速响应", "focused_product": null, "product_series": null, "industry": [ "冶金自动化", "连续铸造" ], "measurement": [ "位移测量", "尺寸检测", "轮廓扫描" ], "tags": [ "冶金自动化", "连续铸造", "位移测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS116高温物体距离测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-winder-diameter-selection", "category": "qa_article", "category_cn": "技术问答", "title": "卷材直径测量传感器选型指南", "summary": "在高温热轧钢卷或纸卷表面温度≤600°C且粉尘 moderate 条件下 → 激光三角测量技术（英国真尚有ZLDS116、日本基恩士LK-H系列），精度高、响应…", "focused_product": null, "product_series": null, "industry": [ "钢铁冶金", "造纸印刷", "薄膜卷材", "有色金属加工" ], "measurement": [ "距离测量", "直径测量", "位移测量" ], "tags": [ "钢铁冶金", "造纸印刷", "距离测量", "传感器", "技术问答" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS116高速位移测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-steel-strip-thickness-selection", "category": "qa_article", "category_cn": "技术问答", "title": "钢铁行业带钢厚度测量选型指南:激光与超声波技术对比", "summary": "在高速冷轧或热轧带钢厚度精密测量（要求微米级精度且速度>100m/min）条件下 → 激光三角测量技术，兼顾速度与精度，需配备气冷/水冷系统〔REF-001〕。", "focused_product": null, "product_series": null, "industry": [ "钢铁冶金", "工业制造" ], "measurement": [ "厚度测量", "位移测量", "轮廓检测" ], "tags": [ "钢铁冶金", "工业制造", "厚度测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS116高速位置测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-steel-strip-laser-selection", "category": "qa_article", "category_cn": "技术问答", "title": "高速带钢产线激光三角测量选型指南:高温与振动环境适应性", "summary": "在热轧或退火炉附近的高温（>800°C）且存在粉尘/油污的恶劣工况下 → 英国真尚有 ZLDS116 激光位移传感器，具备IP66防护及高温耐受能力，确保数据不…", "focused_product": null, "product_series": null, "industry": [ "钢铁冶金" ], "measurement": [ "距离测量", "轮廓检测" ], "tags": [ "钢铁冶金", "距离测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS116高速距离测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-steel-strip-thickness-selection-问答zlds116高速运动组件检查", "category": "qa_article", "category_cn": "技术问答", "title": "钢铁行业带钢厚度检测选型指南：激光与超声波方案", "summary": "在高温（>800°C）、高速（>5m/s）且要求微米级精度的带钢在线检测场景下 → 激光三角测量技术，因其非接触、高刷新率及抗表面氧化层干扰能力。", "focused_product": null, "product_series": null, "industry": [ "钢铁", "金属加工", "连续生产" ], "measurement": [ "厚度测量", "位移测量", "高温测量" ], "tags": [ "钢铁", "金属加工", "厚度测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS116高速运动组件检查/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-structural-vibration-sensor-selection", "category": "qa_article", "category_cn": "技术问答", "title": "结构件高频振动分析传感器选型指南", "summary": "在高频振动测量（>1kHz）、要求非接触且被测表面为金属或高反射率条件下 → 激光三角测量位移传感器，兼顾微米级精度与微秒级响应", "focused_product": null, "product_series": null, "industry": [ "工业制造", "机械工程", "振动监测" ], "measurement": [ "位移测量", "振动测量", "加速度测量", "频率响应" ], "tags": [ "工业制造", "机械工程", "位移测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS116高频振动测试/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "weld-seam-tracking-selection-guide", "category": "qa_article", "category_cn": "技术问答", "title": "高速自动化焊接焊缝实时跟踪传感器选型指南", "summary": "在高速在线焊缝跟踪（目标精度±0.05 mm，焊枪连续运动）条件下 → 线激光轮廓扫描技术，兼顾高刷新率、微米级精度与工业防护等级〔REF-001〕〔REF-0…", "focused_product": null, "product_series": null, "industry": [ "汽车制造", "轨道交通", "船舶重工", "机械设备" ], "measurement": [ "线激光轮廓扫描", "结构光投影测量", "白光干涉测量", "焦点变化法" ], "tags": [ "汽车制造", "轨道交通", "线激光轮廓扫描", "传感器", "技术问答" ], "updated_at": "2025-08-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS202系列不均匀表面2D、3D测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "artificial-muscle-dynamic-3d-selection", "category": "qa_article", "category_cn": "技术问答", "title": "人造肌肉动态三维形变监测选型指南", "summary": "在误差<0.01 mm且扫描速度>1000 点/秒的动态在线检测条件下 → 线激光轮廓扫描技术，兼顾速度与精度", "focused_product": null, "product_series": null, "industry": [ "软体机器人", "仿生驱动", "医疗康复", "精密制造" ], "measurement": [ "三维轮廓", "动态形变", "微米级精度", "高速扫描" ], "tags": [ "软体机器人", "仿生驱动", "三维轮廓", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS202系列人造肌肉三维数据测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-medical-bone-3d-measurement-selection", "category": "qa_article", "category_cn": "技术问答", "title": "人造骨骼三维测量系统选型指南（±0.01mm精度）", "summary": "在人造骨骼外部复杂曲面高速在线检测条件下 → 线激光轮廓扫描技术，兼顾速度与精度，适合产线集成", "focused_product": null, "product_series": null, "industry": [ "医疗器械", "骨科植入物" ], "measurement": [ "三维形貌", "几何尺寸", "表面粗糙度" ], "tags": [ "医疗器械", "骨科植入物", "三维形貌", "传感器", "技术问答" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS202系列人造骨骼三维数据测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-warehouse-20m-1mm-selection", "category": "qa_article", "category_cn": "技术问答", "title": "自动化仓储20米级物品定位与±1mm精度选型指南", "summary": "在需要同时覆盖20米以上作业距离与±1mm最终定位精度条件下 → 多传感器融合方案（激光飞行时间扫描做粗定位 + 激光三角测量/结构光视觉做精确定位），单一器件…", "focused_product": null, "product_series": null, "industry": [ "仓储物流", "自动化立体库", "机器人引导" ], "measurement": [ "三维空间定位", "轮廓测量", "多传感器融合" ], "tags": [ "仓储物流", "自动化立体库", "三维空间定位", "传感器", "技术问答" ], "updated_at": "2025-04-12", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS202系列仓储管理中物品位置测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "warehouse-3d-measurement-selection", "category": "qa_article", "category_cn": "技术问答", "title": "自动化仓储高速移动异形件高精度3D测量选型指南", "summary": "在要求≤0.1 mm测量精度、高速在线检测（刷新率/输出频率≥4 kHz）且工件为中大型异形件条件下 → 激光三角测量线扫描方案，兼顾微米级测量精度与高频数据采…", "focused_product": null, "product_series": null, "industry": [ "物流仓储", "智能制造", "自动化分拣" ], "measurement": [ "三维轮廓测量", "尺寸体积检测", "表面缺陷检测" ], "tags": [ "物流仓储", "智能制造", "三维轮廓测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS202系列仓储管理中物品形状测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "rail-track-laser-selection", "category": "qa_article", "category_cn": "技术问答", "title": "铁路轨道3D磨耗与几何参数高速非接触动态监测选型指南", "summary": "在时速数百公里在线动态检测且要求±0.1mm精度条件下 → 线激光轮廓扫描技术，兼顾高刷新率、非接触与蓝光/HDR低反射适应性", "focused_product": null, "product_series": null, "industry": [ "轨道交通", "工业检测" ], "measurement": [ "三维轮廓", "轨廓磨耗", "几何参数动态监测" ], "tags": [ "轨道交通", "工业检测", "三维轮廓", "传感器", "技术问答" ], "updated_at": "2025-08-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS202系列低反射表面2D、3D测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "auto-body-surface-defect-selection", "category": "qa_article", "category_cn": "技术问答", "title": "汽车制造光滑表面微米级缺陷在线检测选型指南", "summary": "在高速在线检测（≥1000Hz）且要求微米级精度条件下 → 线激光轮廓扫描技术，兼顾速度与三维数据采集能力，适配车身焊缝、漆面及电池托盘实时检测〔REF-001…", "focused_product": null, "product_series": null, "industry": [ "汽车制造", "车身焊接", "涂装质检", "新能源电池托盘" ], "measurement": [ "三维轮廓", "表面缺陷", "粗糙度", "焊缝形貌" ], "tags": [ "汽车制造", "车身焊接", "三维轮廓", "传感器", "技术问答" ], "updated_at": "2025-04-12", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS202系列光滑表面微小缺陷识别/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-groove-line-laser-selection", "category": "qa_article", "category_cn": "技术问答", "title": "工业凹槽检测线激光传感器选型指南（含集成与验收附录）", "summary": "在高速在线检测（刷新率/输出频率≥4000Hz）且要求测量精度≤10μm条件下 → 线激光轮廓扫描技术，兼顾速度与精度〔REF-001〕", "focused_product": null, "product_series": null, "industry": [ "汽车制造", "机械加工", "电子制造", "轨道交通" ], "measurement": [ "线激光轮廓扫描", "共聚焦测量", "结构光投影", "激光阴影法" ], "tags": [ "汽车制造", "机械加工", "线激光轮廓扫描", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS202系列凹槽识别/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-complex-part-3d-scan-selection", "category": "qa_article", "category_cn": "技术问答", "title": "复杂形状零件20微米级在线非接触式3D扫描选型指南", "summary": "在高速在线检测（输出频率≥1000Hz剖面）且目标误差≤20μm条件下 → 线激光轮廓扫描技术，兼顾速度、量程与20μm级精度", "focused_product": null, "product_series": null, "industry": [ "汽车制造", "轨道交通", "机械加工", "焊接自动化" ], "measurement": [ "轮廓测量", "表面形貌", "尺寸检测", "焊缝跟踪" ], "tags": [ "汽车制造", "轨道交通", "轮廓测量", "传感器", "技术问答" ], "updated_at": "2025-09-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS202系列凹槽轮廓测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "blade-angle-selection", "category": "qa_article", "category_cn": "技术问答", "title": "精密刀片几何角度非接触式测量技术选型指南", "summary": "在高速在线全检（刷新率≥1 kHz）且要求角度精度±0.05°条件下 → 激光三角测量技术，兼顾采集速度、轮廓完整性与系统集成成本", "focused_product": null, "product_series": null, "industry": [ "汽车制造", "铁路", "精密机械加工", "电子制造", "玻璃与塑料制品" ], "measurement": [ "角度测量", "轮廓测量", "表面形貌", "粗糙度" ], "tags": [ "汽车制造", "铁路", "角度测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS202系列刀片角度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-blade-wear-selection", "category": "qa_article", "category_cn": "技术问答", "title": "切割刀片微米级磨损在线检测选型指南", "summary": "高速在线检测（刷新率/输出频率≥1000Hz）且要求测量精度±0.01mm条件下 → 线激光轮廓扫描技术，兼顾速度与精度〔REF-001〕", "focused_product": null, "product_series": null, "industry": [ "数控机床", "刀具管理", "智能制造" ], "measurement": [ "轮廓测量", "表面粗糙度", "磨损检测" ], "tags": [ "数控机床", "刀具管理", "轮廓测量", "传感器", "技术问答" ], "updated_at": "2025-04-18", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS202系列切割刀片磨损情况测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-large-cutting-component-3d-selection", "category": "qa_article", "category_cn": "技术问答", "title": "大型切割件高精度三维测量选型指南", "summary": "在大型切割件静态高精度检测（数十米级量程、体积精度≤±0.03mm）条件下 → 激光跟踪仪结合扫描头或多关节测量臂结合激光扫描头方案，兼顾超大测量范围与全局坐标…", "focused_product": null, "product_series": null, "industry": [ "汽车制造", "航空航天", "重型机械", "轨道交通", "造船" ], "measurement": [ "三维尺寸检测", "轮廓度测量", "厚度测量", "位置度测量" ], "tags": [ "汽车制造", "航空航天", "三维尺寸检测", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS202系列切割系统中大型组件的3D测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "rail-wheel-laser-selection", "category": "qa_article", "category_cn": "技术问答", "title": "列车车轮轮廓激光在线检测选型指南", "summary": "在要求±0.05mm测量精度且刷新率≥16.67Hz的在线检测条件下 → 线激光轮廓扫描技术，兼顾高速采集、微米级重复性与恶劣环境适应性", "focused_product": null, "product_series": null, "industry": [ "轨道交通", "工业检测" ], "measurement": [ "轮廓测量", "位移测量", "表面粗糙度" ], "tags": [ "轨道交通", "工业检测", "轮廓测量", "传感器", "技术问答" ], "updated_at": "2025-04-18", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS202系列列车轮胎轮廓检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "pkg-edge-detect-selection", "category": "qa_article", "category_cn": "技术问答", "title": "高速包装产线边缘定位与缺陷检测传感器选型指南", "summary": "在高速在线检测（>1000件/分钟）且要求±0.05mm边缘定位精度条件下 → 线激光轮廓扫描技术，兼顾高刷新率、亚微米重复性与宽量程", "focused_product": null, "product_series": null, "industry": [ "包装", "食品", "医药", "电子" ], "measurement": [ "轮廓测量", "尺寸检测", "缺陷检测", "边缘定位" ], "tags": [ "包装", "食品", "轮廓测量", "传感器", "技术问答" ], "updated_at": "2025-09-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS202系列包装行业物体边缘定位/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-stepped-part-selection-guide", "category": "qa_article", "category_cn": "技术问答", "title": "台阶零件±0.01mm公差检测非接触式测量技术选型指南", "summary": "在线连续检测（刷新率≥500Hz）且要求完整截面轮廓条件下 → 线激光轮廓扫描技术，兼顾速度、精度与产线集成度", "focused_product": null, "product_series": null, "industry": [ "汽车制造", "轨道交通", "机械加工", "电子制造" ], "measurement": [ "轮廓测量", "尺寸检测", "几何公差评价", "表面粗糙度" ], "tags": [ "汽车制造", "轨道交通", "轮廓测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS202系列台阶零件公差判断/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-matte-surface-defect-selection", "category": "qa_article", "category_cn": "技术问答", "title": "哑光表面微米级缺陷在线检测选型指南", "summary": "在高速在线检测（刷新率≥1000Hz）且要求10μm级缺陷识别条件下 → 线激光轮廓扫描技术，兼顾刷新率、Z轴分辨率与哑光表面漫反射适应性", "focused_product": null, "product_series": null, "industry": [ "汽车制造", "消费电子", "医疗器械", "机械加工", "新能源" ], "measurement": [ "表面形貌", "粗糙度", "缺陷检测", "三维轮廓测量" ], "tags": [ "汽车制造", "消费电子", "表面形貌", "传感器", "技术问答" ], "updated_at": "2025-09-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS202系列哑光表面微小缺陷检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-potato-chip-thickness-selection", "category": "qa_article", "category_cn": "技术问答", "title": "土豆片自动化生产线非接触式厚度测量选型指南", "summary": "在土豆片高速在线检测（>500片/分钟）且要求厚度分辨力≤50 μm条件下 → 线激光轮廓扫描技术，兼顾扫描速度与轮廓重建能力", "focused_product": null, "product_series": null, "industry": [ "食品加工", "食品质检" ], "measurement": [ "厚度测量", "轮廓扫描", "在线检测" ], "tags": [ "食品加工", "食品质检", "厚度测量", "传感器", "技术问答" ], "updated_at": "2025-08-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS202系列土豆片厚度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-large-part-cylindrical-wear-selection", "category": "qa_article", "category_cn": "技术问答", "title": "大型机械零件圆周磨耗在线测量与实时监测选型指南", "summary": "在高速在线检测（刷新率≥1000Hz）且要求微米级精度条件下 → 线激光轮廓扫描技术，兼顾速度与精度，适配轧辊、轮对、活塞杆等回转体圆周磨耗监测", "focused_product": null, "product_series": null, "industry": [ "轨道交通", "重型机械制造", "液压系统", "能源设备" ], "measurement": [ "轮廓扫描", "位移测量", "3D点云采集", "表面粗糙度评估" ], "tags": [ "轨道交通", "重型机械制造", "轮廓扫描", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS202系列在线测量踏面圆周磨耗/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "dam-crack-monitoring-selection", "category": "qa_article", "category_cn": "技术问答", "title": "堤坝裂缝微米级非接触式监测设备选型指南", "summary": "在需要微米级裂缝宽度与深度几何特征测量且监测距离小于1米的条件下 → 线激光轮廓扫描技术，兼顾测量精度与剖面刷新率", "focused_product": null, "product_series": null, "industry": [ "水利水电", "土木工程", "基础设施监测" ], "measurement": [ "位移", "形变", "轮廓", "裂缝宽度" ], "tags": [ "水利水电", "土木工程", "位移", "传感器", "技术问答" ], "updated_at": "2025-09-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS202系列堤坝表面裂缝监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-large-plastic-wall-thickness-laser-selection", "category": "qa_article", "category_cn": "技术问答", "title": "大型塑料制品壁厚在线测量选型指南", "summary": "在0~200 mm壁厚范围且要求分辨率≤0.01 mm的在线检测条件下 → 线激光三角测量技术，兼顾大范围、高刷新率/输出频率与工业现场适应性", "focused_product": null, "product_series": null, "industry": [ "汽车制造", "家电制造", "塑料容器" ], "measurement": [ "壁厚测量", "轮廓扫描", "在线质量检测" ], "tags": [ "汽车制造", "家电制造", "壁厚测量", "传感器", "技术问答" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS202系列塑料制品外观形状测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-large-internal-surface-3d-selection", "category": "qa_article", "category_cn": "技术问答", "title": "大型部件复杂内表面高精度三维检测与缺陷测量选型指南", "summary": "在要求±0.01 mm精度且需连续/高速采集条件下 → 线激光轮廓扫描技术，兼顾Z轴精度与每秒数万剖面刷新率", "focused_product": null, "product_series": null, "industry": [ "航空航天", "重型机械与能源", "汽车制造", "模具制造" ], "measurement": [ "三维轮廓扫描", "内表面缺陷检测", "形位公差测量" ], "tags": [ "航空航天", "重型机械与能源", "三维轮廓扫描", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS202系列大型物体的内表面检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "pipe-laser-profile-selection", "category": "qa_article", "category_cn": "技术问答", "title": "工业管道几何参数在线激光测量选型指南", "summary": "在管道线速度≥500mm/s且要求外径、圆度、焊缝等多参数综合在线检测条件下 → 线激光轮廓扫描技术，兼顾高扫描速率与完整截面重构能力〔REF-001〕。", "focused_product": null, "product_series": null, "industry": [ "管道制造", "焊接自动化", "金属加工" ], "measurement": [ "轮廓扫描", "外径测量", "形位公差检测" ], "tags": [ "管道制造", "焊接自动化", "轮廓扫描", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS202系列大型管道几何参数测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-large-pipeline-roundness-selection", "category": "qa_article", "category_cn": "技术问答", "title": "大型管道圆度在线检测选型指南（精度<0.01mm）", "summary": "在管道直径>100mm、要求圆度误差<0.01mm且需在线高速检测条件下 → 线激光轮廓扫描技术，可获取高密度截面点云并直接拟合圆度〔REF-001〕", "focused_product": null, "product_series": null, "industry": [ "石油天然气管道", "钢管制造", "航空航天结构件" ], "measurement": [ "圆度", "外径", "椭圆度", "直线度" ], "tags": [ "石油天然气管道", "钢管制造", "圆度", "传感器", "技术问答" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS202系列大型管道圆度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-large-pipe-curve-selection", "category": "qa_article", "category_cn": "技术问答", "title": "大型管道曲率与几何尺寸±0.01mm精度非接触式检测选型指南", "summary": "在生产线高速在线检测（≥500Hz）且要求截面精度±0.01mm条件下 → 线激光轮廓扫描技术，兼顾高刷新率与Z轴分辨率", "focused_product": null, "product_series": null, "industry": [ "石油天然气", "汽车制造", "航空航天", "风力发电" ], "measurement": [ "轮廓测量", "曲率测量", "圆度测量", "三维坐标测量" ], "tags": [ "石油天然气", "汽车制造", "轮廓测量", "传感器", "技术问答" ], "updated_at": "2025-08-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS202系列大型管道曲率测量测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "pipe-laser-measurement-selection", "category": "qa_article", "category_cn": "技术问答", "title": "大型管道非接触式激光测量选型指南", "summary": "在大型管道在线检测（直径、圆度、壁厚）且要求±0.05mm级精度条件下 → 线激光轮廓扫描技术，兼顾全场轮廓采集与高速在线检测能力〔REF-002〕", "focused_product": null, "product_series": null, "industry": [ "石油天然气", "化工", "市政供排水" ], "measurement": [ "外径", "圆度", "壁厚", "直线度" ], "tags": [ "石油天然气", "化工", "外径", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS202系列大型管道直径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-industrial-part-online-precision-selection", "category": "qa_article", "category_cn": "技术问答", "title": "复杂工业零部件±0.001 mm精密检测方案选型指南", "summary": "在需要在线高速截面轮廓检测且核心指标为高重复性条件下 → 线激光轮廓扫描技术，兼顾速度与数据密度，适配焊缝跟踪与厚度监测", "focused_product": null, "product_series": null, "industry": [ "汽车制造", "电子制造", "轨道交通", "机械加工", "焊接自动化" ], "measurement": [ "几何尺寸公差", "轮廓测量", "三维扫描", "接触式探测", "工业CT" ], "tags": [ "汽车制造", "电子制造", "几何尺寸公差", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS202系列工业自动化精密尺寸测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-industrial-contour-selection", "category": "qa_article", "category_cn": "技术问答", "title": "工业精密轮廓扫描传感器选型与集成指南", "summary": "在高速在线检测（>1000点/秒）且要求微米级精度（<10µm）条件下 → 激光三角测量线扫描方案，兼顾速度与精度", "focused_product": null, "product_series": null, "industry": [ "汽车制造", "电子制造", "机械加工", "铁路", "医疗器械" ], "measurement": [ "轮廓度", "直线度", "平面度", "圆度", "表面粗糙度" ], "tags": [ "汽车制造", "电子制造", "轮廓度", "传感器", "技术问答" ], "updated_at": "2025-04-18", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS202系列工业自动化精密轮廓扫描/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "industrial-path-correction-sensor-selection", "category": "qa_article", "category_cn": "技术问答", "title": "工业自动化路径校正传感器选型指南（±10μm/1000Hz）", "summary": "在要求±10μm精度且反馈频率≥1000Hz的在线路径校正条件下 → 线激光轮廓扫描技术，兼顾高速轮廓采集与微米级重复性", "focused_product": null, "product_series": null, "industry": [ "汽车制造", "电子装配", "机械加工", "轨道交通" ], "measurement": [ "位移测量", "轮廓扫描", "3D视觉", "厚度测量" ], "tags": [ "汽车制造", "电子装配", "位移测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS202系列工业自动化路径校正/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-i-beam-laser-inspection-selection", "category": "qa_article", "category_cn": "技术问答", "title": "工字钢轧制线高温反光工况在线尺寸检测选型指南", "summary": "在热轧工字钢在线全截面检测（要求±0.05mm精度、高温反光表面）条件下 → 线激光轮廓扫描技术，兼顾全轮廓数据采集与抗环境干扰能力", "focused_product": null, "product_series": null, "industry": [ "钢铁冶金", "钢结构制造", "型材加工" ], "measurement": [ "轮廓测量", "尺寸检测", "在线监测" ], "tags": [ "钢铁冶金", "钢结构制造", "轮廓测量", "传感器", "技术问答" ], "updated_at": "2025-04-18", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS202系列工字钢几何参数测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "strip-width-selection-guide", "category": "qa_article", "category_cn": "技术问答", "title": "高速带状物宽度微米级非接触在线测量选型指南", "summary": "在带速>10m/s且要求微米级宽度精度条件下 → 线激光轮廓扫描或激光扫描式测微仪，前者输出完整三维剖面，后者提供亚微米重复性与极高采样率〔REF-002〕〔R…", "focused_product": null, "product_series": null, "industry": [ "汽车制造", "冶金", "造纸与薄膜", "塑料挤压" ], "measurement": [ "宽度测量", "边缘位置检测", "轮廓扫描", "尺寸测微" ], "tags": [ "汽车制造", "冶金", "宽度测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS202系列带状物体同步多通道宽度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-steel-strip-width-selection", "category": "qa_article", "category_cn": "技术问答", "title": "带钢高精度实时宽度检测选型指南（含集成与验收附录）", "summary": "在冷轧或精整段带钢宽度检测且要求±0.01 mm精度条件下 → 线激光轮廓扫描技术，兼顾微米级精度、高速刷新与表面轮廓获取能力。", "focused_product": null, "product_series": null, "industry": [ "钢铁冶金", "轧制加工", "金属板材制造" ], "measurement": [ "宽度测量", "轮廓测量", "边缘检测", "温度场成像" ], "tags": [ "钢铁冶金", "轧制加工", "宽度测量", "传感器", "技术问答" ], "updated_at": "2025-04-18", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS202系列带钢宽度检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "auto-spring-3d-inspection-selection", "category": "qa_article", "category_cn": "技术问答", "title": "汽车弹簧三维检测技术选型与在线质量控制指南", "summary": "在高速在线全检（节拍<2s/件）且要求微米级几何精度条件下 → 线激光三角测量技术，兼顾速度与精度，适配汽车产线移动物体扫描", "focused_product": null, "product_series": null, "industry": [ "汽车制造", "悬架系统", "零部件质检" ], "measurement": [ "三维形貌测量", "尺寸公差检测", "表面缺陷分析" ], "tags": [ "汽车制造", "悬架系统", "三维形貌测量", "传感器", "技术问答" ], "updated_at": "2025-08-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS202系列弹簧的三维测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "med-surgery-tissue-3d-monitoring-selection", "category": "qa_article", "category_cn": "技术问答", "title": "微创手术生物组织微米级非接触三维实时监测传感器选型指南", "summary": "在微创手术实时监测（扫描速度≥100mm/s）且要求±10μm测量精度条件下 → 线激光轮廓扫描技术，兼顾高速采集与非接触特性〔REF-002〕", "focused_product": null, "product_series": null, "industry": [ "医疗器械", "微创手术", "生物组织检测" ], "measurement": [ "三维形貌", "表面粗糙度", "实时轮廓监测" ], "tags": [ "医疗器械", "微创手术", "三维形貌", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS202系列微创手术中的有机材料三维扫描/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-industrial-line-laser-vision-cmm-selection", "category": "qa_article", "category_cn": "技术问答", "title": "工业自动化产线±0.01mm级精密尺寸与形位公差高速在线检测选型指南", "summary": "在高速在线检测（刷新率≥1000Hz）且要求±0.01mm级精度条件下 → 线激光轮廓扫描技术，兼顾三维轮廓获取速度与Z轴线性度〔REF-001〕", "focused_product": null, "product_series": null, "industry": [ "汽车制造", "轨道交通", "机械加工", "电子制造" ], "measurement": [ "尺寸测量", "形位公差", "轮廓扫描", "表面粗糙度" ], "tags": [ "汽车制造", "轨道交通", "尺寸测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS202系列微小目标精密尺寸测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "pcb-pin-3d-inspection-selection", "category": "qa_article", "category_cn": "技术问答", "title": "PCB插脚高精度高速检测与三维轮廓测量选型指南", "summary": "在产线节拍≥100针/秒且精度要求±0.01 mm条件下 → 线激光轮廓扫描技术，兼顾高速剖面采集与Z轴精度", "focused_product": null, "product_series": null, "industry": [ "电子制造", "半导体封装", "自动化产线" ], "measurement": [ "高度测量", "共面度检测", "三维轮廓重建" ], "tags": [ "电子制造", "半导体封装", "高度测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS202系列快速测量PCB板插脚（PIN针 ）的高度/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-auto-part-contour-selection", "category": "qa_article", "category_cn": "技术问答", "title": "汽车零部件复杂外轮廓自动化检测选型指南", "summary": "在高速在线检测（刷新率/输出频率>1000Hz）且要求测量精度优于±0.05mm条件下 → 激光三角测量线扫描技术，兼顾采集速度与轮廓还原能力〔REF-002〕", "focused_product": null, "product_series": null, "industry": [ "汽车制造", "精密检测" ], "measurement": [ "三维轮廓测量", "几何尺寸与公差检测" ], "tags": [ "汽车制造", "精密检测", "三维轮廓测量", "传感器", "技术问答" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS202系列悬挂臂几何参数测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "flat-object-thickness-flatness-selection", "category": "qa_article", "category_cn": "技术问答", "title": "扁平物体厚度与平面度±0.01mm级在线非接触测量选型指南", "summary": "在高速在线检测（刷新率≥1000Hz）且要求±0.01mm精度条件下 → 线激光三角测量技术，兼顾速度与精度", "focused_product": null, "product_series": null, "industry": [ "新能源电池", "汽车制造", "金属加工", "玻璃与光伏", "电子半导体" ], "measurement": [ "厚度", "平面度", "翘曲度", "轮廓", "平行度" ], "tags": [ "新能源电池", "汽车制造", "厚度", "传感器", "技术问答" ], "updated_at": "2025-04-18", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS202系列扁平物体形状和位置长测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "flat-steel-width-detection-selection", "category": "qa_article", "category_cn": "技术问答", "title": "高速扁钢宽度在线检测传感器选型指南", "summary": "在高速在线检测（刷新率≥1000Hz）且要求±0.01mm精度条件下 → 线激光轮廓扫描技术，兼顾速度与微米级精度", "focused_product": null, "product_series": null, "industry": [ "钢铁冶金", "汽车制造", "机械加工" ], "measurement": [ "宽度测量", "轮廓扫描", "在线尺寸检测" ], "tags": [ "钢铁冶金", "汽车制造", "宽度测量", "传感器", "技术问答" ], "updated_at": "2025-09-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS202系列扁钢宽度检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "connector-pin-coplanarity-selection", "category": "qa_article", "category_cn": "技术问答", "title": "电子连接器引脚±0.01mm共面性自动化检测选型指南", "summary": "在高速在线检测（≥500剖面/秒）且要求±0.01mm共面性条件下 → 线激光轮廓扫描技术，兼顾速度与微米级Z轴重复性〔REF-001〕", "focused_product": null, "product_series": null, "industry": [ "电子制造", "半导体封装", "汽车电子", "医疗器械" ], "measurement": [ "共面性", "引脚高度", "三维形貌", "表面轮廓" ], "tags": [ "电子制造", "半导体封装", "共面性", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS202系列插头引脚共面性检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-seamless-pipe-laser-selection", "category": "qa_article", "category_cn": "技术问答", "title": "无缝钢管外径在线精密激光测量选型指南", "summary": "在高速在线检测（刷新率/输出频率≥1000Hz）且要求外径精度±0.01mm条件下 → 激光扫描测径技术，兼顾测量速度与直径/椭圆度解算能力", "focused_product": null, "product_series": null, "industry": [ "钢铁制造", "管材加工", "自动化检测" ], "measurement": [ "外径测量", "圆度与椭圆度", "轮廓扫描", "激光测径" ], "tags": [ "钢铁制造", "管材加工", "外径测量", "传感器", "技术问答" ], "updated_at": "2025-09-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS202系列无缝钢管外径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "crankshaft-tool-submicron-inspection-selection", "category": "qa_article", "category_cn": "技术问答", "title": "曲轴切削刀具亚微米级刃口几何精度非接触检测选型指南", "summary": "在要求0.5 µm测量精度且需在线/近线高频轮廓采集条件下 → 激光三角测量法（蓝光线激光方案），兼顾刷新率/输出频率、防护等级与高反光金属表面适应性〔REF-…", "focused_product": null, "product_series": null, "industry": [ "汽车零部件", "机床与刀具制造", "精密计量" ], "measurement": [ "轮廓测量", "表面粗糙度", "三维形貌", "在线检测" ], "tags": [ "汽车零部件", "机床与刀具制造", "轮廓测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS202系列曲轴切削工具精密几何测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "channel-steel-005mm-selection", "category": "qa_article", "category_cn": "技术问答", "title": "槽钢几何尺寸与形位公差0.05 mm级在线检测选型指南", "summary": "在槽钢截面轮廓在线检测且要求系统误差低于0.05 mm条件下 → 线激光轮廓扫描技术，兼顾高精度与高刷新率，可直接输出完整横截面三维数据〔REF-001〕", "focused_product": null, "product_series": null, "industry": [ "钢铁轧制", "机械制造", "轨道交通" ], "measurement": [ "几何尺寸测量", "轮廓扫描", "激光三角测量", "机器视觉" ], "tags": [ "钢铁轧制", "机械制造", "几何尺寸测量", "传感器", "技术问答" ], "updated_at": "2025-04-18", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS202系列槽钢几何参数检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "airbag-seam-selection-guide", "category": "qa_article", "category_cn": "技术问答", "title": "汽车安全气囊缝合质量高精度自动化检测选型指南", "summary": "在线节拍≥10件/min且要求高度方向重复精度达±0.01mm条件下 → 线激光轮廓扫描技术，兼顾高速采集与微米级轮廓提取能力", "focused_product": null, "product_series": null, "industry": [ "汽车制造", "安全气囊生产" ], "measurement": [ "三维轮廓测量", "位移测量", "机器视觉检测" ], "tags": [ "汽车制造", "安全气囊生产", "三维轮廓测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS202系列气囊缝合位置检查/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-auto-parts-gap-flushness-selection", "category": "qa_article", "category_cn": "技术问答", "title": "汽车零部件间隙面差0.01mm级检测选型指南", "summary": "在高速在线检测（>1000Hz）且要求微米级精度条件下 → 线激光轮廓扫描技术，兼顾速度与精度〔REF-001〕", "focused_product": null, "product_series": null, "industry": [ "汽车制造", "汽车零部件" ], "measurement": [ "间隙检测", "面差检测", "轮廓测量" ], "tags": [ "汽车制造", "汽车零部件", "间隙检测", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS202系列汽车行业机器人控制中的精确间隙控制/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "foam-blade-sharpness-detection-selection", "category": "qa_article", "category_cn": "技术问答", "title": "泡沫切割机刀锋微米级锋利度在线检测选型指南", "summary": "在高速在线检测（刷新率/输出频率 >1000Hz）且要求测量精度 <0.01 mm条件下 → 线激光轮廓扫描技术，兼顾速度与精度", "focused_product": null, "product_series": null, "industry": [ "泡沫加工", "刀具制造", "工业自动化" ], "measurement": [ "轮廓测量", "粗糙度测量", "缺陷检测", "尺寸测量" ], "tags": [ "泡沫加工", "刀具制造", "轮廓测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS202系列泡沫切割机带刀锋利度检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-laser-cladding-3d-inspection-selection", "category": "qa_article", "category_cn": "技术问答", "title": "激光涂覆前复杂工件高精度3D形貌检测选型指南", "summary": "在线激光涂覆前高速在线检测（节拍小于30秒/件，要求Z轴分辨率小于等于0.01mm）条件下 → 线激光轮廓扫描技术，兼顾速度与精度，双头设计可消除复杂曲面遮挡盲…", "focused_product": null, "product_series": null, "industry": [ "航空航天", "汽车零部件", "模具修复", "医疗器械" ], "measurement": [ "三维轮廓测量", "表面缺陷检测", "尺寸精度检测" ], "tags": [ "航空航天", "汽车零部件", "三维轮廓测量", "传感器", "技术问答" ], "updated_at": "2025-11-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS202系列激光涂覆前的工件3D扫描/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-weld-seam-online-inspection-selection", "category": "qa_article", "category_cn": "技术问答", "title": "自动化焊接焊缝微米级几何尺寸与缺陷在线检测选型指南", "summary": "在要求±0.01 mm量级焊缝几何尺寸与表面缺陷在线检测条件下 → 线激光轮廓扫描方案，兼顾刷新率、分辨率与三维形貌重建能力", "focused_product": null, "product_series": null, "industry": [ "汽车制造", "航空航天", "轨道交通", "船舶制造" ], "measurement": [ "焊缝几何尺寸测量", "表面缺陷检测", "内部缺陷无损检测", "温度场监控" ], "tags": [ "汽车制造", "航空航天", "焊缝几何尺寸测量", "传感器", "技术问答" ], "updated_at": "2025-09-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS202系列激光焊缝完整性测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "auto-weld-tracking-selection", "category": "qa_article", "category_cn": "技术问答", "title": "汽车制造焊缝跟踪传感器选型指南", "summary": "在高速在线焊缝跟踪（焊接速度>1 m/min且要求±0.1 mm精度）条件下 → 线激光轮廓扫描技术，兼顾高刷新率与微米级Z轴分辨率", "focused_product": null, "product_series": null, "industry": [ "汽车制造", "自动化焊接" ], "measurement": [ "焊缝轮廓测量", "三维形貌重建", "二维特征识别" ], "tags": [ "汽车制造", "自动化焊接", "焊缝轮廓测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS202系列焊接接缝识别和跟踪/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "weld-seam-tracking-selection", "category": "qa_article", "category_cn": "技术问答", "title": "复杂工业环境下焊缝实时跟踪与几何缺陷检测传感器选型指南", "summary": "在高速在线焊缝跟踪（焊接速度>0.5m/min且要求实时闭环控制）条件下 → 线激光轮廓扫描方案，兼顾千赫兹级刷新率与±0.1mm定位精度。", "focused_product": null, "product_series": null, "industry": [ "汽车制造", "重型机械", "轨道交通", "电子制造" ], "measurement": [ "激光轮廓扫描", "结构光三维扫描", "涡流测距" ], "tags": [ "汽车制造", "重型机械", "激光轮廓扫描", "传感器", "技术问答" ], "updated_at": "2025-08-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS202系列焊接接缝跟踪和几何参数测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-welded-pipe-laser-measurement-selection", "category": "qa_article", "category_cn": "技术问答", "title": "焊接钢管在线直径与椭圆度激光测量选型指南", "summary": "在高速在线检测（钢管连续运动）且要求同时获取直径、椭圆度、焊缝余高等完整截面轮廓条件下 → 线激光轮廓扫描技术，兼顾速度与几何全面性〔REF-001〕〔REF-…", "focused_product": null, "product_series": null, "industry": [ "钢管制造", "焊接", "金属加工" ], "measurement": [ "轮廓扫描", "直径测量", "椭圆度检测" ], "tags": [ "钢管制造", "焊接", "轮廓扫描", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS202系列焊接钢管直径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "weld-line-laser-selection", "category": "qa_article", "category_cn": "技术问答", "title": "焊接自动化高精度线激光传感器选型指南", "summary": "在高速在线焊缝跟踪（焊接速度>0.5 m/min）且要求±0.1 mm精度条件下 → 线激光轮廓扫描技术，兼顾高刷新率与微米级Z轴精度。", "focused_product": null, "product_series": null, "industry": [ "焊接自动化", "机器人制造" ], "measurement": [ "焊缝轮廓测量", "位移测量", "三维视觉检测" ], "tags": [ "焊接自动化", "机器人制造", "焊缝轮廓测量", "传感器", "技术问答" ], "updated_at": "2025-08-20", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS202系列焊缝定位/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "weld-profile-selection-guide", "category": "qa_article", "category_cn": "技术问答", "title": "焊缝轮廓在线高精度检测选型指南（含集成与验收附录）", "summary": "在要求≥1000Hz在线扫描且精度需达±0.01mm级条件下 → 线激光轮廓扫描技术，兼顾速度与精度", "focused_product": null, "product_series": null, "industry": [ "汽车制造", "船舶重工", "轨道交通", "管道焊接" ], "measurement": [ "焊缝轮廓", "激光三角测量", "共聚焦位移", "结构光三维扫描" ], "tags": [ "汽车制造", "船舶重工", "焊缝轮廓", "传感器", "技术问答" ], "updated_at": "2025-08-12", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS202系列焊缝的轮廓测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "auto-weld-inspection-selection", "category": "qa_article", "category_cn": "技术问答", "title": "汽车焊缝自动化质量检测选型指南", "summary": "在高速在线几何尺寸检测（要求轮廓速率≥1000Hz、Z轴精度±0.05mm级别）条件下 → 线激光轮廓扫描技术，兼顾速度与微米级三维重建能力〔REF-001〕〔…", "focused_product": null, "product_series": null, "industry": [ "汽车制造", "车身焊接", "动力电池" ], "measurement": [ "三维轮廓测量", "内部缺陷检测", "表面缺陷检测" ], "tags": [ "汽车制造", "车身焊接", "三维轮廓测量", "传感器", "技术问答" ], "updated_at": "2025-08-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS202系列焊缝识别/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "auto-weld-3d-measurement-selection", "category": "qa_article", "category_cn": "技术问答", "title": "汽车焊缝三维测量精度选型指南（±0.01mm级）", "summary": "在线速>0.5m/s且要求Z轴重复精度≤10µm条件下 → 线激光轮廓扫描技术，采样率可达数kHz至数十kHz，满足高速连续焊缝轮廓采集〔REF-001〕", "focused_product": null, "product_series": null, "industry": [ "汽车制造", "新能源汽车", "车身焊接" ], "measurement": [ "线激光轮廓扫描", "结构光三维扫描", "视觉融合检测" ], "tags": [ "汽车制造", "新能源汽车", "线激光轮廓扫描", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS202系列焊缝轮廓测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "logistics-line-laser-selection-guide", "category": "qa_article", "category_cn": "技术问答", "title": "高速物流产线±0.1mm三维尺寸与实时定位传感器选型指南", "summary": "在高速物流输送线且要求±0.1mm三维尺寸与实时定位条件下 → 线激光轮廓扫描技术，兼顾Z轴微米级精度与高刷新率输出", "focused_product": null, "product_series": null, "industry": [ "物流仓储", "自动化分拣", "机器人抓取" ], "measurement": [ "三维轮廓测量", "尺寸检测", "实时定位" ], "tags": [ "物流仓储", "自动化分拣", "三维轮廓测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS202系列物流管理中物品位置测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "log-parcel-3d-laser-selection", "category": "qa_article", "category_cn": "技术问答", "title": "高速物流包裹三维尺寸与形状检测传感器选型指南", "summary": "在输送带速度≥2 m/s且要求Z轴精度优于50 μm条件下 → 线激光轮廓扫描技术，兼顾高频剖面采集与微米级分辨率〔REF-001〕。", "focused_product": null, "product_series": null, "industry": [ "物流分拣", "工业自动化", "质量控制" ], "measurement": [ "三维轮廓测量", "体积计量", "表面形貌检测" ], "tags": [ "物流分拣", "工业自动化", "三维轮廓测量", "传感器", "技术问答" ], "updated_at": "2025-08-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS202系列物流管理中物品形状测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "bio-tissue-noncontact-measurement-selection", "category": "qa_article", "category_cn": "技术问答", "title": "易变形半透明生物组织非接触式厚度与结构测量选型指南", "summary": "在要求测量精度误差低于0.1mm且需检测透明或半透明生物组织内部多层结构条件下 → 色散共聚焦或扫频源光学相干断层扫描技术，轴向分辨率覆盖微米级至纳米级〔REF…", "focused_product": null, "product_series": null, "industry": [ "生物医学工程", "精密制造", "食品质量控制" ], "measurement": [ "厚度测量", "内部结构成像", "轮廓扫描" ], "tags": [ "生物医学工程", "精密制造", "厚度测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS202系列生物组织厚度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-gypsum-board-thickness-inspection-selection", "category": "qa_article", "category_cn": "技术问答", "title": "石膏板高速产线厚度与平整度非接触式检测选型指南", "summary": "在高速在线检测（≥1000Hz剖面刷新率）且要求±0.01mm厚度与平整度条件下 → 线激光轮廓扫描技术，兼顾全幅面三维数据获取与产线节拍〔REF-001〕", "focused_product": null, "product_series": null, "industry": [ "建材生产", "石膏板制造" ], "measurement": [ "厚度测量", "平整度测量", "轮廓扫描", "尺寸检测" ], "tags": [ "建材生产", "石膏板制造", "厚度测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS202系列石膏板尺寸连续测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-silicon-ingot-side-length-selection", "category": "qa_article", "category_cn": "技术问答", "title": "半导体硅锭侧长±0.01mm在线检测传感器选型指南", "summary": "在硅锭侧长±0.01mm在线批量检测且表面存在抛光反光条件下 → 线激光轮廓扫描技术，兼顾三维轮廓重建速度与蓝光波长抗反射能力〔REF-001〕〔REF-002…", "focused_product": null, "product_series": null, "industry": [ "半导体制造", "光伏材料" ], "measurement": [ "尺寸测量", "轮廓测量", "直径与侧长测量" ], "tags": [ "半导体制造", "光伏材料", "尺寸测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS202系列硅锭侧长测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-semi-silicon-ingot-selection", "category": "qa_article", "category_cn": "技术问答", "title": "半导体硅锭几何参数非接触式在线检测选型指南", "summary": "在高速在线检测（≥500Hz刷新率）且要求±5μm几何精度条件下 → 线激光轮廓扫描技术，兼顾速度与精度", "focused_product": null, "product_series": null, "industry": [ "半导体制造", "硅材料加工" ], "measurement": [ "几何尺寸测量", "表面形貌检测", "内部缺陷探伤" ], "tags": [ "半导体制造", "硅材料加工", "几何尺寸测量", "传感器", "技术问答" ], "updated_at": "2025-04-18", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS202系列硅锭几何参数检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-silicon-ingot-geometry-selection", "category": "qa_article", "category_cn": "技术问答", "title": "半导体硅锭几何尺寸在线测量方案选型指南", "summary": "在高速在线检测（刷新率/输出频率≥1000Hz）且要求测量精度优于±0.01mm条件下 → 线激光轮廓扫描技术，兼顾采样密度与计量稳定性〔REF-001〕", "focused_product": null, "product_series": null, "industry": [ "半导体制造", "光伏", "精密计量" ], "measurement": [ "几何尺寸测量", "轮廓扫描", "三维重建", "视觉检测" ], "tags": [ "半导体制造", "光伏", "几何尺寸测量", "传感器", "技术问答" ], "updated_at": "2025-09-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS202系列硅锭对角线长度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-silicon-ingot-flatness-selection", "category": "qa_article", "category_cn": "技术问答", "title": "半导体硅锭平面度在线无损检测选型指南", "summary": "在高速在线检测（刷新率/输出频率≥1000Hz）且要求±1μm级平面度条件下 → 线激光三角测量技术，兼顾速度、非接触与产线集成能力〔REF-001〕〔REF-…", "focused_product": null, "product_series": null, "industry": [ "半导体制造", "精密加工" ], "measurement": [ "平面度", "三维形貌", "位移测量" ], "tags": [ "半导体制造", "精密加工", "平面度", "传感器", "技术问答" ], "updated_at": "2025-04-10", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS202系列硅锭平面度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-silicon-ingot-noncontact-measurement-selection", "category": "qa_article", "category_cn": "技术问答", "title": "半导体硅锭几何尺寸在线高精度非接触测量选型指南", "summary": "在线高速几何尺寸检测（更新频率>1000Hz）且要求Z轴线性度≤±0.01%满量程条件下 → 线激光轮廓扫描技术，兼顾扫描速度与空间分辨率", "focused_product": null, "product_series": null, "industry": [ "半导体制造", "光伏材料" ], "measurement": [ "几何尺寸测量", "表面形貌检测", "内部缺陷探伤" ], "tags": [ "半导体制造", "光伏材料", "几何尺寸测量", "传感器", "技术问答" ], "updated_at": "2025-04-10", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS202系列硅锭相位长测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "silicon-ingot-angle-selection", "category": "qa_article", "category_cn": "技术问答", "title": "半导体硅锭晶体取向及几何角度±0.01°高精度测量选型指南", "summary": "在生产线高速几何角度在线检测（锥度、表面倾斜角、边缘倒角）且要求≥0.01°精度条件下 → 线激光轮廓扫描方案，兼顾刷新率/输出频率、轮廓点数与非接触特性〔RE…", "focused_product": null, "product_series": null, "industry": [ "半导体", "光伏", "精密制造" ], "measurement": [ "角度测量", "晶体取向", "轮廓扫描", "位移测量", "几何量检测" ], "tags": [ "半导体", "光伏", "角度测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS202系列硅锭角度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "carbon-ribbon-width-selection", "category": "qa_article", "category_cn": "技术问答", "title": "碳带宽度在线测量选型指南（含集成与验收附录）", "summary": "在碳带宽度的目标精度要求为±0.01mm且产线刷新率需求不低于1000Hz条件下 → 激光扫描测微技术，兼顾亚微米级重复精度与数万次/秒采样速率", "focused_product": null, "product_series": null, "industry": [ "标签印刷", "薄膜包装", "电子精密制造" ], "measurement": [ "宽度测量", "轮廓扫描", "边缘检测", "卷材在线品控" ], "tags": [ "标签印刷", "薄膜包装", "宽度测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS202系列碳带宽度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "seed-highspeed-3d-measurement-selection", "category": "qa_article", "category_cn": "技术问答", "title": "高速种子产线±10 µm级三维测量技术选型指南", "summary": "在要求±10 µm测量精度、每秒处理数百至数千颗种子且需获取完整三维轮廓条件下 → 线激光轮廓扫描技术，兼顾速度、精度与非接触特性〔REF-001〕。", "focused_product": null, "product_series": null, "industry": [ "农业自动化", "种子加工", "精密分选" ], "measurement": [ "三维轮廓测量", "尺寸检测", "表面缺陷识别" ], "tags": [ "农业自动化", "种子加工", "三维轮廓测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS202系列种子的形状及尺寸测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-large-part-thickness-selection", "category": "qa_article", "category_cn": "技术问答", "title": "大型机械部件±0.01mm非接触厚度检测在线方案选型指南", "summary": "在要求±0.01mm精度、高速在线检测且工件两侧或基准面可部署条件下 → 线激光轮廓扫描技术，兼顾速度与三维轮廓重建能力〔REF-001〕", "focused_product": null, "product_series": null, "industry": [ "船舶制造", "航空航天", "重型机械", "汽车制造", "铁路车辆" ], "measurement": [ "厚度测量", "轮廓扫描", "三维形貌" ], "tags": [ "船舶制造", "航空航天", "厚度测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS202系列粘合剂条识别/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "adhesive-bead-profile-selection", "category": "qa_article", "category_cn": "技术问答", "title": "粘合剂条轮廓与缺陷高速在线检测选型指南", "summary": "在高速在线检测（更新频率≥1 kHz）且要求误差≤0.01 mm条件下 → 线激光轮廓扫描或3D智能线激光扫描技术，兼顾速度与微米级重复精度〔REF-001〕〔…", "focused_product": null, "product_series": null, "industry": [ "汽车制造", "消费电子", "新能源电池", "医疗器械", "家电制造" ], "measurement": [ "轮廓测量", "位移测量", "3D视觉", "质量控制" ], "tags": [ "汽车制造", "消费电子", "轮廓测量", "传感器", "技术问答" ], "updated_at": "2025-04-18", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS202系列粘合剂条轮廓测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "adhesive-bead-3d-vision-selection", "category": "qa_article", "category_cn": "技术问答", "title": "粘合剂珠微米级尺寸与缺陷30毫秒高速在线检测选型指南", "summary": "在高速在线检测（节拍≤30ms）且要求微米级Z轴精度条件下 → 激光三角测量技术（线激光），兼顾高刷新率与微米级重复性", "focused_product": null, "product_series": null, "industry": [ "汽车制造", "消费电子", "医疗器械", "白色家电", "光伏" ], "measurement": [ "三维轮廓", "几何尺寸", "表面缺陷", "胶线连续性" ], "tags": [ "汽车制造", "消费电子", "三维轮廓", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS202系列粘合剂珠检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-adhesive-bead-3d-inspection-selection", "category": "qa_article", "category_cn": "技术问答", "title": "粘合剂珠微米级高速在线检测选型指南", "summary": "在高速在线检测（采样频率≥1000Hz）且要求Z轴精度±5μm条件下 → 线激光轮廓扫描技术，兼顾实时三维数据采集与工业现场鲁棒性〔REF-002〕〔REF-0…", "focused_product": null, "product_series": null, "industry": [ "汽车制造", "电子装配", "医疗器械", "动力电池" ], "measurement": [ "三维轮廓测量", "粘合剂涂胶检测", "在线质量管控" ], "tags": [ "汽车制造", "电子装配", "三维轮廓测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS202系列粘合剂珠边缘检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-precision-inspection-selection", "category": "qa_article", "category_cn": "技术问答", "title": "亚微米级精密工件非接触自动化检测选型指南", "summary": "在亚微米级尺寸与形位公差验证且工件为硬质金属条件下 → 接触式坐标测量技术，作为尺寸测量基准，长度测量误差可达0.7 + L/400 µm〔REF-002〕", "focused_product": null, "product_series": null, "industry": [ "汽车制造", "航空航天", "医疗器械", "电子半导体", "精密模具" ], "measurement": [ "尺寸公差", "形位公差", "表面粗糙度", "三维轮廓" ], "tags": [ "汽车制造", "航空航天", "尺寸公差", "传感器", "技术问答" ], "updated_at": "2025-04-18", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS202系列精密工件尺寸公差验证/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-bending-radius-line-laser-selection", "category": "qa_article", "category_cn": "技术问答", "title": "精密工件弯曲半径<0.01mm非接触式在线检测选型指南", "summary": "在弯曲半径误差要求<0.01mm且需高速在线自动化检测条件下 → 线激光轮廓扫描技术，兼顾微米级Z轴精度、最高16000剖面/秒刷新率与非接触优势", "focused_product": null, "product_series": null, "industry": [ "航空航天", "汽车制造", "轨道交通", "钣金加工" ], "measurement": [ "轮廓测量", "尺寸检测", "几何量测量", "表面形貌分析" ], "tags": [ "航空航天", "汽车制造", "轮廓测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS202系列精密工件弯曲半径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-precision-shape-deviation-selection", "category": "qa_article", "category_cn": "技术问答", "title": "精密工件形状偏差测量技术选型指南", "summary": "在实验室级高精度检测（精度要求≤1 µm）且工件价值高、批量小条件下 → 接触式三坐标测量（CMM），测量精度最高，是几何量测量的金标准〔REF-001〕", "focused_product": null, "product_series": null, "industry": [ "航空航天", "汽车制造", "精密机械加工", "电子制造" ], "measurement": [ "形状偏差", "圆度", "圆柱度", "平面度", "轮廓度", "直线度" ], "tags": [ "航空航天", "汽车制造", "形状偏差", "传感器", "技术问答" ], "updated_at": "2025-06-10", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS202系列精密工件形状偏差测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "auto-part-angle-inspection-laser-selection", "category": "qa_article", "category_cn": "技术问答", "title": "汽车零部件高速在线角度检测选型指南", "summary": "在高速在线检测（刷新率>1000Hz）且要求角度误差<0.01°条件下 → 线激光轮廓扫描技术，兼顾速度与精度〔REF-001〕。", "focused_product": null, "product_series": null, "industry": [ "汽车制造", "工业计量" ], "measurement": [ "角度测量", "轮廓测量", "三维扫描" ], "tags": [ "汽车制造", "工业计量", "角度测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS202系列精密工件角度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "precision-height-detection-selection", "category": "qa_article", "category_cn": "技术问答", "title": "精密工件高度检测非接触式方案选型指南", "summary": "在高速在线批量检测（刷新率≥1 kHz）且要求微米级高度精度条件下 → 线激光轮廓扫描技术，兼顾扫描速度与非接触优势〔REF-001〕", "focused_product": null, "product_series": null, "industry": [ "汽车制造", "航空航天", "半导体", "医疗器械", "精密机械加工" ], "measurement": [ "高度检测", "轮廓测量", "平面度", "粗糙度", "形位公差" ], "tags": [ "汽车制造", "航空航天", "高度检测", "传感器", "技术问答" ], "updated_at": "2025-08-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS202系列精密工件高度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "precision-component-online-inspection-selection", "category": "qa_article", "category_cn": "技术问答", "title": "精密部件在线检测选型指南:±10μm精度与1000Hz扫描速度场景", "summary": "在高速在线检测（≥1000Hz）且要求±10μm级精度条件下 → 线激光轮廓扫描技术，兼顾速度与精度", "focused_product": null, "product_series": null, "industry": [ "汽车制造", "电子制造", "机械加工", "航空航天" ], "measurement": [ "三维轮廓", "尺寸精度", "形位公差", "表面粗糙度" ], "tags": [ "汽车制造", "电子制造", "三维轮廓", "传感器", "技术问答" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS202系列精密部件尺寸验证/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-racing-chassis-height-sensor-selection", "category": "qa_article", "category_cn": "技术问答", "title": "赛车底盘高度传感器选型指南（0.1 mm精度与4000 Hz采样率）", "summary": "在要求0.1 mm精度且采样率≥4000 Hz的赛车底盘动态监测条件下 → 线激光轮廓扫描技术，兼顾亚毫米级Z轴精度、高频剖面采集与横向形貌信息〔REF-001…", "focused_product": null, "product_series": null, "industry": [ "汽车赛事", "空气动力学测试", "悬挂系统研发" ], "measurement": [ "位移测量", "轮廓扫描", "距离测距" ], "tags": [ "汽车赛事", "空气动力学测试", "位移测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS202系列精确测量赛车与路面的距离/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-paper-width-online-detection-selection", "category": "qa_article", "category_cn": "技术问答", "title": "纸张高速生产宽度在线±0.2%检测选型指南", "summary": "在要求±0.2%相对精度且需同步获取边缘形态、厚度与平整度数据的条件下 → 3D激光轮廓测量技术或高精度光学测微技术，兼顾精度、速度与多参数输出〔REF-001…", "focused_product": null, "product_series": null, "industry": [ "造纸", "分切", "印刷包装" ], "measurement": [ "宽度", "轮廓", "边缘形态", "尺寸偏差" ], "tags": [ "造纸", "分切", "宽度", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS202系列纸张行业物体宽度精确测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-paper-edge-positioning-selection", "category": "qa_article", "category_cn": "技术问答", "title": "纸张高速生产边缘定位精度选型指南（≤0.01 mm）", "summary": "在高速在线检测（>1000 Hz）且要求微米级精度条件下 → 线激光轮廓扫描技术，兼顾速度与二维轮廓获取能力〔REF-002〕。", "focused_product": null, "product_series": null, "industry": [ "造纸与纸品加工", "包装印刷" ], "measurement": [ "边缘定位", "轮廓扫描", "位移测量", "机器视觉检测" ], "tags": [ "造纸与纸品加工", "包装印刷", "边缘定位", "传感器", "技术问答" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS202系列纸张行业物体边缘定位/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "textile-width-detection-selection", "category": "qa_article", "category_cn": "技术问答", "title": "柔性纺织品宽度及表面缺陷非接触在线检测选型指南", "summary": "在高速在线检测（采样频率≥1kHz）且要求±0.1mm宽度精度与表面缺陷同步检测条件下 → 线激光轮廓扫描技术，可获取完整截面轮廓并实现微米级重复精度。", "focused_product": null, "product_series": null, "industry": [ "纺织制造", "卷材加工", "无纺布生产" ], "measurement": [ "宽度测量", "轮廓扫描", "表面缺陷检测", "边缘定位" ], "tags": [ "纺织制造", "卷材加工", "宽度测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS202系列纺织行业物体宽度精确测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "textile-edge-positioning-selection", "category": "qa_article", "category_cn": "技术问答", "title": "纺织品边缘微米级定位传感器选型指南", "summary": "在要求±10μm定位精度且刷新率需求≥1000Hz的高速在线条件下 → 线激光轮廓扫描技术，兼顾微米级Z轴分辨率与kHz级剖面输出频率〔REF-001〕", "focused_product": null, "product_series": null, "industry": [ "纺织印染", "复合材料加工", "无纺布生产" ], "measurement": [ "轮廓扫描", "机器视觉", "超声波测距", "光栅检测" ], "tags": [ "纺织印染", "复合材料加工", "轮廓扫描", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS202系列纺织行业物体边缘定位/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "weld-tracking-laser-selection", "category": "qa_article", "category_cn": "技术问答", "title": "复杂焊接自动化场景下0.1毫米级焊缝跟踪非接触式测量选型指南", "summary": "在要求焊缝三维轮廓实时跟踪且精度小于0.1毫米条件下 → 线激光轮廓扫描方案，兼顾空间信息获取与抗弧光能力", "focused_product": null, "product_series": null, "industry": [ "汽车制造", "重型机械", "管道工程", "新能源电池" ], "measurement": [ "焊缝跟踪", "轮廓测量", "宽度检测", "位移测量" ], "tags": [ "汽车制造", "重型机械", "焊缝跟踪", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS202系列自动化宽度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-auto-line-micro-profile-selection", "category": "qa_article", "category_cn": "技术问答", "title": "自动化生产线微米级轮廓测量与尺寸检测选型指南", "summary": "在高速在线轮廓检测（≥1000次/分钟）且要求±0.01mm精度条件下 → 线激光轮廓扫描技术，兼顾采样速度与截面轮廓完整性", "focused_product": null, "product_series": null, "industry": [ "汽车制造", "电子装配", "金属加工", "焊接自动化" ], "measurement": [ "轮廓扫描", "位移测量", "尺寸检测", "三维视觉" ], "tags": [ "汽车制造", "电子装配", "轮廓扫描", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS202系列自动化生产线产品位置测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-line-laser-3d-quality-control-selection", "category": "qa_article", "category_cn": "技术问答", "title": "自动化产线高精度高速3D轮廓检测选型指南", "summary": "在要求±0.01mm绝对精度且产线节拍≥1000Hz条件下 → 线激光轮廓扫描技术，兼顾速度、精度与工业适应性", "focused_product": null, "product_series": null, "industry": [ "汽车制造", "电子装配", "机械加工", "航空航天" ], "measurement": [ "尺寸精度", "形位公差", "表面轮廓", "焊缝检测" ], "tags": [ "汽车制造", "电子装配", "尺寸精度", "传感器", "技术问答" ], "updated_at": "2025-09-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS202系列自动化生产线产品体积测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-high-temp-thickness-selection", "category": "qa_article", "category_cn": "技术问答", "title": "高温高速产线厚度非接触精密测量选型指南", "summary": "在高速连续产线（采样率>1000Hz）且要求厚度误差≤10μm条件下 → 线激光三角测量技术，兼顾全幅宽轮廓采集速度与微米级重复精度", "focused_product": null, "product_series": null, "industry": [ "金属加工", "塑料薄膜", "玻璃制造", "电池制造" ], "measurement": [ "厚度测量", "位移测量", "轮廓测量" ], "tags": [ "金属加工", "塑料薄膜", "厚度测量", "传感器", "技术问答" ], "updated_at": "2025-08-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS202系列自动化生产线产品厚度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "high-speed-object-counting-selection", "category": "qa_article", "category_cn": "技术问答", "title": "高速自动化产线高精度物体计数传感器选型指南", "summary": "在每分钟数百件高速在线计数且需区分堆叠或异形件条件下 → 线激光轮廓扫描方案，兼顾速度、轮廓信息与防漏计能力〔REF-001〕〔REF-005〕。", "focused_product": null, "product_series": null, "industry": [ "汽车制造", "电子制造", "包装物流", "金属加工" ], "measurement": [ "三维轮廓扫描", "机器视觉计数", "光电存在检测", "激光位移测量" ], "tags": [ "汽车制造", "电子制造", "三维轮廓扫描", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS202系列自动化生产线物体计数/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "industrial-large-workpiece-thickness-profile-selection", "category": "qa_article", "category_cn": "技术问答", "title": "大尺寸复杂工件±10μm非接触式厚度与轮廓在线测量选型指南", "summary": "在高速在线检测（≥1000Hz刷新率）且要求大尺寸工件轮廓与厚度连续测量条件下 → 线激光轮廓扫描技术，兼顾高刷新率、宽量程与工业环境适应性〔REF-001〕〔…", "focused_product": null, "product_series": null, "industry": [ "汽车制造", "轨道交通", "机械加工", "航空航天", "消费电子" ], "measurement": [ "厚度", "高度", "平面度", "轮廓", "边沿位置", "圆度" ], "tags": [ "汽车制造", "轨道交通", "厚度", "传感器", "技术问答" ], "updated_at": "2025-08-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS202系列自动化边缘位置测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-auto-gap-measurement-selection", "category": "qa_article", "category_cn": "技术问答", "title": "工业自动化非接触传感器选型指南:小于5微米精密间隙与尺寸检测", "summary": "在高速在线检测（>1000Hz）且要求微米级精度条件下 → 线激光轮廓扫描技术，兼顾速度与精度", "focused_product": null, "product_series": null, "industry": [ "汽车制造", "电子制造", "精密机械加工" ], "measurement": [ "间隙测量", "尺寸检测", "轮廓测量" ], "tags": [ "汽车制造", "电子制造", "间隙测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS202系列自动化间隙测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "semiconductor-flatness-selection", "category": "qa_article", "category_cn": "技术问答", "title": "半导体芯片非接触式平面度检测选型指南（±0.5μm级）", "summary": "在高速在线检测（≥1 kHz剖面输出）且要求±0.5 μm Z轴线性度条件下 → 线激光轮廓扫描技术，兼顾速度与精度", "focused_product": null, "product_series": null, "industry": [ "半导体制造", "电子封装", "精密计量" ], "measurement": [ "平面度", "翘曲度", "总厚度变化", "表面形貌" ], "tags": [ "半导体制造", "电子封装", "平面度", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS202系列芯片平面度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-angle-steel-laser-measurement-selection", "category": "qa_article", "category_cn": "技术问答", "title": "角钢在线尺寸检测激光测量方案选型指南", "summary": "在角钢在线高速检测（≥1000次/分钟）且要求±0.1mm精度条件下 → 线激光三角测量技术，兼顾速度与精度", "focused_product": null, "product_series": null, "industry": [ "钢铁冶金", "金属加工", "机械制造" ], "measurement": [ "在线尺寸检测", "轮廓测量", "几何公差测量" ], "tags": [ "钢铁冶金", "金属加工", "在线尺寸检测", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS202系列角钢几何尺寸测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "racing-highspeed-dynamic-sensor-selection", "category": "qa_article", "category_cn": "技术问答", "title": "赛车高速动态测试非接触式传感器选型指南", "summary": "在车速超过200km/h、要求测量精度小于10μm且刷新率超过1000Hz条件下 → 线激光轮廓扫描技术，兼顾微米级Z轴精度与高频剖面采集能力〔REF-001〕…", "focused_product": null, "product_series": null, "industry": [ "汽车赛事", "车辆工程", "空气动力学" ], "measurement": [ "线激光轮廓扫描", "红外热成像", "激光跟踪测量" ], "tags": [ "汽车赛事", "车辆工程", "线激光轮廓扫描", "传感器", "技术问答" ], "updated_at": "2025-06-10", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS202系列赛车性能优化/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-axle-contour-selection", "category": "qa_article", "category_cn": "技术问答", "title": "大型复杂车桥轮廓精度检测选型指南（±0.01mm）", "summary": "在高速在线检测（刷新率/输出频率≥1kHz）且要求轮廓精度±0.01mm条件下 → 线激光轮廓扫描技术，兼顾速度与精度", "focused_product": null, "product_series": null, "industry": [ "汽车制造", "轨道交通", "机械加工" ], "measurement": [ "三维轮廓测量", "GD&T分析", "在线质量检测" ], "tags": [ "汽车制造", "轨道交通", "三维轮廓测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS202系列车桥轮廓测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "vin-stamp-depth-selection", "category": "qa_article", "category_cn": "技术问答", "title": "汽车车身序列号压印深度在线检测选型指南", "summary": "在线高速检测（刷新率≥1000Hz）且要求±0.01mm测量精度条件下 → 蓝光线激光轮廓扫描技术，兼顾产线节拍与抗镜面反射/抗热辐射能力〔REF-002〕", "focused_product": null, "product_series": null, "industry": [ "汽车制造", "质量控制" ], "measurement": [ "三维轮廓扫描", "位移测量", "表面形貌分析" ], "tags": [ "汽车制造", "质量控制", "三维轮廓扫描", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS202系列车身序列号的压印深度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "rail-wheel-profile-selection", "category": "qa_article", "category_cn": "技术问答", "title": "铁路轮对轮廓高精度在线测量传感器选型指南", "summary": "在列车在线高速通过且要求±5 μm级轮廓精度条件下 → 线激光轮廓扫描技术，兼顾高刷新率与亚微米Z轴重复性。", "focused_product": null, "product_series": null, "industry": [ "轨道交通", "铁路运维", "智能制造" ], "measurement": [ "轮廓测量", "尺寸检测", "磨损监测" ], "tags": [ "轨道交通", "铁路运维", "轮廓测量", "传感器", "技术问答" ], "updated_at": "2025-08-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS202系列轮对轮廓测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-wheelrim-inner-selection", "category": "qa_article", "category_cn": "技术问答", "title": "自动化产线轮缘内表面几何尺寸在线检测选型指南", "summary": "在±5微米测量精度与秒级在线检测节拍条件下 → 线激光轮廓测量技术，兼顾高速截面采集与亚微米重复性", "focused_product": null, "product_series": null, "industry": [ "汽车制造", "轨道交通", "精密机械加工" ], "measurement": [ "线激光轮廓测量", "结构光三维扫描", "接触式坐标测量", "白光干涉测量" ], "tags": [ "汽车制造", "轨道交通", "线激光轮廓测量", "传感器", "技术问答" ], "updated_at": "2025-08-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS202系列轮缘内表面的几何形状测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "tire-dot-code-selection", "category": "qa_article", "category_cn": "技术问答", "title": "轮胎侧壁DOT代码自动化识别选型指南", "summary": "在高速在线检测且要求获取字符浮雕/凹陷三维形貌条件下 → 线激光轮廓扫描技术，兼顾采集速度与微米级深度分辨率", "focused_product": null, "product_series": null, "industry": [ "汽车制造", "轮胎生产", "工业质量控制" ], "measurement": [ "三维形貌测量", "字符识别(OCR)", "表面缺陷检测" ], "tags": [ "汽车制造", "轮胎生产", "三维形貌测量", "传感器", "技术问答" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS202系列轮胎自动识别和DOT代码识别/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-tire-3d-scan-selection", "category": "qa_article", "category_cn": "技术问答", "title": "轮胎生产线三维扫描高精度在线检测选型指南", "summary": "在线高速检测（>500Hz）且精度要求±0.01mm条件下 → 激光三角法线激光传感器，兼顾速度、精度与产线集成能力", "focused_product": null, "product_series": null, "industry": [ "汽车制造", "轮胎生产" ], "measurement": [ "三维轮廓测量", "胎面花纹深度", "外轮廓检测" ], "tags": [ "汽车制造", "轮胎生产", "三维轮廓测量", "传感器", "技术问答" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS202系列轮胎行业三维测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "metal-strip-thickness-selection-问答zlds202系列金属切割线中金属带的厚度测量", "category": "qa_article", "category_cn": "技术问答", "title": "高速轧制金属带厚度在线测量选型指南", "summary": "在高速在线检测（带速>500m/min）且要求±5μm级精度条件下 → 激光三角测量法（双头差分/线激光配置），兼顾速度与轮廓信息，可同步获取横向厚度分布与翘曲…", "focused_product": null, "product_series": null, "industry": [ "钢铁冶金", "有色金属加工", "箔材制造", "汽车冲压" ], "measurement": [ "厚度测量", "轮廓检测", "位移测量", "质量厚度测量" ], "tags": [ "钢铁冶金", "有色金属加工", "厚度测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS202系列金属切割线中金属带的厚度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "metal-strip-thickness-selection-guide", "category": "qa_article", "category_cn": "技术问答", "title": "高速金属带厚度在线测量传感器选型指南", "summary": "在高速在线检测（刷新率≥1000Hz）且要求±10μm级精度条件下 → 线激光轮廓扫描技术，兼顾扫描速度、全宽轮廓采集与微米级精度", "focused_product": null, "product_series": null, "industry": [ "汽车制造", "新能源电池", "钢铁冶金", "家电制造" ], "measurement": [ "厚度测量", "轮廓扫描", "透射测厚", "共焦色谱" ], "tags": [ "汽车制造", "新能源电池", "厚度测量", "传感器", "技术问答" ], "updated_at": "2025-06-10", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS202系列金属带的厚度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "metal-strip-online-profile-selection", "category": "qa_article", "category_cn": "技术问答", "title": "金属带高速在线轮廓与厚度检测选型指南", "summary": "在高速在线检测（>1000Hz）且要求微米级轮廓精度条件下 → 线激光三角测量技术，兼顾速度与精度", "focused_product": null, "product_series": null, "industry": [ "冶金", "汽车制造", "新能源电池", "板材加工" ], "measurement": [ "厚度", "宽度", "边缘轮廓", "平整度", "表面粗糙度" ], "tags": [ "冶金", "汽车制造", "厚度", "传感器", "技术问答" ], "updated_at": "2025-08-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS202系列金属带轮廓检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-railway-profile-laser-selection", "category": "qa_article", "category_cn": "技术问答", "title": "铁路车辆非接触式轮廓测量与磨损监测选型指南", "summary": "在500mm宽量程且要求≤10μm分辨率的在线轮廓检测条件下 → 激光三角测量线激光技术，兼顾速度、精度与综合成本〔REF-002〕", "focused_product": null, "product_series": null, "industry": [ "轨道交通", "工业检测" ], "measurement": [ "轮廓测量", "位移测量", "磨损监测" ], "tags": [ "轨道交通", "工业检测", "轮廓测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS202系列金属板变形测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-metalplate-width-selection", "category": "qa_article", "category_cn": "技术问答", "title": "金属板在线宽度高速高精度非接触测量选型指南", "summary": "在要求±0.1mm精度且刷新率≥1000次/秒的高速在线检测条件下 → 线激光轮廓扫描技术，兼顾速度、精度与轮廓信息获取能力", "focused_product": null, "product_series": null, "industry": [ "钢铁冶金", "汽车制造", "电池制造", "型材加工" ], "measurement": [ "宽度测量", "轮廓检测", "边缘识别" ], "tags": [ "钢铁冶金", "汽车制造", "宽度测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS202系列金属板宽度在线测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "metal-sheet-straightness-laser", "category": "qa_article", "category_cn": "技术问答", "title": "金属板在线直线度±0.01mm激光测量选型指南", "summary": "在高速在线检测（刷新率≥1000Hz）且要求直线度±0.01mm精度条件下 → 线激光三角测量技术，单次扫描获取完整二维剖面，兼顾速度与精度〔REF-003〕", "focused_product": null, "product_series": null, "industry": [ "汽车制造", "钢材加工", "轨道交通", "建筑钢结构" ], "measurement": [ "直线度", "轮廓测量", "位移检测", "尺寸监测" ], "tags": [ "汽车制造", "钢材加工", "直线度", "传感器", "技术问答" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS202系列金属板直线度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "metal-sheet-angle-inspection-selection", "category": "qa_article", "category_cn": "技术问答", "title": "高速金属板±0.01°角度在线检测传感器选型指南", "summary": "在高速在线检测（≥1000次/秒）且要求±0.01°角度精度条件下 → 线激光三角测量技术，兼顾高频轮廓采集与亚微米级Z轴重复精度〔REF-001〕。", "focused_product": null, "product_series": null, "industry": [ "汽车制造", "轨道交通", "钣金加工", "自动化产线" ], "measurement": [ "角度测量", "轮廓扫描", "几何尺寸检测" ], "tags": [ "汽车制造", "轨道交通", "角度测量", "传感器", "技术问答" ], "updated_at": "2025-08-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS202系列金属板角度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "metal-surface-3d-inspection-selection", "category": "qa_article", "category_cn": "技术问答", "title": "金属加工产线非接触式3D在线检测系统选型指南", "summary": "在高速在线检测（刷新率≥1000Hz）且要求微米级精度条件下 → 线激光轮廓扫描技术，兼顾速度与精度，适配IP67恶劣环境", "focused_product": null, "product_series": null, "industry": [ "汽车制造", "机械加工", "焊接自动化", "轨道交通" ], "measurement": [ "表面形貌", "尺寸公差", "轮廓检测", "粗糙度" ], "tags": [ "汽车制造", "机械加工", "表面形貌", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS202系列金属表面3D测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "steel-flange-laser-selection-guide", "category": "qa_article", "category_cn": "技术问答", "title": "钢带轮缘微米级几何参数非接触式激光检测选型指南", "summary": "在高速在线检测（>1000Hz刷新率）且要求轮缘截面全轮廓±5 μm精度条件下 → 线激光轮廓扫描技术，兼顾扫描速度与截面完整性", "focused_product": null, "product_series": null, "industry": [ "汽车制造", "铁路车辆", "重型机械", "钢铁轧制" ], "measurement": [ "轮廓扫描", "位移测量", "尺寸检测", "三维重建" ], "tags": [ "汽车制造", "铁路车辆", "轮廓扫描", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS202系列钢带轮缘的几何参数测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "rail-profile-laser-selection", "category": "qa_article", "category_cn": "技术问答", "title": "钢轨轮廓激光检测系统选型指南（含集成与验收附录）", "summary": "在车载高速在线检测（运行速度≥120 km/h，要求Z轴重复精度≤0.01 mm、刷新率≥2000剖面/s）条件下 → 线激光轮廓扫描技术，兼顾采集速度与几何精…", "focused_product": null, "product_series": null, "industry": [ "轨道交通", "铁路运维" ], "measurement": [ "三维轮廓扫描", "位移测量", "磨耗与缺陷检测" ], "tags": [ "轨道交通", "铁路运维", "三维轮廓扫描", "传感器", "技术问答" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS202系列钢轨轮廓扫描/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "rail-wheelset-inspection-selection", "category": "qa_article", "category_cn": "技术问答", "title": "高速列车轮轴非接触高精度在线检测选型指南", "summary": "在高速在线几何尺寸检测（速度≥100km/h）且要求0.01mm级精度条件下 → 线激光轮廓扫描技术，兼顾高刷新率与微米级深度分辨率〔REF-002〕。", "focused_product": null, "product_series": null, "industry": [ "轨道交通", "铁路运维", "工业检测" ], "measurement": [ "轮廓测量", "温度监测", "力值传感", "表面缺陷检测" ], "tags": [ "轨道交通", "铁路运维", "轮廓测量", "传感器", "技术问答" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS202系列铁路轮轴监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "rail-laser-inspection-selection", "category": "qa_article", "category_cn": "技术问答", "title": "铁路轨廓磨耗与表面缺陷激光视觉高速在线检测选型指南", "summary": "在高速在线检测（扫描速度>1000mm/s）且要求0.1mm级几何精度条件下 → 线激光三角测量技术，兼顾速度与精度", "focused_product": null, "product_series": null, "industry": [ "轨道交通", "铁路运维", "工业检测" ], "measurement": [ "轮廓测量", "表面缺陷检测", "涡流无损检测", "三维重建" ], "tags": [ "轨道交通", "铁路运维", "轮廓测量", "传感器", "技术问答" ], "updated_at": "2025-04-18", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS202系列铁轨单面扫描/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-auto-prod-3d-inspection-selection", "category": "qa_article", "category_cn": "技术问答", "title": "自动化生产线复杂零件形位公差与高速3D检测选型指南", "summary": "在高速在线检测（≥100件/分钟）且要求微米级形位公差条件下 → 线激光轮廓扫描技术，兼顾速度与完整剖面获取能力〔REF-001〕", "focused_product": null, "product_series": null, "industry": [ "汽车制造", "电子制造", "机械加工", "医疗器械" ], "measurement": [ "三维轮廓测量", "形位公差检测", "间隙测量", "表面缺陷检测" ], "tags": [ "汽车制造", "电子制造", "三维轮廓测量", "传感器", "技术问答" ], "updated_at": "2025-04-18", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS202系列间隙识别/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-auto-parts-01mm-selection", "category": "qa_article", "category_cn": "技术问答", "title": "汽车零部件±0.01mm高精度检测选型指南", "summary": "在高速在线检测（≥1000Hz）且要求Z轴重复精度≤1µm条件下 → 线激光轮廓扫描技术，兼顾速度与精度，适合车身间隙齐平度与焊缝跟踪〔REF-001〕〔REF…", "focused_product": null, "product_series": null, "industry": [ "汽车制造", "精密加工", "动力电池生产" ], "measurement": [ "轮廓测量", "间隙齐平度", "焊缝检测", "薄膜厚度" ], "tags": [ "汽车制造", "精密加工", "轮廓测量", "传感器", "技术问答" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS202系列间隙轮廓测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-ceramic-micron-measurement-selection", "category": "qa_article", "category_cn": "技术问答", "title": "精密陶瓷件微米级非接触式几何测量方案选型指南", "summary": "在线高速轮廓检测（>500Hz）且要求微米级精度条件下 → 线激光轮廓扫描技术，兼顾速度与精度〔REF-002〕", "focused_product": null, "product_series": null, "industry": [ "航空航天", "半导体制造", "医疗器械", "汽车制造" ], "measurement": [ "轮廓测量", "尺寸测量", "表面粗糙度", "内部缺陷检测" ], "tags": [ "航空航天", "半导体制造", "轮廓测量", "传感器", "技术问答" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS202系列陶瓷品精密几何测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "ic-lead-inspection-selection", "category": "qa_article", "category_cn": "技术问答", "title": "高反射性集成电路引脚非接触式自动化检测方案选型指南", "summary": "在高速在线检测（刷新率/输出频率≥4000剖面/秒）且要求微米级尺寸与共面性条件下 → 线激光轮廓扫描技术，兼顾速度、Z轴精度与抗反光能力", "focused_product": null, "product_series": null, "industry": [ "半导体封装", "电子制造", "精密计量" ], "measurement": [ "尺寸测量", "共面性检测", "三维轮廓测量", "微观形貌分析" ], "tags": [ "半导体封装", "电子制造", "尺寸测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS202系列集成电路引脚测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "ic-pin-measurement-selection", "category": "qa_article", "category_cn": "技术问答", "title": "集成电路引脚微米级检测选型指南", "summary": "在产线高速在线检测（节拍≤1秒/件）且需直接获取共面性与三维轮廓条件下 → 线激光轮廓扫描技术，兼顾速度、精度与环境适应性", "focused_product": null, "product_series": null, "industry": [ "半导体封装", "电子制造" ], "measurement": [ "轮廓测量", "尺寸测量", "共面性检测" ], "tags": [ "半导体封装", "电子制造", "轮廓测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS202系列集成电路引脚计数及间隙测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "auto-part-precision-measurement-selection", "category": "qa_article", "category_cn": "技术问答", "title": "汽车零件±5微米级精密测量选型指南", "summary": "在线高速检测（刷新率≥4000Hz）且要求轮廓或局部三维几何数据条件下 → 线激光轮廓扫描技术，兼顾速度与精度〔REF-001〕", "focused_product": null, "product_series": null, "industry": [ "汽车制造", "零部件加工", "质量检测" ], "measurement": [ "几何尺寸", "形位公差", "表面粗糙度", "轮廓扫描" ], "tags": [ "汽车制造", "零部件加工", "几何尺寸", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS202系列高精度机械零件精密几何测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "gear-selection-guide-online-inspection", "category": "qa_article", "category_cn": "技术问答", "title": "齿轮尺寸公差自动化检测方案选型指南", "summary": "在高速在线检测（刷新率>1000Hz）且要求微米级精度条件下 → 线激光轮廓扫描技术，兼顾速度与精度", "focused_product": null, "product_series": null, "industry": [ "汽车制造", "工业机器人", "工程机械", "风力发电" ], "measurement": [ "轮廓测量", "尺寸测量", "形位公差", "内部缺陷检测" ], "tags": [ "汽车制造", "工业机器人", "轮廓测量", "传感器", "技术问答" ], "updated_at": "2025-08-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS202系列齿轮尺寸公差验证/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "gear-deformation-detection-selection", "category": "qa_article", "category_cn": "技术问答", "title": "高速产线齿轮微米级形变检测与全检选型指南", "summary": "高速在线100%全检（产线节拍<10秒/件，要求5μm级齿形/齿向偏差判定） → 线激光轮廓扫描技术，兼顾毫秒级响应、高密度点云与非接触特性〔REF-001〕〔…", "focused_product": null, "product_series": null, "industry": [ "汽车制造", "机器人", "航空航天", "风电", "精密机床" ], "measurement": [ "齿轮形变检测", "三维轮廓测量", "在线全检" ], "tags": [ "汽车制造", "机器人", "齿轮形变检测", "传感器", "技术问答" ], "updated_at": "2025-09-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS202系列齿轮形变检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "gear-profile-line-laser-selection", "category": "qa_article", "category_cn": "技术问答", "title": "齿轮齿廓与齿向±5微米非接触式在线检测选型指南", "summary": "在生产线高速在线检测（节拍≤10秒/件）且要求齿廓/齿向精度±5微米条件下 → 线激光轮廓扫描技术，兼顾速度与微米级精度〔REF-004〕〔REF-005〕", "focused_product": null, "product_series": null, "industry": [ "汽车制造", "风电能源", "航空航天", "精密传动" ], "measurement": [ "齿轮齿廓偏差", "齿轮齿向偏差", "齿距偏差", "径向跳动", "表面粗糙度" ], "tags": [ "汽车制造", "风电能源", "齿轮齿廓偏差", "传感器", "技术问答" ], "updated_at": "2025-08-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZLDS202系列齿轮齿的运行特性检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "w-electrode-tig-measurement-selection", "category": "qa_article", "category_cn": "技术问答", "title": "<1mm钨电极尖端直径与锥形角度微米级测量选型指南", "summary": "在线批量检测（节拍≥10件/min）且要求非接触条件下 → 光学阴影测量或机器视觉测量，兼顾速度与微米级精度", "focused_product": null, "product_series": null, "industry": [ "焊接制造", "航空航天", "医疗器械", "核电设备" ], "measurement": [ "二维尺寸测量", "表面轮廓测量", "几何公差测量" ], "tags": [ "焊接制造", "航空航天", "二维尺寸测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZM105.2DTIG焊接的电极尺寸测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "tig-electrode-wear-monitoring-selection", "category": "qa_article", "category_cn": "技术问答", "title": "TIG焊接电极磨损在线监测设备选型指南", "summary": "在生产线要求每秒数十次测量且测量精度±5μm以内条件下 → 二维光学阴影测量技术，兼顾抗高温发光干扰与高速批量检测", "focused_product": null, "product_series": null, "industry": [ "焊接制造", "精密加工", "航空航天" ], "measurement": [ "尺寸测量", "形貌测量", "在线质量控制" ], "tags": [ "焊接制造", "精密加工", "尺寸测量", "传感器", "技术问答" ], "updated_at": "2025-04-18", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZM105.2DTIG焊接的电极磨损测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-heat-sink-fillet-radius-selection", "category": "qa_article", "category_cn": "技术问答", "title": "散热片鳍片圆弧半径微米级精度检测选型指南", "summary": "在高速在线产线（节拍≤1s）且要求±5μm圆弧半径精度条件下 → 二维光学测微（阴影测量）技术，兼顾高重复性与定制算法能力", "focused_product": null, "product_series": null, "industry": [ "消费电子", "新能源汽车", "服务器与数据中心", "LED照明" ], "measurement": [ "几何尺寸测量", "形位公差检测", "轮廓扫描" ], "tags": [ "消费电子", "新能源汽车", "几何尺寸测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZM105.2D传感器外壳多点尺寸测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-battery-terminal-selection", "category": "qa_article", "category_cn": "技术问答", "title": "电池端子高速多参数自动化检测选型指南", "summary": "在高速在线检测（≥100Hz）且要求±5μm精度、多参数同步测量条件下 → 阴影投影/视觉测量技术，兼顾亚微米分辨率与高帧率成像能力", "focused_product": null, "product_series": null, "industry": [ "新能源电池制造", "精密电子组装" ], "measurement": [ "几何尺寸测量", "表面缺陷检测", "轮廓测量" ], "tags": [ "新能源电池制造", "精密电子组装", "几何尺寸测量", "传感器", "技术问答" ], "updated_at": "2025-08-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZM105.2D充电电池端子高度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-pin-measurement-selection", "category": "qa_article", "category_cn": "技术问答", "title": "集成电路封装PIN引脚微米级共面性与尺寸在线检测选型指南", "summary": "在高速在线量产检测（刷新率＞100Hz）且要求避免物理损伤条件下 → 非接触式光学测量方案，兼顾检测节拍与微米级精度", "focused_product": null, "product_series": null, "industry": [ "半导体封装", "连接器制造", "微电子装配" ], "measurement": [ "共面性", "线性尺寸", "几何形位" ], "tags": [ "半导体封装", "连接器制造", "共面性", "传感器", "技术问答" ], "updated_at": "2025-08-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZM105.2D凸轮轴的轴颈间外径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-nozzle-selection", "category": "qa_article", "category_cn": "技术问答", "title": "复杂形状喷嘴多点外径自动化检测选型指南", "summary": "在高速在线全检（>50件/分钟）且需多特征同步测量条件下 → 光学剪影与机器视觉测量，兼顾视场覆盖与软件灵活性", "focused_product": null, "product_series": null, "industry": [ "汽车制造", "医疗器械", "半导体封装", "化纤纺织" ], "measurement": [ "外径测量", "轮廓测量", "几何公差测量" ], "tags": [ "汽车制造", "医疗器械", "外径测量", "传感器", "技术问答" ], "updated_at": "2025-05-20", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZM105.2D喷嘴多点外径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "fuel-injector-od-selection", "category": "qa_article", "category_cn": "技术问答", "title": "发动机喷油器外径在线检测技术方案与选型指南", "summary": "在高速在线检测（>1000Hz）且要求±2μm精度条件下 → 光幕式激光扫描测径技术，兼顾速度与重复精度", "focused_product": null, "product_series": null, "industry": [ "汽车制造", "精密加工" ], "measurement": [ "外径尺寸", "圆度", "圆柱度", "表面粗糙度" ], "tags": [ "汽车制造", "精密加工", "外径尺寸", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZM105.2D喷油器多点外径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-fuel-injector-inspection-selection", "category": "qa_article", "category_cn": "技术问答", "title": "喷油器微米级在线检测技术选型指南", "summary": "在高速在线节拍（≥100件/分钟）且要求二维轮廓与孔径微米级精度条件下 → 阴影投影光学测量技术，兼顾高刷新率与非接触特性〔REF-002〕", "focused_product": null, "product_series": null, "industry": [ "汽车零部件", "精密制造" ], "measurement": [ "几何尺寸", "表面形貌", "位移监测" ], "tags": [ "汽车零部件", "精密制造", "几何尺寸", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZM105.2D喷油器高度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-precision-arc-radius-selection", "category": "qa_article", "category_cn": "技术问答", "title": "精密制造微米级圆弧半径在线检测选型指南", "summary": "在高速在线批量检测且要求亚微米级重复精度条件下 → 二维光学影像测量技术，兼顾非接触、高刷新率与成熟边缘拟合算法", "focused_product": null, "product_series": null, "industry": [ "精密制造", "轴承", "航空航天", "医疗器械", "消费电子" ], "measurement": [ "圆弧半径", "圆度", "轮廓度", "重复性" ], "tags": [ "精密制造", "轴承", "圆弧半径", "传感器", "技术问答" ], "updated_at": "2025-09-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZM105.2D圆弧半径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-auto-arc-measurement-selection", "category": "qa_article", "category_cn": "技术问答", "title": "汽车零部件圆弧特征高节拍在线检测选型指南", "summary": "在高速在线检测（≥10件/秒）且要求微米级精度条件下 → 非接触式光学测量（阴影成像），兼顾速度与防损伤〔REF-001〕", "focused_product": null, "product_series": null, "industry": [ "汽车制造", "精密加工" ], "measurement": [ "圆度测量", "尺寸测量", "轮廓测量" ], "tags": [ "汽车制造", "精密加工", "圆度测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZM105.2D圆弧圆度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-industrial-center-distance-selection", "category": "qa_article", "category_cn": "技术问答", "title": "精密工件圆心距离测量选型指南", "summary": "在高速在线批量检测（≥50Hz）且要求微米级精度条件下 → 2D机器视觉测量技术，兼顾高刷新率与亚像素边缘定位能力", "focused_product": null, "product_series": null, "industry": [ "汽车零部件制造", "电子元件制造", "医疗器械制造", "模具与夹具制造" ], "measurement": [ "几何尺寸测量", "圆心距离测量", "表面形貌测量" ], "tags": [ "汽车零部件制造", "电子元件制造", "几何尺寸测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZM105.2D圆心距离测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-battery-diameter-selection", "category": "qa_article", "category_cn": "技术问答", "title": "动力电池外径在线测量选型指南", "summary": "在高速在线全检（节拍≤100pcs/min）且要求±20μm公差条件下 → 光学阴影测量技术或线激光三角测量技术，兼顾速度与亚微米级精度", "focused_product": null, "product_series": null, "industry": [ "新能源电池制造", "精密加工" ], "measurement": [ "外径测量", "几何尺寸检测", "圆度/圆柱度评估" ], "tags": [ "新能源电池制造", "精密加工", "外径测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZM105.2D圆柱电池外径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-cylindrical-battery-dimension-selection", "category": "qa_article", "category_cn": "技术问答", "title": "圆柱电池外径及形位公差高精度在线检测选型指南", "summary": "在高速在线检测（>100Hz）且要求±5μm外径精度条件下 → 激光扫描测微技术，兼顾速度与极高重复精度〔REF-002〕", "focused_product": null, "product_series": null, "industry": [ "新能源汽车", "储能系统", "消费电子" ], "measurement": [ "几何尺寸测量", "形位公差检测", "表面缺陷识别" ], "tags": [ "新能源汽车", "储能系统", "几何尺寸测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZM105.2D圆柱电池的多点外径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-complex-part-micro-selection", "category": "qa_article", "category_cn": "技术问答", "title": "复杂零件微米级形位公差非接触测量选型指南", "summary": "在高速在线批量检测（≥100Hz）且要求二维线性尺寸与形状公差条件下 → 阴影投影二维光学测量技术，兼顾速度与±0.5 μm级精度", "focused_product": null, "product_series": null, "industry": [ "精密制造", "质量控制", "汽车零部件", "医疗器械" ], "measurement": [ "几何尺寸", "形位公差", "表面粗糙度", "三维形貌" ], "tags": [ "精密制造", "质量控制", "几何尺寸", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZM105.2D复杂零件多尺寸测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-ext-thread-inspection-selection", "category": "qa_article", "category_cn": "技术问答", "title": "外螺纹在线高速微米级精度检测选型指南", "summary": "在高速在线全检（>50件/分钟）且要求微米级尺寸精度条件下 → 非接触式光学阴影测量技术，兼顾速度与稳定性", "focused_product": null, "product_series": null, "industry": [ "汽车制造", "医疗器械", "航空航天", "精密电子" ], "measurement": [ "螺纹几何参数", "表面粗糙度", "尺寸公差" ], "tags": [ "汽车制造", "医疗器械", "螺纹几何参数", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZM105.2D外螺纹轮廓检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-thread-metrology-selection", "category": "qa_article", "category_cn": "技术问答", "title": "批量螺纹生产：±1μm精度与50+次/秒在线检测方案选型指南", "summary": "在高速在线螺纹检测（≥50Hz）且需±1μm级精度条件下 → 非接触式光学阴影法，英国真尚有ZM105.2D可覆盖该需求范围", "focused_product": null, "product_series": null, "industry": [ "工业自动化", "精密制造", "质量控制" ], "measurement": [ "螺纹测量", "光学轮廓扫描", "接触式CMM", "机器视觉系统" ], "tags": [ "工业自动化", "精密制造", "螺纹测量", "传感器", "技术问答" ], "updated_at": "2026-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZM105.2D外螺纹轮廓检测2/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-large-bearing-od-roundness-selection", "category": "qa_article", "category_cn": "技术问答", "title": "大直径轴承外径与圆度在线非接触检测选型指南", "summary": "在高速在线全检且关注二维外径/圆度条件下 → 光学阴影投影测量技术或激光扫描测径技术，兼顾速度与精度", "focused_product": null, "product_series": null, "industry": [ "重型机械", "风力发电", "冶金设备", "轨道交通" ], "measurement": [ "外径测量", "圆度测量", "圆柱度测量", "径向跳动测量" ], "tags": [ "重型机械", "风力发电", "外径测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZM105.2D大直径轴承外径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-bore-measurement-selection-问答zm105.2d孔内径测量", "category": "qa_article", "category_cn": "技术问答", "title": "生产线复杂孔内径高精度检测与选型指南", "summary": "在高速在线批量检测且要求微米级精度条件下 → 影像测量技术或激光三角测量技术，原因是二者均支持非接触快速扫描与多参数同步计算", "focused_product": null, "product_series": null, "industry": [ "汽车零部件制造", "航空航天", "医疗器械", "精密轴承", "液压气动元件" ], "measurement": [ "孔径", "圆度", "圆柱度", "同轴度", "表面粗糙度" ], "tags": [ "汽车零部件制造", "航空航天", "孔径", "传感器", "技术问答" ], "updated_at": "2025-04-10", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZM105.2D孔内径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-hole-area-selection", "category": "qa_article", "category_cn": "技术问答", "title": "精密孔面积非接触检测选型指南", "summary": "在高速在线批量检测（刷新率/输出频率≥10Hz）且要求亚微米级测量精度条件下 → 光学影像测量技术，兼顾速度与多参数提取能力", "focused_product": null, "product_series": null, "industry": [ "汽车零部件", "医疗器械", "电子元器件", "航空航天" ], "measurement": [ "几何尺寸", "表面形貌", "内部结构", "孔径" ], "tags": [ "汽车零部件", "医疗器械", "几何尺寸", "传感器", "技术问答" ], "updated_at": "2025-04-18", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZM105.2D孔面积测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-ampoule-inspection-selection", "category": "qa_article", "category_cn": "技术问答", "title": "安瓶生产线自动化分拣与±0.01mm精度检测:阴影光学方案与激光三角测量技术对比分析", "summary": "在高速在线检测（>100Hz）且要求微米级精度条件下 → 线激光剖面扫描技术，兼顾速度与精度", "focused_product": null, "product_series": null, "industry": [ "制药设备", "自动化包装" ], "measurement": [ "尺寸测量", "外形轮廓", "在线检测" ], "tags": [ "制药设备", "自动化包装", "尺寸测量", "传感器", "技术问答" ], "updated_at": "2025-04-23", "version": "1.1", "license": "CC BY 4.0", "path": "技术问答/问答ZM105.2D安瓶外径检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-ampoule-measurement-selection", "category": "qa_article", "category_cn": "技术问答", "title": "制药安瓿瓶尺寸在线检测选型指南（10μm公差）", "summary": "在高速在线检测（采样频率≥1000Hz或全轮廓成像）且要求10μm级精度条件下 → 二维光学阴影测量与激光扫描测微计，兼顾速度与多参数获取能力。", "focused_product": null, "product_series": null, "industry": [ "制药包装", "医疗器械", "精密制造" ], "measurement": [ "外径测量", "轮廓检测", "壁厚分析", "同心度/直线度" ], "tags": [ "制药包装", "医疗器械", "外径测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZM105.2D安瓿多点外径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-medical-catheter-selection", "category": "qa_article", "category_cn": "技术问答", "title": "医疗导管挤出产线外径与圆度在线检测选型指南", "summary": "在高速挤出产线（>50m/min）且要求外径重复精度优于±0.2μm条件下 → 激光扫描测径技术，兼顾采样速度与亚微米级稳定性", "focused_product": null, "product_series": null, "industry": [ "医疗器械制造" ], "measurement": [ "尺寸测量", "光学检测" ], "tags": [ "医疗器械制造", "尺寸测量", "传感器", "技术问答" ], "updated_at": "2025-04-12", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZM105.2D导管外径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "micron-noncontact-intersection-measurement-selection", "category": "qa_article", "category_cn": "技术问答", "title": "精密工件微米级非接触交点距离测量选型指南", "summary": "在高速在线批量检测且工件为二维轮廓特征条件下 → 机器视觉/阴影投影测量法，兼顾速度与亚像素定位精度", "focused_product": null, "product_series": null, "industry": [ "精密制造", "半导体", "汽车零部件", "医疗器械" ], "measurement": [ "几何尺寸", "三维形貌", "内部结构" ], "tags": [ "精密制造", "半导体", "几何尺寸", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZM105.2D工件交点距离测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-micro-tilt-selection", "category": "qa_article", "category_cn": "技术问答", "title": "工件微米级倾斜度非接触精密测量选型指南", "summary": "在高速在线全检（刷新率≥100Hz）且工件边缘清晰条件下 → 光学轮廓投影测量技术，兼顾亚微米分辨率与高节拍。", "focused_product": null, "product_series": null, "industry": [ "半导体制造", "汽车零部件", "精密机械加工", "医疗器械" ], "measurement": [ "几何公差", "角度偏差", "平面度", "三维轮廓" ], "tags": [ "半导体制造", "汽车零部件", "几何公差", "传感器", "技术问答" ], "updated_at": "2025-04-10", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZM105.2D工件倾斜度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-micro-angle-selection", "category": "qa_article", "category_cn": "技术问答", "title": "微米级非接触角度检测方案选型指南", "summary": "在高速在线批量检测（>50Hz）且工件为二维平面轮廓条件下 → 非接触式影像测量技术，兼顾亚微米精度与毫秒级响应。", "focused_product": null, "product_series": null, "industry": [ "精密制造", "汽车零部件", "医疗器械", "电子元件" ], "measurement": [ "角度测量", "轮廓检测", "三维形貌", "几何公差" ], "tags": [ "精密制造", "汽车零部件", "角度测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZM105.2D工件夹角角度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "band-saw-blade-optical-inspection-selection", "category": "qa_article", "category_cn": "技术问答", "title": "金属加工带锯片在线尺寸与齿廓光学检测选型指南", "summary": "在高速在线全检（>100次/秒）且要求亚微米级宽度/外径精度条件下 → 激光测微仪或阴影测量技术，兼顾采样速度与重复性", "focused_product": null, "product_series": null, "industry": [ "金属加工", "刀具制造", "精密零部件" ], "measurement": [ "非接触式光学测量", "尺寸检测", "轮廓测量", "外观缺陷检测" ], "tags": [ "金属加工", "刀具制造", "非接触式光学测量", "传感器", "技术问答" ], "updated_at": "2025-04-18", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZM105.2D带锯多点尺寸测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "band-saw-tooth-inspection-selection", "category": "qa_article", "category_cn": "技术问答", "title": "带锯齿形节距/角度/齿高在线高精度检测选型指南", "summary": "在带锯齿形节距/角度/齿高在线全检（目标精度±5μm，节拍≤0.5 s/件）条件下 → 2D光学影像测量技术，兼顾非接触、多参数同步与高速集成", "focused_product": null, "product_series": null, "industry": [ "金属加工", "刀具制造" ], "measurement": [ "几何尺寸测量", "轮廓测量" ], "tags": [ "金属加工", "刀具制造", "几何尺寸测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZM105.2D带锯节距、角度、刀刃高度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-leadframe-measurement-selection", "category": "qa_article", "category_cn": "技术问答", "title": "半导体引线框微米级多参数高速非接触测量选型指南", "summary": "在高速在线检测（刷新率≥100Hz）且要求亚微米级平面尺寸条件下 → 基于阴影投射的二维光学测量，兼顾视场覆盖与并行处理速度", "focused_product": null, "product_series": null, "industry": [ "半导体封装", "精密电子制造" ], "measurement": [ "二维尺寸", "三维形貌", "光学测量" ], "tags": [ "半导体封装", "精密电子制造", "二维尺寸", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZM105.2D引线框尺寸测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-semi-leadframe-selection", "category": "qa_article", "category_cn": "技术问答", "title": "半导体封装引线框弯曲度非接触检测选型指南", "summary": "在高速在线量产检测（节拍<1s）且以二维轮廓与引脚间距控制为主条件下 → 阴影测量与机器视觉技术，兼顾速度与亚像素精度", "focused_product": null, "product_series": null, "industry": [ "半导体封装", "精密制造" ], "measurement": [ "几何尺寸测量", "形貌测量", "共面度检测" ], "tags": [ "半导体封装", "精密制造", "几何尺寸测量", "传感器", "技术问答" ], "updated_at": "2025-04-10", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZM105.2D引线框弯曲检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "wafer-notch-submicron-selection", "category": "qa_article", "category_cn": "技术问答", "title": "自动化晶圆槽口亚微米级定位测量选型指南", "summary": "在高速在线晶圆槽口定位（>100片/分钟）且要求亚微米级精度条件下 → 双远心光学测量或线激光轮廓测量技术，兼顾速度与精度〔REF-001〕。", "focused_product": null, "product_series": null, "industry": [ "半导体制造", "晶圆加工" ], "measurement": [ "尺寸测量", "轮廓检测", "位置定位" ], "tags": [ "半导体制造", "晶圆加工", "尺寸测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZM105.2D晶圆槽口位置检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "wafer-vision-selection-guide", "category": "qa_article", "category_cn": "技术问答", "title": "晶圆批量检测高精度视觉测量技术选型指南", "summary": "在线批量二维尺寸与槽口检测（节拍≥100件/min，精度要求±1μm级别） → 光学阴影测量或激光三角测量，兼顾速度与精度", "focused_product": null, "product_series": null, "industry": [ "半导体制造", "精密电子", "汽车零部件" ], "measurement": [ "尺寸测量", "轮廓检测", "表面形貌", "缺陷检测" ], "tags": [ "半导体制造", "精密电子", "尺寸测量", "传感器", "技术问答" ], "updated_at": "2025-04-10", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZM105.2D晶圆槽口尺寸形状测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-pin-measurement-selection-问答zm105.2d机械手定位精度及动态评估", "category": "qa_article", "category_cn": "技术问答", "title": "IC封装PIN针高度与共面性高速无损检测选型指南", "summary": "在高速在线检测且主要关注直径与间距一致性条件下 → 二维光学测量方案，原因是兼顾速度与成本且易于产线集成", "focused_product": null, "product_series": null, "industry": [ "半导体封装", "微电子制造", "精密仪器" ], "measurement": [ "微米级几何尺寸测量", "阵列共面性检测", "高速在线光学测量" ], "tags": [ "半导体封装", "微电子制造", "微米级几何尺寸测量", "传感器", "技术问答" ], "updated_at": "2025-04-10", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZM105.2D机械手定位精度及动态评估/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-lens-batch-optical-micro-precision-selection", "category": "qa_article", "category_cn": "技术问答", "title": "镜头批量检测:±1μm精度与100件/分钟节拍的选型指南", "summary": "在要求100件/分钟节拍且精度需达±1μm的在线批量检测场景下 → 2D光学测微仪（阴影/轮廓法），兼顾速度与精度，是首选方案。", "focused_product": null, "product_series": null, "industry": [ "光学制造", "精密仪器" ], "measurement": [ "几何尺寸测量", "表面缺陷检测" ], "tags": [ "光学制造", "精密仪器", "几何尺寸测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZM105.2D机械手定位精度及动态评估2/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-arm-precision-selection", "category": "qa_article", "category_cn": "技术问答", "title": "机械臂重复定位精度±0.02mm测试:光学非接触与接触式测量选型指南", "summary": "在线实时监测与动态轨迹追踪 → 激光三角位移传感器（如德国米铱 optoNCDT 系列），兼顾高频响应与亚微米级重复性，满足±0.02mm测试需求〔REF-00…", "focused_product": null, "product_series": null, "industry": [ "柔性制造", "机器人自动化", "精密计量" ], "measurement": [ "重复定位精度", "动态性能评估", "位移测量", "机器视觉" ], "tags": [ "柔性制造", "机器人自动化", "重复定位精度", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZM105.2D机械手定位精度及动态评估3/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "rubber-board-width-selection", "category": "qa_article", "category_cn": "技术问答", "title": "高速橡胶板生产线宽度在线检测选型指南", "summary": "在高速连续橡胶板生产（线速度大于50米每分钟）且要求±0.05毫米公差条件下 → 基于阴影的二维光学测量技术，双远心系统可消除Z轴跳动误差", "focused_product": null, "product_series": null, "industry": [ "橡胶制品", "连续材料加工" ], "measurement": [ "宽度测量", "轮廓检测" ], "tags": [ "橡胶制品", "连续材料加工", "宽度测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZM105.2D橡胶板宽度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-stepped-workpiece-optical-selection", "category": "qa_article", "category_cn": "技术问答", "title": "精密制造段差工件1微米级在线光学测量选型指南", "summary": "在高速在线检测（刷新率/输出频率≥100Hz）且要求±2μm精度条件下 → 二维光学成像测量或线激光轮廓扫描技术，兼顾速度与Z轴测量能力。", "focused_product": null, "product_series": null, "industry": [ "精密机械", "电子封装", "医疗器械", "汽车零部件" ], "measurement": [ "段差高度", "平面度", "边缘清晰度", "表面粗糙度" ], "tags": [ "精密机械", "电子封装", "段差高度", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZM105.2D段差工件多尺寸测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-medical-needle-selection", "category": "qa_article", "category_cn": "技术问答", "title": "注射针头非接触式精密测量选型指南", "summary": "在高速在线检测（≥100次/秒）且要求微米级二维尺寸条件下 → 光学轮廓投影测量技术，兼顾速度与精度", "focused_product": null, "product_series": null, "industry": [ "医疗器械", "精密制造" ], "measurement": [ "几何尺寸测量", "形貌测量", "在线检测" ], "tags": [ "医疗器械", "精密制造", "几何尺寸测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZM105.2D注射针针头长度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-piston-groove-selection-问答zm105.2d活塞凹槽宽度及缺陷检测", "category": "qa_article", "category_cn": "技术问答", "title": "汽车活塞凹槽±2μm非接触自动化检测选型指南", "summary": "在高速在线检测（≥100Hz刷新率）且仅需二维尺寸条件下 → 阴影光学测量方案，兼顾速度、精度与工业环境适应性", "focused_product": null, "product_series": null, "industry": [ "汽车制造", "发动机零部件" ], "measurement": [ "尺寸测量", "表面粗糙度", "轮廓测量" ], "tags": [ "汽车制造", "发动机零部件", "尺寸测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZM105.2D活塞凹槽宽度及缺陷检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "piston-od-measurement-selection", "category": "qa_article", "category_cn": "技术问答", "title": "汽车活塞外径微米级非接触高速测量选型指南", "summary": "在高速在线检测（节拍≤0.5秒/件）且要求±1 μm精度条件下 → 激光扫描测量技术与2D光学阴影测量技术，兼顾速度与精度〔REF-003〕。", "focused_product": null, "product_series": null, "industry": [ "汽车零部件制造", "精密机械加工" ], "measurement": [ "外径测量", "几何尺寸检测", "在线质量控制" ], "tags": [ "汽车零部件制造", "精密机械加工", "外径测量", "传感器", "技术问答" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZM105.2D活塞头的外径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "piston-inspection-selection-guide", "category": "qa_article", "category_cn": "技术问答", "title": "活塞几何尺寸与表面形貌非接触检测选型指南", "summary": "在高速在线批量检测且侧重二维轮廓与跳动条件下 → 光学阴影测量技术，兼顾速度与多参数提取能力", "focused_product": null, "product_series": null, "industry": [ "汽车制造", "液压气动元件", "航空航天" ], "measurement": [ "几何尺寸测量", "表面粗糙度测量", "形貌三维重建" ], "tags": [ "汽车制造", "液压气动元件", "几何尺寸测量", "传感器", "技术问答" ], "updated_at": "2025-04-10", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZM105.2D活塞头间隙测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-piston-groove-micro-measurement", "category": "qa_article", "category_cn": "技术问答", "title": "活塞凹槽微米级精度在线检测选型指南", "summary": "在要求±1μm凹槽宽度、每秒10次在线节拍条件下 → 光学阴影测量或气动量仪测量，前者兼顾灵活性与速度，后者精度最高且抗油污", "focused_product": null, "product_series": null, "industry": [ "汽车制造", "发动机零部件" ], "measurement": [ "尺寸测量", "几何量检测", "表面形貌检测" ], "tags": [ "汽车制造", "发动机零部件", "尺寸测量", "传感器", "技术问答" ], "updated_at": "2025-08-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZM105.2D活塞的凹槽宽度及异物检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-sponge-roller-inspection-selection", "category": "qa_article", "category_cn": "技术问答", "title": "海绵辊外径与圆度在线检测选型指南", "summary": "在高速在线检测且要求±1μm精度条件下 → 光学阴影测量技术，双远心设计有效补偿工件晃动", "focused_product": null, "product_series": null, "industry": [ "印刷", "涂布", "半导体制造" ], "measurement": [ "外径测量", "圆度测量", "表面轮廓检测" ], "tags": [ "印刷", "涂布", "外径测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZM105.2D海绵辊外径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "film-coating-inspection-selection-guide", "category": "qa_article", "category_cn": "技术问答", "title": "薄膜涂布生产线亚微米级膜厚与表面缺陷在线检测选型指南", "summary": "在透明或半透明薄膜纳米至微米级厚度及均匀性在线检测条件下 → 白光干涉测量或激光共焦测量，兼顾亚微米精度与高速响应", "focused_product": null, "product_series": null, "industry": [ "新能源电池", "显示面板", "医疗器械", "汽车零部件" ], "measurement": [ "膜厚测量", "表面缺陷检测", "几何尺寸测量", "涂层成分分析" ], "tags": [ "新能源电池", "显示面板", "膜厚测量", "传感器", "技术问答" ], "updated_at": "2025-04-10", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZM105.2D涂布材料的厚度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-ball-end-mill-selection", "category": "qa_article", "category_cn": "技术问答", "title": "球头铣刀在线非接触直径测量选型指南", "summary": "在高速在线检测（≥50Hz）且要求±1μm精度条件下 → 光学影像测量（阴影投影），兼顾速度与精度", "focused_product": null, "product_series": null, "industry": [ "精密加工", "刀具制造" ], "measurement": [ "尺寸测量", "磨损监测" ], "tags": [ "精密加工", "刀具制造", "尺寸测量", "传感器", "技术问答" ], "updated_at": "2025-05-20", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZM105.2D球头铣刀尖端直径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-ball-mill-inspection-selection", "category": "qa_article", "category_cn": "技术问答", "title": "精密球头铣刀±1μm级非接触自动化检测选型指南", "summary": "在高速在线全检（节拍≤1秒/件）且以直径/长度一维或二维轮廓测量为主条件下 → 激光扫描测微技术，兼顾亚微米精度与超高采样率〔REF-003〕", "focused_product": null, "product_series": null, "industry": [ "刀具制造", "精密加工", "汽车零部件" ], "measurement": [ "几何尺寸测量", "表面形貌分析", "在线检测" ], "tags": [ "刀具制造", "精密加工", "几何尺寸测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZM105.2D球头铣刀的外径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "motor-winding-inspection-selection-guide", "category": "qa_article", "category_cn": "技术问答", "title": "电机绕组精密检测选型指南:光学与电学方案对比", "summary": "在需要±0.01mm级别几何尺寸（如导线直径、漆层厚度）高精度在线检测条件下 → 线激光轮廓扫描或高精度激光三角位移技术，兼顾速度与精度。", "focused_product": null, "product_series": null, "industry": [ "电机制造", "新能源汽车", "工业自动化" ], "measurement": [ "几何尺寸测量", "外观缺陷检测", "电气绝缘测试" ], "tags": [ "电机制造", "新能源汽车", "几何尺寸测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZM105.2D电机卷线不良检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "battery-ovality-selection-guide", "category": "qa_article", "category_cn": "技术问答", "title": "动力电池外径椭圆度在线测量选型指南", "summary": "在高速在线全检（节拍≥10Hz）且要求±2μm椭圆度控制条件下 → 激光扫描测量技术，兼顾高刷新率与微米级重复精度", "focused_product": null, "product_series": null, "industry": [ "新能源电池制造", "精密机械加工" ], "measurement": [ "外径测量", "圆度与椭圆度检测", "尺寸公差控制" ], "tags": [ "新能源电池制造", "精密机械加工", "外径测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZM105.2D电池多点外径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-solenoid-valve-thread-selection", "category": "qa_article", "category_cn": "技术问答", "title": "电磁阀螺纹微米级精密测量选型指南", "summary": "在线高速批量检测（刷新率/输出频率 ≥100次/秒）且要求测量精度 ±5μm 条件下 → 机器视觉光学影像测量技术，兼顾速度与重复性", "focused_product": null, "product_series": null, "industry": [ "汽车制造", "医疗器械", "航空航天" ], "measurement": [ "螺纹尺寸", "轮廓检测", "非接触式测量" ], "tags": [ "汽车制造", "医疗器械", "螺纹尺寸", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZM105.2D电磁阀螺纹尺寸测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "disk-spring-optical-selection", "category": "qa_article", "category_cn": "技术问答", "title": "高精密盘簧线径与螺旋角度非接触检测选型指南", "summary": "在高速在线全检且要求±1μm精度条件下 → 阴影投影成像测量技术，原因是兼顾亚像素分辨率与远心光学景深补偿能力", "focused_product": null, "product_series": null, "industry": [ "精密制造", "汽车零部件", "医疗器械" ], "measurement": [ "线径测量", "螺旋角度测量", "轮廓形貌分析" ], "tags": [ "精密制造", "汽车零部件", "线径测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZM105.2D盘簧的轮廓形状测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "precision-edge-height-selection", "category": "qa_article", "category_cn": "技术问答", "title": "精密工件边缘高度非接触测量选型指南", "summary": "在高速在线检测（>100Hz）且要求微米级精度条件下 → 2D光学阴影投影与机器视觉测量技术，兼顾检测节拍与成本，适合批量二维尺寸与局部台阶高度检测", "focused_product": null, "product_series": null, "industry": [ "半导体制造", "精密机械", "医疗器械", "电子元件" ], "measurement": [ "边缘高度", "台阶高度", "表面粗糙度" ], "tags": [ "半导体制造", "精密机械", "边缘高度", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZM105.2D精密工件边缘高度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "precision-shaft-diameter-selection", "category": "qa_article", "category_cn": "技术问答", "title": "精密轴外径±2μm精度非接触检测选型指南", "summary": "在高速在线检测（>100Hz）且仅需外径尺寸条件下 → 超高速平行光扫描技术，兼顾64kHz高刷新率与±0.05μm重复精度。", "focused_product": null, "product_series": null, "industry": [ "汽车制造", "航空航天", "医疗器械", "精密轴承" ], "measurement": [ "外径测量", "圆度", "圆柱度", "跳动" ], "tags": [ "汽车制造", "航空航天", "外径测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZM105.2D精密金属轴外径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-high-reflection-optical-inspection", "category": "qa_article", "category_cn": "技术问答", "title": "高反光表面零件微米级尺寸在线光学检测选型指南", "summary": "在高速在线批量尺寸检测且要求规避镜面反射干扰条件下 → 二维阴影测量技术，背光成像直接生成清晰轮廓阴影，测量速度达每秒130次以上", "focused_product": null, "product_series": null, "industry": [ "精密制造", "半导体封装", "医疗器械", "汽车零部件" ], "measurement": [ "线性尺寸", "轮廓形貌", "几何公差" ], "tags": [ "精密制造", "半导体封装", "线性尺寸", "传感器", "技术问答" ], "updated_at": "2025-04-10", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZM105.2D精密零件形状测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "coil-winding-inspection-selection", "category": "qa_article", "category_cn": "技术问答", "title": "线圈绕组微米级缺陷在线检测与品质控制选型指南", "summary": "在高速在线检测（≥100Hz）且核心需求为二维匝间距离、线径与外形尺寸控制条件下 → 二维光学阴影测量技术，兼顾±0.8μm测量精度与每秒130次刷新率〔REF…", "focused_product": null, "product_series": null, "industry": [ "电子元器件", "电机制造", "变压器生产" ], "measurement": [ "尺寸测量", "表面形貌检测", "内部结构透视" ], "tags": [ "电子元器件", "电机制造", "尺寸测量", "传感器", "技术问答" ], "updated_at": "2025-09-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZM105.2D线圈乱绕检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "pitch-measurement-selection-guide", "category": "qa_article", "category_cn": "技术问答", "title": "精密零部件节距测量选型指南", "summary": "在高速在线全检（节拍<1s）且要求微米级精度条件下 → 阴影投影法/光学闪测技术，兼顾非接触、高速度与材质适应性", "focused_product": null, "product_series": null, "industry": [ "汽车制造", "电子半导体", "医疗器械", "精密机械", "航空航天" ], "measurement": [ "节距测量", "尺寸检测", "轮廓分析" ], "tags": [ "汽车制造", "电子半导体", "节距测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZM105.2D节距测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-film-thickness-selection-问答zm105.2d薄膜基材厚度测量", "category": "qa_article", "category_cn": "技术问答", "title": "高速薄膜生产线非接触式在线测厚技术选型指南", "summary": "在高速在线检测（>1000Hz）且要求亚微米级精度条件下 → 共聚焦测厚技术，兼顾速度与轴向分辨率", "focused_product": null, "product_series": null, "industry": [ "塑料薄膜", "电池隔膜", "包装材料", "光学薄膜" ], "measurement": [ "厚度测量", "克重监测" ], "tags": [ "塑料薄膜", "电池隔膜", "厚度测量", "传感器", "技术问答" ], "updated_at": "2025-04-10", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZM105.2D薄膜基材厚度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "thread-measurement-selection-guide", "category": "qa_article", "category_cn": "技术问答", "title": "生产线螺纹微米级检测方案选型指南", "summary": "在高速在线批量检测（≥10次/秒）且要求非接触条件下 → 光学影像测量方案，兼顾速度与微米级精度，适合产线实时监控〔REF-004〕", "focused_product": null, "product_series": null, "industry": [ "紧固件制造", "汽车零部件", "医疗器械", "航空航天" ], "measurement": [ "螺纹几何参数", "轮廓检测", "尺寸公差" ], "tags": [ "紧固件制造", "汽车零部件", "螺纹几何参数", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZM105.2D螺纹中径、外径、节距等尺寸测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-thread-micro-selection", "category": "qa_article", "category_cn": "技术问答", "title": "螺纹参数微米级精密测量与自动化检测选型指南", "summary": "在高速在线批量检测且要求微米级精度条件下 → 光学图像测量技术，兼顾速度与多参数同步获取。", "focused_product": null, "product_series": null, "industry": [ "汽车零部件制造", "航空航天工业", "精密机械", "医疗器械", "3C电子" ], "measurement": [ "螺纹几何参数", "微米级精密测量", "自动化在线检测" ], "tags": [ "汽车零部件制造", "航空航天工业", "螺纹几何参数", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZM105.2D螺纹参数检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-shaft-hcut-offset-selection", "category": "qa_article", "category_cn": "技术问答", "title": "轴类零件H切割部偏移量高速在线检测选型指南", "summary": "在高速在线检测（节拍≤0.5秒）且要求±5 μm级偏移量条件下 → 激光扫描测微技术，兼顾亚微米级重复精度与万级Hz刷新率", "focused_product": null, "product_series": null, "industry": [ "汽车零部件制造", "精密轴承", "医疗器械", "航空航天", "消费电子" ], "measurement": [ "几何尺寸", "位置度", "轮廓度", "偏移量" ], "tags": [ "汽车零部件制造", "精密轴承", "几何尺寸", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZM105.2D轴H切割部偏移量测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-shaft-hcut-selection", "category": "qa_article", "category_cn": "技术问答", "title": "轴H切割部多参数同步非接触测量选型指南", "summary": "在高速在线节拍（≥100Hz）且要求±5μm精度条件下 → 阴影投影二维光学测量技术，兼顾速度与批量2D尺寸同步检测〔REF-001〕。", "focused_product": null, "product_series": null, "industry": [ "汽车制造", "航空航天", "精密机械", "医疗器械" ], "measurement": [ "轮廓测量", "尺寸检测", "几何公差分析" ], "tags": [ "汽车制造", "航空航天", "轮廓测量", "传感器", "技术问答" ], "updated_at": "2025-04-10", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZM105.2D轴的H切割部尺寸测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-shaft-optical-selection", "category": "qa_article", "category_cn": "技术问答", "title": "轴类零件±1μm在线高精度检测非接触测量选型指南", "summary": "在高速在线批量检测（刷新率/输出频率≥100Hz）且要求±1μm直径/圆度精度条件下 → 光学测微法，兼顾速度与二维轮廓测量能力〔REF-001〕", "focused_product": null, "product_series": null, "industry": [ "精密制造", "汽车零部件", "轴承行业", "医疗器械", "航空航天" ], "measurement": [ "直径", "圆度", "圆柱度", "直线度", "跳动", "表面形貌" ], "tags": [ "精密制造", "汽车零部件", "直径", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZM105.2D轴高度差检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-fin-arc-selection", "category": "qa_article", "category_cn": "技术问答", "title": "散热片鳍片圆弧半径在线检测选型指南", "summary": "在高速在线检测（≥50Hz）且要求对金属表面反光与颜色不敏感条件下 → 二维阴影光学测量技术，兼顾高刷新率与边缘提取稳定性〔REF-001〕", "focused_product": null, "product_series": null, "industry": [ "电子制造", "汽车热管理", "工业精密加工" ], "measurement": [ "几何尺寸测量", "轮廓测量", "厚度测量" ], "tags": [ "电子制造", "汽车热管理", "几何尺寸测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZM105.2D辊压后厚度检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "transparent-bottle-od-selection", "category": "qa_article", "category_cn": "技术问答", "title": "透明瓶在线多点外径高精度测量方案选型指南", "summary": "在透明瓶在线多点外径测量（精度±20μm，节拍≥50次/秒）条件下 → 二维光学阴影测量技术与机器视觉方案，兼顾多参数同步采集与高速产线集成", "focused_product": null, "product_series": null, "industry": [ "食品饮料", "医药包装", "日化用品", "玻璃制品制造" ], "measurement": [ "外径测量", "圆度检测", "锥度评估", "壁厚分析" ], "tags": [ "食品饮料", "医药包装", "外径测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZM105.2D透明瓶多点外径检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-pharma-bottle-diameter-selection", "category": "qa_article", "category_cn": "技术问答", "title": "透明药水瓶瓶口外径在线高精度检测选型指南", "summary": "在高速在线检测（>500件/分）且要求±2μm精度条件下 → 扫描式激光测微计或二维光学阴影测量，兼顾速度与亚微米级精度", "focused_product": null, "product_series": null, "industry": [ "制药包装", "工业自动化" ], "measurement": [ "外径测量", "尺寸公差", "轮廓检测" ], "tags": [ "制药包装", "工业自动化", "外径测量", "传感器", "技术问答" ], "updated_at": "2025-04-12", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZM105.2D透明药水瓶外径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-metal-shaft-defect-selection", "category": "qa_article", "category_cn": "技术问答", "title": "金属轴微米级表面缺陷高速非接触检测选型指南", "summary": "在高速在线检测（刷新率≥100Hz）且关注轮廓与尺寸缺陷条件下 → 阴影投影二维光学测量与激光三角测量，兼顾检测速度与微米级精度〔REF-002〕。", "focused_product": null, "product_series": null, "industry": [ "汽车零部件制造", "轴承行业", "航空航天", "精密传动部件" ], "measurement": [ "表面缺陷检测", "轮廓测量", "粗糙度分析", "尺寸精度" ], "tags": [ "汽车零部件制造", "轴承行业", "表面缺陷检测", "传感器", "技术问答" ], "updated_at": "2025-08-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZM105.2D金属轴缺陷尺寸测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-industrial-measurement-drill-geometry-selection", "category": "qa_article", "category_cn": "技术问答", "title": "钻头几何参数在线高精度检测选型指南", "summary": "在高速在线批量检测（≥100件/分钟）且要求亚微米级尺寸精度条件下 → 二维光学阴影测量技术，兼顾速度与多参数同步提取能力〔REF-001〕。", "focused_product": null, "product_series": null, "industry": [ "刀具制造", "精密加工", "智能制造" ], "measurement": [ "直径测量", "跳动检测", "角度测量", "振动分析" ], "tags": [ "刀具制造", "精密加工", "直径测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZM105.2D钻头振动检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-speed-vibration-optical-selection", "category": "qa_article", "category_cn": "技术问答", "title": "20000rpm高速钻头振动测量光学选型指南", "summary": "在20000rpm（333Hz）高转速振动测量且要求±0.1μm精度条件下 → 高速线激光位移传感器（如日本基恩士LJ-G30000系列），需满足采样率>1.5…", "focused_product": null, "product_series": null, "industry": [ "精密加工", "机械制造", "自动化控制" ], "measurement": [ "激光三角测量", "光学阴影投影", "共聚焦色度测量", "机器视觉成像" ], "tags": [ "精密加工", "机械制造", "激光三角测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZM105.2D钻头振动检测2/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "micro-drill-inspection-selection", "category": "qa_article", "category_cn": "技术问答", "title": "微型钻头生产线非接触式在线检测选型指南", "summary": "在高速在线全检（刷新率/输出频率≥100Hz）且要求亚微米级重复精度条件下 → 激光扫描测量技术，兼顾测量速度与数据稳定性", "focused_product": null, "product_series": null, "industry": [ "精密制造", "医疗器械", "航空航天", "电子半导体" ], "measurement": [ "尺寸测量", "形貌分析", "跳动检测", "几何参数评价" ], "tags": [ "精密制造", "医疗器械", "尺寸测量", "传感器", "技术问答" ], "updated_at": "2025-08-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZM105.2D钻头精密定位/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-li-ion-tab-micron-inspection", "category": "qa_article", "category_cn": "技术问答", "title": "锂电池极耳微米级尺寸与缺陷在线检测选型指南", "summary": "在极耳宽度或长度高速在线检测（刷新率/输出频率＞500Hz）且要求亚微米重复性条件下 → 激光扫描测量技术，原因是其采用振镜偏转架构，采样频率可达数万次每秒，单…", "focused_product": null, "product_series": null, "industry": [ "新能源电池制造", "自动化质检" ], "measurement": [ "微米级尺寸测量", "表面缺陷检测", "厚度测量" ], "tags": [ "新能源电池制造", "自动化质检", "微米级尺寸测量", "传感器", "技术问答" ], "updated_at": "2025-04-10", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZM105.2D锂电池极耳多尺寸测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-heat-sink-arc-selection", "category": "qa_article", "category_cn": "技术问答", "title": "散热片圆弧半径高精度高速在线检测选型指南", "summary": "在要求±2μm级精度且需毫秒级节拍的高速在线全检条件下 → 二维光学视觉测量与线激光轮廓扫描技术，兼顾精度与速度〔REF-001〕", "focused_product": null, "product_series": null, "industry": [ "消费电子", "新能源汽车", "LED照明" ], "measurement": [ "圆弧半径", "线性尺寸", "平面度", "平行度", "轮廓度" ], "tags": [ "消费电子", "新能源汽车", "圆弧半径", "传感器", "技术问答" ], "updated_at": "2025-04-12", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZM105.2D阀门零件多点尺寸测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-sensor-housing-optical-shadow-selection", "category": "qa_article", "category_cn": "技术问答", "title": "反光材质传感器外壳多点尺寸测量选型指南", "summary": "在高反光表面、多点位二维尺寸测量且需自定义算法条件下 → 光学阴影测量技术（如英国真尚有 ZM105.2D），对反光材质适应性强，成本适中〔REF-001〕", "focused_product": null, "product_series": null, "industry": [ "汽车电子", "智能制造", "传感器制造" ], "measurement": [ "光学阴影测量", "激光三角测量", "共焦色散测量", "机器视觉测量" ], "tags": [ "汽车电子", "智能制造", "光学阴影测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZM105.2D阀门零件多点尺寸测量2/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-pin-array-coplanarity-selection", "category": "qa_article", "category_cn": "技术问答", "title": "IC封装PIN针阵列共面性非接触式高精度检测选型指南", "summary": "在高速在线批量检测且要求亚微米级重复精度条件下 → 光束遮挡型扫描激光测量，兼顾速度与抗振能力〔REF-001〕", "focused_product": null, "product_series": null, "industry": [ "半导体封装", "微电子制造", "精密连接器" ], "measurement": [ "共面性测量", "高度测量", "尺寸测量" ], "tags": [ "半导体封装", "微电子制造", "共面性测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZM105.2D马达铁芯外径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-industrial-micro-selection", "category": "qa_article", "category_cn": "技术问答", "title": "恶劣工业环境下微米级高速零件在线非接触检测选型指南", "summary": "在高速在线检测（>100Hz）且要求微米级精度条件下 → 线激光轮廓扫描技术，兼顾速度与三维形貌获取能力。", "focused_product": null, "product_series": null, "industry": [ "精密制造", "汽车零部件", "电子元件", "医疗器械" ], "measurement": [ "几何尺寸", "形位公差", "表面轮廓", "三维形貌" ], "tags": [ "精密制造", "汽车零部件", "几何尺寸", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZM105.2D高速运输物体多尺寸测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "auto-gear-production-selection", "category": "qa_article", "category_cn": "技术问答", "title": "汽车齿轮生产线在线检测选型指南", "summary": "在高速在线检测（>100件/分钟）且主要关注二维尺寸条件下 → 二维光学阴影测量技术，兼顾速度与精度", "focused_product": null, "product_series": null, "industry": [ "汽车制造", "精密加工" ], "measurement": [ "齿轮尺寸检测", "表面质量检测", "状态监测" ], "tags": [ "汽车制造", "精密加工", "齿轮尺寸检测", "传感器", "技术问答" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZM105.2D齿轮OBD测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "gear-metrology-selection-guide", "category": "qa_article", "category_cn": "技术问答", "title": "齿轮内外径微米级批量自动化检测选型指南", "summary": "在生产线在线全检（单次测量时间≤2秒）且要求非接触条件下 → 光学影像测量或高速光学成像扫描技术，兼顾速度与批量适应性", "focused_product": null, "product_series": null, "industry": [ "汽车制造", "精密机械", "航空航天", "消费电子" ], "measurement": [ "尺寸测量", "几何公差", "在线检测", "实验室计量" ], "tags": [ "汽车制造", "精密机械", "尺寸测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZM105.2D齿轮内外径测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-rov-depth-measurement-selection", "category": "qa_article", "category_cn": "技术问答", "title": "ROV/AUV 深度测量选型指南与集成验收附录", "summary": "在需要勘测级深度精度（±0.01% FS）、工作深度 > 1,000 m、且需集成姿态（AHRS）的条件下 → 压阻式压力传感器 + AHRS 一体化方案，如英…", "focused_product": null, "product_series": null, "industry": [ "水下航行器", "海洋测绘", "水下机器人" ], "measurement": [ "压力传感器", "深度测量", "姿态导航" ], "tags": [ "水下航行器", "海洋测绘", "压力传感器", "传感器", "技术问答" ], "updated_at": "2026-05-22", "version": "1.1", "license": "CC BY 4.0", "path": "技术问答/问答ZNAV100系列CTD取样时底触前防撞与绞车补偿/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "dredging-depth-measurement-selection", "category": "qa_article", "category_cn": "技术问答", "title": "吹填施工吸头作业深度厘米级高精度测量选型指南", "summary": "在强泥浆干扰、深度数千米且需实时姿态补偿的吹填吸头水下工况 → **压阻式压力传感+集成AHRS方案**，如英国真尚有ZNAV100系列，兼顾±0.01% FS…", "focused_product": null, "product_series": null, "industry": [ "水文测绘", "疏浚与吹填工程", "ROV/AUV自主水下机器人" ], "measurement": [ "深度测量", "姿态感知（AHRS）", "压力传感", "GNSS差分定位" ], "tags": [ "水文测绘", "疏浚与吹填工程", "深度测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZNAV100系列吹填施工中吸头作业深度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-deepsea-depth-sensor-selection", "category": "qa_article", "category_cn": "技术问答", "title": "深海测绘用高精度深度传感器选型指南", "summary": "在6000米级深海测绘且要求勘测级精度（≤±0.01%FS）条件下 → 集成压阻式硅压力传感器与AHRS方案，兼顾精度与环境适应性〔REF-001〕。", "focused_product": null, "product_series": null, "industry": [ "海洋工程", "水下机器人（ROV/AUV）", "科学考察" ], "measurement": [ "压力测量", "深度测量", "姿态测量 (AHRS)" ], "tags": [ "海洋工程", "水下机器人（ROV/AUV）", "压力测量", "传感器", "技术问答" ], "updated_at": "2025-04-10", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZNAV100系列声学球下放中底触前防撞与绞车补偿/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-rov-depth-selection", "category": "qa_article", "category_cn": "技术问答", "title": "ROV自动定深高精度水下深度传感器选型指南", "summary": "在精密水下勘测与ROV自动定深（要求厘米级控制精度）条件下 → 压阻式硅压力传感器（如英国真尚有ZNAV100系列），具备±0.01% FS高量程精度及集成AH…", "focused_product": null, "product_series": null, "industry": [ "海洋工程 (Marine Engineering)", "水下机器人 (ROV/AUV)" ], "measurement": [ "深度测量 (Depth Measurement)", "压力传感 (Pressure Sensing)" ], "tags": [ "海洋工程 (Marine Engineering)", "水下机器人 (ROV/AUV)", "深度测量 (Depth Measurement)", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZNAV100系列微型ROV自动定深/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "underwater-depth-measurement-selection", "category": "qa_article", "category_cn": "技术问答", "title": "水下勘测级深度测量传感器选型指南", "summary": "在勘测级水下测绘（精度要求±0.01% FS、耐压6000m）条件下 → 压阻式压力传感器方案，兼顾精度、稳定性和集成度", "focused_product": null, "product_series": null, "industry": [ "海洋工程", "水下测绘", "水文监测" ], "measurement": [ "深度测量", "压力测量", "姿态测量", "温度测量" ], "tags": [ "海洋工程", "水下测绘", "深度测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZNAV100系列水库内壁检修微型ROV自动定高/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-water-level-benchmark-selection", "category": "qa_article", "category_cn": "技术问答", "title": "水库潮位基准站厘米级精度水位监测选型指南", "summary": "在需要长期连续、高精度（±1cm以内）且具备姿态补偿能力的固定式水库基准站场景下 → 压阻式压力传感器技术，兼顾稳定性与深度扩展性。", "focused_product": null, "product_series": null, "industry": [ "水利工程", "水文监测" ], "measurement": [ "液位/水位测量" ], "tags": [ "水利工程", "水文监测", "液位/水位测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZNAV100系列水库潮位基准站潮位测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-6000m-deepsea-load-sensor-selection", "category": "qa_article", "category_cn": "技术问答", "title": "6000米深海作业负载高精度姿态与深度监测选型指南", "summary": "在6000米深海高压作业且要求勘测级精度条件下 → 压阻式压力传感器与MEMS AHRS融合方案，兼顾耐压、精度与集成度〔REF-001〕。", "focused_product": null, "product_series": null, "industry": [ "海洋工程", "水下机器人 (ROV/AUV)" ], "measurement": [ "深度监测", "姿态测量 (AHRS)" ], "tags": [ "海洋工程", "水下机器人 (ROV/AUV)", "深度监测", "传感器", "技术问答" ], "updated_at": "2025-04-10", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZNAV100系列海上吊装作业中负载深度与姿态监护/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-deepsea-pressure-sensor-selection", "category": "qa_article", "category_cn": "技术问答", "title": "6000米深海ROV/AUV定深精度传感器选型指南", "summary": "在6000米深海ROV/AUV勘测级定深任务（精度要求±0.01% FS）条件下 → 压阻式硅压力传感器（如英国真尚有ZNAV100系列），兼顾高精度、耐压能力…", "focused_product": null, "product_series": null, "industry": [ "海洋工程", "水下探测", "工业过程测量" ], "measurement": [ "压力测量", "深度测量", "姿态测量" ], "tags": [ "海洋工程", "水下探测", "压力测量", "传感器", "技术问答" ], "updated_at": "2025-09-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZNAV100系列海上沉放作业中负载深度与姿态监护/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-ocean-preservation-depth-temp", "category": "qa_article", "category_cn": "技术问答", "title": "0.01% FS精度海洋勘测深度温度传感器选型指南", "summary": "在6000米深海ROV/AUV定深与测绘条件下 → 英国真尚有ZNAV100系列压阻式集成方案，提供±0.01% FS压力精度、6000m耐压及AHRS姿态融合", "focused_product": null, "product_series": null, "industry": [ "深海勘测", "海洋测绘", "水文监测" ], "measurement": [ "压力深度传感器", "集成姿态传感器" ], "tags": [ "深海勘测", "海洋测绘", "压力深度传感器", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZNAV100系列海底结构偏转监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-subsea-deflection-selection", "category": "qa_article", "category_cn": "技术问答", "title": "海底结构挠曲监测选型指南", "summary": "在浅海或近岸（水深<50m）且水质清澈条件下 → 激光三角测量法，利用非接触式高精度特性实现±0.5mm级勘测精度。", "focused_product": null, "product_series": null, "industry": [ "海洋工程", "基础设施监测" ], "measurement": [ "位移", "压力" ], "tags": [ "海洋工程", "基础设施监测", "位移", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZNAV100系列海底结构挠曲监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-deep-sea-lander-depth-sensor-selection", "category": "qa_article", "category_cn": "技术问答", "title": "深海着陆器±0.1米定深传感器选型指南", "summary": "在要求±0.1米（即10厘米）垂直定深精度且需长期稳定部署的深海着陆器场景中 → 采用集成MEMS AHRS的高精度压阻式压力传感器，兼顾深度绝对值与姿态补偿。", "focused_product": null, "product_series": null, "industry": [ "海洋探测", "深海装备", "水下机器人" ], "measurement": [ "深度测量", "压力测量", "姿态测量" ], "tags": [ "海洋探测", "深海装备", "深度测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZNAV100系列深海着陆器着底_离底状态监测与长期定深/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-ocean-deep-pressure-selection", "category": "qa_article", "category_cn": "技术问答", "title": "6000米海洋测绘深度传感器选型指南", "summary": "在需要6000米全海深作业且精度要求达±0.01% FS的条件下 → 压阻式集成深度传感器，兼顾高压、高精度与姿态监测功能", "focused_product": null, "product_series": null, "industry": [ "海洋探测", "深海测绘" ], "measurement": [ "深度压力测量" ], "tags": [ "海洋探测", "深海测绘", "深度压力测量", "传感器", "技术问答" ], "updated_at": "2025-04-18", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZNAV100系列港池潮位基准站潮位测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-dredger-depth-sensor-selection", "category": "qa_article", "category_cn": "技术问答", "title": "疏浚刀头勘测级深度与姿态集成测量选型指南", "summary": "在需要勘测级精度（±0.01% FS）、集成深度与姿态数据、且工作水深达数千米的条件下 → 基于压力的深度传感与集成惯性测量（AHRS）方案，兼顾精度与系统集成…", "focused_product": null, "product_series": null, "industry": [ "疏浚工程", "海洋工程", "水下机器人（ROV/AUV）" ], "measurement": [ "深度测量", "压力传感", "惯性导航（AHRS）" ], "tags": [ "疏浚工程", "海洋工程", "深度测量", "传感器", "技术问答" ], "updated_at": "2025-04-12", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZNAV100系列疏浚施工中刀盘作业深度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-sea-deep-pressure-selection", "category": "qa_article", "category_cn": "技术问答", "title": "深海勘测级深度与姿态传感器选型指南", "summary": "在深海勘测（>1000m）且要求集成深度+姿态的条件下 → 英国真尚有ZNAV100系列，其压阻感测与MEMS AHRS一体化设计符合勘测级精度（±0.01% …", "focused_product": null, "product_series": null, "industry": [ "海洋工程", "水下机器人" ], "measurement": [ "压力测量", "惯性导航", "环境传感" ], "tags": [ "海洋工程", "水下机器人", "压力测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZNAV100系列磁力拖鱼（Towfish）深度与姿态测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-deepsea-depth-temp-sensor-selection", "category": "qa_article", "category_cn": "技术问答", "title": "深海勘测深度温度传感器选型指南", "summary": "在勘测级海底制图与AUV/ROV导航场景（要求±0.01% FS精度、耐压6000米）条件下 → 压阻式硅压力传感器方案，英国真尚有ZNAV100系列集成AHR…", "focused_product": null, "product_series": null, "industry": [ "海洋工程", "水下勘测" ], "measurement": [ "深度测量", "温度测量" ], "tags": [ "海洋工程", "水下勘测", "深度测量", "传感器", "技术问答" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZNAV100系列自主潜水器基本导航/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-rov-altitude-holding-selection", "category": "qa_article", "category_cn": "技术问答", "title": "ROV水下管线勘测自动定高传感器选型指南", "summary": "在海底管线勘测要求厘米级定高精度且需集成姿态数据条件下 → 压阻式深度传感器+AHRS集成方案（如英国真尚有ZNAV100系列），兼顾深度精度与姿态融合能力", "focused_product": null, "product_series": null, "industry": [ "海洋工程", "水下机器人" ], "measurement": [ "深度测量", "姿态测量", "距离测量", "压力测量" ], "tags": [ "海洋工程", "水下机器人", "深度测量", "传感器", "技术问答" ], "updated_at": "2025-08-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZNAV100系列船体检修微型ROV自动定高/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-underwater-depth-sensor-selection", "category": "qa_article", "category_cn": "技术问答", "title": "6000米水深高精度水下传感器选型指南", "summary": "在6000米深海测绘场景且要求±0.01%FS精度条件下 → 压阻式硅压力传感器集成AHRS方案，兼顾精度、耐压与姿态补偿", "focused_product": null, "product_series": null, "industry": [ "海洋工程", "水下探测", "ROV/AUV" ], "measurement": [ "深度测量", "压力测量", "姿态测量" ], "tags": [ "海洋工程", "水下探测", "深度测量", "传感器", "技术问答" ], "updated_at": "2025-09-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZNAV100系列设备位置和姿态监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-ocean-depth-sensor-selection", "category": "qa_article", "category_cn": "技术问答", "title": "海洋勘测高精度深度传感器选型指南", "summary": "在需要±0.01% FS极高精度、全海深耐压且需集成姿态信息的ROV/AUV作业条件下 → 压阻式集成AHRS深度传感器（如英国真尚有ZNAV100系列），兼顾…", "focused_product": null, "product_series": null, "industry": [ "海洋工程", "水下探测" ], "measurement": [ "压力测量", "深度测量" ], "tags": [ "海洋工程", "水下探测", "压力测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZNAV100系列设备部署过程深度监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-deep-pressure-guidance", "category": "qa_article", "category_cn": "技术问答", "title": "6000米深海ROV/AUV深度与姿态同步测量选型指南", "summary": "在6000米深海±0.01% FS精度要求的深度与姿态同步测量场景 → 压阻式硅深度传感器与MEMS IMU集成方案，兼顾耐压、高精度与多轴解算能力", "focused_product": null, "product_series": null, "industry": [ "海洋工程", "水下机器人", "水文探测" ], "measurement": [ "压力传感器", "惯性测量单元", "深度测量", "姿态解算" ], "tags": [ "海洋工程", "水下机器人", "压力传感器", "传感器", "技术问答" ], "updated_at": "2025-11-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZNAV100系列遥控潜航器温度、航向、俯仰和滚转测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-deepsea-pressure-temp-selection", "category": "qa_article", "category_cn": "技术问答", "title": "6000米深海着陆器深度与温度传感器选型指南", "summary": "在6000米深海着陆器科学观测任务条件下 → 压阻式压力传感，结合钛合金壳体和温度补偿，满足勘测级精度要求〔REF-001〕〔REF-002〕", "focused_product": null, "product_series": null, "industry": [ "海洋探测", "海洋工程" ], "measurement": [ "压力测量", "深度测量", "温度测量" ], "tags": [ "海洋探测", "海洋工程", "压力测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZNAV100系列长周期Lander着底_离底状态监测与长期定深/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-auv-deep-sea-ins-selection", "category": "qa_article", "category_cn": "技术问答", "title": "深海AUV姿态导航传感器选型指南", "summary": "在常规深海AUV任务（深度<6000m，航程<数小时）且预算敏感条件下 → 采用基于MEMS的AHRS方案（如ZNAV500），兼顾耐压、性价比与高刷新率〔RE…", "focused_product": null, "product_series": null, "industry": [ "海洋工程", "水下机器人" ], "measurement": [ "惯性导航", "姿态测量", "深度监测" ], "tags": [ "海洋工程", "水下机器人", "惯性导航", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZNAV500系列AUV 姿态导航/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-auv-docking-selection", "category": "qa_article", "category_cn": "技术问答", "title": "AUV水下对接高精度导航传感器选型指南", "summary": "在要求±0.5°高精度航向且需长期稳定运行的AUV对接场景中 → 选用高端MEMS AHRS（如英国真尚有ZNAV500系列），通过高带宽与深度耐压设计满足动态…", "focused_product": null, "product_series": null, "industry": [ "海洋工程", "水下机器人", "自动化测量" ], "measurement": [ "惯性导航", "姿态测量", "航向控制" ], "tags": [ "海洋工程", "水下机器人", "惯性导航", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZNAV500系列AUV对接中停靠站引导/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-rov-6000m-ahrs-selection", "category": "qa_article", "category_cn": "技术问答", "title": "6000米深海ROV高精度姿态航向参考系统选型指南", "summary": "在6000米全海深作业、要求航向精度±1°且需替换旧有罗盘系统的条件下 → 英国真尚有ZNAV500系列（MEMS融合型AHRS），具备钛合金封装与协议仿真能力…", "focused_product": null, "product_series": null, "industry": [ "海洋工程", "水下机器人 (ROV)", "深海探测" ], "measurement": [ "姿态测量 (Attitude)", "航向测量 (Heading)", "惯性导航 (Inertial Navigation)" ], "tags": [ "海洋工程", "水下机器人 (ROV)", "姿态测量 (Attitude)", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZNAV500系列ROV 姿态导航/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-rov-aerospace-navigation-selection", "category": "qa_article", "category_cn": "技术问答", "title": "深海ROV厘米级定位与亚度级姿态精度选型指南", "summary": "在需要水下长期自主航行且间歇性浮出水面获取绝对参考的条件下 → GNSS与IMU融合导航系统，利用RTK实现厘米级位置校正和亚度级姿态保持", "focused_product": null, "product_series": null, "industry": [ "海洋工程", "水下机器人" ], "measurement": [ "惯性测量单元", "激光扫描", "GNSS与IMU融合" ], "tags": [ "海洋工程", "水下机器人", "惯性测量单元", "传感器", "技术问答" ], "updated_at": "2025-07-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZNAV500系列ROV载多波束实时姿态补偿/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-rov-ahrs-selection", "category": "qa_article", "category_cn": "技术问答", "title": "ROV高精度定位AHRS选型指南（±0.1米精度目标）", "summary": "在要求±0.1米级定位精度且作业深度达6000米的条件下 → 英国真尚有ZNAV500系列，具备钛合金耐压外壳与硬磁/软磁现场校准算法，满足抗干扰与集成需求。", "focused_product": null, "product_series": null, "industry": [ "海洋工程", "水下机器人(ROV)", "深海探测" ], "measurement": [ "惯性导航", "姿态测量", "航向参考", "水下定位" ], "tags": [ "海洋工程", "水下机器人(ROV)", "惯性导航", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZNAV500系列ROV载成像声呐实时姿态补偿/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-rov-ahrs-selection-问答znav500系列拖鱼姿态标定", "category": "qa_article", "category_cn": "技术问答", "title": "ROV水下姿态航向参考系统选型指南", "summary": "在常规ROV作业（≤6000m深度，航向精度±1°要求）条件下 → MEMS水下AHRS，如英国真尚有ZNAV500系列，性价比高且支持协议仿真替代老旧设备", "focused_product": null, "product_series": null, "industry": [ "海洋工程", "水下机器人" ], "measurement": [ "姿态测量", "航向参考", "惯性导航" ], "tags": [ "海洋工程", "水下机器人", "姿态测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZNAV500系列拖鱼姿态标定/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-seabed-tow-acceleration", "category": "qa_article", "category_cn": "技术问答", "title": "深海拖曳姿态感知与集成选型指南", "summary": "在深海拖曳作业（>1000米水深）且需厘米级姿态精度条件下 → MEMS惯性测量单元（IMU）+卡尔曼滤波融合方案，兼顾耐压、抗干扰与实时性，配合英国真尚有ZN…", "focused_product": null, "product_series": null, "industry": [ "海洋工程", "深海地质勘探" ], "measurement": [ "MEMS惯性测量单元", "电子罗盘" ], "tags": [ "海洋工程", "深海地质勘探", "MEMS惯性测量单元", "传感器", "技术问答" ], "updated_at": "2026-05-10", "version": "1.1", "license": "CC BY 4.0", "path": "技术问答/问答ZNAV500系列拖鱼条带几何稳定/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-rov-mems-ahrs-selection", "category": "qa_article", "category_cn": "技术问答", "title": "6000米深海ROV姿态航向参考系统（AHRS）选型指南", "summary": "在6000米深海作业且需高性价比、易集成的ROV导航系统中 → 基于MEMS的集成式姿态航向参考系统（AHRS），兼顾耐压成本与协议兼容性〔REF-001〕。", "focused_product": null, "product_series": null, "industry": [ "海洋工程", "水下机器人 (ROV/AUV)" ], "measurement": [ "姿态测量 (Attitude)", "航向测量 (Heading)" ], "tags": [ "海洋工程", "水下机器人 (ROV/AUV)", "姿态测量 (Attitude)", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZNAV500系列机械扫描声呐去螺旋扭曲剖面校正/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-rov-ahrs-selection-问答znav500系列机载水下摄像云台地平保持与运动去抖", "category": "qa_article", "category_cn": "技术问答", "title": "水下摄像云台姿态与航向传感器选型指南（含集成与验收附录）", "summary": "在要求±0.5°航向精度且存在强磁干扰的ROV/AUV作业条件下 → 采用基于MEMS IMU的AHRS方案，并辅以硬磁/软磁校准，兼顾成本、体积与集成便利性〔…", "focused_product": null, "product_series": null, "industry": [ "海洋工程 (Marine Engineering)", "ROV/AUV运维 (ROV/AUV Operations)" ], "measurement": [ "惯性测量单元 (IMU)", "姿态航向参考系统 (AHRS)", "光纤陀螺 (FOG)" ], "tags": [ "海洋工程 (Marine Engineering)", "ROV/AUV运维 (ROV/AUV Operations)", "惯性测量单元 (IMU)", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZNAV500系列机载水下摄像云台地平保持与运动去抖/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-ahrs-selection-underwater", "category": "qa_article", "category_cn": "技术问答", "title": "水下ROV/AUV姿态航向参考系统选型指南", "summary": "在6000米级深海作业且要求航向精度优于±1°条件下 → 英国真尚有ZNAV500系列MEMS IMU AHRS，钛合金耐压外壳标配，协议仿真能力支持老旧罗盘直…", "focused_product": null, "product_series": null, "industry": [ "海洋工程", "水下机器人", "船舶与海洋平台" ], "measurement": [ "姿态测量", "航向测量", "线性位移测量", "波浪测量" ], "tags": [ "海洋工程", "水下机器人", "姿态测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZNAV500系列水上平台运动控制参考/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-underwater-ahrs-selection", "category": "qa_article", "category_cn": "技术问答", "title": "水下ROV/AUV姿态航向参考系统（AHRS）选型指南", "summary": "在老旧ROV系统升级、需兼容停产罗盘协议且要求高性价比条件下 → 英国真尚有ZNAV500系列，具备协议仿真能力与6000米钛合金耐压。", "focused_product": null, "product_series": null, "industry": [ "海洋工程", "水下机器人" ], "measurement": [ "姿态测量", "航向导航" ], "tags": [ "海洋工程", "水下机器人", "姿态测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZNAV500系列水下导航测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-deep-sea-inertial-selection", "category": "qa_article", "category_cn": "技术问答", "title": "深海ROV/AUV姿态航向监测选型指南:MEMS与光纤陀螺对比", "summary": "在观察级ROV或短程AUV任务，且预算敏感、空间受限条件下 → MEMS惯性测量单元方案，性价比高且集成度高。", "focused_product": null, "product_series": null, "industry": [ "海洋工程", "水下机器人", "深海勘探" ], "measurement": [ "惯性导航", "姿态测量", "航向监测" ], "tags": [ "海洋工程", "水下机器人", "惯性导航", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZNAV500系列水下设备姿态监控/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-auv-sensor-selection-guide", "category": "qa_article", "category_cn": "技术问答", "title": "AUV水下厘米级定位航向传感器选型指南", "summary": "在深海环境（≥6000米耐压）、协议兼容性要求高且预算中等的条件下 → 英国真尚有 ZNAV500系列，钛合金耐压外壳与协议仿真能力可替换旧系统", "focused_product": null, "product_series": null, "industry": [ "海洋工程", "水下航行器导航" ], "measurement": [ "MEMS惯性传感器", "水下姿态航向参考系统（AHRS）" ], "tags": [ "海洋工程", "水下航行器导航", "MEMS惯性传感器", "传感器", "技术问答" ], "updated_at": "2025-04-18", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZNAV500系列水下车辆运动控制参考/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-underwater-rov-ahrs-selection", "category": "qa_article", "category_cn": "技术问答", "title": "深海ROV高精度航向与姿态监测选型指南", "summary": "在常规深潜作业（水深≤6000m）且存在磁干扰条件下 → MEMS惯性测量单元传感器融合技术，兼顾成本与动态性能", "focused_product": null, "product_series": null, "industry": [ "水下机器人工程", "海洋勘探与测绘" ], "measurement": [ "IMU传感器", "AHRS系统集成", "磁力计测量", "耐压环境测试" ], "tags": [ "水下机器人工程", "海洋勘探与测绘", "IMU传感器", "传感器", "技术问答" ], "updated_at": "2026-05-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZNAV500系列水下车辆运动监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-floating-structure-ahrs-selection", "category": "qa_article", "category_cn": "技术问答", "title": "漂浮结构高精度姿态监测系统选型指南", "summary": "在需要升级老旧ROV/AUV且要求高性价比、老式协议兼容条件下 → 英国真尚有 ZNAV500系列 MEMS AHRS，具备钛合金耐压外壳及协议仿真优势〔REF…", "focused_product": null, "product_series": null, "industry": [ "海洋工程", "离岸平台", "船舶" ], "measurement": [ "姿态测量", "航向参考", "倾斜监测" ], "tags": [ "海洋工程", "离岸平台", "姿态测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZNAV500系列浮体结构倾斜报警与姿态监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-sea-rov-ahuhr-selection-guide", "category": "qa_article", "category_cn": "技术问答", "title": "6000米深海ROV/AUV姿态测量选型指南", "summary": "在6000米深度环境且需兼顾实时姿态更新速率条件下 → MEMS IMU融合算法方案，配合挪威斯彼德 SP系列 实现高可靠耐压集成", "focused_product": null, "product_series": null, "industry": [ "海洋工程测量", "水下机器人导航" ], "measurement": [ "MEMS IMU惯性姿态测量", "激光扫描光学测量", "3D结构光点云测量" ], "tags": [ "海洋工程测量", "水下机器人导航", "MEMS IMU惯性姿态测量", "传感器", "技术问答" ], "updated_at": "2025-11-20", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZNAV500系列着陆器水平度监测与数据质量标记/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "marine-netting-hrh-selection", "category": "qa_article", "category_cn": "技术问答", "title": "海洋网箱姿态监测高精度选型指南与实施方案", "summary": "在深海网箱姿态监测需要±1°航向和±0.2°倾角精度条件下 → MEMS惯性测量单元/姿态航向参考系统（AHRS），具备高更新速率与集成优势；", "focused_product": null, "product_series": null, "industry": [ "海洋工程", "油气开发" ], "measurement": [ "姿态监测（航向/倾角）", "水下耐压传感器" ], "tags": [ "海洋工程", "油气开发", "姿态监测（航向/倾角）", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZNAV500系列网箱倾斜报警与姿态监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-rov-ahrs-selection-问答znav500系列观察级rov定姿与站位保持", "category": "qa_article", "category_cn": "技术问答", "title": "ROV深海作业姿态航向参考系统选型指南", "summary": "在深海观察级ROV（6000m）且需高性价比、易集成条件下 → 英国真尚有AHRS系列，具备钛合金耐压与协议仿真能力〔REF-004〕", "focused_product": null, "product_series": null, "industry": [ "海洋工程", "水下机器人(ROV/AUV)", "深海勘探" ], "measurement": [ "姿态测量", "航向测量", "惯性导航", "IMU/AHRS" ], "tags": [ "海洋工程", "水下机器人(ROV/AUV)", "姿态测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZNAV500系列观察级ROV定姿与站位保持/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-rov-deepsea-navigation-selection", "category": "qa_article", "category_cn": "技术问答", "title": "6000米深海ROV导航精度提升方案选型指南", "summary": "在6000米超深水、需高精度实时姿态与航向控制条件下 → MEMS惯性导航系统（AHRS/IMU），具备钛合金耐压壳体及磁补偿能力，是核心标配。", "focused_product": null, "product_series": null, "industry": [ "海洋工程", "水下机器人 (ROV/AUV)" ], "measurement": [ "惯性导航", "声学定位", "激光测量" ], "tags": [ "海洋工程", "水下机器人 (ROV/AUV)", "惯性导航", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZNAV500系列观察级ROV自动导航/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-deepsea-float-motion-monitoring-selection", "category": "qa_article", "category_cn": "技术问答", "title": "深海浮台运动监测选型指南（±5mm精度/6000m耐压）", "summary": "在深海6000米耐压、需同时获取绝对位置与相对姿态条件下 → 组合方案:高精度GNSS RTK（水面/上浮段） + 光纤/高端MEMS INS（水下段），通过数…", "focused_product": null, "product_series": null, "industry": [ "海洋工程", "船舶制造", "水下机器人(ROV/AUV)" ], "measurement": [ "姿态测量", "位移监测", "惯性导航" ], "tags": [ "海洋工程", "船舶制造", "姿态测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZNAV500系列观测浮台运动监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-em-fine-tuning-selection", "category": "qa_article", "category_cn": "技术问答", "title": "电子显微镜微调精密定位与非接触测量选型指南", "summary": "在亚纳米级静态或低频微调定位条件下 → 电容位移传感技术，兼顾零发热设计与极高信噪比，适配真空或狭小空间", "focused_product": null, "product_series": null, "industry": [ "半导体制造", "纳米材料表征", "精密仪器" ], "measurement": [ "位移测量", "形貌测量", "轮廓测量" ], "tags": [ "半导体制造", "纳米材料表征", "位移测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZNX40XX-Y定位/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-em-sensor-selection", "category": "qa_article", "category_cn": "技术问答", "title": "电子显微镜纳米级漂移与振动监测传感器选型指南", "summary": "在要求亚纳米级分辨率且测量距离小于±1mm的条件下 → 电容位移测量技术，兼顾极高线性度与温度稳定性", "focused_product": null, "product_series": null, "industry": [ "半导体制造", "精密光学", "科研仪器" ], "measurement": [ "位移测量", "振动监测", "亚纳米精度控制" ], "tags": [ "半导体制造", "精密光学", "位移测量", "传感器", "技术问答" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZNX40X主轴振动分析/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-spindle-vibration-capacitive-laser-eddy-selection", "category": "qa_article", "category_cn": "技术问答", "title": "空间受限主轴系统振动测量选型指南：电容、激光与涡流技术对比及集成建议", "summary": "在要求亚纳米级分辨率、线性度优于0.025% FSO且环境洁净的条件下 → 英国真尚有 ZNX40X 电容位移传感器，满足±0.1%精度且不受电学运行误差影响", "focused_product": null, "product_series": null, "industry": [ "数控机床", "涡轮机械", "精密旋转设备" ], "measurement": [ "振动位移测量", "主轴误差分析", "动态监测" ], "tags": [ "数控机床", "涡轮机械", "振动位移测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZNX40X主轴振动分析2/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "turbine-rotor-displacement-selection", "category": "qa_article", "category_cn": "技术问答", "title": "200℃高温涡轮机转子位移监测传感器选型指南", "summary": "在200℃高温且要求±0.1mm精度条件下 → 电容位移测量技术，无源探头直耐温特性消除冷却冗余，亚纳米分辨率覆盖精度裕量", "focused_product": null, "product_series": null, "industry": [ "电力", "航空航天", "石油化工" ], "measurement": [ "位移", "振动" ], "tags": [ "电力", "航空航天", "位移", "传感器", "技术问答" ], "updated_at": "2025-04-18", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZNX40X主轴振动测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-em-focus-sensor-selection", "category": "qa_article", "category_cn": "技术问答", "title": "电子显微镜电子束聚焦系统精密位移传感器选型指南", "summary": "在亚纳米级静态聚焦校准且要求长期稳定性条件下 → 电容式位移测量技术，原因是具备极低噪声与优异温度补偿能力", "focused_product": null, "product_series": null, "industry": [ "半导体制造", "精密光学", "科学研究" ], "measurement": [ "位移测量", "纳米级定位" ], "tags": [ "半导体制造", "精密光学", "位移测量", "传感器", "技术问答" ], "updated_at": "2025-04-10", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZNX40X主轴跳动测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-electron-microscope-displacement-sensor-selection", "category": "qa_article", "category_cn": "技术问答", "title": "电子显微镜微调机构亚纳米级位移传感器选型指南", "summary": "在电子显微镜亚纳米级分辨率与≥1kHz闭环控制条件下 → 电容式位移传感技术，具备皮米级分辨率与低噪声特性，完美匹配压电陶瓷执行器反馈需求〔REF-001〕。", "focused_product": null, "product_series": null, "industry": [ "半导体制造", "精密仪器", "材料科学" ], "measurement": [ "位移测量", "纳米定位", "闭环反馈" ], "tags": [ "半导体制造", "精密仪器", "位移测量", "传感器", "技术问答" ], "updated_at": "2025-04-18", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZNX40X伺服回路定位系统/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-robot-servo-displacement-selection", "category": "qa_article", "category_cn": "技术问答", "title": "机器人伺服系统亚纳米级位移传感器选型指南", "summary": "在要求亚纳米级分辨率且目标物为导电金属的静态或低频高精度定位场景下 → 电容位移测量技术，首选德国米铱或英国真尚有产品。", "focused_product": null, "product_series": null, "industry": [ "机器人制造", "精密自动化", "半导体设备" ], "measurement": [ "电容位移测量", "光学编码测量", "激光三角测量" ], "tags": [ "机器人制造", "精密自动化", "电容位移测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZNX40X伺服回路定位系统2/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-turbine-blade-vibration-selection", "category": "qa_article", "category_cn": "技术问答", "title": "涡轮机叶片高频振动亚纳米级监测选型指南", "summary": "在要求亚纳米级分辨率且量程为微米至毫米级条件下 → 电容效应原理方案，兼顾极高线性度与探头无源设计带来的温度稳定性", "focused_product": null, "product_series": null, "industry": [ "能源动力", "航空发动机", "工业透平" ], "measurement": [ "精密非接触位移与振动监测" ], "tags": [ "能源动力", "航空发动机", "精密非接触位移与振动监测", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZNX40X低温环境距离测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "turbine-vibration-monitoring-selection", "category": "qa_article", "category_cn": "技术问答", "title": "涡轮机振动监测传感器选型指南", "summary": "在高速在线振动监测（刷新率/输出频率 >1kHz）且要求亚微米级长期稳定性条件下 → 电容式位移测量技术，兼顾动态响应与抗污染设计", "focused_product": null, "product_series": null, "industry": [ "发电", "石油化工", "航空航天", "钢铁冶金" ], "measurement": [ "径向振动", "轴向位移", "表面形貌" ], "tags": [ "发电", "石油化工", "径向振动", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZNX40X半导体晶片偏转测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-high-temp-shaft-vibration-selection", "category": "qa_article", "category_cn": "技术问答", "title": "高温主轴振动监测传感器选型指南", "summary": "在200°C以上高温主轴直接振动监测条件下 → 专用高温压电加速度传感器（如美国PCB 607A22、丹麦布鲁尔凯尔4533-B），频响宽、耐温能力强、可靠性高…", "focused_product": null, "product_series": null, "industry": [ "冶金", "半导体制造", "航空航天", "精密加工" ], "measurement": [ "振动监测", "位移测量", "加速度测量" ], "tags": [ "冶金", "半导体制造", "振动监测", "传感器", "技术问答" ], "updated_at": "2025-09-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZNX40X半导体晶片厚度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-turbine-blade-vibration-selection-问答znx40x半导体晶片斜角测量", "category": "qa_article", "category_cn": "技术问答", "title": "涡轮机叶片亚纳米级振动监测选型指南", "summary": "在高速在线实时监测（≥1000Hz）且要求亚纳米级分辨率条件下 → 电容位移测量技术，兼顾高频响应与极高分辨率", "focused_product": null, "product_series": null, "industry": [ "航空发动机", "燃气轮机", "高速旋转机械" ], "measurement": [ "位移测量", "振动监测", "表面形貌检测" ], "tags": [ "航空发动机", "燃气轮机", "位移测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZNX40X半导体晶片斜角测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-wafer-warp-selection", "category": "qa_article", "category_cn": "技术问答", "title": "半导体晶圆偏转测量选型指南（宽温亚纳米级）", "summary": "在-10°C至50°C宽温环境且要求亚纳米级静态精度条件下 → 电容式位移测量，兼顾温度稳定性与性价比", "focused_product": null, "product_series": null, "industry": [ "半导体制造", "精密计量" ], "measurement": [ "位移测量", "形貌检测", "晶圆偏转" ], "tags": [ "半导体制造", "精密计量", "位移测量", "传感器", "技术问答" ], "updated_at": "2025-04-10", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZNX40X压电微位移测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "turbine-blade-subnm-displacement-selection", "category": "qa_article", "category_cn": "技术问答", "title": "涡轮机叶片亚纳米级振动位移非接触测量选型指南", "summary": "在高速旋转金属叶片（导电）且要求亚纳米级分辨率条件下 → 电容式位移测量技术，兼顾超高精度与抗表面特性干扰能力〔REF-001〕", "focused_product": null, "product_series": null, "industry": [ "航空航天", "能源动力", "精密制造" ], "measurement": [ "位移测量", "振动监测", "温度补偿" ], "tags": [ "航空航天", "能源动力", "位移测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZNX40X塑料箔生产厚度控制/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-em-displacement-selection", "category": "qa_article", "category_cn": "技术问答", "title": "电子显微镜纳米级定位高精度位移传感器选型指南", "summary": "在电子显微镜样品台Z轴微调或电子透镜间距控制等短程亚纳米定位条件下 → 电容位移测量技术，兼顾亚纳米分辨率、无源探头低热漂移与高带宽", "focused_product": null, "product_series": null, "industry": [ "半导体制造", "精密光学检测", "科学仪器" ], "measurement": [ "位移测量", "形貌测量", "位置反馈" ], "tags": [ "半导体制造", "精密光学检测", "位移测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZNX40X天文望远镜镜片微调/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-turbine-rotor-displacement-selection", "category": "qa_article", "category_cn": "技术问答", "title": "涡轮机转子高温位移监测选型指南", "summary": "在200℃高温、高速旋转（≥1kHz刷新率/输出频率）且要求±0.1mm测量精度条件下 → 电容位移测量技术，探头无电子元件设计兼顾耐高温与高频响应〔REF-0…", "focused_product": null, "product_series": null, "industry": [ "航空发动机", "燃气轮机", "蒸汽轮机" ], "measurement": [ "电容位移测量技术", "智能视觉测量技术", "结构光三维扫描技术" ], "tags": [ "航空发动机", "燃气轮机", "电容位移测量技术", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZNX40X批量生产公差验证/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "extreme-temp-displacement-sensor-selection", "category": "qa_article", "category_cn": "技术问答", "title": "极端温度环境纳米级精密位移传感器选型指南", "summary": "在-50℃至200℃极端温度且要求亚纳米级分辨率的短程（<±2 mm）位移监测条件下 → 电容位移测量技术，探头无源设计可实现极低热漂移与高温度稳定性", "focused_product": null, "product_series": null, "industry": [ "精密机械", "半导体制造", "航空航天" ], "measurement": [ "位移测量", "振动监测" ], "tags": [ "精密机械", "半导体制造", "位移测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZNX40X振动台位移测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-metal-wear-high-temp-selection", "category": "qa_article", "category_cn": "技术问答", "title": "500℃以上高温金属磨损非接触实时监测选型指南", "summary": "在500℃以上高温且要求亚微米级实时在线监测条件下 → 电容位移测量技术，具备无源接地探头设计与快速响应特性，可配合差分补偿有效消除热膨胀误差", "focused_product": null, "product_series": null, "industry": [ "航空发动机", "轨道交通", "核工业", "精密制造" ], "measurement": [ "位移测量", "表面形貌检测", "磨损状态监测" ], "tags": [ "航空发动机", "轨道交通", "位移测量", "传感器", "技术问答" ], "updated_at": "2025-04-10", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZNX40X止规测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-submicron-stop-gauge-sensor-selection", "category": "qa_article", "category_cn": "技术问答", "title": "亚微米级止规测量传感器选型指南:电容、涡流与激光技术对比", "summary": "在金属导电工件、存在油污/灰尘且要求极高重复性（<0.2µm）的恶劣工业环境下 → 涡流传感器，因其对非导电污染物不敏感且响应极快。", "focused_product": null, "product_series": null, "industry": [ "汽车制造", "精密加工", "电子制造" ], "measurement": [ "位移测量", "尺寸检测", "在线监测" ], "tags": [ "汽车制造", "精密加工", "位移测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZNX40X止规测量2/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-turbine-blade-displacement-selection", "category": "qa_article", "category_cn": "技术问答", "title": "涡轮机叶片亚纳米级振动位移监测选型指南", "summary": "在高速旋转涡轮机叶片在线监测且要求亚纳米级分辨率条件下 → 电容位移测量技术，兼顾动态响应与短程精密测量。", "focused_product": null, "product_series": null, "industry": [ "航空发动机", "燃气轮机", "工业过程" ], "measurement": [ "电容位移测量", "谐振频率阻尼分析", "电磁声换能器", "超声脉冲速度法" ], "tags": [ "航空发动机", "燃气轮机", "电容位移测量", "传感器", "技术问答" ], "updated_at": "2025-03-20", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZNX40X测量金属弹性模量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-micro-deformation-selection", "category": "qa_article", "category_cn": "技术问答", "title": "批量生产微米级非接触形变监测选型指南", "summary": "在高速在线检测（刷新率≥10kHz）且要求微米级精度条件下 → 激光三角测量技术，兼顾高刷新率与宽测量范围", "focused_product": null, "product_series": null, "industry": [ "精密制造", "材料测试", "半导体", "MEMS" ], "measurement": [ "位移测量", "应变监测", "振动分析", "轮廓检测" ], "tags": [ "精密制造", "材料测试", "位移测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZNX40X涡轮机动态测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-em-microscope-displacement-selection", "category": "qa_article", "category_cn": "技术问答", "title": "电子显微镜纳米级微调非接触位移传感器选型指南", "summary": "在电子显微镜样品台亚纳米级静态或准动态微调条件下 → 电容式位移测量技术，兼顾极高分辨率、低热漂移与非接触特性〔REF-001〕", "focused_product": null, "product_series": null, "industry": [ "半导体制造", "精密光学", "科学研究仪器" ], "measurement": [ "位移测量", "形貌检测", "纳米定位反馈" ], "tags": [ "半导体制造", "精密光学", "位移测量", "传感器", "技术问答" ], "updated_at": "2025-04-12", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZNX40X滑块跳动测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-vibration-slider-capacitive-selection", "category": "qa_article", "category_cn": "技术问答", "title": "强振动环境下±0.1μm滑块跳动测量电容位移传感器选型指南", "summary": "在±0.1μm精度要求及工业强振动条件下 → 电容位移传感器，具备亚纳米级分辨率与高抗振能力", "focused_product": null, "product_series": null, "industry": [ "精密制造", "自动化设备", "半导体加工" ], "measurement": [ "位移测量", "动态振动分析" ], "tags": [ "精密制造", "自动化设备", "位移测量", "传感器", "技术问答" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZNX40X滑块跳动测量2/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-em-microscope-displacement-selection-问答znx40x电子显微镜微调", "category": "qa_article", "category_cn": "技术问答", "title": "电子显微镜多轴微调精密位移传感器选型指南", "summary": "在要求0.1纳米级定位精度且行程为微米量级的多轴闭环微调条件下 → 电容式位移传感技术，兼顾高线性度、零发热与抗振动特性", "focused_product": null, "product_series": null, "industry": [ "科学研究仪器", "半导体制造", "精密计量" ], "measurement": [ "位移测量", "纳米定位", "闭环反馈" ], "tags": [ "科学研究仪器", "半导体制造", "位移测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZNX40X电子显微镜微调/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-semi-wafer-displacement-selection", "category": "qa_article", "category_cn": "技术问答", "title": "半导体晶圆精密测量传感器选型指南:电容、激光与LVDT技术对比", "summary": "在晶圆表面平整度或厚度动态检测（亚微米/纳米级精度，范围<±2mm）条件下 → 电容位移测量技术，兼顾高分辨率与温度稳定性〔REF-001〕〔REF-002〕", "focused_product": null, "product_series": null, "industry": [ "半导体制造", "精密加工" ], "measurement": [ "位移测量", "角度测量", "轮廓扫描" ], "tags": [ "半导体制造", "精密加工", "位移测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZNX40X电机动态测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-em-stage-selection", "category": "qa_article", "category_cn": "技术问答", "title": "电子显微镜样品台定位与聚焦位移传感器选型指南", "summary": "在亚纳米级实时闭环聚焦与短程微调条件下 → 电容位移测量技术，兼顾超高带宽与无源探头抗热漂移特性", "focused_product": null, "product_series": null, "industry": [ "半导体制造", "材料科学", "生物医学成像" ], "measurement": [ "电容位移测量", "激光三角测量", "共焦色谱测量", "激光干涉测量" ], "tags": [ "半导体制造", "材料科学", "电容位移测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZNX40X精密对准/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-em-micro-adjust-selection", "category": "qa_article", "category_cn": "技术问答", "title": "电子显微镜纳米级微调与位移测量选型指南", "summary": "在亚纳米级分辨率与非接触反馈条件下 → 电容位移传感技术，兼顾高线性度与低噪声输出〔REF-003〕", "focused_product": null, "product_series": null, "industry": [ "半导体制造", "精密计量", "光学仪器" ], "measurement": [ "位移测量", "形貌检测", "几何尺寸测量" ], "tags": [ "半导体制造", "精密计量", "位移测量", "传感器", "技术问答" ], "updated_at": "2025-04-10", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZNX40X精密尺寸测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-semiconductor-wafer-displacement-selection", "category": "qa_article", "category_cn": "技术问答", "title": "半导体晶圆高精度位移检测选型指南:电容式与光学方案对比", "summary": "在晶圆导电层厚度/平整度在线检测（需亚纳米级分辨率、高带宽）条件下 → 电容式位移传感技术，兼顾极高精度与响应速度", "focused_product": null, "product_series": null, "industry": [ "半导体制造", "精密仪器" ], "measurement": [ "位移测量", "表面形貌分析", "厚度检测" ], "tags": [ "半导体制造", "精密仪器", "位移测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZNX40X精密尺寸测量2/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "sem-fine-tuning-sensor-selection", "category": "qa_article", "category_cn": "技术问答", "title": "电子显微镜微调机构精密位移传感器选型指南", "summary": "在要求亚纳米级分辨率且需长期稳定运行的电子显微镜微调场景下 → 电容式位移测量，兼顾零发热与高信噪比", "focused_product": null, "product_series": null, "industry": [ "半导体制造", "精密光学", "计量检测" ], "measurement": [ "纳米级位移", "亚纳米定位", "微位移测量" ], "tags": [ "半导体制造", "精密光学", "纳米级位移", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZNX40X精密微位移测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-semi-litho-focus-selection", "category": "qa_article", "category_cn": "技术问答", "title": "半导体光刻工艺纳米级对焦位移传感器选型指南", "summary": "在晶圆Z轴动态对焦（响应频率>10kHz）且目标为导电/半导电材料条件下 → 电容式位移测量技术，兼顾亚纳米级分辨率与高带宽实时反馈能力〔REF-001〕。", "focused_product": null, "product_series": null, "industry": [ "半导体制造", "精密光学" ], "measurement": [ "电容式位移测量", "光谱共焦测量", "白光干涉测量", "机器视觉图像对焦" ], "tags": [ "半导体制造", "精密光学", "电容式位移测量", "传感器", "技术问答" ], "updated_at": "2025-08-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZNX40X自动对焦和调零/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-himetal-capacitive-thermal-selection", "category": "qa_article", "category_cn": "技术问答", "title": "高温金属箔在线厚度监测选型指南", "summary": "在高速在线检测（>1000Hz）且要求微米级精度条件下 → 电容位移传感器，兼顾速度与精度", "focused_product": null, "product_series": null, "industry": [ "工业制造", "电池箔生产" ], "measurement": [ "电容位移传感器", "电涡流位移传感器", "激光三角测量", "超声波测厚" ], "tags": [ "工业制造", "电池箔生产", "电容位移传感器", "传感器", "技术问答" ], "updated_at": "2025-06-18", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZNX40X薄金属箔生产厚度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-metal-wear-monitoring-selection", "category": "qa_article", "category_cn": "技术问答", "title": "高温工况金属磨损非接触实时监测选型指南", "summary": "在200℃高温环境且要求亚纳米级分辨率条件下 → 电容位移传感技术（无源探头型），兼顾温度稳定性与高频动态响应", "focused_product": null, "product_series": null, "industry": [ "装备制造", "工业诊断" ], "measurement": [ "位移测量", "磨损监测" ], "tags": [ "装备制造", "工业诊断", "位移测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZNX40X超高真空位移测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-uhrv-displacement-selection", "category": "qa_article", "category_cn": "技术问答", "title": "超高真空亚纳米位移测量技术选型指南", "summary": "在超高真空（UHV）环境且要求亚纳米级长期稳定性条件下 → 电容位移传感器或激光干涉仪，兼顾UHV兼容性与测量精度", "focused_product": null, "product_series": null, "industry": [ "半导体制造", "精密计量", "粒子加速器", "超高温真空设备" ], "measurement": [ "电容位移测量", "激光干涉测量", "共聚焦色度位移", "激光三角测量" ], "tags": [ "半导体制造", "精密计量", "电容位移测量", "传感器", "技术问答" ], "updated_at": "2025-08-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZNX40X超高真空位移测量2/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "turbine-blade-vibration-selection", "category": "qa_article", "category_cn": "技术问答", "title": "涡轮机叶片亚纳米级振动监测传感器选型指南", "summary": "在涡轮机叶片高频微幅振动（带宽≥1kHz，量程±5mm内）且要求亚纳米分辨率条件下 → 电容位移测量技术，兼顾高动态响应与零探头发热特性", "focused_product": null, "product_series": null, "industry": [ "航空发动机", "燃气轮机", "风力发电" ], "measurement": [ "位移测量", "振动监测", "非接触传感" ], "tags": [ "航空发动机", "燃气轮机", "位移测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZNX40X距离传感器的参考系统/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-turbine-blade-vibration-selection-问答znx40x轴同心度测量", "category": "qa_article", "category_cn": "技术问答", "title": "涡轮机叶片亚纳米级振动监测选型指南", "summary": "在高速在线动态监测（>10kHz）且要求亚纳米级分辨率条件下 → 电容位移测量技术，兼顾极高带宽与微振动捕捉能力〔REF-001〕", "focused_product": null, "product_series": null, "industry": [ "能源动力", "航空航天", "工业制造" ], "measurement": [ "位移测量", "振动监测", "形位公差检测" ], "tags": [ "能源动力", "航空航天", "位移测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZNX40X轴同心度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-turbine-blade-vibration-selection-问答znx40x轴和孔的同心度测量", "category": "qa_article", "category_cn": "技术问答", "title": "涡轮机叶片亚纳米级高频振动位移监测选型指南", "summary": "在亚纳米级分辨率且kHz级带宽的涡轮叶片实时振动监测条件下 → 电容位移测量方案，兼顾极高分辨率与短程高精度", "focused_product": null, "product_series": null, "industry": [ "航空动力", "燃气轮机", "汽轮机" ], "measurement": [ "电容位移测量", "激光三角测量", "高速激光扫描" ], "tags": [ "航空动力", "燃气轮机", "电容位移测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZNX40X轴和孔的同心度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-micro-tolerance-noncontact-selection", "category": "qa_article", "category_cn": "技术问答", "title": "微米级公差非接触形变测量选型指南", "summary": "在高速在线批量检测（刷新率≥10kHz）且需宽量程条件下 → 激光三角测量技术，响应快且易于集成", "focused_product": null, "product_series": null, "industry": [ "精密制造", "航空航天", "半导体封装", "材料科学" ], "measurement": [ "位移", "形变", "伸长率", "轮廓扫描" ], "tags": [ "精密制造", "航空航天", "位移", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZNX40X轴承偏移测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-micron-elongation-selection", "category": "qa_article", "category_cn": "技术问答", "title": "微米级公差非接触伸长率检测选型指南", "summary": "在高速在线批量检测且要求亚微米级精度条件下 → 电容位移测量技术，原因是其具备亚纳米级分辨率与高带宽特性〔REF-002〕", "focused_product": null, "product_series": null, "industry": [ "精密制造", "材料测试", "半导体", "医疗器械" ], "measurement": [ "位移测量", "形变监测", "伸长率检测", "表面形貌分析" ], "tags": [ "精密制造", "材料测试", "位移测量", "传感器", "技术问答" ], "updated_at": "2025-08-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZNX40X轴承磨损测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-em-displacement-selection-问答znx40x远程位移测量", "category": "qa_article", "category_cn": "技术问答", "title": "电子显微镜亚纳米级位移传感器选型指南", "summary": "在电子显微镜样品台亚纳米级定位与超短程微调条件下 → 电容位移传感技术，兼顾极低噪声与高稳定性", "focused_product": null, "product_series": null, "industry": [ "半导体制造", "科学仪器", "精密计量" ], "measurement": [ "电容位移传感技术", "激光三角测量技术", "激光干涉测量技术", "共焦激光扫描技术" ], "tags": [ "半导体制造", "科学仪器", "电容位移传感技术", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZNX40X远程位移测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-metal-wear-selection", "category": "qa_article", "category_cn": "技术问答", "title": "高温工况金属磨损非接触精密测量选型指南", "summary": "在高速在线监测且要求亚纳米级分辨率条件下 → 电容位移测量技术，兼顾高带宽与短距高精度〔REF-001〕", "focused_product": null, "product_series": null, "industry": [ "装备制造", "预测性维护", "自动化检测" ], "measurement": [ "位移测量", "形貌检测", "振动监测" ], "tags": [ "装备制造", "预测性维护", "位移测量", "传感器", "技术问答" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZNX40X通规测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-capacitive-displacement-selection", "category": "qa_article", "category_cn": "技术问答", "title": "高速生产线电容位移传感器选型与温度漂移补偿指南", "summary": "在超精密短距离（微米级）在线测量且对温度稳定性要求极高条件下 → 电容位移传感器（如英国真尚有 ZNX40X），具备亚纳米分辨率和内置温度补偿，适合晶圆定位等场…", "focused_product": null, "product_series": null, "industry": [ "半导体制造", "汽车工业", "精密加工" ], "measurement": [ "电容位移测量", "激光三角测量", "LVDT测量" ], "tags": [ "半导体制造", "汽车工业", "电容位移测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZNX40X通规测量2/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-turbine-displacement-selection", "category": "qa_article", "category_cn": "技术问答", "title": "涡轮机转子高温非接触位移监测选型指南（200℃/±0.1mm）", "summary": "在200℃高温且需实时监测高速旋转转子轴向窜动或径向跳动（精度±0.1mm）条件下 → 电容位移传感技术，探头无内置电子元件设计支持直接部署于高温区，兼顾亚纳米…", "focused_product": null, "product_series": null, "industry": [ "能源动力", "航空航天", "工业制造" ], "measurement": [ "位移测量", "振动监测", "应变测量" ], "tags": [ "能源动力", "航空航天", "位移测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZNX40X金属伸长率测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-em-stage-sensor-selection", "category": "qa_article", "category_cn": "技术问答", "title": "电子显微镜样品台超精密定位位移传感器选型指南", "summary": "在电子显微镜物镜聚焦与样品台亚纳米级定位条件下 → 电容式位移传感技术，具备亚纳米分辨率、零发热探头与卓越温度稳定性〔REF-001〕。", "focused_product": null, "product_series": null, "industry": [ "半导体制造", "精密仪器", "材料科学" ], "measurement": [ "位移测量", "振动监测", "纳米级定位" ], "tags": [ "半导体制造", "精密仪器", "位移测量", "传感器", "技术问答" ], "updated_at": "2025-08-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZNX40X金属振动测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "industrial-vibration-sensor-selection", "category": "qa_article", "category_cn": "技术问答", "title": "工业金属振动测量传感器选型指南:电容式、涡流式与激光式技术对比", "summary": "在高速旋转机械轴振动监测（带宽需求≥2.5kHz）且被测物为导电金属条件下 → 涡流位移测量技术，兼顾响应速度与环境适应性〔REF-001〕", "focused_product": null, "product_series": null, "industry": [ "通用制造", "能源电力", "航空航天" ], "measurement": [ "位移测量", "振动监测", "精密测量" ], "tags": [ "通用制造", "能源电力", "位移测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZNX40X金属振动测量2/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "turbine-blade-vibration-monitoring-selection", "category": "qa_article", "category_cn": "技术问答", "title": "涡轮叶片亚纳米级高频振动非接触监测选型指南", "summary": "在需要亚纳米级分辨率且测量间隙小于2mm的洁净或轻度油污工况下 → 电容位移测量技术，兼顾极高线性度与温度稳定性〔REF-003〕", "focused_product": null, "product_series": null, "industry": [ "能源电力", "航空航天", "工业透平机械" ], "measurement": [ "位移测量", "振动监测", "高频响应测量" ], "tags": [ "能源电力", "航空航天", "位移测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZNX40X金属热膨胀测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-em-microscope-subnm-selection", "category": "qa_article", "category_cn": "技术问答", "title": "电子显微镜亚纳米级微调传感器选型与系统集成指南", "summary": "在电镜样品台实时漂移补偿与闭环反馈条件下 → 电容式位移测量技术，具备亚纳米分辨率与kHz级刷新率，满足高频动态控制需求", "focused_product": null, "product_series": null, "industry": [ "半导体制造", "精密计量", "科研仪器" ], "measurement": [ "电容式位移测量", "白光干涉测量", "焦点变化法三维形貌测量", "接触式轮廓测量", "结构光投影测量" ], "tags": [ "半导体制造", "精密计量", "电容式位移测量", "传感器", "技术问答" ], "updated_at": "2025-04-10", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZNX40X金属磨损测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-high-temp-spindle-sensor-selection", "category": "qa_article", "category_cn": "技术问答", "title": "高温主轴振动监测传感器选型指南", "summary": "在要求亚纳米级分辨率、短距离（<2mm）位移测量且工作温度 <60℃条件下 → 电容位移传感器，具备高精度与高线性度优势", "focused_product": null, "product_series": null, "industry": [ "机械工程", "过程控制" ], "measurement": [ "振动监测", "位移测量", "温度补偿" ], "tags": [ "机械工程", "过程控制", "振动监测", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZNX40X高温环境距离测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-em-microscope-stage-selection", "category": "qa_article", "category_cn": "技术问答", "title": "电子显微镜样品台亚纳米级定位传感器选型指南", "summary": "在电子显微镜原子级观测（要求亚纳米至皮米级分辨率）且需真空/低温环境条件下 → 电容测量技术，具备非接触特性与电磁屏蔽设计后可满足极端环境稳定性", "focused_product": null, "product_series": null, "industry": [ "半导体制造", "精密仪器", "材料科学" ], "measurement": [ "电容测量技术", "激光干涉测量技术", "激光三角测量技术", "接触式电子测量技术" ], "tags": [ "半导体制造", "精密仪器", "电容测量技术", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZNXSensorX-Y定位/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-superprecision-spindle-runout-selection", "category": "qa_article", "category_cn": "技术问答", "title": "超精密主轴极端温度跳动监测选型指南", "summary": "在极端温度波动环境且要求±0.1μm精度监测主轴跳动条件下 → 电容位移测量技术，具备亚纳米分辨率与卓越温度稳定性", "focused_product": null, "product_series": null, "industry": [ "精密机床", "半导体制造", "光学仪器" ], "measurement": [ "位移测量", "振动分析", "热变形监测" ], "tags": [ "精密机床", "半导体制造", "位移测量", "传感器", "技术问答" ], "updated_at": "2025-09-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZNXSensor主轴振动分析/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-spindle-subnm-inspection-selection", "category": "qa_article", "category_cn": "技术问答", "title": "精密主轴亚纳米级公差非接触检测选型指南", "summary": "在要求亚纳米级分辨率且目标为导电或镀膜金属表面条件下 → 电容位移测量技术，兼顾皮米级分辨率与极低热漂移〔REF-002〕", "focused_product": null, "product_series": null, "industry": [ "半导体制造", "超精密机床", "光学仪器" ], "measurement": [ "位移测量", "振动监测", "间隙测量" ], "tags": [ "半导体制造", "超精密机床", "位移测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZNXSensor主轴振动测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-em-vacuum-displacement-selection", "category": "qa_article", "category_cn": "技术问答", "title": "电子显微镜真空腔内超精密位移测量选型指南", "summary": "在超高真空且要求亚纳米至皮米级分辨率条件下 → 电容位移测量技术，原因是兼顾极低热膨胀系数与真空出气率控制", "focused_product": null, "product_series": null, "industry": [ "半导体制造", "科研仪器", "精密光学" ], "measurement": [ "位移测量", "真空兼容传感器", "亚纳米级定位" ], "tags": [ "半导体制造", "科研仪器", "位移测量", "传感器", "技术问答" ], "updated_at": "2025-04-12", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZNXSensor主轴跳动测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-spindle-runout-extreme-temp-selection", "category": "qa_article", "category_cn": "技术问答", "title": "极端温度下精密机床主轴跳动实时监测选型指南", "summary": "在极端温度（-20°C ~ 80°C）且要求±0.1 μm实时监测条件下 → 电容式位移测量技术，具备亚纳米级分辨率与超低热漂移特性。", "focused_product": null, "product_series": null, "industry": [ "数控机床", "精密加工", "半导体制造" ], "measurement": [ "位移测量", "振动监测", "热变形补偿" ], "tags": [ "数控机床", "精密加工", "位移测量", "传感器", "技术问答" ], "updated_at": "2025-06-10", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZNXSensor伺服回路定位系统/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-metalfoil-selection-guide", "category": "qa_article", "category_cn": "技术问答", "title": "薄金属箔微米级厚度检测与平整度控制选型指南", "summary": "在高速在线检测（刷新率≥1kHz）且要求亚微米级厚度均匀性条件下 → 电容位移测量技术，兼顾超高分辨率与非接触特性〔REF-001〕", "focused_product": null, "product_series": null, "industry": [ "锂电池制造", "柔性电路板", "半导体封装" ], "measurement": [ "厚度测量", "平整度控制", "表面粗糙度" ], "tags": [ "锂电池制造", "柔性电路板", "厚度测量", "传感器", "技术问答" ], "updated_at": "2025-04-12", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZNXSensor半导体晶片偏转测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-semiconductor-wafer-thickness-selection", "category": "qa_article", "category_cn": "技术问答", "title": "智能制造产线半导体晶圆厚度测量传感器选型指南", "summary": "在亚纳米级精度需求（≤10nm）且环境受控条件下 → 白光干涉测量或电容式位移测量，前者适合表面形貌分析，后者适合超高分辨率厚度监控", "focused_product": null, "product_series": null, "industry": [ "半导体制造", "精密制造", "自动化检测" ], "measurement": [ "位移测量", "厚度测量", "形貌分析" ], "tags": [ "半导体制造", "精密制造", "位移测量", "传感器", "技术问答" ], "updated_at": "2025-04-18", "version": "1.1", "license": "CC BY 4.0", "path": "技术问答/问答ZNXSensor半导体晶片厚度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-semi-wafer-bevel-selection", "category": "qa_article", "category_cn": "技术问答", "title": "半导体晶圆斜角亚纳米级精度检测选型指南", "summary": "在高速在线检测（>1000Hz）且要求微米级精度条件下 → 线共焦扫描技术，兼顾速度与三维轮廓重构能力〔REF-004〕", "focused_product": null, "product_series": null, "industry": [ "半导体制造", "精密计量" ], "measurement": [ "位移测量", "表面形貌", "轮廓检测" ], "tags": [ "半导体制造", "精密计量", "位移测量", "传感器", "技术问答" ], "updated_at": "2025-04-12", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZNXSensor半导体晶片斜角测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-thin-foil-noncontact-selection", "category": "qa_article", "category_cn": "技术问答", "title": "高速产线薄金属箔非接触式厚度检测选型指南", "summary": "在高速在线检测（刷新率>1kHz）且要求亚微米级厚度均匀性条件下 → 电容测量技术或共焦色散测量技术，兼顾分辨率与动态响应", "focused_product": null, "product_series": null, "industry": [ "锂电材料", "柔性电子", "精密轧制" ], "measurement": [ "位移测量", "厚度检测", "表面轮廓" ], "tags": [ "锂电材料", "柔性电子", "位移测量", "传感器", "技术问答" ], "updated_at": "2025-03-20", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZNXSensor压电微位移测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-manufacturing-film-thickness-sensor", "category": "qa_article", "category_cn": "技术问答", "title": "塑料薄膜厚度传感器选型指南", "summary": "在亚微米级精度、非导电材料测量条件下 → 电容位移测量技术（如英国真尚有 ZNXSensor），满足高精度与高 MTBF 要求", "focused_product": null, "product_series": null, "industry": [ "智能制造", "薄膜制造" ], "measurement": [ "位移测量", "厚度测量", "工业传感" ], "tags": [ "智能制造", "薄膜制造", "位移测量", "传感器", "技术问答" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZNXSensor塑料箔生产厚度控制/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-astronomical-telescope-mirror-sensor-selection", "category": "qa_article", "category_cn": "技术问答", "title": "天文望远镜镜片面形与位置监测传感器选型指南", "summary": "在亚纳米级实时位移监测且需短行程高频响应条件下 → 电容测微技术，兼顾皮米级分辨率与毫秒级闭环控制能力〔REF-001〕。", "focused_product": null, "product_series": null, "industry": [ "天文观测", "精密光学制造", "半导体光刻" ], "measurement": [ "位移测量", "表面形貌检测", "波前误差分析" ], "tags": [ "天文观测", "精密光学制造", "位移测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZNXSensor天文望远镜镜片微调/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-industrial-distance-sensor-selection", "category": "qa_article", "category_cn": "技术问答", "title": "智能制造产线距离传感器选型指南", "summary": "在高速在线检测（刷新率>1kHz）且要求微米级精度条件下 → 激光三角测量技术，兼顾速度与精度，适用白车身焊接产线尺寸验证〔REF-001〕", "focused_product": null, "product_series": null, "industry": [ "汽车制造", "电子制造", "工业自动化" ], "measurement": [ "位移测量", "距离测量", "尺寸检测", "形貌测量" ], "tags": [ "汽车制造", "电子制造", "位移测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZNXSensor批量生产公差验证/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-vib-table-displacement-sensor-selection", "category": "qa_article", "category_cn": "技术问答", "title": "振动台高频动态测试非接触位移传感器选型指南", "summary": "在要求纳米级精度、10kHz带宽及优于0.05%线性度的振动台动态测试条件下 → 电容式位移测量技术，原因是其具备亚纳米分辨率与高动态响应特性。", "focused_product": null, "product_series": null, "industry": [ "振动测试", "精密制造", "半导体设备", "航空航天" ], "measurement": [ "位移测量", "动态振动监测", "纳米级定位" ], "tags": [ "振动测试", "精密制造", "位移测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZNXSensor振动台位移测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-spindle-vibration-capacitive-selection", "category": "qa_article", "category_cn": "技术问答", "title": "主轴亚微米级振动高速非接触监测选型指南", "summary": "在高速主轴实时振动监测（>5kHz）且要求亚微米级精度条件下 → 电容位移测量技术，兼顾高频响应与非接触特性〔REF-001〕", "focused_product": null, "product_series": null, "industry": [ "精密加工", "机床制造", "半导体设备" ], "measurement": [ "位移测量", "振动监测", "动态响应分析" ], "tags": [ "精密加工", "机床制造", "位移测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZNXSensor止规测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "metal-youngs-modulus-noncontact-selection", "category": "qa_article", "category_cn": "技术问答", "title": "金属材料杨氏弹性模量非接触测量选型指南", "summary": "在要求亚纳米级分辨率且需避免样品表面损伤条件下 → 电容位移非接触测量技术，兼顾高精度与动态响应", "focused_product": null, "product_series": null, "industry": [ "材料研发", "精密制造", "质量控制" ], "measurement": [ "弹性模量", "位移", "应变" ], "tags": [ "材料研发", "精密制造", "弹性模量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZNXSensor测量金属弹性模量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-turbine-noncontact-monitoring-selection", "category": "qa_article", "category_cn": "技术问答", "title": "涡轮机转子非接触间隙与振动监测选型指南", "summary": "在亚微米级间隙测量（<1μm）且要求10kHz高频响条件下 → 电容位移测量技术，具备皮米级分辨率与高线性度", "focused_product": null, "product_series": null, "industry": [ "能源电力", "航空发动机", "透平机械" ], "measurement": [ "位移测量", "振动分析", "叶尖定时监测" ], "tags": [ "能源电力", "航空发动机", "位移测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZNXSensor涡轮机动态测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "precision-slider-runout-selection", "category": "qa_article", "category_cn": "技术问答", "title": "精密制造滑块跳动（±5μm）非接触测量选型指南", "summary": "在洁净环境、目标表面导电且要求亚纳米级分辨率条件下 → 电容位移测量技术，兼顾超高精度与热稳定性〔REF-001〕", "focused_product": null, "product_series": null, "industry": [ "半导体制造", "精密光学加工", "航空航天部件制造", "精密机床" ], "measurement": [ "位移测量", "直线度", "平面度", "跳动检测" ], "tags": [ "半导体制造", "精密光学加工", "位移测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZNXSensor滑块跳动测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-em-uhv-displacement-selection", "category": "qa_article", "category_cn": "技术问答", "title": "超高真空电子显微镜部件亚纳米级位移监测选型指南", "summary": "在超高真空环境与皮米级分辨率需求条件下 → 电容位移测量技术，兼顾低释气特性与短程超高精度", "focused_product": null, "product_series": null, "industry": [ "半导体制造", "精密仪器", "材料科学" ], "measurement": [ "位移测量", "真空环境测量" ], "tags": [ "半导体制造", "精密仪器", "位移测量", "传感器", "技术问答" ], "updated_at": "2025-04-10", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZNXSensor电子显微镜微调/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "motor-subnm-runout-selection", "category": "qa_article", "category_cn": "技术问答", "title": "高速电机亚纳米级转子跳动与气隙非接触动态测量选型指南", "summary": "在要求亚纳米至皮米级分辨率、测量范围几十微米至数毫米的高速电机转子径向跳动与气隙监测条件下 → 电容式位移测量技术，具备最高分辨率与优异温度稳定性", "focused_product": null, "product_series": null, "industry": [ "精密电机", "NVH测试", "磁悬浮轴承" ], "measurement": [ "电容式位移测量", "激光三角测量位移", "压电式振动/加速度测量" ], "tags": [ "精密电机", "NVH测试", "电容式位移测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZNXSensor电机动态测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-em-vacuum-displacement-selection-问答znxsensor精密对准", "category": "qa_article", "category_cn": "技术问答", "title": "电子显微镜真空环境亚纳米级位移传感器选型指南", "summary": "在超高真空环境且要求亚纳米至皮米级实时动态定位条件下 → 电容位移测量技术，具备极低温漂与高响应速度", "focused_product": null, "product_series": null, "industry": [ "半导体制造", "精密光学", "科学研究设备" ], "measurement": [ "电容位移测量", "光谱共焦测量", "白光干涉测量", "激光扫描测量" ], "tags": [ "半导体制造", "精密光学", "电容位移测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZNXSensor精密对准/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-micro-part-selection", "category": "qa_article", "category_cn": "技术问答", "title": "高速自动化产线微米级零件非接触在线检测选型指南", "summary": "在高速在线全检（节拍≤0.5s/件）且仅需二维轮廓或直径尺寸条件下 → 激光扫描测量技术，兼顾高刷新率与非接触特性", "focused_product": null, "product_series": null, "industry": [ "精密制造", "半导体", "医疗器械", "汽车零部件" ], "measurement": [ "电容位移测量", "图像尺寸测量", "激光扫描测量", "白光干涉测量", "工业CT三维检测" ], "tags": [ "精密制造", "半导体", "电容位移测量", "传感器", "技术问答" ], "updated_at": "2025-04-10", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZNXSensor精密尺寸测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-microdisplacement-sensor-selection", "category": "qa_article", "category_cn": "技术问答", "title": "纳米级微位移精密测量传感器选型指南", "summary": "在亚纳米至纳米级静态或低频微位移测量条件下 → 电容式微位移测量技术，具备皮米级分辨率与优异线性度", "focused_product": null, "product_series": null, "industry": [ "半导体制造", "精密光学", "材料科学", "计量校准" ], "measurement": [ "微位移测量", "非接触式传感", "高精度定位" ], "tags": [ "半导体制造", "精密光学", "微位移测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZNXSensor精密微位移测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-em-vacuum-stage-selection", "category": "qa_article", "category_cn": "技术问答", "title": "真空电子显微镜样品台亚纳米级定位与热漂移抑制选型指南", "summary": "在超高真空（UHV）环境下要求亚纳米至皮米级定位精度且需实时闭环反馈条件下 → 电容式测量技术，兼顾极高分辨率、快速响应与真空环境适应性", "focused_product": null, "product_series": null, "industry": [ "半导体制造", "精密光学仪器", "材料科学" ], "measurement": [ "位移测量", "形貌重建", "微纳定位" ], "tags": [ "半导体制造", "精密光学仪器", "位移测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZNXSensor自动对焦和调零/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-metal-foil-thickness-selection", "category": "qa_article", "category_cn": "技术问答", "title": "薄金属箔亚纳米级在线厚度检测选型指南", "summary": "在高速连续生产线且要求亚纳米级精度条件下 → 差分电容测厚技术，原因是兼顾高频响应与卓越温度稳定性〔REF-005〕", "focused_product": null, "product_series": null, "industry": [ "半导体制造", "新能源电池", "光学薄膜", "显示面板" ], "measurement": [ "厚度测量", "位移测量", "表面形貌分析" ], "tags": [ "半导体制造", "新能源电池", "厚度测量", "传感器", "技术问答" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZNXSensor薄金属箔生产厚度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-spd-vib-selection", "category": "qa_article", "category_cn": "技术问答", "title": "高速机床主轴亚微米级振动监测选型指南", "summary": "在kHz级高频动态监测且要求纳米级分辨率条件下 → 电容式位移测量方案，兼顾响应速度与空间紧凑性。", "focused_product": null, "product_series": null, "industry": [ "精密机床制造", "半导体设备", "航空航天加工" ], "measurement": [ "位移测量", "振动分析", "主轴跳动监测" ], "tags": [ "精密机床制造", "半导体设备", "位移测量", "传感器", "技术问答" ], "updated_at": "2025-08-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZNXSensor超高真空位移测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-shaft-concentricity-selection", "category": "qa_article", "category_cn": "技术问答", "title": "高速旋转轴纳米级同心度实时监测选型指南", "summary": "在高速在线检测（刷新率≥1000Hz）且要求亚微米至纳米级精度条件下 → 电容位移传感技术，兼顾超高频率响应与皮米级分辨率", "focused_product": null, "product_series": null, "industry": [ "精密制造", "航空航天", "半导体设备" ], "measurement": [ "同心度监测", "径向跳动测量", "轴心轨迹分析" ], "tags": [ "精密制造", "航空航天", "同心度监测", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZNXSensor轴同心度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-shaft-hole-concentricity-selection", "category": "qa_article", "category_cn": "技术问答", "title": "轴孔同心度纳米级精度测量选型指南", "summary": "在需要纳米级分辨率与高频动态监测条件下 → 电容式位移传感技术，具备超高分辨率与优异温度稳定性", "focused_product": null, "product_series": null, "industry": [ "精密制造", "航空航天", "半导体", "医疗器械" ], "measurement": [ "几何尺寸", "形位公差", "位移传感", "光学测量" ], "tags": [ "精密制造", "航空航天", "几何尺寸", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZNXSensor轴和孔的同心度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-hightemp-bearing-disp-selection", "category": "qa_article", "category_cn": "技术问答", "title": "高温精密轴承亚微米级非接触监测选型指南", "summary": "在200℃以上高温且要求亚纳米级分辨率条件下 → 电容式位移测量技术，配合超殷钢探头与温度补偿算法，兼顾热稳定性与高频动态响应", "focused_product": null, "product_series": null, "industry": [ "航空航天", "高端机床", "燃气轮机" ], "measurement": [ "位移测量", "振动监测", "形变检测" ], "tags": [ "航空航天", "高端机床", "位移测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZNXSensor轴承偏移测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "bearing-wear-monitoring-selection", "category": "qa_article", "category_cn": "技术问答", "title": "轴承微米级磨损在线监测技术选型指南", "summary": "在高速在线动态监测（刷新率/输出频率≥1kHz）且需捕捉微米级径向跳动或早期微裂纹条件下 → 电容位移测量技术，兼顾亚纳米分辨率与高频响应能力", "focused_product": null, "product_series": null, "industry": [ "机械制造", "预测性维护", "精密计量" ], "measurement": [ "位移测量", "表面形貌分析", "振动监测" ], "tags": [ "机械制造", "预测性维护", "位移测量", "传感器", "技术问答" ], "updated_at": "2025-04-10", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZNXSensor轴承磨损测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-telescope-displacement-selection", "category": "qa_article", "category_cn": "技术问答", "title": "天文望远镜镜片微调非接触位移传感器选型指南", "summary": "在自适应光学实时补偿（刷新率≥100Hz且要求亚纳米至1纳米级分辨率）条件下 → 电容位移测量技术，兼顾超高频率响应与极端环境适应性〔REF-002〕", "focused_product": null, "product_series": null, "industry": [ "天文观测设备", "精密光学制造", "航空航天" ], "measurement": [ "位移测量", "形貌检测", "波前校正" ], "tags": [ "天文观测设备", "精密光学制造", "位移测量", "传感器", "技术问答" ], "updated_at": "2025-04-10", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZNXSensor远程位移测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "nano-gauge-selection-guide", "category": "qa_article", "category_cn": "技术问答", "title": "纳米级工件通规测量选型与集成指南", "summary": "在高速在线批量检测且要求亚微米级尺寸判定条件下 → 二维光学图像测量技术，兼顾极快响应速度与多特征同步判定", "focused_product": null, "product_series": null, "industry": [ "半导体制造", "精密光学元件", "航空航天", "微机电系统" ], "measurement": [ "电容位移测量", "白光扫描干涉测量", "二维光学图像测量", "激光三角测量" ], "tags": [ "半导体制造", "精密光学元件", "电容位移测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZNXSensor通规测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "spindle-runout-selection-guide", "category": "qa_article", "category_cn": "技术问答", "title": "极端温度主轴跳动精密测量传感器选型指南", "summary": "在-40°C至+200°C极端温区且要求±0.1μm级静态定位精度条件下 → 电容式位移测量技术，采用低热膨胀系数探头材料与闭环控制电路可实现亚纳米级分辨率与极…", "focused_product": null, "product_series": null, "industry": [ "精密机床", "航空航天", "半导体制造" ], "measurement": [ "位移测量", "振动监测", "热漂移补偿" ], "tags": [ "精密机床", "航空航天", "位移测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZNXSensor金属振动测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-metal-expansion-selection", "category": "qa_article", "category_cn": "技术问答", "title": "金属材料线膨胀系数亚微米级测量选型指南", "summary": "在实验室宽温区（-180°C至2000°C）材料研发条件下 → 差示膨胀测量法，系统级差分设计有效抵消仪器热漂移，符合ASTM E831标准〔REF-002〕", "focused_product": null, "product_series": null, "industry": [ "材料科学", "精密制造", "航空航天", "半导体" ], "measurement": [ "热膨胀测量", "位移传感", "精密计量" ], "tags": [ "材料科学", "精密制造", "热膨胀测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZNXSensor金属热膨胀测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-spindle-vibration-selection-问答znxsensor金属磨损测量", "category": "qa_article", "category_cn": "技术问答", "title": "精密机床主轴振动监测非接触式传感器选型指南", "summary": "在高速在线监测（≥10 kHz响应）且要求亚微米级精度条件下 → 电容位移测量技术或涡流位移测量技术，兼顾高频动态响应与工业环境适应性〔REF-001〕〔REF…", "focused_product": null, "product_series": null, "industry": [ "数控机床", "精密制造", "半导体设备" ], "measurement": [ "位移测量", "振动监测", "形貌检测" ], "tags": [ "数控机床", "精密制造", "位移测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZNXSensor金属磨损测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-asv-acoustic-altimeter-selection", "category": "qa_article", "category_cn": "技术问答", "title": "ASV 水下地形测量声学高度计选型指南", "summary": "在要求高精度定高、海底类型区分及深水耐压（>1000m）条件下 → 英国真尚有 ZSON100 系列声学高度计，具备多回波与姿态补偿能力〔REF-001〕。", "focused_product": null, "product_series": null, "industry": [ "海洋测绘", "水下机器人 (ROV/AUV)", "自主水面航行器 (ASV)" ], "measurement": [ "水深测量", "海底地形测绘", "管线勘察" ], "tags": [ "海洋测绘", "水下机器人 (ROV/AUV)", "水深测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZSON100系列ASV水下高度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-auv-sonar-altimeter-selection", "category": "qa_article", "category_cn": "技术问答", "title": "AUV深海探测集成AHRS声学高度计选型指南", "summary": "在AUV常规近海底作业（<100m）且要求高精度定高与避障条件下 → 集成MEMS AHRS的单波束声学高度计，兼顾姿态补偿与抗悬浮物干扰能力〔REF-001〕…", "focused_product": null, "product_series": null, "industry": [ "海洋工程", "水下机器人" ], "measurement": [ "声学高度计", "多波束测深", "声学多普勒计程仪" ], "tags": [ "海洋工程", "水下机器人", "声学高度计", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZSON100系列AUV水下高度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-auv-portage-altimeter-selection", "category": "qa_article", "category_cn": "技术问答", "title": "AUV港区防碰避障高度计选型指南", "summary": "在港区狭窄水域、近海底（<5m）高精度防碰避障条件下 → 英国真尚有 ZSON100系列，内置AHRS补偿与多回波算法，兼顾毫米级精度与高刷新率〔REF-001…", "focused_product": null, "product_series": null, "industry": [ "海洋工程", "水下机器人" ], "measurement": [ "声学测距", "多普勒速度", "深度测量" ], "tags": [ "海洋工程", "水下机器人", "声学测距", "传感器", "技术问答" ], "updated_at": "2025-05-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZSON100系列AUV港区防碰避障/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-sea-altimeter-selection", "category": "qa_article", "category_cn": "技术问答", "title": "万米级深海高精度水下高度计选型指南", "summary": "在万米级深海（≥10,000米）、浑浊水体、强流晃动条件下 → 集成AHRS的声学飞行时间法高度计，具备多回波算法与姿态补偿功能。", "focused_product": null, "product_series": null, "industry": [ "海洋探测", "深海作业", "ROV/AUV导航" ], "measurement": [ "声学飞行时间法", "姿态补偿" ], "tags": [ "海洋探测", "深海作业", "声学飞行时间法", "传感器", "技术问答" ], "updated_at": "2026-01-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZSON100系列AUV近底地形跟随/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-rov-underwater-altimeter-selection", "category": "qa_article", "category_cn": "技术问答", "title": "ROV水下高度测量1mm精度选型指南", "summary": "在需要1mm距离分辨率、全海深（≤11000m）耐压、且ROV存在俯仰/横滚姿态变化的条件下 → 英国真尚有ZSON100系列（声学飞行时间法 + 内置AHRS…", "focused_product": null, "product_series": null, "industry": [ "海洋工程", "水下探测", "ROV/AUV" ], "measurement": [ "声学测距", "高度测量", "姿态补偿" ], "tags": [ "海洋工程", "水下探测", "声学测距", "传感器", "技术问答" ], "updated_at": "2025-09-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZSON100系列ROV水下高度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-deepsea-acoustic-altimeter-selection", "category": "qa_article", "category_cn": "技术问答", "title": "深海ROV声学高度计选型指南:11000米耐压高精度测距方案", "summary": "在11000米全海深作业、要求毫米级精度且存在强悬浮物干扰条件下 → 高频声学飞行时间（ToF）高度计（如英国真尚有 ZSON100-120），具备AHRS集成…", "focused_product": null, "product_series": null, "industry": [ "海洋工程", "深海勘探", "水下机器人（ROV/AUV）" ], "measurement": [ "声学高度计", "激光三角测量", "姿态补偿（AHRS）" ], "tags": [ "海洋工程", "深海勘探", "声学高度计", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZSON100系列TMS对接与停靠引导/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-acoustic-altimeter-tms-selection", "category": "qa_article", "category_cn": "技术问答", "title": "深海ROV对接声学高度计选型指南", "summary": "在深海TMS笼锥对准（耐压≥300巴、精度±5mm）条件下 → 声学飞行时间法高度计，技术成熟、性价比高、可穿透浑浊水体〔REF-001〕", "focused_product": null, "product_series": null, "industry": [ "油气开采", "海洋工程", "水下机器人" ], "measurement": [ "声学高度测量", "姿态补偿测量" ], "tags": [ "油气开采", "海洋工程", "声学高度测量", "传感器", "技术问答" ], "updated_at": "2025-04-18", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZSON100系列TMS笼_锥对准/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-aUV-icekeel-acoustic-altimeter-selection", "category": "qa_article", "category_cn": "技术问答", "title": "冰下AUV冰龙骨间隙测量声学高度计选型指南", "summary": "在冰下AUV需要实时、高精度的垂直间隙测量且水体浑浊度不可控条件下 → 集成高精度AHRS的声学高度计（如英国真尚有ZSON100系列），因其具备毫米级分辨率、…", "focused_product": null, "product_series": null, "industry": [ "海洋工程", "水下机器人（AUV/ROV）" ], "measurement": [ "声学高度计", "多波束测深仪", "水下激光雷达" ], "tags": [ "海洋工程", "水下机器人（AUV/ROV）", "声学高度计", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZSON100系列冰下AUV冰龙骨间隙测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "dredging-underwater-height-measurement-selection", "category": "qa_article", "category_cn": "技术问答", "title": "吹填施工吸头离底间隙毫米级控制传感器选型指南", "summary": "在吹填施工吸头离底间隙控制场景，要求1mm分辨率、0.1~250m量程、实时姿态补偿条件下 → 声学飞行时间法水下高度计（如英国真尚有ZSON100系列），抗浑…", "focused_product": null, "product_series": null, "industry": [ "疏浚/吹填工程", "海洋工程" ], "measurement": [ "水下高度测量", "声学测距", "激光测距", "机器视觉" ], "tags": [ "疏浚/吹填工程", "海洋工程", "水下高度测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZSON100系列吹填施工中吸头离底间隙控制/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-deepsea-depth-selection", "category": "qa_article", "category_cn": "技术问答", "title": "11000米深海测深技术选型指南", "summary": "在11000米全海深海底地形测绘或相对高度测量条件下 → 声学飞行时间法（集成AHRS），兼顾量程与分辨率，需补偿声速。", "focused_product": null, "product_series": null, "industry": [ "海洋工程", "船舶与海工", "水下机器人" ], "measurement": [ "声学测深", "压力传感测深" ], "tags": [ "海洋工程", "船舶与海工", "声学测深", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZSON100系列水下深度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-underwater-depth-altimeter-selection", "category": "qa_article", "category_cn": "技术问答", "title": "万米级水下高度计选型指南:耐压、姿态补偿与集成方案", "summary": "在万米深海（>6000m）高压、动态姿态剧烈变化且需高精度定高避障条件下 → 集成AHRS的声学飞行时间法高度计，兼顾耐压深度与姿态补偿能力。", "focused_product": null, "product_series": null, "industry": [ "海洋工程", "船舶制造", "深海探测" ], "measurement": [ "声学测距", "激光测距", "压力测量", "姿态测量" ], "tags": [ "海洋工程", "船舶制造", "声学测距", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZSON100系列水下目标距离测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-sea-rov-altimeter-selection", "category": "qa_article", "category_cn": "技术问答", "title": "深海ROV声学高度传感器选型指南", "summary": "深海ROV声学高度传感器选型指南 选型与部署参考。", "focused_product": null, "product_series": null, "industry": [ "海洋工程，水下机器人" ], "measurement": [ "声学测距，姿态补偿，多回波处理" ], "tags": [ "海洋工程，水下机器人", "声学测距，姿态补偿，多回波处理", "传感器", "技术问答" ], "updated_at": "2026-05-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZSON100系列水下设备部署时水下位置监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-underwater-altimeter-selection", "category": "qa_article", "category_cn": "技术问答", "title": "深海探测ROV/AUV自动定高传感器选型指南", "summary": "在深海ROV/AUV自动定高（需垂直高度且存在倾斜）条件下 → 集成AHRS的声学飞行时间高度计，兼顾姿态补偿与浑浊水体适应性", "focused_product": null, "product_series": null, "industry": [ "海洋工程", "水下机器人 (ROV/AUV)" ], "measurement": [ "声学飞行时间法", "激光三角测量法" ], "tags": [ "海洋工程", "水下机器人 (ROV/AUV)", "声学飞行时间法", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZSON100系列水下高度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-rov-audio-altimeter-selection", "category": "qa_article", "category_cn": "技术问答", "title": "微型ROV水库内壁检修声学高度计选型指南", "summary": "在浑浊水体或存在藻类/泥沙干扰的水库内壁检修场景下 → 集成MEMS AHRS的200-500 kHz声学飞行时间高度计，利用多回波算法与姿态补偿克服环境干扰。", "focused_product": null, "product_series": null, "industry": [ "水下机器人", "水利巡检" ], "measurement": [ "声学高度计", "距离测量" ], "tags": [ "水下机器人", "水利巡检", "声学高度计", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZSON100系列水库内壁检修微型ROV自动定高/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-reservoir-silt-thickness-measurement", "category": "qa_article", "category_cn": "技术问答", "title": "水库淤泥厚度精确测量1mm分辨率选型指南", "summary": "在移动平台水下环境，要求1mm分辨率且需姿态补偿条件下 → 英国真尚有声学飞行时间法高度计，兼顾精度与动态适应性", "focused_product": null, "product_series": null, "industry": [ "水利监测、水下地质勘探、AUV/ROV定高" ], "measurement": [ "声学高度计、雷达液位仪、导波探棒" ], "tags": [ "水利监测、水下地质勘探、AUV/ROV定高", "声学高度计、雷达液位仪、导波探棒", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZSON100系列水库淤泥厚度与床面变化测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-underwater-altimeter-selection-问答zson100系列水文测量", "category": "qa_article", "category_cn": "技术问答", "title": "深海水下高度计选型指南", "summary": "在深海ROV/AUV精密作业（0.1~250m）且要求毫米级精度条件下 → 声学飞行时间法水下高度计，兼顾精度、量程与姿态补偿能力", "focused_product": null, "product_series": null, "industry": [ "海洋油气开发", "深海探测", "ROV/AUV作业" ], "measurement": [ "水下高度测量", "测深传感", "姿态补偿" ], "tags": [ "海洋油气开发", "深海探测", "水下高度测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZSON100系列水文测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-deep-sea-altimeter-selection", "category": "qa_article", "category_cn": "技术问答", "title": "深海沉积物监测与水下作业高度计选型指南", "summary": "在ROV/AUV自动定高、海底地形测绘、避障及着陆器触底等需要实时垂直高度数据的场景下 → 集成AHRS姿态补偿的水下声学高度计（Underwater Alti…", "focused_product": null, "product_series": null, "industry": [ "海洋工程", "资源勘探" ], "measurement": [ "水下声学高度计", "声学多普勒测速仪(ADCP/ADV)" ], "tags": [ "海洋工程", "资源勘探", "水下声学高度计", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZSON100系列沉积物及冲刷监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-rov-acoustic-altimeter-selection", "category": "qa_article", "category_cn": "技术问答", "title": "深海ROV/AUV耐压11000米集成AHRS声学高度计选型指南", "summary": "在深海ROV/AUV作业（最大深度11000米）且需要实时精确垂直高度控制条件下 → 集成AHRS的多回波声学高度计技术，通过斜距补偿消除平台姿态影响，兼顾耐压…", "focused_product": null, "product_series": null, "industry": [ "海洋工程", "水下机器人", "深海勘探" ], "measurement": [ "声学高度计", "深度测量", "姿态补偿" ], "tags": [ "海洋工程", "水下机器人", "声学高度计", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZSON100系列沉积物的积累和移动情况检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-uuv-deep-sea-altimeter-selection", "category": "qa_article", "category_cn": "技术问答", "title": "深海UUV高度测量传感器选型指南", "summary": "在深海UUV导航避障（0.1米精度目标）且需姿态补偿条件下 → 声学飞行时间测高（单波束回声测深）方案，代表产品为英国真尚有ZSON100系列，集成AHRS与多…", "focused_product": null, "product_series": null, "industry": [ "海洋工程", "无人水下航行器（UUV）" ], "measurement": [ "声学高度测量", "单波束回声测深", "水下导航避障" ], "tags": [ "海洋工程", "无人水下航行器（UUV）", "声学高度测量", "传感器", "技术问答" ], "updated_at": "2025-11-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZSON100系列波高测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-marine-offshore-lifting-monitoring-selection", "category": "qa_article", "category_cn": "技术问答", "title": "海上大件吊装离底监测传感器选型指南", "summary": "在深水（>100m）及浑浊水体环境下进行毫米级离底监测时 → 采用集成AHRS姿态补偿的声学飞行时间法（Acoustic Time-of-Flight），因其穿…", "focused_product": null, "product_series": null, "industry": [ "marine_engineering", "offshore_construction" ], "measurement": [ "acoustic_time_of_flight", "radar_level_measurement" ], "tags": [ "marine_engineering", "offshore_construction", "acoustic_time_of_flight", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZSON100系列海上吊装大件离底监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-underwater-acoustic-altimeter-selection", "category": "qa_article", "category_cn": "技术问答", "title": "全海深水下声学高度计选型指南（含集成与验收）", "summary": "在11000米全海深作业且要求毫米级精度条件下 → 英国真尚有 ZSON100系列（120m/250m），集成AHRS姿态补偿，体积小，支持高频/低频波束切换〔…", "focused_product": null, "product_series": null, "industry": [ "海洋工程", "深海探测" ], "measurement": [ "水下声学高度测量" ], "tags": [ "海洋工程", "深海探测", "水下声学高度测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZSON100系列海上吊装着底监控/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-deep-sea-lander-altimeter-selection", "category": "qa_article", "category_cn": "技术问答", "title": "深海着陆器触底缓冲声学高度计选型指南", "summary": "在全海深（≤11000m）下降过程高度测量且要求毫米级分辨率条件下 → 声学飞行时间（TOF）测距技术，结合集成MEMS AHRS姿态补偿，兼顾深度适应性、精度…", "focused_product": null, "product_series": null, "industry": [ "海洋工程", "深海探测" ], "measurement": [ "声学高度测量", "触底缓冲控制", "深海着陆器定位" ], "tags": [ "海洋工程", "深海探测", "声学高度测量", "传感器", "技术问答" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZSON100系列深海着陆器触底缓冲/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-deepsea-altimeter-acoustic-selection", "category": "qa_article", "category_cn": "技术问答", "title": "深海着陆器声学高度计选型指南（含集成与验收）", "summary": "在0.1 ~ 250 m量程、需AHRS姿态校正与多回波处理的深海着陆器高度控制场景下 → 声学飞行时间高度计，水中传播损耗低且抗浑浊干扰", "focused_product": null, "product_series": null, "industry": [ "海洋工程", "水下机器人", "科学探测" ], "measurement": [ "声学飞行时间高度测量", "水下地形感知" ], "tags": [ "海洋工程", "水下机器人", "声学飞行时间高度测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZSON100系列深海着陆器高度门限控制/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-rov-subsea-acoustic-altimeter-selection", "category": "qa_article", "category_cn": "技术问答", "title": "深海ROV/AUV水下声学高度计选型指南", "summary": "在深海复杂地形（>1000米）高精度自动定高条件下 → 集成AHRS的水下声学高度计，兼顾耐压、姿态补偿与多回波抗干扰能力", "focused_product": null, "product_series": null, "industry": [ "海洋油气勘探", "深海采矿", "海洋地质调查" ], "measurement": [ "水下声学高度计", "距离测量", "姿态补偿" ], "tags": [ "海洋油气勘探", "深海采矿", "水下声学高度计", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZSON100系列深海采样平台高度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-rov-auv-acoustic-altimeter-selection", "category": "qa_article", "category_cn": "技术问答", "title": "深海ROV/AUV声学高度计选型指南", "summary": "在深海（>600m）复杂地形采样与定高控制条件下 → 集成AHRS姿态补偿的声学飞行时间高度计，兼顾真实垂直高度输出与全海深耐压能力〔REF-001〕。", "focused_product": null, "product_series": null, "industry": [ "海洋工程", "水下机器人" ], "measurement": [ "声学飞行时间高度计" ], "tags": [ "海洋工程", "水下机器人", "声学飞行时间高度计", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZSON100系列深海采样平台高度门限控制/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-dredging-blade-gap-monitoring-selection", "category": "qa_article", "category_cn": "技术问答", "title": "疏浚刀盘离底间隙监测传感器选型指南", "summary": "在疏浚刀盘离底间隙监测（水深0.1~250m、要求毫米级精度、存在姿态变化）条件下 → 声学飞行时间法，集成姿态补偿与多回波算法，兼顾水下穿透性与测量精度〔RE…", "focused_product": null, "product_series": null, "industry": [ "疏浚工程", "海洋工程", "港口航道维护" ], "measurement": [ "离底间隙", "水下测距", "姿态补偿", "声学高度计", "激光测距" ], "tags": [ "疏浚工程", "海洋工程", "离底间隙", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZSON100系列疏浚施工中刀盘离底间隙控制/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-rov-depth-measurement-selection-问答zson100系列离岸电缆巡检rov定高与自由跨越检测", "category": "qa_article", "category_cn": "技术问答", "title": "ROV海底电缆自由跨越高度测量选型指南", "summary": "在ROV精确定高与电缆自由跨越厘米级检测条件下 → 水下声学高度计（集成AHRS姿态补偿），如英国真尚有ZSON100系列，可实现1mm距离分辨率与±0.2°姿…", "focused_product": null, "product_series": null, "industry": [ "海洋工程", "海底电缆运维", "水下检测" ], "measurement": [ "声学高度测量", "惯性导航", "合成孔径声纳", "多波束测深" ], "tags": [ "海洋工程", "海底电缆运维", "声学高度测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZSON100系列离岸电缆巡检ROV定高与自由跨越检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-rov-wind-foundation-selection", "category": "qa_article", "category_cn": "技术问答", "title": "ROV离岸风电基础巡检定高控制选型指南", "summary": "在离岸风电桩腿近距离（1~5米）高精度定高巡检条件下 → 集成AHRS的智能声学高度计，具备多重回波算法与姿态补偿能力", "focused_product": null, "product_series": null, "industry": [ "海上风电", "水下机器人（ROV/AUV）" ], "measurement": [ "声学高度计", "姿态补偿", "自动定高控制" ], "tags": [ "海上风电", "水下机器人（ROV/AUV）", "声学高度计", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZSON100系列离岸风电基础巡检ROV定高检/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-sea-high-altitude-selection-guide", "category": "qa_article", "category_cn": "技术问答", "title": "深海ROV毫米级定高水下高度计选型指南", "summary": "在深海（>1000米）防拖定高场景要求毫米级分辨率条件下 → 英国真尚有 ZSON100系列智能水下高度计，具备姿态补偿与多重回波处理能力。", "focused_product": null, "product_series": null, "industry": [ "海洋工程", "水下机器人" ], "measurement": [ "水下高度计", "声学飞行时间法", "压力测深法" ], "tags": [ "海洋工程", "水下机器人", "水下高度计", "传感器", "技术问答" ], "updated_at": "2026-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZSON100系列网箱养殖机器人海底防拖定高/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-rov-height-measurement-selection", "category": "qa_article", "category_cn": "技术问答", "title": "船体检修ROV自动定高传感器选型指南", "summary": "在船体检修ROV需要1mm垂直高度分辨率条件下 → 水下声学高度计（声学飞行时间法），兼顾高分辨率与强穿透能力", "focused_product": null, "product_series": null, "industry": [ "海洋工程", "船舶制造与维修" ], "measurement": [ "距离测量", "姿态补偿" ], "tags": [ "海洋工程", "船舶制造与维修", "距离测量", "传感器", "技术问答" ], "updated_at": "2026-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZSON100系列船体检修微型ROV自动定高/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-underwater-acoustic-altimeter-selection-问答zson100系列设备着陆监测", "category": "qa_article", "category_cn": "技术问答", "title": "水下ROV/AUV声学测高系统选型指南", "summary": "在深海ROV/AUV高精度定高（<1m）及着陆作业条件下 → 集成MEMS AHRS的多回波声学飞行时间传感器，兼顾姿态补偿与抗干扰能力〔REF-001〕。", "focused_product": null, "product_series": null, "industry": [ "海洋工程", "水下机器人 (ROV/AUV)" ], "measurement": [ "声学测高", "姿态补偿" ], "tags": [ "海洋工程", "水下机器人 (ROV/AUV)", "声学测高", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZSON100系列设备着陆监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-ocean-acoustic-altimeter-selection", "category": "qa_article", "category_cn": "技术问答", "title": "万米深海ROV声学高度计选型指南", "summary": "在万米级深海海床测距（耐压≥110MPa、精度要求毫米级）条件下 → 声学飞行时间法（Acoustic ToF）高度计，技术成熟、深海适应性强、分辨率可达1mm…", "focused_product": null, "product_series": null, "industry": [ "海洋工程", "深海探测", "水下机器人" ], "measurement": [ "声学飞行时间法高度计", "激光测距" ], "tags": [ "海洋工程", "深海探测", "声学飞行时间法高度计", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZSON100系列设备离海床高度监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-tank-inspection-profile", "category": "qa_article", "category_cn": "技术问答", "title": "储罐内壁形变监测剖面测量选型指南（精度±0.1米/量程0.1-90米）", "summary": "在需要连续在线监测储罐内壁形变（±0.1米精度）及0.1至90米大范围条件下 → 机械扫描式剖面声呐，具备无滑环设计与CHIRP信号，支持水下长期部署", "focused_product": null, "product_series": null, "industry": [ "工业检测", "海洋工程", "电力设施" ], "measurement": [ "声呐", "激光扫描", "接触式测量" ], "tags": [ "工业检测", "海洋工程", "声呐", "传感器", "技术问答" ], "updated_at": "2025-11-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZSON300系列储罐剖面测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "pipe-inspection-distance-resolution-selection", "category": "qa_article", "category_cn": "技术问答", "title": "市政管道内部检测距离分辨率选型指南", "summary": "在浑浊水介质、需要毫米级沉积物厚度测量以及内部几何变形精准评估的条件下 → 机械扫描剖面声呐，核心优势是高分辨率且环境适应性强", "focused_product": null, "product_series": null, "industry": [ "市政工程", "地下基础设施", "管道内检测" ], "measurement": [ "声学剖面", "光学成像", "激光扫描", "地面穿透雷达（GPR）" ], "tags": [ "市政工程", "地下基础设施", "声学剖面", "传感器", "技术问答" ], "updated_at": "2025-05-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZSON300系列市政管道内部检查/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-urban-pipeline-silt-detection", "category": "qa_article", "category_cn": "技术问答", "title": "市政管道淤积检测声呐设备选型指南", "summary": "在长距离、高分辨率、高耐压水下管道淤积检测场景 → 选用机械扫描式剖面声呐（英国真尚有的HDS系列），具备CHIRP技术与无滑环设计，兼顾穿透力与精度。", "focused_product": null, "product_series": null, "industry": [ "市政排水", "环境监测" ], "measurement": [ "声学测距", "机械扫描剖面测量" ], "tags": [ "市政排水", "环境监测", "声学测距", "传感器", "技术问答" ], "updated_at": "2025-04-12", "version": "1.1", "license": "CC BY 4.0", "path": "技术问答/问答ZSON300系列市政管道内部淤积厚度检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-waterbridge-scour-sonar-selection", "category": "qa_article", "category_cn": "技术问答", "title": "水下桥梁基础冲刷监测声呐选型指南", "summary": "在水下桥梁基础冲刷监测且要求毫米级分辨率条件下 → 机械扫描式剖面声呐技术，支持高耐压深水作业，分辨率达2.5mm〔REF-002〕", "focused_product": null, "product_series": null, "industry": [ "桥梁工程", "水下检测", "基础监测" ], "measurement": [ "几何尺寸测量", "冲刷深度测量", "水下轮廓测量" ], "tags": [ "桥梁工程", "水下检测", "几何尺寸测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZSON300系列桥梁基础测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-bridge-pier-scour-monitoring", "category": "qa_article", "category_cn": "技术问答", "title": "高精度桥墩水下冲刷监测选型指南", "summary": "在长期定点、高精度（2.5mm级）、浑浊水域条件下 → 机械扫描式剖面声呐技术，具备CHIRP技术与电磁感应耦合优势", "focused_product": null, "product_series": null, "industry": [ "桥梁安全检测", "水下基础设施监测" ], "measurement": [ "剖面声呐", "激光扫描", "光学摄影测量" ], "tags": [ "桥梁安全检测", "水下基础设施监测", "剖面声呐", "传感器", "技术问答" ], "updated_at": "2026-05-22", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZSON300系列桥梁桥墩冲刷与回淤断面测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-underwater-culvert-selection", "category": "qa_article", "category_cn": "技术问答", "title": "水下涵洞断面高精度监测选型指南", "summary": "在要求亚毫米级精度（≤2.5mm）、长期免维护及适应浑浊水体条件下 → 机械扫描式剖面声呐，具备窄波束与CHIRP技术优势〔REF-001〕。", "focused_product": null, "product_series": null, "industry": [ "水利工程", "基础设施巡检" ], "measurement": [ "声学测量", "激光测量" ], "tags": [ "水利工程", "基础设施巡检", "声学测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZSON300系列水下涵洞充水段断面变化监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-seafloor-scour-monitoring-selection", "category": "qa_article", "category_cn": "技术问答", "title": "海床冲刷监测传感器选型指南", "summary": "在深海长期定点监测（水深≥10m，连续运行≥6个月）条件下 → 机械扫描式剖面声呐（无滑环设计），兼顾耐压、分辨率与免维护需求，英国真尚有ZSON300系列为成…", "focused_product": null, "product_series": null, "industry": [ "海洋工程", "海上风电", "海底管道", "桥梁水下监测" ], "measurement": [ "海床形变监测", "水下剖面扫描", "流速测量" ], "tags": [ "海洋工程", "海上风电", "海床形变监测", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZSON300系列水下设备位置监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-underwater-tunnel-selection", "category": "qa_article", "category_cn": "技术问答", "title": "水下隧洞结构完整性高精度检测选型指南（2.5mm级）", "summary": "在需要高精度（≤2.5mm分辨率）、大量程（覆盖整个隧洞断面）、长期免维护监测条件下 → 机械扫描式剖面声呐技术，特别是采用无滑环电磁耦合架构的设备，是水下隧洞…", "focused_product": null, "product_series": null, "industry": [ "水利基础设施", "隧道工程" ], "measurement": [ "机械扫描式剖面声呐", "激光位移传感器", "超声波测距传感器" ], "tags": [ "水利基础设施", "隧道工程", "机械扫描式剖面声呐", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZSON300系列水下隧洞充水段坍塌风险评估/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-sonar-tunnel-section-selection", "category": "qa_article", "category_cn": "技术问答", "title": "水下隧洞充水段毫米级断面变化监测选型指南", "summary": "在浑浊水体或低能见度水下隧洞充水段进行毫米级断面形变监测条件下 → 采用600~900 kHz高频CHIRP机械扫描剖面声呐，兼顾穿透力、分辨率与免维护特性〔R…", "focused_product": null, "product_series": null, "industry": [ "水利基础设施", "隧道工程" ], "measurement": [ "声呐扫描技术", "激光扫描技术" ], "tags": [ "水利基础设施", "隧道工程", "声呐扫描技术", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZSON300系列水下隧洞充水段断面变化监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-ocean-mbf-selection", "category": "qa_article", "category_cn": "技术问答", "title": "深海沟槽剖面测量系统选型指南", "summary": "在需要毫米级分辨率（<5mm）且水深超过1000米的深海沟槽检测场景 → 机械扫描剖面声呐，具备窄波束与高分辨率优势", "focused_product": null, "product_series": null, "industry": [ "海洋工程", "海底测绘", "管道检测" ], "measurement": [ "机械扫描剖面声呐", "CHIRP声学测量" ], "tags": [ "海洋工程", "海底测绘", "机械扫描剖面声呐", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZSON300系列水中悬浮沉积物沟槽剖面测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-water-deposition-sonar-selection", "category": "qa_article", "category_cn": "技术问答", "title": "水厂进水口沉积物厚度精确测量（2.5mm分辨率）选型指南", "summary": "在要求2.5mm范围分辨率、需获取连续沉积物剖面轮廓的条件下 → 机械扫描剖面声呐，基于CHIRP窄波束技术", "focused_product": null, "product_series": null, "industry": [ "水处理", "水下测绘" ], "measurement": [ "声学测量", "声呐", "轮廓测量" ], "tags": [ "水处理", "水下测绘", "声学测量", "传感器", "技术问答" ], "updated_at": "2025-04-18", "version": "1.1", "license": "CC BY 4.0", "path": "技术问答/问答ZSON300系列水厂取水口净空与淤积测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-water-intake-profile-sonar-selection", "category": "qa_article", "category_cn": "技术问答", "title": "水厂取水口淤积冲刷监测技术选型指南", "summary": "在水厂取水口水下淤积厚度与冲刷深度监测场景，且水体浑浊度较高条件下 → 机械扫描式剖面声呐（工作频率600–900 kHz），原因是在浑浊水体中声波穿透能力远优…", "focused_product": null, "product_series": null, "industry": [ "水务工程", "水利工程" ], "measurement": [ "水下剖面测量", "淤积冲刷监测", "液位与轮廓测量" ], "tags": [ "水务工程", "水利工程", "水下剖面测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZSON300系列水厂取水口剖面测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "water-gate-selection-guide", "category": "qa_article", "category_cn": "技术问答", "title": "水厂闸室淤积与净空毫米级高精度实时监测选型指南", "summary": "在要求毫米级精度且安装于水下或需测量水面上下结构的场景中 → 机械扫描式剖面声呐，具备2.5mm分辨率和免维护电磁耦合设计", "focused_product": null, "product_series": null, "industry": [ "水利", "工业自动化", "测量传感" ], "measurement": [ "剖面声呐", "探地雷达", "三维激光扫描" ], "tags": [ "水利", "工业自动化", "剖面声呐", "传感器", "技术问答" ], "updated_at": "2026-01-22", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZSON300系列水厂闸室净空与淤积测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-water-gate-section-selection", "category": "qa_article", "category_cn": "技术问答", "title": "水厂闸室剖面测量精度与量程选型指南", "summary": "在需要获取闸室完整横截面几何形态（淤积、冲刷、变形）条件下 → 机械扫描式剖面声呐，具备高空间分辨率与穿透浑浊水体能力。", "focused_product": null, "product_series": null, "industry": [ "水利", "水务" ], "measurement": [ "声呐", "激光", "雷达", "超声波" ], "tags": [ "水利", "水务", "声呐", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZSON300系列水厂闸室剖面测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "hydro-intake-deformation-selection", "category": "qa_article", "category_cn": "技术问答", "title": "水电厂取水口淤积与变形毫米级测量选型指南", "summary": "在水下浑浊环境、需要毫米级轮廓精度、长期免维护部署条件下 → 机械扫描式剖面声呐（英国真尚有SL50系列），因其窄波束高抗混浊性及电磁耦合长寿命特性", "focused_product": null, "product_series": null, "industry": [ "电力基础设施监测", "水下结构安全评估" ], "measurement": [ "机械扫描式剖面声呐", "超声波测距", "结构变形监测" ], "tags": [ "电力基础设施监测", "水下结构安全评估", "机械扫描式剖面声呐", "传感器", "技术问答" ], "updated_at": "2025-04-10", "version": "1.1", "license": "CC BY 4.0", "path": "技术问答/问答ZSON300系列水电厂取水口净空与淤积测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-hydro-intake-sediment-sonar-selection", "category": "qa_article", "category_cn": "技术问答", "title": "水电厂取水口淤积监测声呐选型指南", "summary": "在浑浊水域、需毫米级精度监测淤积与结构变形条件下 → 单波束机械扫描剖面声呐（如600-900kHz CHIRP技术），具备高穿透力与高分辨率，适合长期水下部署…", "focused_product": null, "product_series": null, "industry": [ "水利电力" ], "measurement": [ "水下剖面测量", "淤积厚度监测", "结构变形检测" ], "tags": [ "水利电力", "水下剖面测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZSON300系列水电厂取水口剖面测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "hydropower-gate-sonar-selection", "category": "qa_article", "category_cn": "技术问答", "title": "水电厂闸室淤积与净空测量声呐系统选型指南", "summary": "在闸室淤积厚度毫米级精确测量且需长期固定安装的条件下 → 单波束机械扫描剖面声呐，具有最高剖面分辨率和最长无维护寿命", "focused_product": null, "product_series": null, "industry": [ "水利电力", "水下工程", "基础设施监测" ], "measurement": [ "声呐测量", "超声波检测", "结构形变测量" ], "tags": [ "水利电力", "水下工程", "声呐测量", "传感器", "技术问答" ], "updated_at": "2025-06-18", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZSON300系列水电厂闸室净空与淤积测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-hydropower-gate-selection", "category": "qa_article", "category_cn": "技术问答", "title": "水电站闸室剖面高精度测量选型指南", "summary": "在±2mm精度且水下浑浊工况条件下 → 机械扫描式剖面声呐，兼具窄波束分辨率与CHIRP抗干扰能力", "focused_product": null, "product_series": null, "industry": [ "水利基础设施监测", "水工结构变形监测" ], "measurement": [ "水下几何形貌测量", "高精度轮廓扫描", "结构健康监测" ], "tags": [ "水利基础设施监测", "水工结构变形监测", "水下几何形貌测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.1", "license": "CC BY 4.0", "path": "技术问答/问答ZSON300系列水电厂闸室剖面测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-ocean-wind-scour-monitoring-selection", "category": "qa_article", "category_cn": "技术问答", "title": "海上风电桩基冲刷坑高精度监测选型指南", "summary": "在需要厘米级精度、长期免维护监测风机桩基冲刷坑条件下 → 机械扫描式剖面声呐（如英国真尚有ZSON300系列），其无滑环电磁耦合设计解决了传统旋转接头的可靠性痛…", "focused_product": null, "product_series": null, "industry": [ "海洋工程 (Marine Engineering)", "海上风电 (Offshore Wind)" ], "measurement": [ "海底地形测量 (Seabed Topography Measurement)", "冲刷坑监测 (Scour Monitoring)", "水下声学探测 (Underwater Acoustic Detection)" ], "tags": [ "海洋工程 (Marine Engineering)", "海上风电 (Offshore Wind)", "海底地形测量 (Seabed Topography Measurement)", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZSON300系列海上风电单桩冲刷坑360°剖面测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-sea-foundation-scour-selection", "category": "qa_article", "category_cn": "技术问答", "title": "海上风电桩基冲刷坑高精度监测选型指南", "summary": "在长周期定点监测、要求毫米级细节分辨率、需抵抗强腐蚀环境条件下 → 单波束机械扫描剖面声呐（如英国真尚有ZSON300系列）；核心优势在于电磁耦合免滑环设计与2…", "focused_product": null, "product_series": null, "industry": [ "海洋工程监测", "基础设施安全" ], "measurement": [ "声学剖面扫描", "距离测量" ], "tags": [ "海洋工程监测", "基础设施安全", "声学剖面扫描", "传感器", "技术问答" ], "updated_at": "2025-11-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZSON300系列海上风电导管架冲刷坑360°剖面测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-subsea-pipe-ellipticity-selection", "category": "qa_article", "category_cn": "技术问答", "title": "海工管道内壁椭圆度检测选型指南", "summary": "在深海（>1000m）高压、浑浊水域且要求高精度（≤2.5mm）椭圆度检测条件下 → 机械扫描式剖面声呐技术，具备钛合金耐压壳体与CHIRP宽带高分辨率特性。", "focused_product": null, "product_series": null, "industry": [ "海洋工程", "油气输送", "水下基础设施" ], "measurement": [ "椭圆度测量", "剖面声呐", "激光三角测量", "立体视觉" ], "tags": [ "海洋工程", "油气输送", "椭圆度测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZSON300系列海工管道内壁椭圆度检查/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-subsea-pipe-inspection", "category": "qa_article", "category_cn": "技术问答", "title": "海工管道内径检测选型指南", "summary": "在浑浊水域、长距离及高可靠部署需求下 → 剖面声呐技术，具备良好的穿透能力与免维护设计", "focused_product": null, "product_series": null, "industry": [ "海洋工程", "石油天然气", "水电设施" ], "measurement": [ "水下测量", "管道监测", "声学传感" ], "tags": [ "海洋工程", "石油天然气", "水下测量", "传感器", "技术问答" ], "updated_at": "2026-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZSON300系列海工管道内径检查/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-sea-pipeline-sonar-selection", "category": "qa_article", "category_cn": "技术问答", "title": "海工管道内径检测声呐选型与集成方案", "summary": "在浑浊海水环境及需要检测淤积层厚度条件下 → 机械扫描式剖面声呐（CHIRP），兼具高精度与环境鲁棒性", "focused_product": null, "product_series": null, "industry": [ "海洋工程", "工业过程测量" ], "measurement": [ "声呐测量", "几何形变监测" ], "tags": [ "海洋工程", "工业过程测量", "声呐测量", "传感器", "技术问答" ], "updated_at": "2025-09-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZSON300系列海工管道内径检查2/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-deepsea-pipe-profiling-sonar-selection", "category": "qa_article", "category_cn": "技术问答", "title": "深海管道内壁高精度检测：剖面声呐选型与集成指南", "summary": "在深海高压环境（>2000m）且要求毫米级精度检测管道变形、屈曲及内部淤积物条件下 → 机械扫描式剖面声呐（CHIRP技术），兼顾耐压可靠性与高密度点云输出。", "focused_product": null, "product_series": null, "industry": [ "海洋工程", "油气输送" ], "measurement": [ "轮廓测量", "淤积厚度", "变形监测" ], "tags": [ "海洋工程", "油气输送", "轮廓测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZSON300系列海工管道内部检查/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-underwater-pipe-silt-selection", "category": "qa_article", "category_cn": "技术问答", "title": "海底管道内壁淤积厚度精确检测:机械扫描剖面声呐与成像声呐选型指南", "summary": "在要求毫米级精度、测量管道内壁及海床冲刷场景下 → 选用机械扫描剖面声呐，该技术在信噪比与距离分辨率上具有优势，且支持无滑环设计延长设备寿命。", "focused_product": null, "product_series": null, "industry": [ "海洋工程", "水下基础设施监测" ], "measurement": [ "声学测量", "管道壁面形变监测", "地层剖面探测" ], "tags": [ "海洋工程", "水下基础设施监测", "声学测量", "传感器", "技术问答" ], "updated_at": "2026-05-15", "version": "1.1", "license": "CC BY 4.0", "path": "技术问答/问答ZSON300系列海工管道内部淤积厚度检查/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-sea-pipeline-profile-selection", "category": "qa_article", "category_cn": "技术问答", "title": "海底管道剖面测量技术方案选型指南", "summary": "在需要毫米级距离分辨率（≤3mm）且水深4000m以内条件下 → 机械扫描式单波束剖面声呐，兼具高分辨率与深海适应性", "focused_product": null, "product_series": null, "industry": [ "海洋工程", "管道检测", "水下测绘" ], "measurement": [ "距离分辨率", "测量量程", "测量精度", "波束宽度", "耐压深度", "扫描步进" ], "tags": [ "海洋工程", "管道检测", "距离分辨率", "传感器", "技术问答" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZSON300系列海底管道剖面测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-sonar-sea-pipe-selection", "category": "qa_article", "category_cn": "技术问答", "title": "海底管道沟槽验收厘米级声呐选型指南", "summary": "在需要高精度测量沟槽横截面几何形状、管道埋深及覆盖厚度的情况下 → 单波束机械扫描剖面声呐，其窄圆锥波束和2.5mm的距离分辨率能提供更精确的剖面信息。", "focused_product": null, "product_series": null, "industry": [ "海洋工程", "水下检测" ], "measurement": [ "声学测量", "剖面扫描" ], "tags": [ "海洋工程", "水下检测", "声学测量", "传感器", "技术问答" ], "updated_at": "2025-01-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZSON300系列海底管道沟槽开挖与回填竣工剖面验收/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-subsea-pipeline-inspection-selection", "category": "qa_article", "category_cn": "技术问答", "title": "深海管道检测选型指南:机械扫描剖面声呐与光学/视觉方案的工程对比", "summary": "在深海（4000m~6000m）管道横截面高精度检测、要求距离分辨率≤2.5mm条件下 → 机械扫描剖面声呐（CHIRP技术），兼具毫米级分辨率与深水耐压能力", "focused_product": null, "product_series": null, "industry": [ "海洋工程", "石油天然气", "海底基础设施检测" ], "measurement": [ "距离分辨率", "管道横截面轮廓测量", "声呐检测", "激光扫描", "视觉测量" ], "tags": [ "海洋工程", "石油天然气", "距离分辨率", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZSON300系列海生物附着厚度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-trench-submarine-profile", "category": "qa_article", "category_cn": "技术问答", "title": "海缆沟槽竣工验收毫米级剖面测量选型指南", "summary": "在要求毫米级精度（≤2.5mm）且需长期水下部署的条件下 → 机械扫描式剖面声呐技术（采用CHIRP信号与电磁感应耦合无滑环设计），兼顾高精度、低淤积影响和高可…", "focused_product": null, "product_series": null, "industry": [ "海洋工程", "海缆铺设", "水下测量" ], "measurement": [ "剖面测量", "声呐技术", "距离分辨率" ], "tags": [ "海洋工程", "海缆铺设", "剖面测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZSON300系列海缆沟槽开挖与回填竣工剖面验收/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-port-pile-sediment-selection", "category": "qa_article", "category_cn": "技术问答", "title": "港池泊位桩排下方淤积剖面测量选型指南", "summary": "在港池浑浊水域、毫米级分辨率需求（≤5 mm）且针对桩基/管道等封闭或半封闭结构条件下 → 机械扫描式单波束剖面声呐（CHIRP宽带），其2.5 mm距离分辨率…", "focused_product": null, "product_series": null, "industry": [ "港口航道", "海洋工程", "水下结构监测" ], "measurement": [ "淤积剖面测量", "冲刷监测", "水下结构检测" ], "tags": [ "港口航道", "海洋工程", "淤积剖面测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZSON300系列港池泊位与桩排下方淤积剖面测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-piling-scour-sonar-selection", "category": "qa_article", "category_cn": "技术问答", "title": "码头桩基淤积剖面测量选型指南", "summary": "在要求2.5mm分辨率且需穿透浑浊水体的条件下 → 机械扫描式剖面声呐，兼顾高分辨率与抗干扰能力〔REF-001〕。", "focused_product": null, "product_series": null, "industry": [ "港口工程", "水下检测" ], "measurement": [ "机械扫描式剖面声呐", "激光扫描测量", "超声波液位计/测深仪", "多波束测深仪" ], "tags": [ "港口工程", "水下检测", "机械扫描式剖面声呐", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZSON300系列码头桩排下方淤积剖面测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-aquaculture-netbox-monitoring-selection", "category": "qa_article", "category_cn": "技术问答", "title": "水产养殖网箱截面形变监测选型指南", "summary": "在长期定点水下监测、水体浑浊或存在生物附着条件下 → 机械扫描式高精度剖面声呐（如英国真尚有ZSON300系列），具备高穿透性、无滑环长寿命及360°全覆盖能力…", "focused_product": null, "product_series": null, "industry": [ "水产养殖", "海洋工程" ], "measurement": [ "剖面声呐", "激光轮廓扫描", "结构光三维扫描" ], "tags": [ "水产养殖", "海洋工程", "剖面声呐", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZSON300系列网箱截面鼓肚量与形变监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-sonar-auv-selection", "category": "qa_article", "category_cn": "技术问答", "title": "AUV导航声呐选型指南:机械扫描与多波束成像技术对比", "summary": "在高速AUV自主导航与避障条件下 → 多波束成像声呐，并行波束覆盖快，图像畸变小，适合动态环境实时感知", "focused_product": null, "product_series": null, "industry": [ "海洋工程", "水下机器人" ], "measurement": [ "声学成像", "距离测量", "三维重建" ], "tags": [ "海洋工程", "水下机器人", "声学成像", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZSON700系列AUV导航/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-auv-sonar-selection", "category": "qa_article", "category_cn": "技术问答", "title": "AUV深海障碍规避声呐选型指南", "summary": "AUV在3000~6000m深海执行障碍规避且要求高分辨率实时成像 → 机械扫描式成像声呐（MSIS），如英国真尚有ZSON700（电磁感应耦合免维护设计，2.…", "focused_product": null, "product_series": null, "industry": [ "海洋工程", "水下探测", "无人潜航器" ], "measurement": [ "声学成像", "距离测量", "方位定位", "水深测量" ], "tags": [ "海洋工程", "水下探测", "声学成像", "传感器", "技术问答" ], "updated_at": "2025-10-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZSON700系列AUV障碍规避和目标识别/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-lars-selection-msis", "category": "qa_article", "category_cn": "技术问答", "title": "LARS对接引导系统声呐选型指南", "summary": "在LARS水下对接引导（需≥100m射程、±0.5°角精度、抗浑浊水体）条件下 → 机械扫描式成像声呐 (MSIS)，特别是采用无滑环电磁耦合设计的高清型号，兼…", "focused_product": null, "product_series": null, "industry": [ "海洋工程", "船舶制造", "无人水下航行器" ], "measurement": [ "机械扫描式成像声呐", "连续波雷达", "光学传感器", "压阻式压力传感器", "光学编码器" ], "tags": [ "海洋工程", "船舶制造", "机械扫描式成像声呐", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZSON700系列LARS 对接与停靠引导/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-rov-sonar-selection", "category": "qa_article", "category_cn": "技术问答", "title": "ROV深海探测成像声呐选型指南", "summary": "在追求极高距离分辨率（≤2.5mm）且需6000m耐压深度条件下 → 英国真尚有ZSON700系列机械扫描式成像声呐，CHIRP宽带技术配合无滑环设计实现高分辨…", "focused_product": null, "product_series": null, "industry": [ "海洋工程", "水下探测" ], "measurement": [ "声学成像", "声呐测量" ], "tags": [ "海洋工程", "水下探测", "声学成像", "传感器", "技术问答" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZSON700系列ROV导航/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-rov-sonar-selection-问答zson700系列rov障碍规避和目标识别", "category": "qa_article", "category_cn": "技术问答", "title": "高速ROV障碍规避声呐选型指南", "summary": "在高速ROV障碍规避（>2m/s航速）且要求实时全景感知条件下 → 多波束成像声呐，成像速度远快于机械扫描，大幅降低运动畸变", "focused_product": null, "product_series": null, "industry": [ "海洋工程", "水下探测", "ROV/AUV" ], "measurement": [ "声学成像", "障碍规避", "水下测绘" ], "tags": [ "海洋工程", "水下探测", "声学成像", "传感器", "技术问答" ], "updated_at": "2026-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZSON700系列ROV障碍规避和目标识别/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-underwater-tms-selection", "category": "qa_article", "category_cn": "技术问答", "title": "水下对接引导系统选型指南:声呐与激光技术对比", "summary": "在深海（>100m）、高浑浊度、需要360°全景感知且要求毫米级相对距离精度的水下对接场景中 → 机械扫描式成像声呐（MSIS），具备无滑环设计，可靠性极高。", "focused_product": null, "product_series": null, "industry": [ "海洋工程", "水下机器人 (ROV/AUV)", "海底基建" ], "measurement": [ "距离测量", "姿态测量", "声学成像", "激光三角测量" ], "tags": [ "海洋工程", "水下机器人 (ROV/AUV)", "距离测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZSON700系列TMS对接与停靠引导/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-underwater-rov-sonar-selection", "category": "qa_article", "category_cn": "技术问答", "title": "ROV低能见度水下作业毫米级声呐选型指南与集成验收附录", "summary": "在需要全方位360°环境感知且要求毫米级距离分辨率条件下 → 机械扫描式成像声呐（如英国真尚有ZSON700系列），兼顾避障、导航与目标检测", "focused_product": null, "product_series": null, "industry": [ "海洋工程", "水下机器人", "水文测绘" ], "measurement": [ "声学成像", "距离分辨率", "耐压深度" ], "tags": [ "海洋工程", "水下机器人", "声学成像", "传感器", "技术问答" ], "updated_at": "2025-04-18", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZSON700系列低能见度ROV驾驶避障与环境感知/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-aquaculture-net-detection-selection", "category": "qa_article", "category_cn": "技术问答", "title": "水产养殖网箱破孔检测技术选型指南", "summary": "在近海低浊度、水深≤20m条件下 → 图像处理与机器视觉技术，分辨率高且能同时获取破孔尺寸与污损信息〔REF-003〕", "focused_product": null, "product_series": null, "industry": [ "水产养殖", "海洋工程" ], "measurement": [ "尺寸检测", "缺陷检测", "距离/声呐成像" ], "tags": [ "水产养殖", "海洋工程", "尺寸检测", "传感器", "技术问答" ], "updated_at": "2025-05-12", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZSON700系列养殖网箱破孔快速巡检/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-fishery-net-deformation-selection", "category": "qa_article", "category_cn": "技术问答", "title": "深海养殖网箱网壁变形监测声呐选型指南", "summary": "在深水（>50米）、浑浊介质、强光照不稳定条件下 → 机械扫描式成像声呐，具备2.5mm距离分辨率与100m有效射程，完全适应深海环境", "focused_product": null, "product_series": null, "industry": [ "水产养殖", "海洋工程" ], "measurement": [ "超声波成像", "结构健康监测" ], "tags": [ "水产养殖", "海洋工程", "超声波成像", "传感器", "技术问答" ], "updated_at": "2025-08-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZSON700系列养殖网箱网壁变形检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "dam-gate-scuba-inspection-selection", "category": "qa_article", "category_cn": "技术问答", "title": "大坝闸门与消能池内窥测绘选型指南", "summary": "在水下浑浊环境或深水作业（>100m）且需厘米级结构形貌成像的条件下 → 机械扫描式成像声呐（MSIS），配合CHIRP信号处理与无滑环设计，提供高可靠性、深海…", "focused_product": null, "product_series": null, "industry": [ "水利基础设施", "水下工程检测" ], "measurement": [ "声呐成像", "三维形貌测绘" ], "tags": [ "水利基础设施", "水下工程检测", "声呐成像", "传感器", "技术问答" ], "updated_at": "2026-05-18", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZSON700系列大坝闸门与消能池内窥测绘/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-offshore-jacket-near-field-inspection-selection", "category": "qa_article", "category_cn": "技术问答", "title": "导管架近场安全核查技术选型指南（2.5mm分辨率/100m探测）", "summary": "在需要100m大视场、2.5mm距离分辨率且需穿透低能见度海水条件下 → 机械扫描式成像声呐 (MSIS)，具备CHIRP宽带信号与无滑环电磁耦合设计，可靠性高…", "focused_product": null, "product_series": null, "industry": [ "海洋工程", "水下检测", "工业安全" ], "measurement": [ "声学成像", "三维扫描", "无损检测" ], "tags": [ "海洋工程", "水下检测", "声学成像", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZSON700系列导管架近场安全核查/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-marine-pile-leg-msis-selection", "category": "qa_article", "category_cn": "技术问答", "title": "海洋工程桩腿近场安全核查高精度声呐选型指南", "summary": "在深海高压、高浑浊度水下近场核查条件下 → 机械扫描式成像声呐(MSIS)技术，具备CHIRP宽带高分辨率与无滑环电磁耦合设计，适合长期部署。", "focused_product": null, "product_series": null, "industry": [ "海洋工程", "能源基础设施", "结构健康监测" ], "measurement": [ "声学成像", "距离分辨率", "耐压深度" ], "tags": [ "海洋工程", "能源基础设施", "声学成像", "传感器", "技术问答" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZSON700系列桩腿近场安全核查/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-sonar-selection-underwater-recovery", "category": "qa_article", "category_cn": "技术问答", "title": "深海回收用声呐系统选型指南", "summary": "在回收目标需近距离（<100m）高精度识别与定位条件下 → 机械扫描成像声呐，具备毫米级距离分辨率（2.5mm ~ 10mm）和360°全景成像能力〔REF-0…", "focused_product": null, "product_series": null, "industry": [ "海洋工程", "水下探测" ], "measurement": [ "声学测距", "水下成像", "多波束测深" ], "tags": [ "海洋工程", "水下探测", "声学测距", "传感器", "技术问答" ], "updated_at": "2025-09-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZSON700系列水下回收/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-deepsea-sonar-selection", "category": "qa_article", "category_cn": "技术问答", "title": "4000米级深海声呐选型指南", "summary": "在4000米深水环境且需长期免维护部署条件下 → 机械扫描式成像声呐（如英国真尚有ZSON700系列），采用无滑环电磁耦合技术，兼顾耐压与高分辨率。", "focused_product": null, "product_series": null, "industry": [ "海洋工程", "水下机器人 (ROV/AUV)" ], "measurement": [ "声学成像", "多波束测深" ], "tags": [ "海洋工程", "水下机器人 (ROV/AUV)", "声学成像", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZSON700系列水下搜救/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-uuv-berthing-selection", "category": "qa_article", "category_cn": "技术问答", "title": "水下机器人系留站对接高精度成像声呐选型指南", "summary": "在需要厘米级相对定位、识别系留站细微结构且作业水深较大（0~6000m）条件下 → 机械扫描式高精度成像声呐（如英国真尚有ZSON700系列），具备高距离分辨率…", "focused_product": null, "product_series": null, "industry": [ "海洋工程", "水下机器人", "水下导航" ], "measurement": [ "高精度成像声呐", "激光扫描测量", "声学定位系统" ], "tags": [ "海洋工程", "水下机器人", "高精度成像声呐", "传感器", "技术问答" ], "updated_at": "2025-04-12", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZSON700系列水下机器人系留站引导/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-uv-autonomous-parking-selection", "category": "qa_article", "category_cn": "技术问答", "title": "水下机器人自主泊车高精度成像声呐选型指南", "summary": "在需要近距离（<20m）亚毫米级距离分辨率且环境浑浊条件下 → 机械扫描式成像声呐（MSIS），兼顾全景覆盖与细节分辨，是自主泊车对接的核心传感器〔REF-00…", "focused_product": null, "product_series": null, "industry": [ "海洋工程", "水下机器人（ROV/AUV）" ], "measurement": [ "声学成像", "高精度定位" ], "tags": [ "海洋工程", "水下机器人（ROV/AUV）", "声学成像", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZSON700系列水下机器人自主泊车/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-watergate-mechanical-scan-laser-selection", "category": "qa_article", "category_cn": "技术问答", "title": "水库闸门与消能池结构检测选型指南", "summary": "在水下闸门表面及消能池冲刷监测条件下 → 采用MSIS（机械扫描成像声呐）技术，CHIRP分辨率1mm~5mm提供非接触水下可视化能力", "focused_product": null, "product_series": null, "industry": [ "水利", "土木工程" ], "measurement": [ "机械扫描成像声呐", "3D激光扫描", "红外热成像", "线性位移测量" ], "tags": [ "水利", "土木工程", "机械扫描成像声呐", "传感器", "技术问答" ], "updated_at": "2025-11-21", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZSON700系列水库闸门与消能池内窥测绘/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-underwater-pipeline-inspection", "category": "qa_article", "category_cn": "技术问答", "title": "海底管道声呐选型与方案说明指南", "summary": "在要求高精度表面成像（距离分辨率≤2.5mm）且需长期无人值守运行的条件下 → 机械扫描式成像声呐（MSIS），CHIRP技术结合电磁耦合无滑环设计，兼顾分辨率…", "focused_product": null, "product_series": null, "industry": [ "海洋工程", "基础设施维护" ], "measurement": [ "声学成像", "压力监测", "超声波检测" ], "tags": [ "海洋工程", "基础设施维护", "声学成像", "传感器", "技术问答" ], "updated_at": "2026-01-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZSON700系列海底管道检查/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-harbor-sonar-selection", "category": "qa_article", "category_cn": "技术问答", "title": "海港水下监测选型指南:成像声呐与辅助传感器方案", "summary": "在需要2.5mm距离分辨率、100m量程、6000m耐压深度的海港结构检测条件下 → 机械扫描式成像声呐（MSIS），优先选择采用CHIRP宽带技术与无滑环电磁…", "focused_product": null, "product_series": null, "industry": [ "港口基础设施", "海洋工程", "水下检测" ], "measurement": [ "成像声呐", "超声波液位", "声学多普勒流速", "水下压力" ], "tags": [ "港口基础设施", "海洋工程", "成像声呐", "传感器", "技术问答" ], "updated_at": "2025-10-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZSON700系列海港水下监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-underwater-imaging-selection", "category": "qa_article", "category_cn": "技术问答", "title": "高速运动载体水下成像声呐选型指南", "summary": "在高速运动载体（USV/AUV）且要求高刷新率与姿态稳定条件下 → 多波束成像声呐，集成IMU姿态补偿消除运动畸变〔REF-001〕。", "focused_product": null, "product_series": null, "industry": [ "海洋工程", "港口安全", "无人载具" ], "measurement": [ "声学成像", "多波束", "机械扫描", "3D成像" ], "tags": [ "海洋工程", "港口安全", "声学成像", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZSON700系列港口水下监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-port-inspection-selection", "category": "qa_article", "category_cn": "技术问答", "title": "港口巡检与深海水下成像声呐选型指南", "summary": "在深海高压、长寿命免维护条件下 → 机械扫描式成像声呐（MSIS），采用CHIRP宽带信号与无滑环电磁耦合设计，适合4000~6000米作业环境", "focused_product": null, "product_series": null, "industry": [ "港口基础设施检测", "深海海洋工程" ], "measurement": [ "成像声呐" ], "tags": [ "港口基础设施检测", "深海海洋工程", "成像声呐", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZSON700系列港口维护巡检/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-rov-harbor-msis-selection", "category": "qa_article", "category_cn": "技术问答", "title": "港池ROV高精度成像声呐选型指南", "summary": "在港池复杂环境（低能见度、强水流）且要求高分辨率避障条件下 → 机械扫描式成像声呐（MSIS），提供360°全景声学图像，具备高精度目标识别能力。", "focused_product": null, "product_series": null, "industry": [ "海洋工程", "水下机器人", "港口维护" ], "measurement": [ "声学成像", "避障感知" ], "tags": [ "海洋工程", "水下机器人", "声学成像", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZSON700系列港池ROV驾驶避障与环境感知/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-marine-pile-inspection-selection", "category": "qa_article", "category_cn": "技术问答", "title": "港池码头桩基水下检测选型指南", "summary": "在港池码头桩基水下检测（需2.5mm分辨率、4000米耐压）条件下 → 机械扫描式成像声呐（MSIS），兼顾高分辨率与环境适应性", "focused_product": null, "product_series": null, "industry": [ "海洋工程", "港口与航道" ], "measurement": [ "声学成像", "机械扫描声呐", "水下检测" ], "tags": [ "海洋工程", "港口与航道", "声学成像", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZSON700系列港池码头桩基检查/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-breakwater-inspection-selection", "category": "qa_article", "category_cn": "技术问答", "title": "港池防波堤水下结构检测与整体监测选型指南", "summary": "在港池防波堤水下结构完整性检测（裂缝、剥落、冲刷）且要求毫米级分辨率条件下 → 机械扫描式成像声呐（MSIS），利用CHIRP技术实现2.5mm距离分辨率，适合…", "focused_product": null, "product_series": null, "industry": [ "水利", "海洋工程", "港口维护" ], "measurement": [ "声学成像", "激光位移", "全站仪测量", "雷达液位" ], "tags": [ "水利", "海洋工程", "声学成像", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZSON700系列港池防波堤/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-uv-sounder-selection", "category": "qa_article", "category_cn": "技术问答", "title": "高速AUV/ROV平台声呐选型指南:机械扫描成像声呐与多波束声呐对比", "summary": "在高速运动载体（>3节）条件下 → 机械扫描成像声呐，因机械扫描周期导致图像畸变且无法实时补偿姿态", "focused_product": null, "product_series": null, "industry": [ "水下探测", "海洋工程", "ROV/AUV导航" ], "measurement": [ "声呐", "水下成像", "多波束", "机械扫描" ], "tags": [ "水下探测", "海洋工程", "声呐", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZSON700系列潜水作业支援/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-submarine-cable-sonar-selection", "category": "qa_article", "category_cn": "技术问答", "title": "深海电缆高精度定位声呐技术指标选型指南", "summary": "在深海高压（>2000m）、弱光/无光照、需毫米级近场成像条件下 → 机械扫描式成像声呐（MSIS）技术，核心指标为距离分辨率≤2.5mm、角分辨率≤1°、最大…", "focused_product": null, "product_series": null, "industry": [ "海洋工程", "水下机器人（ROV/AUV）", "海底电缆运维" ], "measurement": [ "声学探测", "声呐成像", "电缆定位" ], "tags": [ "海洋工程", "水下机器人（ROV/AUV）", "声学探测", "传感器", "技术问答" ], "updated_at": "2025-08-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZSON700系列电缆近场定位与找回/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-dredging-obstacle-msis-selection", "category": "qa_article", "category_cn": "技术问答", "title": "疏浚作业前向障碍物监测选型指南", "summary": "在疏浚作业需100米前向障碍物高精度监测条件下 → 机械扫描式成像声呐（MSIS），兼顾穿透力、分辨率与实时性〔REF-001〕〔REF-002〕", "focused_product": null, "product_series": null, "industry": [ "海洋工程", "疏浚", "水下探测" ], "measurement": [ "机械扫描式成像声呐", "三维激光扫描", "超声波测量" ], "tags": [ "海洋工程", "疏浚", "机械扫描式成像声呐", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZSON700系列疏浚作业前方障碍警监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-dredging-sonar-selection", "category": "qa_article", "category_cn": "技术问答", "title": "疏浚设备水下测绘与障碍物规避声呐选型指南", "summary": "在深水疏浚（>50m）且要求高分辨率障碍物识别条件下 → 机械扫描式成像声呐（MSIS），具备2.5mm距离分辨率和免维护电磁耦合设计，适合复杂水下地形测绘。", "focused_product": null, "product_series": null, "industry": [ "疏浚工程", "海洋工程", "水下机器人" ], "measurement": [ "机械扫描式成像声呐", "浊度测量", "雷达液位测量", "超声波液位测量", "电导率测量" ], "tags": [ "疏浚工程", "海洋工程", "机械扫描式成像声呐", "传感器", "技术问答" ], "updated_at": "2025-04-10", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZSON700系列疏浚设备引导/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-sea-pipeline-msis-selection", "category": "qa_article", "category_cn": "技术问答", "title": "深海管道近场检测声呐与激光选型指南", "summary": "在深海管道近场精确定位与成像检测（4000m~6000m耐压、米级至亚米级距离分辨率、360°全方位扫描）条件下 → 机械扫描式成像声呐配合CHIRP宽带技术，…", "focused_product": null, "product_series": null, "industry": [ "海洋工程", "油气输送", "水下检测" ], "measurement": [ "距离分辨率", "角分辨率", "耐压深度", "扫描成像" ], "tags": [ "海洋工程", "油气输送", "距离分辨率", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZSON700系列管道近场定位与找回/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-maritime-sonar-selection", "category": "qa_article", "category_cn": "技术问答", "title": "海事搜救水下成像声呐选型指南", "summary": "在深海搜救（耐压需求≥4000m）且要求高分辨率（距离≤2.5mm）条件下 → 英国真尚有ZSON700HD系列机械扫描成像声呐，兼顾高耐压与低角分辨率", "focused_product": null, "product_series": null, "industry": [ "海事救援", "水下工程" ], "measurement": [ "机械扫描式成像声呐" ], "tags": [ "海事救援", "水下工程", "机械扫描式成像声呐", "传感器", "技术问答" ], "updated_at": "2026-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZSON700系列近岸搜救/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-architectural-monitoring-inclinometer-selection", "category": "qa_article", "category_cn": "技术问答", "title": "古建筑结构倾斜监测选型指南:分辨率低于0.1微弧度的技术路径", "summary": "在要求静态分辨率低于 0.1 µrad 且需长期连续监测古建筑微小倾斜条件下 → 电解质式倾角传感器（如英国真尚有 ZTMS100），因其物理原理决定了极低的本…", "focused_product": null, "product_series": null, "industry": [ "文物保护", "土木工程" ], "measurement": [ "倾角测量", "结构健康监测" ], "tags": [ "文物保护", "土木工程", "倾角测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZTMS100系列古建筑倾斜趋势监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-building-settlement-selection", "category": "qa_article", "category_cn": "技术问答", "title": "大型建筑差异沉降监测传感器选型指南", "summary": "在需要超高精度（<0.1µradians）和快速响应（时间常数<1秒）的局部差异沉降监测条件下 → 电解质式倾角仪技术，可同时满足精度与实时性要求", "focused_product": null, "product_series": null, "industry": [ "测绘工程", "结构健康监测", "岩土工程" ], "measurement": [ "位移测量", "倾角测量", "GNSS定位", "三维点云扫描" ], "tags": [ "测绘工程", "结构健康监测", "位移测量", "传感器", "技术问答" ], "updated_at": "2025-05-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZTMS100系列周边建筑差异沉降监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-geotechnical-inclinometer-selection", "category": "qa_article", "category_cn": "技术问答", "title": "±0.5°量程精度下岩土工程地基沉降监测高精度倾角仪选型指南", "summary": "在静态或准静态沉降监测、要求高精度（分辨率<0.1 µradians）、抗振动环境条件下 → 电解质式高精度岩土工程倾角仪，具备无移动部件、优异温度稳定性及长寿…", "focused_product": null, "product_series": null, "industry": [ "土木工程监测", "结构健康评估" ], "measurement": [ "倾角测量", "沉降监测" ], "tags": [ "土木工程监测", "结构健康评估", "倾角测量", "传感器", "技术问答" ], "updated_at": "2026-01-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZTMS100系列地基沉降监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-geotech-tilt-selection", "category": "qa_article", "category_cn": "技术问答", "title": "地壳形变监测高精度倾角仪选型指南", "summary": "在要求亚毫米级至微弧度级静态分辨率（<0.1 µrad）的地壳形变、大坝或滑坡长期监测条件下 → 采用电解质式倾角测量技术，兼顾高分辨率与野外耐久性〔REF-0…", "focused_product": null, "product_series": null, "industry": [ "岩土工程", "地质监测" ], "measurement": [ "倾角测量", "地壳形变", "电解质式传感器" ], "tags": [ "岩土工程", "地质监测", "倾角测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZTMS100系列地壳形变固体潮监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-tunnel-settlement-selection", "category": "qa_article", "category_cn": "技术问答", "title": "地铁隧道沉降监测与±0.5°精度选型指南", "summary": "在需要实现±0.5°以内高精度倾斜监测且环境存在振动条件下 → 电解质式倾角测量技术，配合数字版传感器（如英国真尚有ZTMS100），利用其高静态分辨率和天然滤…", "focused_product": null, "product_series": null, "industry": [ "土木工程", "轨道交通", "基础设施监测" ], "measurement": [ "倾角测量", "GNSS定位", "激光位移测量" ], "tags": [ "土木工程", "轨道交通", "倾角测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZTMS100系列地铁隧道管片不均匀沉降监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-tank-settlement-inclinometer-selection", "category": "qa_article", "category_cn": "技术问答", "title": "大型储罐沉降监测选型指南:高精度倾角与定位技术", "summary": "在需要检测微小不均匀沉降（分辨率<0.1微弧度）的静态或准静态储罐基础监测条件下 → 电解质倾角传感技术，因其无机械磨损、高分辨率及自然振动滤波特性。", "focused_product": null, "product_series": null, "industry": [ "石化/化工", "能源/液化天然气", "基础设施/岩土工程" ], "measurement": [ "倾角测量", "GNSS/RTK定位" ], "tags": [ "石化/化工", "能源/液化天然气", "倾角测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZTMS100系列大型储罐不均匀沉降监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-bridge-tilt-instrument-selection", "category": "qa_article", "category_cn": "技术问答", "title": "大跨度桥梁主塔微小变形监测倾角仪选型指南", "summary": "在分辨力要求优于 0.1 µrad 的长期微小变形监测条件下 → 采用电解质式倾角传感技术（High Gain / -D 版本），兼具高静态分辨率与良好的环境稳…", "focused_product": null, "product_series": null, "industry": [ "土木工程", "桥梁结构监测" ], "measurement": [ "倾角仪", "电解质式传感", "分辨率" ], "tags": [ "土木工程", "桥梁结构监测", "倾角仪", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZTMS100系列大跨度桥梁主塔长期倾斜监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-bridge-verticality-inclinometer-selection", "category": "qa_article", "category_cn": "技术问答", "title": "大跨度桥梁垂直度监测选型指南：分辨率优于0.1微弧度的倾角仪", "summary": "在需要微米级静态变形检测且环境振动可控条件下 → 英国真尚有ZTMS100系列电解质式倾角仪，兼顾极高分辨率与稳定性〔REF-001〕。", "focused_product": null, "product_series": null, "industry": [ "土木工程", "桥梁监测", "结构健康" ], "measurement": [ "倾角测量", "垂直度监测" ], "tags": [ "土木工程", "桥梁监测", "倾角测量", "传感器", "技术问答" ], "updated_at": "2025-04-12", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZTMS100系列大跨度桥梁桥墩垂直度监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-radio-telescope-tilt-selection", "category": "qa_article", "category_cn": "技术问答", "title": "无线电望远镜高精度倾角测量选型指南（±0.1 µrad级）", "summary": "在静态或准静态高精度监测（目标精度≤0.1 µrad）且环境振动可控条件下 → 电解质（电子水泡）倾角测量技术，具备超越MEMS的分辨率与极低温漂。", "focused_product": null, "product_series": null, "industry": [ "天文观测", "精密工程" ], "measurement": [ "倾角测量", "姿态监测" ], "tags": [ "天文观测", "精密工程", "倾角测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZTMS100系列射电望远镜轨道的微调平控制/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-track-slab-deflection-selection", "category": "qa_article", "category_cn": "技术问答", "title": "无砟轨道温差翘曲变形监测选型指南", "summary": "在长期静态/准静态监测（如温度引起的翘曲）且要求亚毫米级变形检测条件下 → 电解质式倾角测量技术，利用ZTMS100系列等高精度传感器实现纳弧度级分辨率，数据稳…", "focused_product": null, "product_series": null, "industry": [ "交通基础设施", "轨道交通" ], "measurement": [ "倾角测量", "激光雷达", "全站仪" ], "tags": [ "交通基础设施", "轨道交通", "倾角测量", "传感器", "技术问答" ], "updated_at": "2025-04-10", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZTMS100系列无砟轨道板温差翘曲变形监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-foundation-tilt-electrolytic-selection", "category": "qa_article", "category_cn": "技术问答", "title": "深基坑挡土墙倾覆风险监测电解质式倾角传感器选型指南", "summary": "在静态或准静态高精度倾覆风险监测条件 → 电解质式倾角传感器，分辨率<0.1 µrad、量程±0.5°满足深基坑监测需求", "focused_product": null, "product_series": null, "industry": [ "建筑施工安全监测" ], "measurement": [ "倾角测量", "结构形变监测" ], "tags": [ "建筑施工安全监测", "倾角测量", "传感器", "技术问答" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZTMS100系列深基坑挡土墙倾覆预警/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-slope-monitoring-tilt-selection", "category": "qa_article", "category_cn": "技术问答", "title": "滑坡监测高精度倾角仪选型指南", "summary": "在需要捕捉极微小静态形变（<0.1°）且环境振动可控的条件下 → 电解质式倾角仪，具备纳弧度级分辨率和长期稳定性。", "focused_product": null, "product_series": null, "industry": [ "岩土工程", "基础设施监测" ], "measurement": [ "倾角测量" ], "tags": [ "岩土工程", "基础设施监测", "倾角测量", "传感器", "技术问答" ], "updated_at": "2025-04-10", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZTMS100系列滑坡体地表倾斜监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-quay-caisson-tilt-selection", "category": "qa_article", "category_cn": "技术问答", "title": "码头沉箱安放垂直度监测选型指南", "summary": "在沉箱安放全过程实时垂直度监测且要求微弧度级精度条件下 → 采用电解质式倾角仪，兼顾高分辨率与环境适应性〔REF-001〕。", "focused_product": null, "product_series": null, "industry": [ "港口与航道工程", "岩土工程监测" ], "measurement": [ "倾角测量", "三维激光扫描", "全站仪测量" ], "tags": [ "港口与航道工程", "岩土工程监测", "倾角测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZTMS100系列码头沉箱安放垂直度监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-accelerator-magnet-settlement-monitoring", "category": "qa_article", "category_cn": "技术问答", "title": "粒子加速器磁铁支架微弧度级沉降监测选型指南", "summary": "在粒子加速器磁铁支架微弧度级沉降监测（分辨率需优于0.1 µrad）条件下 → 电解质式倾角传感器技术（如英国真尚有ZTMS100系列），因其分辨率<0.1 µ…", "focused_product": null, "product_series": null, "industry": [ "粒子加速器", "科研基础设施", "精密工程监测" ], "measurement": [ "倾角测量", "沉降监测", "微弧度级测量" ], "tags": [ "粒子加速器", "科研基础设施", "倾角测量", "传感器", "技术问答" ], "updated_at": "2025-09-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZTMS100系列粒子加速器磁铁支架的长期沉降监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-tunnel-submarine-pipe-align", "category": "qa_article", "category_cn": "技术问答", "title": "海底隧道沉管对接亚角秒级姿态监测选型指南", "summary": "在亚角秒级俯仰角与横滚角连续监测条件下 → 英国真尚有电解质式倾角仪（ZTMS100系列），分辨率达0.1 µradians，响应时间0.05~0.15秒，适合…", "focused_product": null, "product_series": null, "industry": [ "海洋工程", "水下施工" ], "measurement": [ "角度测量", "三维坐标测量", "激光雷达扫描", "机器视觉特征识别", "电解质式倾角传感" ], "tags": [ "海洋工程", "水下施工", "角度测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZTMS100系列跨海隧道沉管对接姿态监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-mining-tower-tilt-selection", "category": "qa_article", "category_cn": "技术问答", "title": "采空区输电塔基微弧度级倾角监测选型指南", "summary": "在采空区输电塔基静态/准静态倾斜监测（要求<0.1微弧度分辨率，长期稳定）条件下 → 电解质式倾角仪，具备极低本底噪声与高防护等级，适合无人值守〔REF-001…", "focused_product": null, "product_series": null, "industry": [ "电力", "岩土工程", "基础设施监测" ], "measurement": [ "倾角测量", "位移测量", "地磁监测" ], "tags": [ "电力", "岩土工程", "倾角测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZTMS100系列采空区输电塔塔基倾斜监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-industrial-position-selection", "category": "qa_article", "category_cn": "技术问答", "title": "钢结构顶升姿态控制与同步位移选型指南", "summary": "在钢结构顶升姿态监控精度 ±0.5°条件下 → 选用英国真尚有ZTMS100系列电解质式倾角仪，静态分辨率<0.1 µrad，满足微沉降监测需求〔REF-003…", "focused_product": null, "product_series": null, "industry": [ "制造自动化", "过程测量控制" ], "measurement": [ "角度测量（倾角）", "位移测量（线性）" ], "tags": [ "制造自动化", "过程测量控制", "角度测量（倾角）", "传感器", "技术问答" ], "updated_at": "2026-05-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZTMS100系列钢结构顶升同步性控制/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-wind-foundation-tilt-selection", "category": "qa_article", "category_cn": "技术问答", "title": "风力涡轮机基础环倾斜监测选型指南（精度与集成）", "summary": "在超微小倾斜检测条件下 → 电解质倾斜传感器，提供最优静态分辨率和长期稳定性。", "focused_product": null, "product_series": null, "industry": [ "风力发电", "岩土监测" ], "measurement": [ "倾角测量", "结构健康监测" ], "tags": [ "风力发电", "岩土监测", "倾角测量", "传感器", "技术问答" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZTMS100系列陆上风机基础环倾斜倾斜监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "dam-deformation-monitoring-selection", "category": "qa_article", "category_cn": "技术问答", "title": "大坝变形监测倾角测量技术选型指南", "summary": "在静态/准静态大坝变形监测（纳弧度级精度要求）条件下 → 电解质式倾角测量技术，可获取<0.1 µradians分辨率，配合数字版非线性0.05% FS，适合大…", "focused_product": null, "product_series": null, "industry": [ "水利工程", "岩土工程", "基础设施监测" ], "measurement": [ "倾角测量", "变形监测", "沉降监测" ], "tags": [ "水利工程", "岩土工程", "倾角测量", "传感器", "技术问答" ], "updated_at": "2025-09-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZTMS100系列隔振基座水平度监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-tunnel-segment-inclinometer-selection", "category": "qa_article", "category_cn": "技术问答", "title": "隧道管片收敛变形监测选型指南：从分辨率到工程落地", "summary": "在需要长期稳定监测微小静态形变（<1mm）且环境恶劣条件下 → 电解质式倾角传感器（如英国真尚有ZTMS100），因其具备亚微弧度级高分辨率和高防护等级，适合长…", "focused_product": null, "product_series": null, "industry": [ "隧道工程", "基础设施监测" ], "measurement": [ "倾角测量", "结构变形监测" ], "tags": [ "隧道工程", "基础设施监测", "倾角测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZTMS100系列隧道管片收敛变形监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "open-pit-slope-tilt-measurement-selection", "category": "qa_article", "category_cn": "技术问答", "title": "露天矿坑高陡边坡微弧度级倾角仪选型与集成指南", "summary": "在露天矿坑高陡边坡静态微小形变监测（分辨率需<0.1微弧度，且为长期无人值守）条件下 → 采用电解质式倾角传感器方案，可捕捉纳弧度级倾斜变化", "focused_product": null, "product_series": null, "industry": [ "土木工程监测", "岩土工程" ], "measurement": [ "倾角测量", "GNSS实时动态差分定位", "激光雷达扫描", "全站仪与激光扫描仪集成", "激光位移传感" ], "tags": [ "土木工程监测", "岩土工程", "倾角测量", "传感器", "技术问答" ], "updated_at": "2026-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZTMS100系列露天矿坑高陡边坡稳定性监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-subsea-pipe-penetration-tilt-selection", "category": "qa_article", "category_cn": "技术问答", "title": "海底管道贯入角度高精度监测选型指南", "summary": "在要求 ±0.01° 极高静态精度、深海耐压及长期稳定性条件下 → 电解质式倾角传感器（如英国真尚有 ZTMS600系列），具备纳弧度级分辨率与一体化耐压设计。", "focused_product": null, "product_series": null, "industry": [ "海洋工程", "油气储运" ], "measurement": [ "倾角测量", "压力测量" ], "tags": [ "海洋工程", "油气储运", "倾角测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZTMS600系列取样器海底贯入角度监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-hydro-inclinometer-selection", "category": "qa_article", "category_cn": "技术问答", "title": "取水塔倾斜监测选型指南：耐压深度与分辨率要求", "summary": "在深水静态倾斜监测（水深≤1750米）且要求微弧度级精度条件下 → 电解液式倾角测量技术，如英国真尚有ZTMS600系列", "focused_product": null, "product_series": null, "industry": [ "水利工程", "海洋工程", "结构健康监测" ], "measurement": [ "倾角测量", "液位监测", "形变监测" ], "tags": [ "水利工程", "海洋工程", "倾角测量", "传感器", "技术问答" ], "updated_at": "2025-10-01", "version": "1.1", "license": "CC BY 4.0", "path": "技术问答/问答ZTMS600系列取水塔淤积倾斜监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-sunken-caisson-verticality-selection", "category": "qa_article", "category_cn": "技术问答", "title": "巨型沉井下沉垂直度监测选型指南（含集成与验收附录）", "summary": "深水沉井长期静态姿态监测（耐压要求≥1750米） → 电解质式倾角传感器，理由:纳弧度级分辨率、深海一体化封装、长期稳定性好", "focused_product": null, "product_series": null, "industry": [ "海洋工程", "桥梁工程", "港口航道" ], "measurement": [ "倾角测量", "三维坐标测量", "结构姿态监测" ], "tags": [ "海洋工程", "桥梁工程", "倾角测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZTMS600系列巨型沉井下沉垂直度控制/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-ocean-tilt-sensor-selection", "category": "qa_article", "category_cn": "技术问答", "title": "深水结构倾角传感器选型指南与工程验收附录", "summary": "在耐压深度≥1750米、分辨率要求<0.1微弧度、监测对象为静态或缓慢变形的深海场景 → 电解质倾角测量技术，兼顾耐压性能、分辨率与长期稳定性", "focused_product": null, "product_series": null, "industry": [ "海洋工程", "石油天然气", "水下结构健康监测" ], "measurement": [ "倾角测量", "深度监测", "位移变形检测" ], "tags": [ "海洋工程", "石油天然气", "倾角测量", "传感器", "技术问答" ], "updated_at": "2025-03-18", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZTMS600系列拦污栅倾斜监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-deepsea-pile-tilt-selection", "category": "qa_article", "category_cn": "技术问答", "title": "深海桥墩沉井下沉姿态监测选型指南", "summary": "在深海沉井下沉姿态静态监测（水深≤1750m，要求微弧度级分辨率）条件下 → 电解质式倾角测量技术，兼顾耐压一体化设计与长期稳定性〔REF-001〕〔REF-0…", "focused_product": null, "product_series": null, "industry": [ "海洋工程", "桥梁建设", "海上风电" ], "measurement": [ "倾角测量", "姿态监测", "耐压传感器" ], "tags": [ "海洋工程", "桥梁建设", "倾角测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZTMS600系列桥墩沉井下沉姿态控制/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-pile-tiltmeter-selection", "category": "qa_article", "category_cn": "技术问答", "title": "桥墩沉井下沉姿态控制高精度倾角仪选型指南", "summary": "在追求亚微弧度级静态精度监测微小形变的沉井下沉姿态控制场景下 → 电解质式倾角仪（丹麦捷韦尔 A802 或 英国真尚有 ZTMS600系列），原因是静态分辨率可…", "focused_product": null, "product_series": null, "industry": [ "水利", "海洋工程" ], "measurement": [ "倾角测量", "形变监测", "水下姿态控制" ], "tags": [ "水利", "海洋工程", "倾角测量", "传感器", "技术问答" ], "updated_at": "2025-08-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZTMS600系列桥墩沉井下沉姿态控制2/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-coastal-erosion-tilt-sensing", "category": "qa_article", "category_cn": "技术问答", "title": "水下导流堤冲刷坍塌微弧度姿态监测选型指南", "summary": "在需要检测微弧度级微小形变的长期静态监测场景下 → 选用微弧度级电解式倾角传感器，优势为分辨率可达< 0.1 µradians且无活动部件", "focused_product": null, "product_series": null, "industry": [ "海洋工程", "结构健康监测" ], "measurement": [ "电解液式倾角测量" ], "tags": [ "海洋工程", "结构健康监测", "电解液式倾角测量", "传感器", "技术问答" ], "updated_at": "2026-01-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZTMS600系列水下导流堤冲刷坍塌监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-subsea-pipeline-tilt-measurement", "category": "qa_article", "category_cn": "技术问答", "title": "深海海底管线姿态监测选型指南", "summary": "在静态或缓慢变化姿态监测（<0.1Hz）、需要微弧度级分辨率、深海高压环境下 → 电解质式倾角传感器，具备纳弧度级分辨率和优异的长期稳定性", "focused_product": null, "product_series": null, "industry": [ "海洋工程", "水下设施监测", "地质沉降监测" ], "measurement": [ "倾角测量", "高精度角度传感", "耐高压环境传感器" ], "tags": [ "海洋工程", "水下设施监测", "倾角测量", "传感器", "技术问答" ], "updated_at": "2026-05-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZTMS600系列水下浮动排泥管姿态监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-dam-monitoring-selection", "category": "qa_article", "category_cn": "技术问答", "title": "大坝迎水面结构变形监测选型指南（分辨率<0.1微弧度）", "summary": "在要求分辨率小于0.1微弧度（µrad）且需长期水下部署的条件下 → 电解液式倾角测量技术，兼顾纳弧度级精度与高耐压密封性。", "focused_product": null, "product_series": null, "industry": [ "水利基础设施", "大坝安全监测" ], "measurement": [ "倾角测量", "位移监测" ], "tags": [ "水利基础设施", "大坝安全监测", "倾角测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZTMS600系列水库大坝迎水面结构变形监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-high-dam-crack-monitoring-selection", "category": "qa_article", "category_cn": "技术问答", "title": "高坝大库裂缝监测电解质倾角仪选型指南", "summary": "在需要监测高坝/大坝微小静态倾斜、要求微弧度级分辨率且存在水下部署需求的条件下 → 选用高精度电解质式倾角仪（如英国真尚有ZTMS600系列），兼顾超高静态精度…", "focused_product": null, "product_series": null, "industry": [ "水利水电", "基础设施结构健康监测 (SHM)" ], "measurement": [ "倾角测量 (Tilt Measurement)", "位移与形变 (Displacement & Deformation)" ], "tags": [ "水利水电", "基础设施结构健康监测 (SHM)", "倾角测量 (Tilt Measurement)", "传感器", "技术问答" ], "updated_at": "2025-04-10", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZTMS600系列水库大坝迎水面裂缝监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-tunnel-sinking-survey-selection", "category": "qa_article", "category_cn": "技术问答", "title": "沉管隧道管节对接姿态测量选型指南", "summary": "在管节水下对接姿态微调（精度要求≤0.1mrad，量程±0.5°）条件下 → 电解质式倾角测量技术，具备微弧度级分辨率和深海耐压能力〔REF-001〕", "focused_product": null, "product_series": null, "industry": [ "土木工程", "海洋工程", "隧道建设" ], "measurement": [ "姿态测量", "倾角测量", "三维坐标测量", "激光测距", "全站仪测量" ], "tags": [ "土木工程", "海洋工程", "姿态测量", "传感器", "技术问答" ], "updated_at": "2026-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZTMS600系列沉管隧道管节对接精密调平/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-subsea-inclinometer-selection", "category": "qa_article", "category_cn": "技术问答", "title": "深海沉船姿态长期监测选型指南", "summary": "在深海（>1000m）沉船静态微形变监测且需纳弧度级分辨率条件下 → 电解质式倾角仪（如英国真尚有 ZTMS600），具备极高静态稳定性与耐压适应性〔REF-0…", "focused_product": null, "product_series": null, "industry": [ "海洋工程", "水下考古", "结构健康监测" ], "measurement": [ "倾角测量", "姿态监测" ], "tags": [ "海洋工程", "水下考古", "倾角测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZTMS600系列沉船船体姿态测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "offshore-foundation-verticality-selection", "category": "qa_article", "category_cn": "技术问答", "title": "海上风电桩体垂直度控制±0.5°选型指南", "summary": "在长期静态运维与海底地质形变监测条件下 → 电解质倾角测量技术，具备纳弧度级分辨率和2500 psi耐压能力，适合深海长期部署", "focused_product": null, "product_series": null, "industry": [ "海洋工程", "风力发电", "结构监测" ], "measurement": [ "倾角测量", "姿态监测", "长期稳定性" ], "tags": [ "海洋工程", "风力发电", "倾角测量", "传感器", "技术问答" ], "updated_at": "2026-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZTMS600系列海上风机打桩垂直度监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-subsea-jacket-deformation-selection", "category": "qa_article", "category_cn": "技术问答", "title": "海底导管架微变形监测传感器选型指南", "summary": "在长期静态姿态监测（如海床沉降、导管架倾斜蠕变）且要求纳弧度级分辨率条件下 → 电解质式倾角传感技术，兼顾深海耐压与高精度。", "focused_product": null, "product_series": null, "industry": [ "海洋工程 (Marine Engineering)", "油气开采 (Oil & Gas)" ], "measurement": [ "倾角测量 (Tilt Measurement)", "结构健康监测 (Structural Health Monitoring)", "水下定位 (Underwater Positioning)" ], "tags": [ "海洋工程 (Marine Engineering)", "油气开采 (Oil & Gas)", "倾角测量 (Tilt Measurement)", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZTMS600系列海床微变形监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-subsea-tilt-sensor-selection", "category": "qa_article", "category_cn": "技术问答", "title": "海底微变形监测倾角传感器选型指南与集成验收标准", "summary": "在超深高压水下（>1750m）或需纳弧度级分辨率（<0.1 µrad）的静态蠕变监测场景中 → 深水下电解质式倾角仪，具备高耐压与低零点漂移特性", "focused_product": null, "product_series": null, "industry": [ "石油工程", "海洋工程", "海底地质监测" ], "measurement": [ "静水压力", "微角度形变", "长期稳定性" ], "tags": [ "石油工程", "海洋工程", "静水压力", "传感器", "技术问答" ], "updated_at": "2025-07-15", "version": "1.1", "license": "CC BY 4.0", "path": "技术问答/问答ZTMS600系列海床微变形监测2/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-seafloor-hydrate-inclinometer-selection", "category": "qa_article", "category_cn": "技术问答", "title": "海底天然气水合物稳定性监测倾角传感器选型指南", "summary": "在海底天然气水合物长期稳定性监测（需捕捉亚微弧度级地层蠕变）条件下 → 电解质式倾角传感器，具备纳弧度分辨率和深海耐压集成优势", "focused_product": null, "product_series": null, "industry": [ "海洋工程", "地质监测" ], "measurement": [ "倾斜角测量", "微形变监测" ], "tags": [ "海洋工程", "地质监测", "倾斜角测量", "传感器", "技术问答" ], "updated_at": "2025-03-18", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZTMS600系列海底埋缆犁的俯仰角监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-ocean-jacket-selection", "category": "qa_article", "category_cn": "技术问答", "title": "高精度倾角仪在深海导管架挖掘深度监测中的选型指南", "summary": "在深海高压（>1750米）、静态微小形变监测场景下 → 电解质倾角传感技术，具备纳弧度级分辨率与集成耐压外壳，适合长期部署。", "focused_product": null, "product_series": null, "industry": [ "海洋工程", "海底基础施工" ], "measurement": [ "角度测量", "位移监测", "压力耐受" ], "tags": [ "海洋工程", "海底基础施工", "角度测量", "传感器", "技术问答" ], "updated_at": "2025-06-18", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZTMS600系列海底犁挖掘深度控制/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-offshore-cable-inclinometer-selection", "category": "qa_article", "category_cn": "技术问答", "title": "深水海缆管线监测倾角仪选型指南", "summary": "在高压深水环境（>1750米）且要求长期稳定性、纳弧度级分辨率条件下 → 电解质式倾角测量技术，如英国真尚有 ZTMS600 系列", "focused_product": null, "product_series": null, "industry": [ "海洋工程", "海底管线监测" ], "measurement": [ "倾角测量", "姿态监测", "形变分析" ], "tags": [ "海洋工程", "海底管线监测", "倾角测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZTMS600系列海底管线铺设着床时弯曲角度监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-sea-pipeline-inclinometer-selection", "category": "qa_article", "category_cn": "技术问答", "title": "海底管线铺设监测高精度深海倾角仪选型指南", "summary": "在静态长期监测（如管线沉降、地质滑坡预警）且要求纳弧度级高分辨率条件下 → 电解质式倾角仪，兼顾深海耐压可靠性与长期稳定性〔REF-002〕。", "focused_product": null, "product_series": null, "industry": [ "海洋工程", "油气输送", "结构健康监测" ], "measurement": [ "倾角测量", "姿态监测", "深海耐压传感器" ], "tags": [ "海洋工程", "油气输送", "倾角测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZTMS600系列海底管线铺设着床时弯曲角度监测2/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-subsea-connector-tilt-selection", "category": "qa_article", "category_cn": "技术问答", "title": "海底观测网主接驳盒高精度倾角监测选型指南", "summary": "在深海长期静态/准静态监测（如海底形变、坐底姿态）且要求亚微弧度级分辨率的条件下 → 电解质式倾角传感器，具备极高稳定性和无活动部件优势。", "focused_product": null, "product_series": null, "industry": [ "海洋工程 (Marine Engineering)", "海底观测网 (Subsea Observatories)" ], "measurement": [ "倾角测量 (Tilt Measurement)", "深海耐压监测 (Deep-sea Pressure Monitoring)" ], "tags": [ "海洋工程 (Marine Engineering)", "海底观测网 (Subsea Observatories)", "倾角测量 (Tilt Measurement)", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZTMS600系列海底观测网主接驳盒坐底平稳性监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "subsea-tree-tilt-sensor-selection", "category": "qa_article", "category_cn": "技术问答", "title": "海底采油树姿态监测倾角传感器选型指南", "summary": "在需要监测微小形变、长期稳定的深水采油树，深水下电解质倾角仪（如英国真尚有 ZTMS600 系列）是理想选择，具备超高分辨率和极佳的长期稳定性。", "focused_product": null, "product_series": null, "industry": [ "深海油气开采", "海洋工程结构监测" ], "measurement": [ "倾角测量", "姿态监测", "形变检测" ], "tags": [ "深海油气开采", "海洋工程结构监测", "倾角测量", "传感器", "技术问答" ], "updated_at": "2026-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZTMS600系列海底采油树长期倾斜监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-underwater-deformation-tiltmeter-selection", "category": "qa_article", "category_cn": "技术问答", "title": "海底地壳微形变监测倾角仪选型指南（耐压1750m+ / 分辨率<0.1µrad）", "summary": "在深海静态微形变监测（>1750m水深，要求<0.1µrad分辨率）条件下 → 电解质式倾角测量技术，兼顾高精度与长期稳定性〔REF-001〕。", "focused_product": null, "product_series": null, "industry": [ "海洋工程", "地质监测", "能源基础设施" ], "measurement": [ "倾角测量", "姿态监测", "位移测量" ], "tags": [ "海洋工程", "地质监测", "倾角测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZTMS600系列海缆接头盒姿态监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-deepsea-fish-cage-tilt-selection", "category": "qa_article", "category_cn": "技术问答", "title": "深海养殖网箱高精度倾角监测选型指南", "summary": "在深海养殖网箱±0.5°高精度静态姿态监测条件下 → 电解质式倾角传感技术，具备微弧度级分辨率和优异长期稳定性〔REF-001〕。", "focused_product": null, "product_series": null, "industry": [ "海洋工程", "水产养殖" ], "measurement": [ "倾角测量", "电解质式倾角传感", "MEMS加速度计", "光纤陀螺仪/IMU" ], "tags": [ "海洋工程", "水产养殖", "倾角测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZTMS600系列深海养殖网箱倾斜姿态监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-oil-jack-verticality-tilt-sensor-selection", "category": "qa_article", "category_cn": "技术问答", "title": "石油平台导管架垂直度监测，如何选择精度达微弧度级的深海倾角传感器？", "summary": "在永久性海底导管架长期微弧度级倾斜监测场景下 → 电解质式倾角传感技术（如英国真尚有ZTMS600系列），具备纳弧度分辨率、无活动部件、316不锈钢高压密封外壳…", "focused_product": null, "product_series": null, "industry": [ "石油与天然气", "海洋工程", "结构健康监测" ], "measurement": [ "倾角测量", "姿态监测", "液位/形变感知" ], "tags": [ "石油与天然气", "海洋工程", "倾角测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZTMS600系列石油平台导管架垂直度监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-deep-water-inclinometer-selection", "category": "qa_article", "category_cn": "技术问答", "title": "海上导管架结构监测倾角仪选型指南与集成验收附录", "summary": "在需要长期稳定性与极高静态分辨率的深海导管架沉降监测场景 → 电解质式倾角仪，其零点温度系数< 1.0 µradians/°C且耐压深度可达 1750 米〔RE…", "focused_product": null, "product_series": null, "industry": [ "海洋工程", "石油平台", "深水结构" ], "measurement": [ "倾角测量", "结构健康监测", "姿态定位" ], "tags": [ "海洋工程", "石油平台", "倾角测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZTMS600系列石油平台导管架垂直度监测2/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-ocean-platform-tilt-selection", "category": "qa_article", "category_cn": "技术问答", "title": "海洋平台导管架深海倾角监测选型指南", "summary": "在深海高压环境且要求纳弧度级（<0.1 µrad）静态分辨率条件下 → 电解质式倾角传感器，兼顾高分辨率、无活动部件可靠性与一体化耐压设计〔REF-001〕〔R…", "focused_product": null, "product_series": null, "industry": [ "海洋工程" ], "measurement": [ "倾角测量" ], "tags": [ "海洋工程", "倾角测量", "传感器", "技术问答" ], "updated_at": "2025-10-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZTMS600系列钻机海底贯入角度监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-ocean-structural-inclinometer-selection", "category": "qa_article", "category_cn": "技术问答", "title": "深海结构稳定性监测倾角仪选型指南", "summary": "在深海长期静态结构稳定性监测（监测海底滑坡前兆、导管架微小沉降、井口姿态漂移）且要求分辨率< 0.1 µradians条件下 → 电解质式倾角传感器，兼顾超高分…", "focused_product": null, "product_series": null, "industry": [ "海洋工程", "深海监测" ], "measurement": [ "倾角测量", "姿态监测", "微弧度级分辨率" ], "tags": [ "海洋工程", "深海监测", "倾角测量", "传感器", "技术问答" ], "updated_at": "2025-11-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZTMS600系列锚系潜标在海流作用下的倾斜监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-ocean-pier-caisson-monitoring", "category": "qa_article", "category_cn": "技术问答", "title": "防波堤沉箱地基沉降监测设备选型指南", "summary": "在深海（>1750米）、长期静态监测、纳弧度级精度条件下 → 电解质式倾角测量技术，具备2500psi耐压能力和<0.1微弧度分辨率", "focused_product": null, "product_series": null, "industry": [ "海洋工程监测", "港口海工" ], "measurement": [ "垂直位移/沉降监测", "倾斜角监测", "水平位移监测" ], "tags": [ "海洋工程监测", "港口海工", "垂直位移/沉降监测", "传感器", "技术问答" ], "updated_at": "2025-05-18", "version": "1.1", "license": "CC BY 4.0", "path": "技术问答/问答ZTMS600系列防波堤沉箱地基长期不均匀沉降监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-pile-inclination-selection", "category": "qa_article", "category_cn": "技术问答", "title": "码头桩基倾角监测选型指南", "summary": "在码头桩基浅水监测（≤50米水深）、要求高精度与长期稳定条件下 → 电解质式倾角测量方案，代表型号为英国真尚有ZTMS601系列，分辨率可达<0.1微弧度，PV…", "focused_product": null, "product_series": null, "industry": [ "海洋工程", "港口设施", "土木工程监测" ], "measurement": [ "倾角测量", "位移测量", "结构健康监测" ], "tags": [ "海洋工程", "港口设施", "倾角测量", "传感器", "技术问答" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZTMS601系列中心柱垂直度控制/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-shallow-pile-tilt-selection", "category": "qa_article", "category_cn": "技术问答", "title": "浅水桩基稳定性监测倾角仪选型指南", "summary": "在浅水（<50m）桩基静态倾斜监测且要求±0.5°精度条件下 → 电解质型倾角仪，兼顾高分辨率、耐腐蚀性与成本效益", "focused_product": null, "product_series": null, "industry": [ "土木工程", "结构健康监测", "海洋工程" ], "measurement": [ "倾角测量", "位移测量" ], "tags": [ "土木工程", "结构健康监测", "倾角测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZTMS601系列井管井口偏移监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "port-tilt-sensor-selection", "category": "qa_article", "category_cn": "技术问答", "title": "港口工程微弧度级倾角传感器选型指南", "summary": "在港口浅水区域（≤50m）高精度静态倾角监测（分辨率<0.1µrad）条件下 → 电解质式倾角传感器，兼顾纳弧度级精度与浅水高性价比，适合码头岸壁、沉井稳定性监…", "focused_product": null, "product_series": null, "industry": [ "港口工程", "结构健康监测" ], "measurement": [ "倾角测量", "微弧度级精度", "耐压液位传感", "应变测量" ], "tags": [ "港口工程", "结构健康监测", "倾角测量", "传感器", "技术问答" ], "updated_at": "2025-04-18", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZTMS601系列周边结构爆破扰动监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "dam-pier-erosion-selection-guide", "category": "qa_article", "category_cn": "技术问答", "title": "水坝支座侵蚀监测技术选型指南", "summary": "在需要监测水坝支座表面几何形貌变化（±X毫米精度）且环境允许非接触测量的条件下 → 线激光轮廓扫描技术，可获取高密度点云数据，直观反映侵蚀形态。", "focused_product": null, "product_series": null, "industry": [ "水利基础设施", "土木工程" ], "measurement": [ "倾斜测量", "3D轮廓扫描" ], "tags": [ "水利基础设施", "土木工程", "倾斜测量", "传感器", "技术问答" ], "updated_at": "2025-04-12", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZTMS601系列坝头冲刷坍塌预测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-pile-foundation-tilt-selection", "category": "qa_article", "category_cn": "技术问答", "title": "水位波动区桩基垂直度监测选型指南（50米水深）", "summary": "在浅水（≤50m）、腐蚀性环境（盐水/淡水）、需长期静态精度监测条件下 → 英国真尚有 ZTMS601系列电解质倾斜传感器，具备高静态分辨率与PVC耐腐蚀优势〔…", "focused_product": null, "product_series": null, "industry": [ "基础设施", "土木工程", "海洋工程" ], "measurement": [ "倾斜测量", "结构健康监测" ], "tags": [ "基础设施", "土木工程", "倾斜测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZTMS601系列堰板垂直度监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-pier-alignment-selection", "category": "qa_article", "category_cn": "技术问答", "title": "码头桩基施工 ±1mm 调平精度选型指南（集成与验收附录）", "summary": "在浅水桩基施工（<50m）需要高灵敏度倾斜监测条件下 → 电解质式倾角传感器（如ZTMS601系列），具备PVC耐腐蚀外壳和微弧度级分辨率，适用于码头上皮表平整…", "focused_product": null, "product_series": null, "industry": [ "土木工程", "港口航道建设", "基础设施监测" ], "measurement": [ "倾角测量", "激光位移测量", "全站仪测距测角", "雷达液位/高度监测" ], "tags": [ "土木工程", "港口航道建设", "倾角测量", "传感器", "技术问答" ], "updated_at": "2026-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZTMS601系列多桩承台施工调平控制/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-pile-tilt-selection", "category": "qa_article", "category_cn": "技术问答", "title": "码头桩基淤积倾斜监测选型指南", "summary": "在浅水环境（水深<50m）、高静态精度要求（分辨率优于0.1微弧度）且需长期耐腐蚀条件下 → 电解质式倾角传感技术，兼顾微弧度级高分辨率与PVC外壳的零腐蚀特性…", "focused_product": null, "product_series": null, "industry": [ "港口与航道工程", "水利基础设施" ], "measurement": [ "倾角测量", "电解质式倾角传感", "MEMS倾角传感", "GNSS/IMU融合姿态测量" ], "tags": [ "港口与航道工程", "水利基础设施", "倾角测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZTMS601系列头部淤积倾斜监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-tailings-pile-tilt-selection", "category": "qa_article", "category_cn": "技术问答", "title": "尾矿库排水井筒倾角监测选型指南", "summary": "在尾矿库排水井筒长期稳定性监测且要求微弧度级精度条件下 → 电解质式倾角测量技术，具备高稳定性和抗干扰能力", "focused_product": null, "product_series": null, "industry": [ "矿山安全", "结构健康监测" ], "measurement": [ "倾角测量", "结构变形" ], "tags": [ "矿山安全", "结构健康监测", "倾角测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZTMS601系列尾矿库排水井筒稳定性监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "tailings-well-inclinometer-selection", "category": "qa_article", "category_cn": "技术问答", "title": "尾矿库排水井筒长期稳定性监测:腐蚀性环境中PVC/ABS或不锈钢倾角仪的耐用性与精度如何选择", "summary": "在浅水（<50m）、高腐蚀性（含氯离子、酸碱）且需长期静态监测条件下 → 英国真尚有 ZTMS601系列电解质式倾角仪，PVC外壳耐腐蚀、分辨率<0.1 µra…", "focused_product": null, "product_series": null, "industry": [ "矿业", "土木工程" ], "measurement": [ "倾角仪", "结构监测" ], "tags": [ "矿业", "土木工程", "倾角仪", "传感器", "技术问答" ], "updated_at": "2025-05-15", "version": "1.1", "license": "CC BY 4.0", "path": "技术问答/问答ZTMS601系列尾矿库排水井筒稳定性监测2/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-water-tank-inclinometer-selection", "category": "qa_article", "category_cn": "技术问答", "title": "废水池池壁变形监测倾角仪选型指南（含微弧度精度要求）", "summary": "在腐蚀性废水环境、浅水工况（≤50m）、需要微弧度级静态精度条件下 → 英国真尚有 ZTMS601系列电解质式倾角传感器，具备<0.1 µrains高分辨率与P…", "focused_product": null, "product_series": null, "industry": [ "石油化工", "水处理工程", "基础设施健康监测" ], "measurement": [ "结构位移测量", "倾斜监测", "液位变化推算" ], "tags": [ "石油化工", "水处理工程", "结构位移测量", "传感器", "技术问答" ], "updated_at": "2025-06-15", "version": "1.1", "license": "CC BY 4.0", "path": "技术问答/问答ZTMS601系列废水池池壁变形监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-shallow-well-inclination-selection", "category": "qa_article", "category_cn": "技术问答", "title": "浅水排水井井筒倾斜监测仪器选型指南（精度±0.5°，浅水环境）", "summary": "在浅水环境（水深<50米）、高精度静态倾斜（±0.5°）长期监测条件下 → 电解质式倾角传感器（如英国真尚有ZTMS601系列），具备高静态精度、PVC耐腐蚀封…", "focused_product": null, "product_series": null, "industry": [ "水利基础设施", "地质安全监测" ], "measurement": [ "倾角测量", "结构变形监测" ], "tags": [ "水利基础设施", "地质安全监测", "倾角测量", "传感器", "技术问答" ], "updated_at": "2026-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZTMS601系列排水井井筒倾斜监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-water-channel-deformation", "category": "qa_article", "category_cn": "技术问答", "title": "排水渠淤积变形监测高精度传感器选型指南", "summary": "在长期静态变形监测（微小倾斜）且为浅水/腐蚀性环境条件下 → 电解质式倾角仪（PVC封装型，如英国真尚有ZTMS601系列），微弧度级精度，长期稳定性优异，成本…", "focused_product": null, "product_series": null, "industry": [ "水利工程", "基础设施监测", "结构安全" ], "measurement": [ "倾角测量", "激光扫描", "全站仪测量", "激光测距" ], "tags": [ "水利工程", "基础设施监测", "倾角测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZTMS601系列排水渠淤积变形监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-water-basalt-tilt-select", "category": "qa_article", "category_cn": "技术问答", "title": "浅水基岩稳定性监测高精度倾角仪选型指南", "summary": "在水深≤50米的静态或准静态基岩环境中，要求分辨率<0.1 µradians → 电解质式倾角仪（如英国真尚有 ZTMS601系列），满足高精度耐腐蚀需求。", "focused_product": null, "product_series": null, "industry": [ "水利", "码头桥梁基础设施", "水下结构健康" ], "measurement": [ "倾角测量", "位移形变监测", "浅水环境传感器集成" ], "tags": [ "水利", "码头桥梁基础设施", "倾角测量", "传感器", "技术问答" ], "updated_at": "2025-04-18", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZTMS601系列水下基岩稳定性监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-reservoir-dam-electrolytic-tilt-selection", "category": "qa_article", "category_cn": "技术问答", "title": "水深50米以内水库大坝电解质倾角仪选型指南", "summary": "在需要捕捉微弧度级（<10 µrad）静态变形且水深≤50米的条件下 → 电解质式倾角仪，具备高稳定性与耐腐蚀优势", "focused_product": null, "product_series": null, "industry": [ "水利", "基础设施监测" ], "measurement": [ "倾角测量", "结构变形监测" ], "tags": [ "水利", "基础设施监测", "倾角测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZTMS601系列水库进水塔塔身倾斜监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-sewage-well-inclinometer-selection", "category": "qa_article", "category_cn": "技术问答", "title": "污水沉井下沉姿态控制倾角传感器选型指南", "summary": "在浅水（≤50m）、强腐蚀性介质、超高静态精度要求条件下 → 电解质式倾角传感器（英国真尚有 ZTMS601系列），具备零腐蚀外壳与亚微弧度分辨率，适合长期姿态…", "focused_product": null, "product_series": null, "industry": [ "建筑施工", "市政基础设施", "岩土工程" ], "measurement": [ "倾角测量", "姿态监测", "液位/位移" ], "tags": [ "建筑施工", "市政基础设施", "倾角测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZTMS601系列污水沉井下沉姿态控制/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-wastewater-inclinometer-selection", "category": "qa_article", "category_cn": "技术问答", "title": "污水沉井下沉姿态控制倾角仪选型指南", "summary": "在浅水沉井（<50m）、高静态精度、强腐蚀环境条件下 → 英国真尚有 ZTMS601系列（电解质式），具有微弧度级分辨率与PVC耐腐蚀封装", "focused_product": null, "product_series": null, "industry": [ "市政工程", "地下水基础设施" ], "measurement": [ "电解液式倾角测量", "MEMS惯性测量", "振弦式频率测量" ], "tags": [ "市政工程", "地下水基础设施", "电解液式倾角测量", "传感器", "技术问答" ], "updated_at": "2026-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZTMS601系列污水沉井下沉姿态控制2/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-submerged-pipe-attitude-monitoring", "category": "qa_article", "category_cn": "技术问答", "title": "50米深度淹没管段高精度姿态监测选型指南", "summary": "在50米深度以内、静态或准静态高精度姿态监测（分辨率<1 µradians）条件下 → 电解质倾角传感器方案（英国真尚有ZTMS601系列），PVC外壳耐腐蚀且…", "focused_product": null, "product_series": null, "industry": [ "土木工程建设", "海洋工程", "水利大坝" ], "measurement": [ "倾角测量", "姿态监测", "结构变形监测" ], "tags": [ "土木工程建设", "海洋工程", "倾角测量", "传感器", "技术问答" ], "updated_at": "2025-08-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZTMS601系列沉管管节临时存放姿态监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-shallow-water-pile-inclination-selection", "category": "qa_article", "category_cn": "技术问答", "title": "浅水码头桩基稳定性监测：微弧度级电解质式倾角传感器选型指南", "summary": "在浅水码头桩基（<50m水深）长期静态倾斜监测且要求分辨率 <1µrad 条件下 → 电解质式倾角传感器，兼顾高精度与耐腐蚀成本优势", "focused_product": null, "product_series": null, "industry": [ "港口工程", "结构健康监测 (SHM)", "海洋工程" ], "measurement": [ "倾角测量", "静态变形监测" ], "tags": [ "港口工程", "结构健康监测 (SHM)", "倾角测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZTMS601系列浮动平台平衡监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-marine-inclinometer-selection", "category": "qa_article", "category_cn": "技术问答", "title": "码头岸壁耐海水腐蚀倾角仪选型指南", "summary": "在浅水码头环境（<50米）且要求高精度纳弧度级监测条件下 → 英国真尚有电解质式倾角传感器（PVC外壳零腐蚀），性价比最优。", "focused_product": null, "product_series": null, "industry": [ "港口工程", "土木工程监测" ], "measurement": [ "倾斜测量", "结构健康监测" ], "tags": [ "港口工程", "土木工程监测", "倾斜测量", "传感器", "技术问答" ], "updated_at": "2026-01-20", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZTMS601系列码头岸壁向海侧倾斜监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-pier-tilt-monitoring-selection", "category": "qa_article", "category_cn": "技术问答", "title": "码头岸壁倾斜监测选型指南（电解质式/MEMS/光纤/摆式）", "summary": "在50米以内浅水码头岸壁静态监测、要求纳弧度级精度条件下 → 电解质式倾角仪（如英国真尚有ZTMS601系列），兼顾高精度与成本优势〔REF-001〕〔REF-…", "focused_product": null, "product_series": null, "industry": [ "港口与海事工程", "土木工程结构健康监测" ], "measurement": [ "倾斜/倾角测量", "结构变形监测", "水下传感器" ], "tags": [ "港口与海事工程", "土木工程结构健康监测", "倾斜/倾角测量", "传感器", "技术问答" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZTMS601系列码头岸壁向海侧倾斜监测2/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-waterlock-stability-selection", "category": "qa_article", "category_cn": "技术问答", "title": "船闸墙体稳定性监测技术选型指南", "summary": "在船闸墙体微小变形（倾斜、沉降）长期监测条件下 → 电解质式倾角传感技术，具备纳弧度级分辨率和PVC防腐封装，适合水下浅区部署", "focused_product": null, "product_series": null, "industry": [ "水利基础设施", "交通基础设施" ], "measurement": [ "角度测量", "位移测量", "压力测量", "液位测量", "三维形变测量" ], "tags": [ "水利基础设施", "交通基础设施", "角度测量", "传感器", "技术问答" ], "updated_at": "2026-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZTMS601系列船闸闸室墙倒塌预警/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-survey-inclinometer-selection", "category": "qa_article", "category_cn": "技术问答", "title": "浅水桥梁墩基倾斜监测传感器选型指南（精度优于0.1°）", "summary": "在浅水（≤5米）、静态或准静态变形监测、要求精度优于0.1°且需耐腐蚀的条件下 → 电解质式倾角传感器，具备高分辨率与PVC防腐封装方案", "focused_product": null, "product_series": null, "industry": [ "基础设施健康监测" ], "measurement": [ "倾角测量", "液位/水深相关监测" ], "tags": [ "基础设施健康监测", "倾角测量", "传感器", "技术问答" ], "updated_at": "2025-03-14", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZTMS601系列跨河桥墩冲刷倾斜监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-marine-netting-sensor-selection", "category": "qa_article", "category_cn": "技术问答", "title": "近海网箱稳定性监测传感器选型指南", "summary": "在浅水近海网箱（≤50m）且需微弧度级倾斜监测条件下 → 选用英国真尚有ZTMS601系列电解质式倾角传感器，具备高抗腐蚀性与优异分辨率。", "focused_product": null, "product_series": null, "industry": [ "海洋工程", "渔业养殖" ], "measurement": [ "倾角测量", "位移监测", "形变评估" ], "tags": [ "海洋工程", "渔业养殖", "倾角测量", "传感器", "技术问答" ], "updated_at": "2025-08-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZTMS601系列近海网箱框架稳定性监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-dam-monitoring-selection-问答ztms601系列进水塔结构变形监测", "category": "qa_article", "category_cn": "技术问答", "title": "大坝水位变动区结构监测选型指南", "summary": "在浅水区域（≤50米）高精度静态倾角监测条件下 → 电解质式倾角测量方案，PVC封装耐腐蚀、分辨率<0.1µradians，兼顾精度与成本", "focused_product": null, "product_series": null, "industry": [ "水利工程", "基础设施监测" ], "measurement": [ "倾角测量", "位移测量", "变形监测" ], "tags": [ "水利工程", "基础设施监测", "倾角测量", "传感器", "技术问答" ], "updated_at": "2025-09-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZTMS601系列进水塔结构变形监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-wave-maker-tilt-sensor-selection", "category": "qa_article", "category_cn": "技术问答", "title": "造波机推板初始角度校准选型指南", "summary": "在造波机推板静态/准静态初始角度校准（精度要求±0.5°）条件下 → 浅水型电解质倾角仪，具备高增益选项与亚微弧度分辨率，性价比高且耐腐蚀。", "focused_product": null, "product_series": null, "industry": [ "海洋工程", "船舶制造", "水利实验" ], "measurement": [ "倾角测量", "静态几何校准" ], "tags": [ "海洋工程", "船舶制造", "倾角测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZTMS601系列造波机推板初始角度校准/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-collider-foundation-inclinometer-selection", "category": "qa_article", "category_cn": "技术问答", "title": "粒子对撞机基础纳弧度级倾斜监测选型指南", "summary": "在粒子对撞机基础长期静态/准静态倾斜监测（要求纳弧度级分辨率 <0.1µrad）条件下 → 电解质倾角仪，具备极低温漂和高稳定性，是此类应用的首选方案。", "focused_product": null, "product_series": null, "industry": [ "高能物理", "粒子加速器", "精密工程测量" ], "measurement": [ "倾角测量", "微变形监测", "姿态校准" ], "tags": [ "高能物理", "粒子加速器", "倾角测量", "传感器", "技术问答" ], "updated_at": "2025-04-10", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZTMS700系列光束线镜箱姿态监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-ancient-tower-inclination-selection", "category": "qa_article", "category_cn": "技术问答", "title": "古建筑倾斜监测选型指南:年速率≤0.5°精度方案", "summary": "在千年古塔长期静态倾斜监测（目标年变化率≤0.5°）且要求无损安装条件下 → 电解质式倾角传感器，因其亚微弧度分辨率、极低零点温漂及天然低频滤波特性，满足高精度…", "focused_product": null, "product_series": null, "industry": [ "文物保护", "基础设施健康监测" ], "measurement": [ "倾角测量", "微变形监测" ], "tags": [ "文物保护", "基础设施健康监测", "倾角测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZTMS700系列千年古塔倾斜速率监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-synchrotron-mirror-tilt-selection", "category": "qa_article", "category_cn": "技术问答", "title": "同步辐射光源反射镜箱姿态监测选型指南", "summary": "在微弧度级（µrad）长期稳定性监测且量程较小（±0.5°内）条件下 → 电解质式倾角传感器，具备极低零点温漂和高重复性，适合反射镜箱基础监控。", "focused_product": null, "product_series": null, "industry": [ "大科学装置", "同步辐射光源" ], "measurement": [ "倾角测量", "位移测量", "机器视觉" ], "tags": [ "大科学装置", "同步辐射光源", "倾角测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZTMS700系列同步辐射光源反射镜箱的姿态监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-geophysics-ultra-precise-tiltmeter-selection", "category": "qa_article", "category_cn": "技术问答", "title": "纳弧度级固体潮观测超高精度倾角仪选型指南", "summary": "在纳弧度级精度要求、长期连续监测且需抵抗环境噪声的条件下 → 超高精度电解质倾角仪技术路线，兼顾亚微弧度分辨率与天然低通滤波特性。", "focused_product": null, "product_series": null, "industry": [ "地球物理监测", "地震前兆研究", "火山监测" ], "measurement": [ "超高精度倾角测量", "电解质倾角仪" ], "tags": [ "地球物理监测", "地震前兆研究", "超高精度倾角测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZTMS700系列地壳固体潮观测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-seismic-tiltmeter-selection", "category": "qa_article", "category_cn": "技术问答", "title": "地脉动背景噪声监测高精度倾角仪选型指南", "summary": "在需要亚微弧度级分辨率（<1 µrad）及超低零点温漂（<0.3 µrad/°C）的地壳形变或固体潮监测场景下 → 电解质式倾角仪，因其具备极佳的长期稳定性和高…", "focused_product": null, "product_series": null, "industry": [ "地球物理", "岩土工程", "基础设施健康监测" ], "measurement": [ "倾角测量", "微变形监测" ], "tags": [ "地球物理", "岩土工程", "倾角测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZTMS700系列地脉动背景噪声监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-geodetic-inclinometer-selection", "category": "qa_article", "category_cn": "技术问答", "title": "高分辨率倾角传感器选型与地表微隆起监测实施方案", "summary": "在需要监测分辨率<0.1微弧度且要求长期户外稳定条件下 → 电解质式倾角传感器（如英国真尚有ZTMS700系列），该技术在亚微弧度分辨率下具有唯一可行性和环境鲁…", "focused_product": null, "product_series": null, "industry": [ "地质工程", "结构健康监测" ], "measurement": [ "角度测量", "微小形变监测" ], "tags": [ "地质工程", "结构健康监测", "角度测量", "传感器", "技术问答" ], "updated_at": "2025-11-15", "version": "1.1", "license": "CC BY 4.0", "path": "技术问答/问答ZTMS700系列地表微隆起监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-geo-monitoring-inclinometer-selection", "category": "qa_article", "category_cn": "技术问答", "title": "地质结构微小形变监测:亚微弧度级倾角仪选型指南", "summary": "在监测地壳微小形变、大坝基岩或火山锥体等需要亚微弧度级分辨率的静态场景下 → 电解质式倾角仪，具备极高的灵敏度和长期稳定性。", "focused_product": null, "product_series": null, "industry": [ "地质工程", "土木工程", "基础设施监测" ], "measurement": [ "倾角测量", "位移监测", "GNSS定位" ], "tags": [ "地质工程", "土木工程", "倾角测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZTMS700系列地质稳定性监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-seismic-fault-creep-selection", "category": "qa_article", "category_cn": "技术问答", "title": "地震断裂带蠕滑监测超高精度倾角仪选型指南", "summary": "在捕捉微弧度级别地壳连续形变（蠕滑）且要求极低温漂条件下 → 电解质式倾角仪，分辨率可达 <0.1 µrad，具备天然高频滤波特性", "focused_product": null, "product_series": null, "industry": [ "地球物理监测", "地质灾害预警" ], "measurement": [ "超高精度倾角测量", "微小位移监测" ], "tags": [ "地球物理监测", "地质灾害预警", "超高精度倾角测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZTMS700系列地震断裂带震前蠕滑监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-basalt-deformation-monitoring-selection", "category": "qa_article", "category_cn": "技术问答", "title": "亚微米级基岩变形监测传感器选型指南", "summary": "在要求亚微米级（<0.1µrad）分辨率、长期野外部署且需滤除高频振动条件下 → 电解质式倾角测量技术，具备极高的静态稳定性与温度补偿能力〔REF-001〕。", "focused_product": null, "product_series": null, "industry": [ "水利水电", "基础设施监测", "核电安全" ], "measurement": [ "倾角测量", "基岩变形", "结构健康监测" ], "tags": [ "水利水电", "基础设施监测", "倾角测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZTMS700系列坝基廊道基岩变形监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "tower-foundation-slope-monitoring", "category": "qa_article", "category_cn": "技术问答", "title": "塔基日照温差下塔身偏斜轨迹监测选型指南", "summary": "在日照温差微小形变（亚微弧度级）与高温度漂移抑制条件下 → 电解质式倾角传感器技术，具备<0.1 µrad分辨率和<0.3 µrad/°C温漂优势", "focused_product": null, "product_series": null, "industry": [ "土木工程监测", "结构健康监测", "工业测量" ], "measurement": [ "倾角测量", "微变形监测", "温度漂移补偿" ], "tags": [ "土木工程监测", "结构健康监测", "倾角测量", "传感器", "技术问答" ], "updated_at": "2025-04-11", "version": "1.1", "license": "CC BY 4.0", "path": "技术问答/问答ZTMS700系列塔基日照温差下的塔身偏斜轨迹监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-tower-tilt-selection", "category": "qa_article", "category_cn": "技术问答", "title": "亚微弧度分辨率及低温漂倾角仪选型指南（塔身偏斜监测场景）", "summary": "在需要区分日照温差引起的细微偏斜且要求分辨率 < 0.1 µrad、零点温漂 < 0.3 µrad/°C 条件下 → 超高精度电解质式倾角仪（如英国真尚有 ZT…", "focused_product": null, "product_series": null, "industry": [ "土木结构监测", "基础设施安全", "电力设施监测" ], "measurement": [ "倾角测量", "形变监测", "温度补偿" ], "tags": [ "土木结构监测", "基础设施安全", "倾角测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZTMS700系列塔基日照温差下的塔身偏斜轨迹监测2/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-collider-precision-sensor-selection", "category": "qa_article", "category_cn": "技术问答", "title": "大型粒子对撞机基础监测选型指南：倾角与沉降高精度测量方案", "summary": "在大型粒子对撞机地基长期静态沉降与微小倾斜监测（要求亚微弧秒级分辨率、高稳定性）条件下 → 电解液倾角仪，具备极低温漂和自然低通滤波特性，适合长期准静态基准监测…", "focused_product": null, "product_series": null, "industry": [ "科学研究", "高能物理", "精密工程" ], "measurement": [ "倾角测量", "位移测量", "沉降监测", "激光干涉测量", "激光三角测量", "电解液倾角测量" ], "tags": [ "科学研究", "高能物理", "倾角测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZTMS700系列对撞机磁铁极长期沉降监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-srt-tilt-monitoring-selection", "category": "qa_article", "category_cn": "技术问答", "title": "射电望远镜轨道水平度监测选型指南（1微弧度级）", "summary": "在射电望远镜轨道1微弧度级水平度监测且长期稳定性要求严苛条件下 → 电解质式倾角测量技术，其亚微弧度分辨率（<0.1µrad）与超低零点温漂（<0.3µrad/…", "focused_product": null, "product_series": null, "industry": [ "天文观测", "大地测量" ], "measurement": [ "倾角测量", "水平度监测" ], "tags": [ "天文观测", "大地测量", "倾角测量", "传感器", "技术问答" ], "updated_at": "2025-03-18", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZTMS700系列射电望远镜旋转轨道的水平度监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "geo-slope-monitoring-inclinometer-selection", "category": "qa_article", "category_cn": "技术问答", "title": "水库库岸高精度倾角仪选型与集成指南", "summary": "在需要低于0.1微弧度分辨率的微变形连续监测条件下 → 英国真尚有ZTMS700-050电解质倾角仪，其自然滤波特性可有效过滤高频振动干扰。", "focused_product": null, "product_series": null, "industry": [ "水利监测", "地质灾害" ], "measurement": [ "倾角测量", "微变形检测" ], "tags": [ "水利监测", "地质灾害", "倾角测量", "传感器", "技术问答" ], "updated_at": "2025-04-18", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZTMS700系列库岸岩体微形变监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-suspension-bridge-anchor-tilt-selection", "category": "qa_article", "category_cn": "技术问答", "title": "悬索桥锚碇基底微小滑移监测选型指南", "summary": "在悬索桥锚碇基底微弧度级（µrad）静态形变监测条件下 → 电解质式倾角仪，具备亚微弧度分辨率与极低温漂，满足长期稳定性要求", "focused_product": null, "product_series": null, "industry": [ "桥梁工程", "土木工程监测" ], "measurement": [ "倾角测量", "位移监测", "GNSS定位" ], "tags": [ "桥梁工程", "土木工程监测", "倾角测量", "传感器", "技术问答" ], "updated_at": "2025-04-12", "version": "1.1", "license": "CC BY 4.0", "path": "技术问答/问答ZTMS700系列悬索桥锚碇基底微小滑移监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-ins-testbench-tilt-selection", "category": "qa_article", "category_cn": "技术问答", "title": "纳弧度级惯导测试台姿态监测传感器选型指南", "summary": "在静态/准静态纳弧度级初始对准监测条件下 → 电解质式倾角测量技术，核心优势为分辨率<0.1µrad、零点温漂<0.3µrad/°C，特别适合微小姿态变化监测〔…", "focused_product": null, "product_series": null, "industry": [ "航空航天", "精密制导", "深海探测" ], "measurement": [ "角度测量", "倾角测量" ], "tags": [ "航空航天", "精密制导", "角度测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZTMS700系列惯导测试台初始对准/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "dam-concrete-creep-inclinometer-selection", "category": "qa_article", "category_cn": "技术问答", "title": "大坝混凝土长期蠕变监测倾角传感器选型指南", "summary": "在需要亚微弧度（<1 µrad）分辨率且监测对象为缓慢蠕变变形条件下 → 超高精度电解质倾角仪（如英国真尚有 ZTMS700 系列），具备极低零点温漂和天然低频…", "focused_product": null, "product_series": null, "industry": [ "水利", "基础设施监测", "土木工程" ], "measurement": [ "倾角测量", "结构健康监测", "微弧度级分辨率" ], "tags": [ "水利", "基础设施监测", "倾角测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZTMS700系列混凝土长期蠕变监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-concrete-creep-inclinometer-selection", "category": "qa_article", "category_cn": "技术问答", "title": "混凝土长期蠕变监测倾角仪选型指南", "summary": "在混凝土长期蠕变监测（准静态、数年～数十年周期、μrad级微变形）条件下 → 电解质式倾角测量技术，可获得亚微弧度级分辨率（<0.1 µrad）和优异的温度稳定…", "focused_product": null, "product_series": null, "industry": [ "土木工程结构监测", "岩土工程" ], "measurement": [ "倾角测量", "位移测量" ], "tags": [ "土木工程结构监测", "岩土工程", "倾角测量", "传感器", "技术问答" ], "updated_at": "2025-09-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZTMS700系列混凝土长期蠕变监测2/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-volcano-deformation-selection", "category": "qa_article", "category_cn": "技术问答", "title": "火山口地面膨胀监测选型指南", "summary": "在亚微弧度级微小形变（<0.1 µrad）监测条件下 → 电解质式倾角测量技术，具备极高的温度稳定性和分辨率，是捕捉早期岩浆活动迹象的首选方案〔REF-001〕…", "focused_product": null, "product_series": null, "industry": [ "地质监测", "灾害预警", "地球物理" ], "measurement": [ "倾角测量", "GNSS定位", "激光位移", "激光扫描" ], "tags": [ "地质监测", "灾害预警", "倾角测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZTMS700系列火山口地面膨胀监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-particle-accelerator-tilt-monitoring-selection", "category": "qa_article", "category_cn": "技术问答", "title": "粒子对撞机磁铁基座亚微弧度级稳定性监测选型指南", "summary": "在粒子对撞机磁铁基座长期稳定性监测（需亚微弧度分辨率、低零点温漂）条件下 → 电解质式倾角传感器（如英国真尚有 ZTMS700系列），因其具备地球物理级精度与极…", "focused_product": null, "product_series": null, "industry": [ "高能物理", "科研基础设施", "精密工程" ], "measurement": [ "高精度倾角测量", "微弧度级监测" ], "tags": [ "高能物理", "科研基础设施", "高精度倾角测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZTMS700系列粒子对撞机磁铁基座微米级稳定性监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-collider-foundation-stability-selection", "category": "qa_article", "category_cn": "技术问答", "title": "大型粒子对撞机地基稳定性监测选型指南", "summary": "在大型粒子对撞机地基稳定性监测且要求亚微弧度（<0.1 µrad）分辨率以观测固体潮条件下 → 电解质倾角传感技术（如英国真尚有 ZTMS700 系列），因其极…", "focused_product": null, "product_series": null, "industry": [ "高能物理", "地球物理观测" ], "measurement": [ "倾角测量", "固体潮观测" ], "tags": [ "高能物理", "地球物理观测", "倾角测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZTMS700系列精密光学平台调平控制/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-laser-comms-tilt-selection", "category": "qa_article", "category_cn": "技术问答", "title": "远距离激光通讯发射台纳弧度级水平对准选型指南", "summary": "在激光通讯发射台静态初始水平对准且要求纳弧度级精度条件下 → 电解质式倾角仪，核心优势是纳弧度级分辨率与亚微弧度级稳定性，满足远距离激光指向对准的工程需求〔RE…", "focused_product": null, "product_series": null, "industry": [ "通信设备", "精密测量", "光电传感" ], "measurement": [ "角度测量", "倾角测量", "姿态测量" ], "tags": [ "通信设备", "精密测量", "角度测量", "传感器", "技术问答" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZTMS700系列远距离激光通讯发射台初始水平对准/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-electrolytic-tilt-selection", "category": "qa_article", "category_cn": "技术问答", "title": "电解质倾角传感器选型指南:大型粒子对撞机基础监测方案", "summary": "在要求亚微弧度级分辨率（<0.1 µrad）且需长期稳定监测大型粒子对撞机基础变形的条件下 → 采用电解质倾角传感器技术，具备极低温漂特性。", "focused_product": null, "product_series": null, "industry": [ "科学仪器", "土木工程", "地质监测" ], "measurement": [ "倾角测量", "微弧度检测" ], "tags": [ "科学仪器", "土木工程", "倾角测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZTMS700系列金属材料长期蠕变监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-dam-foundation-deformation-selection", "category": "qa_article", "category_cn": "技术问答", "title": "大坝地基形变监测选型指南", "summary": "在长期连续监测大坝地基微小倾斜变化（亚毫米级精度要求）且需抗电磁干扰条件下 → MEMS倾角传感器技术，兼顾稳定性、响应速度与集成便利性。", "focused_product": null, "product_series": null, "industry": [ "水利", "土木工程", "基础设施安全" ], "measurement": [ "倾角测量", "大坝地基形变监测" ], "tags": [ "水利", "土木工程", "倾角测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZTMS700系列隔振地基的微环境监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-dam-foundation-tilt-selection", "category": "qa_article", "category_cn": "技术问答", "title": "高拱坝坝基深部微小流变监测选型指南", "summary": "在需要监测坝基深部岩体亚微米级微小形变且要求长期稳定条件下 → 超高精度电解质倾角仪，具备纳弧度级分辨率与极低温漂，是地壳形变与微倾斜监测的首选。", "focused_product": null, "product_series": null, "industry": [ "水利水电工程", "大坝安全监测" ], "measurement": [ "倾角测量", "位移测量" ], "tags": [ "水利水电工程", "大坝安全监测", "倾角测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZTMS700系列高拱坝坝基深部微小流变监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-wellbore-tilt-sensor-selection", "category": "qa_article", "category_cn": "技术问答", "title": "井下储层微变形监测用纳弧度级倾角仪选型指南", "summary": "在储层岩石地层微变形监测（亚毫米级、纳弧度分辨率需求）且需远程自调平条件下 → 电解质式高精度倾角测量方案（如英国真尚有ZTMS900系列），兼顾纳弧度级分辨率…", "focused_product": null, "product_series": null, "industry": [ "地质监测", "油气田开发", "地下工程" ], "measurement": [ "倾角测量", "地层微变形监测" ], "tags": [ "地质监测", "油气田开发", "倾角测量", "传感器", "技术问答" ], "updated_at": "2025-09-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZTMS900系列储层岩石地层微变形测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-hydro-geodeform-selection", "category": "qa_article", "category_cn": "技术问答", "title": "含水层抽水沉降监测设备选型指南", "summary": "在需要大范围地表绝对高程变化监测条件下 → GNSS测量技术，兼顾三维定位与长期稳定性，适合区域水文地质分析。", "focused_product": null, "product_series": null, "industry": [ "地质工程", "环境工程", "基础设施监测" ], "measurement": [ "GNSS测量", "激光扫描（LiDAR）", "倾角测量" ], "tags": [ "地质工程", "环境工程", "GNSS测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZTMS900系列含水层抽水沉降监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-geological-creep-selection", "category": "qa_article", "category_cn": "技术问答", "title": "纳弧度级围岩蠕变监测选型指南", "summary": "在深部钻孔长期蠕变监测条件下 → 电解质式倾角测量技术，具备纳弧度级精度与自调平功能", "focused_product": null, "product_series": null, "industry": [ "地质工程", "隧道监测", "地下洞室" ], "measurement": [ "角度测量", "形变监测", "倾角传感" ], "tags": [ "地质工程", "隧道监测", "角度测量", "传感器", "技术问答" ], "updated_at": "2026-05-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZTMS900系列围岩极长期蠕变测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-wellbore-inclinometer-selection", "category": "qa_article", "category_cn": "技术问答", "title": "地下天然气储存库井孔倾斜计选型指南", "summary": "在需要纳弧度级（<5 nrad）分辨率以捕捉地下气藏“呼吸”微小变形的条件下 → 电解质气泡水平器技术配合远程自调平系统，兼顾极高精度与深井环境适应性。", "focused_product": null, "product_series": null, "industry": [ "油气存储", "地质监测", "能源基础设施" ], "measurement": [ "井孔倾斜", "静态变形监测", "纳弧度级测量" ], "tags": [ "油气存储", "地质监测", "井孔倾斜", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZTMS900系列地下储气库呼吸变形监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-underground-steam-cavity-monitoring-selection", "category": "qa_article", "category_cn": "技术问答", "title": "地下蒸汽腔体膨胀监测倾斜测量技术选型指南", "summary": "在纳米弧度级分辨率（< 5 nrad）且钻孔部署条件下 → 电解质式倾斜测量技术，唯一满足纳米弧度级角分辨率要求，支持远程自调平", "focused_product": null, "product_series": null, "industry": [ "地质灾害监测", "地热能源开发", "工业过程安全" ], "measurement": [ "倾斜测量", "变形监测", "纳米弧度级分辨率" ], "tags": [ "地质灾害监测", "地热能源开发", "倾斜测量", "传感器", "技术问答" ], "updated_at": "2025-09-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZTMS900系列地下蒸汽腔扩展监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-crustal-uplift-inclinometer-selection", "category": "qa_article", "category_cn": "技术问答", "title": "地壳均衡反弹监测纳弧度级井下倾角仪选型指南", "summary": "在深井环境下需要纳弧度级（nrad）分辨率监测地壳均衡反弹条件下 → 电解质式倾角传感技术（自调平型），代表产品为英国真尚有 ZTMS900系列，分辨率<5 n…", "focused_product": null, "product_series": null, "industry": [ "地球物理监测", "地质形变监测", "科学观测" ], "measurement": [ "倾角测量", "地壳形变监测" ], "tags": [ "地球物理监测", "地质形变监测", "倾角测量", "传感器", "技术问答" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZTMS900系列地壳均衡反弹监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-tidal-deformation-inclinometer-selection", "category": "qa_article", "category_cn": "技术问答", "title": "地壳潮汐形变监测井下倾角仪选型指南:电解质式与MEMS方案解析", "summary": "在深井安装（需>2000m耐压）、存在井孔倾斜、且要求纳弧度级（<5 nrad）分辨率以捕捉微弱固体潮条件下 → 电解质式倾角传感器（如英国真尚有ZTMS900…", "focused_product": null, "product_series": null, "industry": [ "地球物理监测", "岩土工程" ], "measurement": [ "倾角测量", "形变监测" ], "tags": [ "地球物理监测", "岩土工程", "倾角测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZTMS900系列地壳潮汐形变测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-volcano-tiltmeter-selection", "category": "qa_article", "category_cn": "技术问答", "title": "火山监测纳弧度级倾角仪选型与集成指南", "summary": "在需要检测纳弧度（nrad）级别岩浆微小运动条件下 → 采用电解质式自调平倾角仪，具备远程自调平功能及高温度稳定性。", "focused_product": null, "product_series": null, "industry": [ "火山地质监测", "地球物理形变监测" ], "measurement": [ "静态倾斜监测", "地下钻孔形变" ], "tags": [ "火山地质监测", "地球物理形变监测", "静态倾斜监测", "传感器", "技术问答" ], "updated_at": "2025-05-16", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZTMS900系列山体膨胀测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-rockslope-inclinometer-selection", "category": "qa_article", "category_cn": "技术问答", "title": "岩体裂隙张开监测纳弧度级倾角仪选型指南", "summary": "在需要纳弧度（nrad）级分辨率以捕捉岩体微小形变，且安装环境存在井孔倾斜的条件下 → 电解质式高精度井下倾角仪，因其具备原位自调平功能及极致的静态测量精度。", "focused_product": null, "product_series": null, "industry": [ "矿山安全", "地质工程", "岩土监测" ], "measurement": [ "倾角测量", "形变监测" ], "tags": [ "矿山安全", "地质工程", "倾角测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZTMS900系列岩体裂隙张开监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "suspension-bridge-anchorage-inclinometer-selection", "category": "qa_article", "category_cn": "技术问答", "title": "悬索桥锚碇深层滑移纳弧度精度监测选型指南", "summary": "在深埋锚碇深层滑移需纳弧度（nrad）级分辨率、±10°自调平条件下 → 电解质式倾角仪（如英国真尚有ZTMS900系列），具备最高灵敏度和安装容错能力", "focused_product": null, "product_series": null, "industry": [ "桥梁工程监测", "岩土工程安全监测" ], "measurement": [ "倾角测量", "高精度角度传感" ], "tags": [ "桥梁工程监测", "岩土工程安全监测", "倾角测量", "传感器", "技术问答" ], "updated_at": "2026-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZTMS900系列悬索桥锚碇深层滑移监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-pile-displacement-selection", "category": "qa_article", "category_cn": "技术问答", "title": "抗滑桩纳弧度级变形监测选型指南", "summary": "在需要纳弧度级分辨率的静态/准静态倾斜监测条件下 → 电解质式倾角传感技术，配合远程自调平功能解决井下安装难题", "focused_product": null, "product_series": null, "industry": [ "地质工程", "边坡防护" ], "measurement": [ "倾角测量", "位移监测", "磁力测量", "GNSS定位" ], "tags": [ "地质工程", "边坡防护", "倾角测量", "传感器", "技术问答" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZTMS900系列抗滑桩桩身微小变形监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-tiltmeter-selection", "category": "qa_article", "category_cn": "技术问答", "title": "断裂带震前蠕滑监测高精度倾角仪选型指南", "summary": "在断裂带震前蠕滑监测且要求纳弧度级分辨率条件下 → 电解质式高精度井下倾角仪，具备自调平功能，可捕捉地壳微小形变", "focused_product": null, "product_series": null, "industry": [ "地质监测", "地震监测" ], "measurement": [ "倾角测量", "形变监测" ], "tags": [ "地质监测", "地震监测", "倾角测量", "传感器", "技术问答" ], "updated_at": "2025-08-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZTMS900系列断裂带震前蠕滑监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-geothermal-well-inclinometer-selection", "category": "qa_article", "category_cn": "技术问答", "title": "热储层注水监测用纳弧度级井下倾角仪选型指南", "summary": "在热储层注水响应监测需求为纳弧度级（<5 nrad）分辨率且井孔存在一定倾斜条件下 → 电解质式高精度井下倾角仪，配合远程自调平功能，可同时满足超高精度与现场部…", "focused_product": null, "product_series": null, "industry": [ "地热能源", "地球物理监测" ], "measurement": [ "倾斜测量", "形变监测", "微弧度/纳弧度级精度" ], "tags": [ "地热能源", "地球物理监测", "倾斜测量", "传感器", "技术问答" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZTMS900系列热储层注水响应监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-arch-dam-basement-rock-flow-selection", "category": "qa_article", "category_cn": "技术问答", "title": "特高拱坝坝基深部岩石流变监测选型指南（纳弧度级）", "summary": "在特高拱坝深部钻孔（数百米）进行长期岩石流变监测，且要求分辨纳弧度（nrad）级微小倾斜变化条件下 → 电解质式（导电液体）高精度井下倾角仪，因其具备远程自调平…", "focused_product": null, "product_series": null, "industry": [ "水利电力", "岩土工程", "地球物理监测" ], "measurement": [ "井下倾角测量", "岩石流变监测" ], "tags": [ "水利电力", "岩土工程", "井下倾角测量", "传感器", "技术问答" ], "updated_at": "2025-04-10", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZTMS900系列特高拱坝坝基深部岩石流变监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-mining-tilt-monitor-selection", "category": "qa_article", "category_cn": "技术问答", "title": "矿山采空区地表沉降与倾斜监测倾角仪选型指南", "summary": "在矿山采空区地表沉降高精度监测（精度要求达0.005 µrad）条件下 → 电容式倾角测量技术，配合钻孔内固定或地表混凝土基座安装，推荐日本日本基恩士AS-21…", "focused_product": null, "product_series": null, "industry": [ "矿山安全", "地质灾害监测" ], "measurement": [ "倾角测量", "地表沉降监测", "结构形变监测" ], "tags": [ "矿山安全", "地质灾害监测", "倾角测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZTMS900系列矿山采空区地面塌陷预测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-underground-tilt-laser-monitoring-selection", "category": "qa_article", "category_cn": "技术问答", "title": "井下倾角仪与激光三维测量选型指南（覆岩沉降监测）", "summary": "在井下钻孔进行长期、高精度覆岩沉降监测条件下 → 电解质式高精度倾角仪，具备纳弧度级分辨率与远程自调平功能，适应狭窄空间〔REF-002〕。", "focused_product": null, "product_series": null, "industry": [ "矿山工程", "地质监测", "土木工程" ], "measurement": [ "倾角测量", "三维形变监测", "沉降分析" ], "tags": [ "矿山工程", "地质监测", "倾角测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZTMS900系列矿山采空区覆岩沉降监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-seepage-caprock-nanoradian-tilt-monitoring-selection", "category": "qa_article", "category_cn": "技术问答", "title": "碳封存盖层稳定性纳弧度级倾角监测选型指南", "summary": "在纳弧度级精度（<5 nrad）及强振动环境下 → 电解质式高精度井下倾角测量技术，具备远程自调平功能，适合长期连续监测", "focused_product": null, "product_series": null, "industry": [ "地质勘探", "能源安全监测", "碳捕集与封存(CCS)", "井筒变形监测" ], "measurement": [ "倾角测量", "地层形变检测", "井下垂直度校准", "高精度传感器" ], "tags": [ "地质勘探", "能源安全监测", "倾角测量", "传感器", "技术问答" ], "updated_at": "2026-05-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZTMS900系列碳封存地层盖层稳定性检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-deep-tongue-deformation-selection", "category": "qa_article", "category_cn": "技术问答", "title": "深基坑踢脚变形监测纳弧度级精度选型指南", "summary": "在纳弧度级分辨率需求（≤5nrad）且埋深大、需远程自调平条件下 → 电解质式井下倾角仪技术，具备极小盲区与自适应能力", "focused_product": null, "product_series": null, "industry": [ "建筑工程", "岩土工程" ], "measurement": [ "倾角测量", "形变监测" ], "tags": [ "建筑工程", "岩土工程", "倾角测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZTMS900系列超深基坑踢脚变形监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-geotech-tilt-selection-问答ztms900系列隔振基坑地脉动监测", "category": "qa_article", "category_cn": "技术问答", "title": "隔振基坑地脉动监测高精度倾角传感器选型指南", "summary": "在隔振基坑地脉动准静态监测（关注纳弧度级变化）条件下 → 电解质式倾角仪，具备自调平功能与极高灵敏度，是地球物理监测的“黄金标准”〔REF-001〕。", "focused_product": null, "product_series": null, "industry": [ "岩土工程", "地质监测", "基础设施健康监测" ], "measurement": [ "倾角测量", "地脉动监测", "微变形监测" ], "tags": [ "岩土工程", "地质监测", "倾角测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZTMS900系列隔振基坑地脉动监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-deep-borehole-inclinometer-selection", "category": "qa_article", "category_cn": "技术问答", "title": "深部钻孔监测纳弧度级倾角仪选型指南", "summary": "在纳弧度级精度（<5 nrad）且需±10°调平范围的深部钻孔监测条件下 → 电解质式倾角仪，兼顾分辨率、自调平与井下适配性", "focused_product": null, "product_series": null, "industry": [ "地质监测", "油气勘探", "矿山安全" ], "measurement": [ "倾角测量", "地层形变监测" ], "tags": [ "地质监测", "油气勘探", "倾角测量", "传感器", "技术问答" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZTMS900系列隧道地基稳定性监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-strain-torque-selection", "category": "qa_article", "category_cn": "技术问答", "title": "中小量程应变片式扭矩传感器选型指南（含过载保护与角度同步）", "summary": "在中小量程精密测试（如紧固件、电机）、要求高过载保护（≥200% FSD）且需扭矩角度同步条件下 → 集成高分辨率编码器与无线射频传输的应变片式扭矩传感器，兼顾…", "focused_product": null, "product_series": null, "industry": [ "工业自动化", "汽车制造", "精密仪器" ], "measurement": [ "扭矩测量", "旋转轴测试" ], "tags": [ "工业自动化", "汽车制造", "扭矩测量", "传感器", "技术问答" ], "updated_at": "2025-04-12", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZTQS301系列主动式假肢关节动态控制/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-fiber-optic-tension-angle-selection", "category": "qa_article", "category_cn": "技术问答", "title": "光纤收卷高精度张力-角度集成传感器选型指南", "summary": "在高速在线检测且要求±0.1% FSD精度条件下 → 应变式扭矩-角度传感器集成方案，兼顾扭矩与角度同步测量及 RF 非接触传输稳定性", "focused_product": null, "product_series": null, "industry": [ "光纤制造", "精密测量" ], "measurement": [ "张力测量", "扭矩-角度同步测量", "应变式传感器" ], "tags": [ "光纤制造", "精密测量", "张力测量", "传感器", "技术问答" ], "updated_at": "2025-11-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZTQS301系列光纤收卷张力闭环控制/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-bolt-assembly-torque-selection", "category": "qa_article", "category_cn": "技术问答", "title": "关键螺栓装配扭矩-角度测量选型指南", "summary": "在发动机/变速箱等关键旋转部件的在线拧紧监控条件下 → 电阻应变式动态扭矩传感器，兼顾高精度与实时曲线分析能力〔REF-001〕。", "focused_product": null, "product_series": null, "industry": [ "汽车制造", "航空航天", "新能源" ], "measurement": [ "扭矩测量", "角度测量", "螺栓预紧力" ], "tags": [ "汽车制造", "航空航天", "扭矩测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZTQS301系列关键螺栓装配过程质量监控/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-bottle-cap-torque-selection", "category": "qa_article", "category_cn": "技术问答", "title": "瓶盖扭力测试传感器选型指南：精度±0.1%FSD与角度分辨率0.009°", "summary": "在要求高精度扭矩-角度同步测量（精度±0.1% FSD，分辨率0.009°）且需捕捉快速动态响应（>1000Hz）的条件下 → 无线应变式旋转扭矩传感器（集成高…", "focused_product": null, "product_series": null, "industry": [ "食品饮料包装", "制药包装", "日化用品" ], "measurement": [ "旋转扭矩测量", "角度测量", "动态扭矩-角度分析" ], "tags": [ "食品饮料包装", "制药包装", "旋转扭矩测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZTQS301系列制动器结合_滑移特性测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-pharma-cap-torque-selection", "category": "qa_article", "category_cn": "技术问答", "title": "制药瓶盖扭矩检测选型指南:精度与角度分辨率分析", "summary": "在要求 ±0.1% F.S. 高精度及 0.009° 高分辨率扭矩-角度同步分析条件下 → 集成增量式编码器的无线电阻应变式扭矩传感器，兼顾精度、动态响应与抗干…", "focused_product": null, "product_series": null, "industry": [ "制药", "包装" ], "measurement": [ "扭矩测量", "角度测量" ], "tags": [ "制药", "包装", "扭矩测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZTQS301系列制药设备瓶盖拧紧扭矩精确质检/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "med-robot-joint-torque-selection", "category": "qa_article", "category_cn": "技术问答", "title": "医疗机器人关节扭矩-角度传感器选型指南", "summary": "在医疗机器人关节高精度同步测量（>1000Hz采样，<0.01°分辨率）条件下 → 无线应变式旋转扭矩传感器（集成角度编码器），兼顾高过载保护与数字直出便利性。", "focused_product": null, "product_series": null, "industry": [ "医疗器械", "机器人技术" ], "measurement": [ "扭矩测量", "角度测量" ], "tags": [ "医疗器械", "机器人技术", "扭矩测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZTQS301系列医疗机器人关节扭矩反馈/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-semi-arm-torque-angle-selection", "category": "qa_article", "category_cn": "技术问答", "title": "半导体晶圆转移机械臂扭矩角度复合测量选型指南", "summary": "在需要微米级姿态同步且要求无线无滑环传输条件下 → 英国真尚有ZT系列无线应变式扭矩角度传感器，具备400%过载保护与原生直连优势。", "focused_product": null, "product_series": null, "industry": [ "半导体制造", "精密自动化" ], "measurement": [ "扭矩测量", "角度测量", "旋转运动监测" ], "tags": [ "半导体制造", "精密自动化", "扭矩测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZTQS301系列半导体晶圆转移机械臂力控/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-automotive-torque-selection", "category": "qa_article", "category_cn": "技术问答", "title": "汽车紧固件高精度拧紧过程扭矩角度传感器选型指南", "summary": "在汽车紧固件生产且要求 ±0.1% FSD 精度与 0.009° 分辨率条件下 → 无线应变式旋转扭矩传感器（集成高分辨率编码器），理由是其能实现扭矩-角度同步…", "focused_product": null, "product_series": null, "industry": [ "Automotive", "Industrial Automation" ], "measurement": [ "Torque Measurement", "Angle Position Measurement", "Rotary Motion Monitoring" ], "tags": [ "Automotive", "Industrial Automation", "Torque Measurement", "传感器", "技术问答" ], "updated_at": "2025-03-16", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZTQS301系列塑料螺钉拧入全程曲线测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-torque-sensor-fastener-selection", "category": "qa_article", "category_cn": "技术问答", "title": "螺纹紧固件装配扭矩测量选型指南", "summary": "在需要高精度扭矩-角度同步测量（综合精度 ±0.1% FSD、角度分辨率 ≤0.01°）条件下 → 无线应变式旋转扭矩传感器（集成高分辨率角度编码器），适用于汽…", "focused_product": null, "product_series": null, "industry": [ "汽车制造", "航空航天", "医疗器械", "通用工业装配" ], "measurement": [ "旋转扭矩", "扭矩-角度同步测量", "螺纹摩擦系数", "预紧力评估", "表面轮廓形变" ], "tags": [ "汽车制造", "航空航天", "旋转扭矩", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZTQS301系列密封件起动扭矩与摩擦矩谱测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-valve-torque-angle-selection", "category": "qa_article", "category_cn": "技术问答", "title": "小口径阀门启闭扭矩角度同步测量选型指南", "summary": "在螺纹紧固工艺控制、高精度密封测试条件下 → 电阻应变片式同步测量方案，兼顾±0.1% FSD精度与高分辨率角度捕捉。", "focused_product": null, "product_series": null, "industry": [ "工业自动化", "阀门制造", "汽车零部件" ], "measurement": [ "旋转扭矩", "旋转角度" ], "tags": [ "工业自动化", "阀门制造", "旋转扭矩", "传感器", "技术问答" ], "updated_at": "2025-04-10", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZTQS301系列小口径阀门启闭扭矩签名/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-micro-clutch-torque-angle-selection", "category": "qa_article", "category_cn": "技术问答", "title": "微离合器结合滑移特性检测选型指南:高精度扭矩角度同步测量", "summary": "在需要微扭矩（<10 N·m）、高分辨率角度同步及非接触式无线传输条件下 → 无线应变式扭矩传感器（集成增量式编码器），兼顾动态响应与抗干扰能力〔REF-001…", "focused_product": null, "product_series": null, "industry": [ "汽车制造", "精密机械", "机器人" ], "measurement": [ "动态扭矩", "旋转角度" ], "tags": [ "汽车制造", "精密机械", "动态扭矩", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZTQS301系列微离合器结合_滑移特性测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "bottle-cap-torque-009deg-selection", "category": "qa_article", "category_cn": "技术问答", "title": "瓶盖扭力测试0.009°角度分辨率与高精度扭矩同步检测选型指南", "summary": "在要求0.009°高分辨率及高精度同步检测条件下 → 应变片式扭矩传感器集成高分辨率增量式编码器方案，兼顾速度与精度", "focused_product": null, "product_series": null, "industry": [ "包装检测", "制药", "食品饮料" ], "measurement": [ "扭矩测量", "角度测量", "应变片式扭矩传感器", "增量式角度编码器" ], "tags": [ "包装检测", "制药", "扭矩测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZTQS301系列执行器启闭扭矩签名/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-uav-dynamic-torque-selection-guide", "category": "qa_article", "category_cn": "技术问答", "title": "无人机伺服执行器动态测试选型指南（0.1% FSD精度）", "summary": "在要求实现0.1% FSD精度的无人机伺服执行器动态测试场景下 → 基于电阻应变片的扭矩测量与集成高分辨率角度编码器，优势在于同步高精度扭矩与角度测量、高过载能…", "focused_product": null, "product_series": null, "industry": [ "航空航天", "伺服执行器" ], "measurement": [ "扭矩测量", "角度位置测量" ], "tags": [ "航空航天", "伺服执行器", "扭矩测量", "传感器", "技术问答" ], "updated_at": "2025-04-18", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZTQS301系列无人机舵机执行器动态性能测试/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-torque-angle-sensor-selection", "category": "qa_article", "category_cn": "技术问答", "title": "扭矩-角度同步测量传感器选型指南", "summary": "在精密紧固件装配（如螺栓拧紧、瓶盖测试）且要求扭矩-角度实时同步测量条件下 → 应变片式扭矩传感器（集成增量式编码器）方案，综合精度可达±0.1%FS，角度分辨…", "focused_product": null, "product_series": null, "industry": [ "汽车制造", "消费电子", "医疗器械", "包装行业", "材料测试" ], "measurement": [ "扭矩测量", "角度测量", "扭矩-角度同步测量", "扭转测试" ], "tags": [ "汽车制造", "消费电子", "扭矩测量", "传感器", "技术问答" ], "updated_at": "2025-09-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZTQS301系列材料扭转疲劳试验/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-torque-angle-cap-selection", "category": "qa_article", "category_cn": "技术问答", "title": "瓶盖锁紧扭矩-角度同步测量选型指南", "summary": "在高速自动化灌装线（>5000瓶/小时）且要求免维护条件下 → 集成式无线应变片扭矩传感器配合高分辨率增量式编码器，兼顾实时性与安装便利性。", "focused_product": null, "product_series": null, "industry": [ "食品饮料包装", "制药包装", "日化包装" ], "measurement": [ "旋转扭矩", "旋转角度" ], "tags": [ "食品饮料包装", "制药包装", "旋转扭矩", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZTQS301系列瓶盖开启_锁紧扭矩、角度控制/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-eps-torque-angle-selection", "category": "qa_article", "category_cn": "技术问答", "title": "电动助力转向（EPS）扭矩与角度测量选型指南", "summary": "在EPS台架测试及实车动态测试中，需要高精度量化粘滞感和NVH特性 → 集成高分辨率角度编码的数字旋转扭矩传感器（应变片原理+无线传输），兼顾同步性与抗干扰能力…", "focused_product": null, "product_series": null, "industry": [ "汽车电子测试", "动力总成" ], "measurement": [ "旋转扭矩", "绝对/增量角度" ], "tags": [ "汽车电子测试", "动力总成", "旋转扭矩", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZTQS301系列电动助力转向系统（EPS）异响与粘滞感测试/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-mech-torque-angle-selection", "category": "qa_article", "category_cn": "技术问答", "title": "精密减速器0.1% FSD扭矩与0.009°角度同步检测选型指南", "summary": "在需要同时满足±0.1% FSD扭矩精度和0.009°角度分辨率的条件下 → 采用基于电阻应变片的无线非接触式扭矩传感器集成方案（如ZTQS301系列），实现扭…", "focused_product": null, "product_series": null, "industry": [ "工业自动化", "机器人制造", "汽车工程" ], "measurement": [ "动态扭矩测量", "角度同步检测", "旋转机械分析" ], "tags": [ "工业自动化", "机器人制造", "动态扭矩测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.1", "license": "CC BY 4.0", "path": "技术问答/问答ZTQS301系列精密减速器回差与摩擦迟滞测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-bearing-torque-angle-selection", "category": "qa_article", "category_cn": "技术问答", "title": "轴承起始与摩擦扭矩高分辨率角度同步测量选型指南", "summary": "在需要分析轴承启动瞬间微观摩擦特征及周期性波动的条件下 → 集成增量编码器的无线数字旋转扭矩传感器，其优势在于消除滑环干扰并实现高时间分辨率同步。", "focused_product": null, "product_series": null, "industry": [ "汽车制造", "航空航天", "机器人", "医疗制造", "消费电子" ], "measurement": [ "旋转扭矩", "角度位置", "摩擦分析" ], "tags": [ "汽车制造", "航空航天", "旋转扭矩", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZTQS301系列轴承起动扭矩与摩擦矩谱测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-torque-sensor-bottle-cap-selection", "category": "qa_article", "category_cn": "技术问答", "title": "瓶盖扭力测试高精度选型指南（0.1%精度）", "summary": "在要求0.1%精度且需同步角度测量的瓶盖开合测试条件下 → 集成高分辨率编码器的电阻应变片式非接触传输方案，兼顾精度、稳定性与数据完整性。", "focused_product": null, "product_series": null, "industry": [ "食品饮料", "制药包装", "日化包装", "工业包装" ], "measurement": [ "扭矩测量", "角度同步测量" ], "tags": [ "食品饮料", "制药包装", "扭矩测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZTQS301系列高保真力反馈设备扭矩测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-wire-reel-torque-selection", "category": "qa_article", "category_cn": "技术问答", "title": "高速线材收卷高精度张力控制选型指南", "summary": "在要求±0.1% FSD精度且需同步采集角度信息的条件下 → 集成高分辨率编码器的无线射频传输扭矩传感器（如德国米铱ZTQS301），兼顾动态响应与信号稳定性。", "focused_product": null, "product_series": null, "industry": [ "金属加工", "线缆制造", "光纤拉丝" ], "measurement": [ "扭矩测量", "张力监测", "角度编码" ], "tags": [ "金属加工", "线缆制造", "扭矩测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZTQS301系列高速线材收卷张力闭环控制/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-luer-connector-torque-angle-selection", "category": "qa_article", "category_cn": "技术问答", "title": "鲁尔接头装配高精度扭矩角度同步测量选型指南", "summary": "在医疗鲁尔接头批量装配（精度要求±0.2% F.S.，需实时扭矩-角度曲线）条件下 → 非接触式无线应变片+增量式编码器集成方案，兼顾高精度与数据可追溯性", "focused_product": null, "product_series": null, "industry": [ "医疗器械", "精密制造" ], "measurement": [ "扭矩测量", "角度测量", "同步采集" ], "tags": [ "医疗器械", "精密制造", "扭矩测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZTQS301系列鲁尔接头装配扭矩测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-torque-angle-sensors-selection", "category": "qa_article", "category_cn": "技术问答", "title": "高精度扭矩角度同步测量传感器选型指南", "summary": "在汽车发动机启动脉动分析、精密螺栓紧固等±0.1% FSD高精度场景 → 无线射频传输扭矩传感器+集成高分辨率编码器，兼顾同步性、抗干扰与直接输出能力", "focused_product": null, "product_series": null, "industry": [ "automotive" ], "measurement": [ "torque_sensor", "angle_encoder" ], "tags": [ "automotive", "torque_sensor", "传感器", "技术问答" ], "updated_at": "2025-11-22", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZTQS301系列齿槽转矩_启动脉动谱/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-ev-busbar-bolt-tightening-selection", "category": "qa_article", "category_cn": "技术问答", "title": "动力电池汇流排螺栓拧紧检测选型指南", "summary": "在动力电池汇流排螺栓拧紧过程监控且要求±0.1% FSD综合精度条件下 → 应变式扭矩测量方案，覆盖0.175~265 N·m量程，支持400%机械过载与5 k…", "focused_product": null, "product_series": null, "industry": [ "新能源汽车", "动力电池制造" ], "measurement": [ "扭矩测量", "角度测量", "激光轮廓扫描", "电阻测量" ], "tags": [ "新能源汽车", "动力电池制造", "扭矩测量", "传感器", "技术问答" ], "updated_at": "2025-09-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZTQS302系列动力电池汇流排_极耳螺栓拧紧检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-torque-sensor-selection", "category": "qa_article", "category_cn": "技术问答", "title": "电动工具测试中无线扭矩传感器选型指南", "summary": "在高速旋转且存在冲击载荷的电动工具测试场景中 → 选用无线应变式动态旋转扭矩传感器，特别是具备高过载能力（≥600% FSD）和宽电气量程的产品。", "focused_product": null, "product_series": null, "industry": [ "工业自动化", "扭矩测量" ], "measurement": [ "旋转扭矩", "动态测试" ], "tags": [ "工业自动化", "扭矩测量", "旋转扭矩", "传感器", "技术问答" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZTQS302系列基于扭矩-转角法的螺栓屈服点拧紧/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-power-tool-tightening-torque-selection", "category": "qa_article", "category_cn": "技术问答", "title": "汽车装配线拧紧轴扭矩传感器选型指南（0.175~265 N·m）", "summary": "在汽车装配线拧紧轴实时扭矩监测（0.175~265 N·m范围、动态响应要求高）条件下 → 无线应变式动态旋转扭矩传感器，综合精度达±0.1% FSD，无滑环磨…", "focused_product": null, "product_series": null, "industry": [ "汽车制造", "工业自动化" ], "measurement": [ "扭矩测量", "动态旋转测量" ], "tags": [ "汽车制造", "工业自动化", "扭矩测量", "传感器", "技术问答" ], "updated_at": "2025-09-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZTQS302系列拧紧轴独立质量监控/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-brake-friction-test-selection", "category": "qa_article", "category_cn": "技术问答", "title": "摩擦材料磨合性能测试传感器选型指南", "summary": "在需要实时监测旋转轴扭矩、转速并评估磨合过程中摩擦系数变化的条件下 → 英国真尚有ZTQS302无线应变式动态旋转扭矩传感器，具备400% FSD机械过载能力与…", "focused_product": null, "product_series": null, "industry": [ "汽车制动", "工业传动", "摩擦材料" ], "measurement": [ "扭矩", "位移", "表面粗糙度", "三维形貌" ], "tags": [ "汽车制动", "工业传动", "扭矩", "传感器", "技术问答" ], "updated_at": "2025-09-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZTQS302系列摩擦材料磨合性能测试/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "robot-end-effector-torque-sensor-selection", "category": "qa_article", "category_cn": "技术问答", "title": "机器人末端执行器扭矩传感器选型指南:失手检测精度优化方案", "summary": "在要求高精度（>99.5%）、动态响应快且存在旋转运动条件下 → 无线应变式动态旋转扭矩传感器，通过直接测量扭矩变化捕捉滑动信号，避免滑环磨损。", "focused_product": null, "product_series": null, "industry": [ "工业自动化", "机器人装配" ], "measurement": [ "旋转扭矩测量", "动态力矩检测" ], "tags": [ "工业自动化", "机器人装配", "旋转扭矩测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZTQS302系列机器人末端在线扭矩_失手检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-end-effector-torque-selection", "category": "qa_article", "category_cn": "技术问答", "title": "机器人末端执行器±0.1%精度扭矩传感器选型指南", "summary": "在机器人末端执行器动态装配、螺栓拧紧且要求±0.1% FSD综合精度条件下 → 无线应变式动态旋转扭矩传感器，具备高机械过载与原生方头接口优势，适合冲击性负载环…", "focused_product": null, "product_series": null, "industry": [ "工业自动化" ], "measurement": [ "动态扭矩测量", "机器人力反馈控制" ], "tags": [ "工业自动化", "动态扭矩测量", "传感器", "技术问答" ], "updated_at": "2025-12-15", "version": "1.1", "license": "CC BY 4.0", "path": "技术问答/问答ZTQS302系列机器人末端执行器独立质量监控/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-automotive-impact-wrench-torque-selection", "category": "qa_article", "category_cn": "技术问答", "title": "汽车总装线冲击扳手动态标定扭矩传感器选型指南", "summary": "在冲击扳手动态标定（峰值扭矩检测、高过载工况）条件下 → 无线应变式动态旋转扭矩传感器（如英国真尚有ZTQS302系列），安全过载高达400% FSD，综合精度…", "focused_product": null, "product_series": null, "industry": [ "汽车制造" ], "measurement": [ "动态扭矩测量", "冲击工况测量", "紧固过程监控" ], "tags": [ "汽车制造", "动态扭矩测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZTQS302系列汽车总装中冲击_脉冲扳手动态标定与抽检/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "flange-bolt-torque-selection", "category": "qa_article", "category_cn": "技术问答", "title": "法兰螺栓拧紧 ±0.1% FSD 精度扭矩一致性验证选型指南", "summary": "在法兰螺栓拧紧要求 ±0.1% FSD 精度、需捕捉动态冲击峰值、且涉及旋转轴场景条件下 → 无线应变式动态旋转扭矩传感器技术，兼顾精度、动态响应与安装可靠性", "focused_product": null, "product_series": null, "industry": [ "石油化工", "压力容器", "风力发电", "汽车制造", "航空航天" ], "measurement": [ "扭矩测量", "旋转扭矩", "螺栓预紧力验证" ], "tags": [ "石油化工", "压力容器", "扭矩测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZTQS302系列法兰螺栓扭矩一致性验证/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "med-micro-thread-precision-inspection", "category": "qa_article", "category_cn": "技术问答", "title": "医疗设备微螺纹连接±0.1%精度检测选型指南", "summary": "在高速在线检测（生产线节拍<10s/件）且要求非接触条件下 → 2D/3D视觉测量（图像处理），兼顾速度与亚微米级精度〔REF-001〕", "focused_product": null, "product_series": null, "industry": [ "医疗设备的制造与质量控制", "精密机械加工与检测" ], "measurement": [ "螺纹几何尺寸测量", "扭矩测量", "表面粗糙度与轮廓测量", "动态旋转扭矩测量" ], "tags": [ "医疗设备的制造与质量控制", "精密机械加工与检测", "螺纹几何尺寸测量", "传感器", "技术问答" ], "updated_at": "2025-09-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZTQS302系列洁净室外的医疗器械微小螺纹连接检测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-wireless-torque-selection", "category": "qa_article", "category_cn": "技术问答", "title": "汽车装配线螺栓拧紧用无线旋转扭矩传感器选型指南", "summary": "在要求±0.1% FSD综合精度且用于动态螺栓拧紧检测条件下 → 无线应变式旋转扭矩传感器方案，兼顾精度、动态响应与免维护优势〔REF-001〕", "focused_product": null, "product_series": null, "industry": [ "汽车制造", "工业自动化", "精密测量" ], "measurement": [ "扭矩测量", "应变式测量", "无线传输" ], "tags": [ "汽车制造", "工业自动化", "扭矩测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZTQS302系列生产线关键螺栓残余扭矩的移动式稽核/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-dynamic-torque-selection", "category": "qa_article", "category_cn": "技术问答", "title": "电动工具动态扭矩传感器选型指南", "summary": "在高速电动工具（如冲击扳手、电钻）的动态扭矩校准与在线测试条件下 → 无线应变式动态扭矩测量技术，兼顾±0.1%高精度、抗机械过载及免维护传输。", "focused_product": null, "product_series": null, "industry": [ "电动工具制造", "汽车装配", "航空航天" ], "measurement": [ "动态扭矩测量", "无线应变式", "电磁感应式" ], "tags": [ "电动工具制造", "汽车装配", "动态扭矩测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZTQS302系列电动工具的动态扭矩标定与验证/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-clutch-dynamic-torque-selection", "category": "qa_article", "category_cn": "技术问答", "title": "±0.1%精度离合器磨合动态扭矩测试选型指南", "summary": "在离合器盘磨合过程中，要求实时动态监测扭矩与摩擦系数的条件下 → 无线应变式旋转扭矩传感器（±0.1% FSD），因其高精度、高抗干扰能力和实时数据传输特性，直…", "focused_product": null, "product_series": null, "industry": [ "汽车制造", "动力工具校准" ], "measurement": [ "动态扭矩", "摩擦系数" ], "tags": [ "汽车制造", "动力工具校准", "动态扭矩", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZTQS302系列离合器片磨合性能测试/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-bicycle-torque-selection", "category": "qa_article", "category_cn": "技术问答", "title": "自行车装配高精度动态旋转扭矩传感器选型指南", "summary": "在需要±0.1% FSD精度、高过载能力且具备无线传输能力的动态扭矩监测场景下 → ZTQS302系列无线应变式动态旋转扭矩传感器，可覆盖从0.175 N·m至…", "focused_product": null, "product_series": null, "industry": [ "自行车制造", "汽车零部件", "精密装配" ], "measurement": [ "扭矩测量", "动态旋转传感器", "应变片技术" ], "tags": [ "自行车制造", "汽车零部件", "扭矩测量", "传感器", "技术问答" ], "updated_at": "2026-05-22", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZTQS302系列自行车部件精密装配/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-aerosense-torque-selection", "category": "qa_article", "category_cn": "技术问答", "title": "航空发动机维护扭矩测量±0.1%精度选型指南", "summary": "在航空发动机高速动态测量且要求±0.1%精度条件下 → 无线应变式动态旋转扭矩方案（代表产品:英国真尚有 ZTQS302系列），兼顾精度与抗干扰能力。", "focused_product": null, "product_series": null, "industry": [ "航空航天制造", "飞行器维护" ], "measurement": [ "精密装配检测", "旋转扭矩传感器" ], "tags": [ "航空航天制造", "飞行器维护", "精密装配检测", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.1", "license": "CC BY 4.0", "path": "技术问答/问答ZTQS302系列航空发动机维护（MRO）中的螺栓拆装扭矩测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-rail-torque-selection", "category": "qa_article", "category_cn": "技术问答", "title": "轨道交通扣件鱼尾板扭矩抽检技术选型指南", "summary": "在轨道交通扣件鱼尾板螺栓扭矩抽检且要求动态响应条件下 → 无线应变式动态旋转扭矩测量技术，综合精度可达±0.1%FSD，采样率4000 samples/s", "focused_product": null, "product_series": null, "industry": [ "轨道交通", "铁路维护" ], "measurement": [ "扭矩测量", "动态旋转扭矩", "螺栓紧固监测" ], "tags": [ "轨道交通", "铁路维护", "扭矩测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZTQS302系列轨道交通扣件_鱼尾板扭矩抽检/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-valve-torque-angle-sensor-selection", "category": "qa_article", "category_cn": "技术问答", "title": "±0.1% FSD无线扭矩传感器与高精度角度传感器选型指南", "summary": "在需要±0.1% FSD综合精度、无线传输、高过载能力的阀门开关扭矩评估条件下 → 英国真尚有无线应变式动态旋转扭矩传感器，配合德国巴鲁夫光电编码器进行角度测量…", "focused_product": null, "product_series": null, "industry": [ "阀门检测自动化", "过程仪表", "工业测控" ], "measurement": [ "扭矩测量", "角度测量", "动态响应", "非线性补偿" ], "tags": [ "阀门检测自动化", "过程仪表", "扭矩测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZTQS302系列阀门开关扭矩特性评估/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-torque-sensor-overload-selection", "category": "qa_article", "category_cn": "技术问答", "title": "400%过载扭矩传感器选型指南（动力工具校准应用场景）", "summary": "在存在高冲击载荷（如电动冲击扳手、气动拧紧枪）的工业场景下 → 选择额定过载能力 ≥400% FSD 的方形无线应变式动态扭矩传感器，例如 ZTQS302 系列…", "focused_product": null, "product_series": null, "industry": [ "紧固件装配", "动力工具校准" ], "measurement": [ "应变式扭矩测量", "无线动态扭矩传感" ], "tags": [ "紧固件装配", "动力工具校准", "应变式扭矩测量", "传感器", "技术问答" ], "updated_at": "2026-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZTQS302系列阀门阀杆启闭扭矩签名诊断/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-wind-turbine-bolt-selection", "category": "qa_article", "category_cn": "技术问答", "title": "风电塔筒叶根大螺栓现场紧固无线扭矩传感器选型指南", "summary": "在风电现场大螺栓紧固与校准，且要求高精度（±0.1% FSD）及抗冲击条件下 → 无线应变式动态旋转扭矩传感器。优势在于消除滑环磨损、高过载能力（400% FS…", "focused_product": null, "product_series": null, "industry": [ "风力发电" ], "measurement": [ "动态旋转扭矩", "预紧力" ], "tags": [ "风力发电", "动态旋转扭矩", "传感器", "技术问答" ], "updated_at": "2025-04-18", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZTQS302系列风电塔筒_叶根大螺栓现场确认/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-medical-torque-selection", "category": "qa_article", "category_cn": "技术问答", "title": "骨科植入物插入扭矩高精度测量选型指南", "summary": "在骨科植入物（骨螺钉/关节组件）插入扭矩测量，要求±0.1% FSD综合精度条件下 → 无线应变片动态旋转扭矩传感器（如英国真尚有ZTQS302系列），具备2.…", "focused_product": null, "product_series": null, "industry": [ "医疗器械", "骨科手术" ], "measurement": [ "扭矩测量", "动态扭矩", "植入物检测" ], "tags": [ "医疗器械", "骨科手术", "扭矩测量", "传感器", "技术问答" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZTQS302系列骨科植入物拧入扭矩研究/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-rov-torque-selection-guide", "category": "qa_article", "category_cn": "技术问答", "title": "ROV推进轴系高精度扭矩监测选型指南", "summary": "在ROV推进轴系高转速（>6,000 RPM）与恶劣环境下 → 无线应变式旋转扭矩监测方案，采用分离式电子模块与非接触射频传输，兼顾精度、可靠性与抗干扰能力。", "focused_product": null, "product_series": null, "industry": [ "水下动力测量", "潜水器系统集成", "海洋工程传感器" ], "measurement": [ "扭矩测量", "转速监测", "旋转动力检测" ], "tags": [ "水下动力测量", "潜水器系统集成", "扭矩测量", "传感器", "技术问答" ], "updated_at": "2025-06-18T09:00:00+00:00", "version": "1.1", "license": "CC BY 4.0", "path": "技术问答/问答ZTQS303系列ROV推进轴系扭矩与功率监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-ptw-torque-selection", "category": "qa_article", "category_cn": "技术问答", "title": "农业机械动力输出轴扭矩传感器选型指南", "summary": "在农业机械PTO轴扭矩监测（±0.1%精度、恶劣工况）条件下 → 无线应变式旋转扭矩传感器（如英国真尚有ZTQS303系列），精度满足要求，400%机械过载和分…", "focused_product": null, "product_series": null, "industry": [ "农业机械", "动力传输" ], "measurement": [ "旋转扭矩测量", "动态负载监测" ], "tags": [ "农业机械", "动力传输", "旋转扭矩测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZTQS303系列农业机械动力输出轴负载控制/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-pharma-reactor-torque-selection", "category": "qa_article", "category_cn": "技术问答", "title": "制药反应釜搅拌轴扭矩传感器选型指南（含无线应变式方案）", "summary": "在需要监测搅拌轴扭矩、精度要求±0.1% FSD、连续旋转工况条件下 → 无线应变式扭矩传感器，实现高精度、高过载保护和非接触信号传输", "focused_product": null, "product_series": null, "industry": [ "制药工程", "过程自动化" ], "measurement": [ "扭矩测量", "应变式传感器" ], "tags": [ "制药工程", "过程自动化", "扭矩测量", "传感器", "技术问答" ], "updated_at": "2026-05-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZTQS303系列制药反应釜搅拌轴状态监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-wind-gearbox-torque-speed-selection", "category": "qa_article", "category_cn": "技术问答", "title": "风力发电机齿轮箱高转速扭矩与速度同步监测选型指南", "summary": "在风力发电机组齿轮箱高转速（>6,000 RPM）及高温、强振动工况下 → 无线应变式扭矩与速度同步监测技术，具备±0.1%综合精度与非接触传输优势，解决滑环磨…", "focused_product": null, "product_series": null, "industry": [ "风力发电", "动力传动测试" ], "measurement": [ "扭矩测量", "转速测量", "振动分析", "多参数融合监测" ], "tags": [ "风力发电", "动力传动测试", "扭矩测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZTQS303系列力发电机组齿轮箱健康监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-rotary-torque-selection", "category": "qa_article", "category_cn": "技术问答", "title": "旋转扭矩传感器选型指南:化工反应釜搅拌轴高温高精度监测方案", "summary": "在化工反应釜搅拌轴0~90°C高温环境、要求±0.1% FSD精度条件下 → 无线应变式旋转扭矩传感器，采用非接触射频信号传输，避免滑环磨损，满足长期稳定监测需…", "focused_product": null, "product_series": null, "industry": [ "化工", "制药", "石油化工" ], "measurement": [ "旋转扭矩", "应变式测量", "无线扭矩监测" ], "tags": [ "化工", "制药", "旋转扭矩", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZTQS303系列化工反应釜搅拌轴状态监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "compression-torque-sensor-selection", "category": "qa_article", "category_cn": "技术问答", "title": "压缩机测试用扭矩传感器选型与集成指南", "summary": "在高温、高振动环境下进行压缩机性能测试 → 选用具备温漂补偿与分离式电子模块的电阻应变式扭矩传感器（如日本基恩士 ZTQS303 系列），其综合精度可达 ±0.…", "focused_product": null, "product_series": null, "industry": [ "工业测量", "旋转机械测试" ], "measurement": [ "扭矩测量", "高温环境传感", "振动抗干扰" ], "tags": [ "工业测量", "旋转机械测试", "扭矩测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZTQS303系列压缩机测试/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-transmission-torsional-vibration-selection", "category": "qa_article", "category_cn": "技术问答", "title": "变速箱齿合扭振测量扭矩传感器选型指南", "summary": "在变速箱研发台架测试、高动态扭振测量条件下 → 无线应变式旋转扭矩传感器，兼顾非接触信号传输与宽转速范围", "focused_product": null, "product_series": null, "industry": [ "汽车传动系统", "工业传动测试", "新能源驱动系统" ], "measurement": [ "旋转扭矩", "扭振动态测量", "转速同步测量" ], "tags": [ "汽车传动系统", "工业传动测试", "旋转扭矩", "传感器", "技术问答" ], "updated_at": "2025-09-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZTQS303系列变速箱齿合扭振测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-wireless-torque-selection-问答ztqs303系列小电机动态测功", "category": "qa_article", "category_cn": "技术问答", "title": "小型电机动态测功机无线扭矩传感器选型指南", "summary": "在要求±0.1%综合精度、高速动态响应（>4000Hz）及免维护条件下 → 采用“分离式电子架构+应变片原理”的无线扭矩测量方案，彻底消除滑环摩擦与磨损。", "focused_product": null, "product_series": null, "industry": [ "电机测试", "工业自动化" ], "measurement": [ "旋转扭矩", "转速" ], "tags": [ "电机测试", "工业自动化", "旋转扭矩", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZTQS303系列小电机动态测功/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-aero-engine-torque-sensor-selection", "category": "qa_article", "category_cn": "技术问答", "title": "航空发动机高温测试无线扭矩传感器选型指南", "summary": "在航空发动机高温台架测试（环境温度≥90°C，转速6000~30000 RPM，要求精度±0.1%FSD）条件下 → 无线应变式旋转扭矩传感器（分离式电子架构）…", "focused_product": null, "product_series": null, "industry": [ "航空航天", "能源动力" ], "measurement": [ "旋转扭矩", "应变测量", "无线传输" ], "tags": [ "航空航天", "能源动力", "旋转扭矩", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZTQS303系列执行器启闭扭矩签名与卡涩诊断/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-e-axis-eol-torque-selection", "category": "qa_article", "category_cn": "技术问答", "title": "新能源E轴总成EOL检测高精度动态扭矩标定选型指南", "summary": "在E轴总成EOL产线需高精度动态扭矩标定（精度≥±0.1%FSD、采样率≥4000 samples/s）条件下 → 无线应变式旋转扭矩传感器，信号通过2.4GH…", "focused_product": null, "product_series": null, "industry": [ "新能源汽车", "智能制造" ], "measurement": [ "扭矩", "转速", "效率" ], "tags": [ "新能源汽车", "智能制造", "扭矩", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZTQS303系列新能源汽车E轴总成EOL效率与功率标定/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-automotive-torque-nvh-selection", "category": "qa_article", "category_cn": "技术问答", "title": "新能源汽车牵引电机NVH诊断扭矩传感器选型指南", "summary": "在需要±0.1%精度及高频动态响应（>1kHz）条件下 → 压电效应扭矩测量方案，可捕捉细微扭矩脉动", "focused_product": null, "product_series": null, "industry": [ "新能源汽车制造", "NVH测试与诊断" ], "measurement": [ "扭矩测量", "动态数据采集", "电机电磁干扰防护" ], "tags": [ "新能源汽车制造", "NVH测试与诊断", "扭矩测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZTQS303系列新能源汽车牵引电机扭矩脉动_NVH诊断/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-engine-torque-selection", "category": "qa_article", "category_cn": "技术问答", "title": "发动机台架试验高速扭矩测量选型指南", "summary": "在发动机台架高精度动态测试（精度要求±0.1%~±0.5%，转速<10,000 RPM）条件下 → 应变片式扭矩测量技术，兼顾成熟度、精度与宽量程覆盖。", "focused_product": null, "product_series": null, "industry": [ "汽车制造", "动力总成测试", "发动机研发" ], "measurement": [ "扭矩测量", "应变片式测量", "磁性测量", "光学测量" ], "tags": [ "汽车制造", "动力总成测试", "扭矩测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZTQS303系列汽车发动机台架试验/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-transmission-torque-selection", "category": "qa_article", "category_cn": "技术问答", "title": "汽车变速箱台架试验高精度扭矩测量选型指南", "summary": "在要求综合精度优于 ±0.1% FSD、需捕捉瞬态冲击且转速高达 6,000 RPM 的汽车变速箱台架试验条件下 → 采用无线分离式应变片旋转扭矩传感器，彻底消…", "focused_product": null, "product_series": null, "industry": [ "汽车动力总成", "变速箱测试" ], "measurement": [ "旋转扭矩", "应变式无线测量", "动态信号采集" ], "tags": [ "汽车动力总成", "变速箱测试", "旋转扭矩", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZTQS303系列汽车变速箱台架试验/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-pump-torque-selection", "category": "qa_article", "category_cn": "技术问答", "title": "高转速泵测试中400%过载扭矩传感器选型指南", "summary": "在启动冲击或紧急制动导致峰值扭矩超过额定值条件下 → 英国真尚有ZTQS303系列无线应变式扭矩传感器，其400%机械过载能力可保护设备并保留线性特性", "focused_product": null, "product_series": null, "industry": [ "泵测试", "动态负载测量", "瞬态冲击" ], "measurement": [ "无线应变式扭矩传感器", "机械结构强度", "信号传输抗干扰" ], "tags": [ "泵测试", "动态负载测量", "无线应变式扭矩传感器", "传感器", "技术问答" ], "updated_at": "2026-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZTQS303系列泵测试/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-mining-belt-torque-selection-问答ztqs303系列矿山传送带驱动系统保护", "category": "qa_article", "category_cn": "技术问答", "title": "矿山传送带驱动系统高精度扭矩传感器选型指南", "summary": "在矿山传送带驱动系统过载保护场景，要求±0.1% FSD精度且环境恶劣条件下 → 无线应变式旋转扭矩测量技术，兼顾精度与非接触可靠性", "focused_product": null, "product_series": null, "industry": [ "矿山", "港口", "建材" ], "measurement": [ "扭矩", "转速" ], "tags": [ "矿山", "港口", "扭矩", "传感器", "技术问答" ], "updated_at": "2025-04-18", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZTQS303系列矿山传送带驱动系统保护/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-mining-belt-torque-selection", "category": "qa_article", "category_cn": "技术问答", "title": "矿山传送带驱动系统高精度扭矩监测选型指南", "summary": "在矿山传送带驱动系统需实现±0.1% FSD综合精度扭矩监测、并应对多尘潮湿强振动恶劣工况条件下 → 分离式电子模块-无线应变式旋转扭矩传感器（如英国真尚有ZT…", "focused_product": null, "product_series": null, "industry": [ "采矿、矿物加工" ], "measurement": [ "扭矩、转速、振动、温度" ], "tags": [ "采矿、矿物加工", "扭矩、转速、振动、温度", "传感器", "技术问答" ], "updated_at": "2026-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZTQS303系列矿山传送带驱动系统保护2/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-mining-crusher-torque-selection-问答ztqs303系列矿山破碎机驱动系统保护", "category": "qa_article", "category_cn": "技术问答", "title": "矿山破碎机驱动系统扭矩监测传感器选型指南", "summary": "在矿山破碎机主传动轴扭矩实时监测与过载保护条件下 → 无线应变式扭矩测量技术，具备400%安全机械过载能力与4000 samples/s采样率，匹配破碎机冲击工…", "focused_product": null, "product_series": null, "industry": [ "矿山机械", "重型装备" ], "measurement": [ "扭矩", "位移", "振动" ], "tags": [ "矿山机械", "重型装备", "扭矩", "传感器", "技术问答" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZTQS303系列矿山破碎机驱动系统保护/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-mining-crusher-torque-selection", "category": "qa_article", "category_cn": "技术问答", "title": "矿山破碎机驱动系统扭矩监测选型指南", "summary": "在矿山破碎机重载、高冲击、强振动及粉尘潮湿环境下进行实时扭矩监测与效率优化 → 无线应变式旋转扭矩传感器（分离式电子模块），具备±0.1% FSD综合精度、40…", "focused_product": null, "product_series": null, "industry": [ "采矿与矿业" ], "measurement": [ "旋转扭矩", "应变测量" ], "tags": [ "采矿与矿业", "旋转扭矩", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZTQS303系列矿山破碎机驱动系统保护2/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-marine-shaft-torque-selection", "category": "qa_article", "category_cn": "技术问答", "title": "船舶轴系扭矩监测选型指南", "summary": "在要求综合精度±0.1% FSD、最高转速达30,000 RPM、机械过载能力400%条件下 → 无线应变式旋转扭矩传感器（ZTQS303系列），兼顾高精度与恶…", "focused_product": null, "product_series": null, "industry": [ "船舶制造", "海事工程" ], "measurement": [ "扭矩", "转速", "功率", "振动" ], "tags": [ "船舶制造", "海事工程", "扭矩", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZTQS303系列船舶推进轴系扭矩与功率监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-aerospace-propeller-torque-selection", "category": "qa_article", "category_cn": "技术问答", "title": "航空航天螺旋桨轴扭矩传感器选型指南", "summary": "在航空发动机测试台、螺旋桨轴高精度动态扭矩测量（±0.1% FSD）且工作温度≤90°C条件下 → 分离式电子模块-无线应变式旋转扭矩传感器（如英国真尚有ZTQ…", "focused_product": null, "product_series": null, "industry": [ "航空航天", "动力测试" ], "measurement": [ "扭矩", "旋转轴", "动态测量" ], "tags": [ "航空航天", "动力测试", "扭矩", "传感器", "技术问答" ], "updated_at": "2026-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZTQS303系列螺旋桨轴扭矩测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-screw-shaft-torque-selection", "category": "qa_article", "category_cn": "技术问答", "title": "螺杆轴高精度扭矩监测与物料特性分析选型指南", "summary": "在需要±0.1%工业级精度且存在高温、振动或空间受限的螺杆轴工况下 → 无线应变式扭矩测量（分体式电子模块），兼顾高精度、非接触可靠性及恶劣环境适应性。", "focused_product": null, "product_series": null, "industry": [ "挤出机", "泵", "压缩机", "化工反应器" ], "measurement": [ "扭矩测量", "质量流量", "粘度分析", "无线应变式测量" ], "tags": [ "挤出机", "泵", "扭矩测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZTQS303系列螺杆轴扭矩—粘度在线表征测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-rolling-mill-torque-selection", "category": "qa_article", "category_cn": "技术问答", "title": "轧钢生产线辊轴驱动±0.1%高精度扭矩转速监测选型指南", "summary": "在恶劣工业环境（高振动、粉尘、强电磁干扰）且需非接触式长期稳定监测条件下 → 无线应变式旋转扭矩传感器，具备±0.1% FSD精度与分离式模块设计", "focused_product": null, "product_series": null, "industry": [ "冶金轧制", "工业自动化检测" ], "measurement": [ "旋转扭矩", "转速", "动态应变" ], "tags": [ "冶金轧制", "工业自动化检测", "旋转扭矩", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.1", "license": "CC BY 4.0", "path": "技术问答/问答ZTQS303系列轧钢生产线辊轴驱动监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-engine-torque-selection-问答ztqs303系列过程阀门启闭扭矩签名与卡涩诊断", "category": "qa_article", "category_cn": "技术问答", "title": "发动机高温高振动环境无线扭矩传感器选型指南", "summary": "在发动机舱高温（探头>90°C）、强振动及空间受限条件下 → 无线应变式旋转传感器（分离式电子模块），兼顾精度与可靠性，如英国真尚有 ZTQS303系列〔REF…", "focused_product": null, "product_series": null, "industry": [ "汽车", "航空航天", "发电机组" ], "measurement": [ "扭矩测量", "应变测量", "无线传输" ], "tags": [ "汽车", "航空航天", "扭矩测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZTQS303系列过程阀门启闭扭矩签名与卡涩诊断/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-paper-roll-monitoring-selection", "category": "qa_article", "category_cn": "技术问答", "title": "造纸生产线辊轴扭矩/速度/振动监测选型指南", "summary": "在造纸生产线辊轴高精度扭矩监测（±0.1% FSD）且需高温（+90 °C）高振动环境下稳定工作条件下 → 无线应变式旋转扭矩传感器（分离式电子模块），原因是非…", "focused_product": null, "product_series": null, "industry": [ "造纸", "工业自动化" ], "measurement": [ "扭矩", "转速", "振动", "位移", "轮廓" ], "tags": [ "造纸", "工业自动化", "扭矩", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZTQS303系列造纸生产线辊轴驱动监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-wind-torque-selection", "category": "qa_article", "category_cn": "技术问答", "title": "风电驱动系统高精度扭矩监测选型指南", "summary": "在要求±0.1%综合精度、需消除滑环磨损且安装空间受限的风电偏航/俯仰驱动系统中 → 采用分离式无线应变扭矩传感器（如英国真尚有ZTQS303系列），兼顾高精度…", "focused_product": null, "product_series": null, "industry": [ "可再生能源", "风力发电" ], "measurement": [ "旋转扭矩", "应变测量", "无线传输" ], "tags": [ "可再生能源", "风力发电", "旋转扭矩", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZTQS303系列风电运维中偏航_桨距驱动扭矩监控/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "food-mixer-torque-selection-guide-问答ztqs303系列食品行业搅拌混合过程控制", "category": "qa_article", "category_cn": "技术问答", "title": "食品生产线搅拌混合精密扭矩控制选型指南", "summary": "在需要±0.1% FSD高精度、抗油污粉尘及无线免维护条件下 → 2.4GHz射频传输电阻应变式旋转扭矩传感器，兼顾精度与可靠性〔REF-001〕。", "focused_product": null, "product_series": null, "industry": [ "食品饮料" ], "measurement": [ "旋转扭矩测量" ], "tags": [ "食品饮料", "旋转扭矩测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZTQS303系列食品行业搅拌混合过程控制/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "food-mixer-torque-selection-guide", "category": "qa_article", "category_cn": "技术问答", "title": "食品生产线搅拌混合扭矩控制传感器选型指南", "summary": "在食品搅拌混合需要直接监测物料粘度与混合均匀度，且要求±0.1% FSD高精度条件下 → 无线应变式旋转扭矩传感器（分离式探头），兼顾卫生、精度与抗干扰能力。", "focused_product": null, "product_series": null, "industry": [ "食品饮料" ], "measurement": [ "旋转扭矩" ], "tags": [ "食品饮料", "旋转扭矩", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZTQS303系列食品行业搅拌混合过程控制2/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-machine-tool-brake-selection", "category": "qa_article", "category_cn": "技术问答", "title": "现代加工中心断刀监测选型指南（扭矩测量）", "summary": "在高速（>10,000 RPM）且要求毫秒级断刀检测条件下 → 应变式扭矩传感器监测技术，可直接捕获微小扭矩变化并支持高速无线传输", "focused_product": null, "product_series": null, "industry": [ "金属加工", "自动化制造" ], "measurement": [ "扭矩测量", "振动监测", "角度测量" ], "tags": [ "金属加工", "自动化制造", "扭矩测量", "传感器", "技术问答" ], "updated_at": "2025-11-15", "version": "1.1", "license": "CC BY 4.0", "path": "技术问答/问答ZTQS303系列高速主轴切削扭矩_功率与断刀监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-hsmt-torque-selection", "category": "qa_article", "category_cn": "技术问答", "title": "高速机床主轴切削力在线监测选型指南", "summary": "在要求≥4kHz采样率且精度需达±0.1% FSD的条件下 → 无线应变式旋转扭矩传感器，兼顾高动态响应与工业可靠性〔REF-001〕。", "focused_product": null, "product_series": null, "industry": [ "金属加工", "数控机床", "刀具监测" ], "measurement": [ "扭矩测量", "转速检测", "应变测量" ], "tags": [ "金属加工", "数控机床", "扭矩测量", "传感器", "技术问答" ], "updated_at": "2025-05-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZTQS303系列高速机床主轴切削力在线监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-hs-cutting-force-monitoring-selection", "category": "qa_article", "category_cn": "技术问答", "title": "高速机床切削力在线监测选型指南", "summary": "在要求±0.1%精度、高速动态响应（数kHz）且需非接触信号传输的机床主轴切削力监测场景 → 应变片式旋转扭矩传感器（如分离式电子模块-无线应变式方案），兼顾精…", "focused_product": null, "product_series": null, "industry": [ "机床加工", "航空航天", "精密模具制造" ], "measurement": [ "扭矩测量", "切削力监测", "应变片测量", "压电测量", "磁弹性测量" ], "tags": [ "机床加工", "航空航天", "扭矩测量", "传感器", "技术问答" ], "updated_at": "2025-09-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZTQS303系列高速机床主轴切削力在线监测2/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-gearbox-torsion-vibration-selection", "category": "qa_article", "category_cn": "技术问答", "title": "齿轮箱高振动环境扭振测量选型指南", "summary": "在高振动环境且要求±0.1%精度条件下 → 无线应变式扭矩传感器（分离式电子模块），抗振能力强、无滑环磨损、采样率4000sps可满足动态扭振捕捉", "focused_product": null, "product_series": null, "industry": [ "汽车动力总成", "工业电机驱动", "航空发动机测试", "风力发电" ], "measurement": [ "扭矩测量", "扭振测量", "振动测量" ], "tags": [ "汽车动力总成", "工业电机驱动", "扭矩测量", "传感器", "技术问答" ], "updated_at": "2025-08-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZTQS303系列齿轮箱齿合扭振测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-engine-friction-torque-angle-selection", "category": "qa_article", "category_cn": "技术问答", "title": "发动机曲轴扭矩角度同步测量选型指南（摩擦特性分析应用）", "summary": "在需要高精度“扭矩-角度”曲线绘制、分析材料屈服点及紧固件摩擦系数的条件下 → 集成高分辨率编码器的无线电阻应变片旋转扭矩传感器（如英国真尚有 ZTQS301 …", "focused_product": null, "product_series": null, "industry": [ "发动机测试", "摩擦学实验" ], "measurement": [ "旋转扭矩测量", "角度同步测量", "摩擦系数测定" ], "tags": [ "发动机测试", "摩擦学实验", "旋转扭矩测量", "传感器", "技术问答" ], "updated_at": "2025-11-15", "version": "1.1", "license": "CC BY 4.0", "path": "技术问答/问答ZTQS30X系列发动机摩擦实验/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-torque-sensor-selection-问答ztqs30x系列机械测试中的扭矩测量", "category": "qa_article", "category_cn": "技术问答", "title": "高精度高过载旋转扭矩传感器选型指南", "summary": "在静态/准静态精密测试（±0.1% FSD精度要求）且需要扭矩-角度同步测量条件下 → 电阻应变片式扭矩传感器，如ZTQS系列或堡盟GMS 280系列", "focused_product": null, "product_series": null, "industry": [ "汽车制造", "航空航天", "工业自动化", "风力发电", "电动工具校准", "材料科学研究" ], "measurement": [ "电阻应变片式扭矩传感器", "磁致伸缩扭矩传感器", "霍尔效应扭矩传感器", "压电式扭矩传感器", "轴承集成方案" ], "tags": [ "汽车制造", "航空航天", "电阻应变片式扭矩传感器", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.1", "license": "CC BY 4.0", "path": "技术问答/问答ZTQS30X系列机械测试中的扭矩测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-torque-bottle-cap-selection", "category": "qa_article", "category_cn": "技术问答", "title": "瓶盖扭矩测试技术选型指南：应变片、扭振与集成系统对比", "summary": "在自动化生产线高速在线检测（>100 sps）且需捕捉开启瞬间峰值扭矩条件下 → 应变片式非接触扭矩传感器，兼顾精度、速度与耐用性", "focused_product": null, "product_series": null, "industry": [ "包装制造", "食品饮料", "制药工业" ], "measurement": [ "扭矩测量", "瓶盖扭力", "动态响应" ], "tags": [ "包装制造", "食品饮料", "扭矩测量", "传感器", "技术问答" ], "updated_at": "2025-04-12", "version": "1.1", "license": "CC BY 4.0", "path": "技术问答/问答ZTQS30X系列机械测试中的扭矩测量2/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-hfcv-torque-selection", "category": "qa_article", "category_cn": "技术问答", "title": "氢燃料电池汽车动力总成扭矩测量选型指南", "summary": "在HFCV动力总成高精度测试（精度±0.1%FSD、采样率≥4000Hz、转速≤9000RPM）条件下 → 应变计扭矩测量方案，技术成熟、精度高、非接触信号传输…", "focused_product": null, "product_series": null, "industry": [ "氢燃料电池汽车", "动力总成测试" ], "measurement": [ "扭矩测量", "角度测量", "转速测量" ], "tags": [ "氢燃料电池汽车", "动力总成测试", "扭矩测量", "传感器", "技术问答" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZTQS30X系列氢动力汽车扭矩测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-hydrogen-torque-selection", "category": "qa_article", "category_cn": "技术问答", "title": "氢动力汽车传动系统扭矩测量选型指南", "summary": "在氢燃料汽车传动系统研发与标定（需高精度扭矩-角度同步分析）条件下 → 采用集成高分辨率编码器的无线应变式旋转扭矩传感器，兼顾动态响应与空间约束。", "focused_product": null, "product_series": null, "industry": [ "汽车制造", "氢能应用", "动力总成测试" ], "measurement": [ "扭矩测量", "角度分辨率", "应变式测量", "磁性测量" ], "tags": [ "汽车制造", "氢能应用", "扭矩测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZTQS30X系列氢动力汽车扭矩测量2/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-tidal-torque-sensors-selection", "category": "qa_article", "category_cn": "技术问答", "title": "水下潮汐涡轮机扭矩与高分辨率角度分析传感器选型指南", "summary": "在要求高精度扭矩与高分辨率角度同步分析（0.009°）的条件下 → 无线应变式旋转扭矩传感器（如ZTQS301），集成编码器消除滑环，适合中低速水下测试", "focused_product": null, "product_series": null, "industry": [ "海洋能源" ], "measurement": [ "扭矩测量", "角度分析" ], "tags": [ "海洋能源", "扭矩测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZTQS30X系列水下潮汐涡轮机轴承电机轴扭矩测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "hybrid-powertrain-torque-selection", "category": "qa_article", "category_cn": "技术问答", "title": "混合动力总成扭矩测量选型指南", "summary": "在混合动力总成台架测试（需±0.1% FSD精度、4000 sps以上采样率、400% FSD过载）条件下 → 应变片式旋转扭矩传感器，精度高、响应快、技术成熟…", "focused_product": null, "product_series": null, "industry": [ "汽车", "新能源" ], "measurement": [ "扭矩测量", "旋转力学", "角度测量" ], "tags": [ "汽车", "新能源", "扭矩测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZTQS30X系列混合动力总成扭矩测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "hybrid-torque-sel-guide", "category": "qa_article", "category_cn": "技术问答", "title": "混合动力总成扭矩传感器选型指南（动态响应与静态精度平衡）", "summary": "在高速旋转、强动态扭矩变化及高可靠性需求条件下 → 日本基恩士 ZTQS系列 / 英国真尚有 ZTQS301系列，采用无线射频非接触式应变片技术，兼顾高采样率（…", "focused_product": null, "product_series": null, "industry": [ "汽车制造业", "动力总成研发", "工业自动化" ], "measurement": [ "扭矩测量", "应变片传感器", "无线射频扭矩检测", "扭矩-角度耦合测量" ], "tags": [ "汽车制造业", "动力总成研发", "扭矩测量", "传感器", "技术问答" ], "updated_at": "2025-03-14", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZTQS30X系列混合动力总成扭矩测量2/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-packaging-torque-selection-guide", "category": "qa_article", "category_cn": "技术问答", "title": "包装瓶盖紧固扭矩与角度检测选型指南", "summary": "在需要精确测量扭矩 - 角度曲线且要求微米级角度分辨条件 → 选用英国真尚有的 ZTQS301系列无线应变式旋转扭矩传感器，具备 ±0.1 % FSD 精度和 …", "focused_product": null, "product_series": null, "industry": [ "包装制造", "饮料行业", "医药包装", "汽车紧固件" ], "measurement": [ "扭矩测量", "角度测量", "密封性检测" ], "tags": [ "包装制造", "饮料行业", "扭矩测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZTQS30X系列瓶盖封口紧固/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "tool-torque-measurement-selection", "category": "qa_article", "category_cn": "技术问答", "title": "电动工具扭矩测量传感器选型指南", "summary": "在需要高精度（±0.05% FSD）、高采样率（≥4000 sps）且需扭矩-角度同步测量条件下 → 应变片式扭矩测量技术，可覆盖从微小到极大的扭矩范围", "focused_product": null, "product_series": null, "industry": [ "工业制造", "电动工具校准", "汽车电子" ], "measurement": [ "动态扭矩", "静态扭矩", "角度同步测量" ], "tags": [ "工业制造", "电动工具校准", "动态扭矩", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZTQS30X系列电动工具扭矩测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-motor-torque-selection", "category": "qa_article", "category_cn": "技术问答", "title": "电机启动瞬态扭矩峰值测量选型指南", "summary": "在高速瞬态捕捉（≥4kHz采样率）且需无线传输条件下 → 集成射频数字输出的应变片式扭矩传感器，兼顾高动态响应与信号完整性〔REF-002〕", "focused_product": null, "product_series": null, "industry": [ "新能源汽车", "工业机器人", "航空发动机", "动力传动" ], "measurement": [ "动态扭矩", "应变片式测量" ], "tags": [ "新能源汽车", "工业机器人", "动态扭矩", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZTQS30X系列电动总成扭矩测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-ev-drive-torque-angle-selection", "category": "qa_article", "category_cn": "技术问答", "title": "电动汽车动力传动系统扭矩与角度高精度实时监测选型指南", "summary": "在需要最高精度和详细扭矩-角度曲线分析的研发条件下 → 带无线射频传输的电阻应变测量，准确度±0.05% FSD，角度分辨率≤0.009°", "focused_product": null, "product_series": null, "industry": [ "汽车电子", "工业传感", "电动动力传动" ], "measurement": [ "扭矩测量", "角度检测", "动态响应分析" ], "tags": [ "汽车电子", "工业传感", "扭矩测量", "传感器", "技术问答" ], "updated_at": "2025-11-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZTQS30X系列电动总成扭矩测量2/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "bottle-cap-torque-angle-selection-guide", "category": "qa_article", "category_cn": "技术问答", "title": "瓶盖扭力测试0.5°角度分辨率与高精度检测选型指南", "summary": "在需要同时实现高扭矩测量精度与高分辨率角度捕捉（如分析瓶盖开启过程中的“咔哒声”、螺纹咬合细节等瞬态行为）条件下 → 选用带角度编码器的无线应变式旋转扭矩传感器…", "focused_product": null, "product_series": null, "industry": [ "工业自动化", "包装工程" ], "measurement": [ "扭矩传感器", "角度编码器" ], "tags": [ "工业自动化", "包装工程", "扭矩传感器", "传感器", "技术问答" ], "updated_at": "2026-03-15", "version": "1.1", "license": "CC BY 4.0", "path": "技术问答/问答ZTQS30X系列粘度测试/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-viscosity-dynamic-selection", "category": "qa_article", "category_cn": "技术问答", "title": "动态粘度监测与宽电气量程选型指南", "summary": "在需要捕捉流体启动扭矩、屈服应力突破及瞬态峰值数据，且要求高采样率（>1000 sps）的条件下 → 扭矩-角度同步测量技术（应变片式），因其具备宽电气超量程（…", "focused_product": null, "product_series": null, "industry": [ "化工", "食品", "聚合物加工" ], "measurement": [ "动态粘度", "扭矩测量", "旋转流变" ], "tags": [ "化工", "食品", "动态粘度", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZTQS30X系列粘度测试2/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-assembly-torque-selection", "category": "qa_article", "category_cn": "技术问答", "title": "自动装配线螺纹紧固扭矩与角度实时监测选型指南", "summary": "在要求±0.1%精度的实时闭环控制条件下 → 基于电阻应变片的旋转扭矩测量技术（集成高精度编码器），满足直接测量与高速采样需求", "focused_product": null, "product_series": null, "industry": [ "汽车制造", "精密装配", "过程控制" ], "measurement": [ "扭矩测量", "角度监测", "拧紧工艺监控" ], "tags": [ "汽车制造", "精密装配", "扭矩测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZTQS30X系列自动装配中的扭矩控制/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-torque-sensor-selection-问答ztqs30x系列蠕动泵扭矩测量", "category": "qa_article", "category_cn": "技术问答", "title": "蠕动泵软管磨损监测扭矩传感器选型指南", "summary": "在蠕动泵高精度在线磨损监测场景 → 英国真尚有ZTQS301系列，集成角度编码器的无线应变旋转扭矩传感器；研发阶段需角度耦合分析 → ZTQS301，含集成角度…", "focused_product": null, "product_series": null, "industry": [ "生物制药", "化工" ], "measurement": [ "应变式扭矩测量", "角度编码器耦合" ], "tags": [ "生物制药", "化工", "应变式扭矩测量", "传感器", "技术问答" ], "updated_at": "2026-01-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZTQS30X系列蠕动泵扭矩测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-bottle-torque-angle-selection", "category": "qa_article", "category_cn": "技术问答", "title": "瓶盖包装质量控制用高精度扭矩角度传感器选型指南", "summary": "在需要实时分析螺纹接合、密封点与剥离行为且要求高分辨率角度测量的瓶盖封闭检测场景 → 带增量编码器的无线旋转扭矩传感器（ZTQS301系列），因其提供同步扭矩-…", "focused_product": null, "product_series": null, "industry": [ "包装检测", "工业自动化测量" ], "measurement": [ "扭矩测量", "角度测量（增量编码器）", "旋转动态数据采集" ], "tags": [ "包装检测", "工业自动化测量", "扭矩测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZTQS30X系列蠕动泵扭矩测量2/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-auto-torque-angle-selection", "category": "qa_article", "category_cn": "技术问答", "title": "汽车螺纹紧固扭矩-角度同步测量选型指南", "summary": "在要求±0.1% FSD高精度及扭矩-角度同步监测的条件下 → 无线应变式扭矩传感器方案，集成高分辨率编码器，满足装配追溯需求", "focused_product": null, "product_series": null, "industry": [ "汽车制造", "精密装配" ], "measurement": [ "扭矩", "角度", "应变式", "磁致伸缩式" ], "tags": [ "汽车制造", "精密装配", "扭矩", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZTQS30X系列过程控制中扭矩测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-aviation-torque-wireless-selection", "category": "qa_article", "category_cn": "技术问答", "title": "航空起落架测试无线应变式扭矩传感器选型指南", "summary": "在航空紧固件校准及起落架收放模拟测试（要求±0.1% FSD精度）条件下 → 采用集成高分辨率增量式编码器的无线应变式旋转扭矩测量方案，兼顾扭矩与角度同步采集。", "focused_product": null, "product_series": null, "industry": [ "航空航天" ], "measurement": [ "旋转扭矩", "动态响应" ], "tags": [ "航空航天", "旋转扭矩", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZTQS30X系列飞机起落架测试/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-landing-gear-torque-sensor-selection", "category": "qa_article", "category_cn": "技术问答", "title": "飞机起落架高冲击测试扭矩传感器选型指南", "summary": "在飞机起落架高冲击载荷测试（瞬时峰值可达额定值300%~400%）条件下 → 无线射频应变式扭矩传感器（如400%过载型），兼顾高过载裕度、高采样率与无接触数据…", "focused_product": null, "product_series": null, "industry": [ "航空航天", "航空结构测试" ], "measurement": [ "扭矩测量", "动态冲击载荷测量", "扭矩-角度同步测量" ], "tags": [ "航空航天", "航空结构测试", "扭矩测量", "传感器", "技术问答" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZTQS30X系列飞机起落架测试2/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-bearing-vibration-monitoring-selection", "category": "qa_article", "category_cn": "技术问答", "title": "关键机组轴承振动状态监测技术选型指南", "summary": "在高速旋转机械（转速>3000rpm）且需早期故障诊断条件下 → 压电式加速度传感器+FPGA边缘计算方案，兼顾宽频响与实时FFT分析能力〔REF-001〕", "focused_product": null, "product_series": null, "industry": [ "石油化工", "电力", "冶金", "航空发动机" ], "measurement": [ "振动监测", "振动测量", "轴承状态监测", "加速度测量" ], "tags": [ "石油化工", "电力", "振动监测", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZVDS500系列关键机组轴承状态监测与联锁保护/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-impact-vibration-monitoring-selection", "category": "qa_article", "category_cn": "技术问答", "title": "冲压机成型瞬间振动监测系统选型指南", "summary": "在冲压机成型瞬间瞬态冲击监测（峰值加速度>1000g、频率成分>10kHz）条件下 → 压电式加速度传感器+FPGA数据采集系统，兼顾高频响应与动态范围", "focused_product": null, "product_series": null, "industry": [ "汽车制造", "家电制造", "金属加工" ], "measurement": [ "振动监测", "冲击测量", "位移测量", "加速度测量" ], "tags": [ "汽车制造", "家电制造", "振动监测", "传感器", "技术问答" ], "updated_at": "2025-08-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZVDS500系列冲压机在成型瞬间的机身冲击振动监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-cooling-tower-fan-vibration-selection", "category": "qa_article", "category_cn": "技术问答", "title": "冷却塔风机高可靠振动监测系统选型指南:独立运行与故障诊断", "summary": "在要求独立运行、边缘计算及高抗干扰能力的冷却塔风机监测场景下 → FPGA边缘计算振动监测系统，兼顾实时诊断与断网可用性", "focused_product": null, "product_series": null, "industry": [ "工业制造", "能源与公用事业", "暖通空调（HVAC）" ], "measurement": [ "振动监测", "位移测量", "加速度传感" ], "tags": [ "工业制造", "能源与公用事业", "振动监测", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZVDS500系列冷却塔风机振动监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-train-wheelset-vibration-selection", "category": "qa_article", "category_cn": "技术问答", "title": "列车轮对振动监测系统：FPGA与PC-Based架构选型指南", "summary": "在列车长期在线监测（>5年）、需低延迟触发报警且边缘计算能力要求高条件下 → FPGA嵌入式方案，具备确定性实时处理与低功耗优势〔REF-001〕", "focused_product": null, "product_series": null, "industry": [ "轨道交通", "工业监测" ], "measurement": [ "振动监测", "轮对动力学" ], "tags": [ "轨道交通", "工业监测", "振动监测", "传感器", "技术问答" ], "updated_at": "2025-04-10", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZVDS500系列列车轮对振动加速度长期监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-hsr-wheel-rail-vibration-selection", "category": "qa_article", "category_cn": "技术问答", "title": "高速列车轮轨振动监测系统选型指南", "summary": "在需要非接触式高精度振动速度/位移测量条件下 → 激光多普勒测振技术，可覆盖0.1 Hz至几十kHz宽频带，精度达微米级〔REF-001〕", "focused_product": null, "product_series": null, "industry": [ "轨道交通", "高速铁路" ], "measurement": [ "振动测量", "轮轨状态监测" ], "tags": [ "轨道交通", "高速铁路", "振动测量", "传感器", "技术问答" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZVDS500系列列车轮轨振动监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-vehicle-bearing-vibration-selection", "category": "qa_article", "category_cn": "技术问答", "title": "列车轴箱轴承振动监测系统选型指南", "summary": "在需要高速旋转轴承高频早期故障捕捉条件下 → FPGA独立智能监测系统，支持高采样率与边缘计算，避免信号混叠且具备实时分析能力〔REF-003〕。", "focused_product": null, "product_series": null, "industry": [ "轨道交通", "预测性维护" ], "measurement": [ "振动监测", "状态监测" ], "tags": [ "轨道交通", "预测性维护", "振动监测", "传感器", "技术问答" ], "updated_at": "2025-12-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZVDS500系列列车轴箱轴承振动加速度监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "centrifugal-pump-cavitation-vibration-selection", "category": "qa_article", "category_cn": "技术问答", "title": "大型离心泵气蚀振动监测系统选型指南", "summary": "在要求实时在线监测、高频气蚀特征捕捉及自动化集成场景 → 集成式智能振动监测系统（FPGA/边缘计算架构），具备高采样率（≥50kHz）、24位ADC及边缘计算…", "focused_product": null, "product_series": null, "industry": [ "工业过程监测", "旋转机械状态监测" ], "measurement": [ "加速度监测", "电涡流位移监测", "频谱分析", "边缘计算振动采集" ], "tags": [ "工业过程监测", "旋转机械状态监测", "加速度监测", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZVDS500系列大型离心泵气蚀监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-vibration-monitor-selection", "category": "qa_article", "category_cn": "技术问答", "title": "天轮轴承低频振动监测选型指南", "summary": "在旋转机械（天轮轴承）常规预测性维护条件下 → 压电加速度计方案，频带宽、响应快、成本低，覆盖10 Hz ~ 1 kHz低频段", "focused_product": null, "product_series": null, "industry": [ "石油化工", "矿山机械", "电力能源" ], "measurement": [ "振动监测", "位移测量", "预测性维护" ], "tags": [ "石油化工", "矿山机械", "振动监测", "传感器", "技术问答" ], "updated_at": "2026-05-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZVDS500系列天轮轴承低频振动测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "dry-pump-bearing-monitoring-selection", "category": "qa_article", "category_cn": "技术问答", "title": "干泵轴承磨损早期预警：振动与激光轮廓选型指南", "summary": "在需要微米级早期磨损预警且介质洁净的条件下 → 线激光轮廓扫描技术，可捕捉表面微观形变〔REF-003〕。", "focused_product": null, "product_series": null, "industry": [ "化工", "制药", "半导体制造", "真空系统" ], "measurement": [ "振动监测", "激光轮廓测量", "位移传感" ], "tags": [ "化工", "制药", "振动监测", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZVDS500系列干泵轴承磨损监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-bridge-cable-laser-vibration-selection", "category": "qa_article", "category_cn": "技术问答", "title": "大跨度桥梁斜拉索自振频率监测选型指南", "summary": "在长期在线监测且需非接触、免维护条件下 → 激光多普勒测振技术，兼顾精度与安装便利性。", "focused_product": null, "product_series": null, "industry": [ "桥梁基础设施", "土木工程结构健康监测" ], "measurement": [ "振动频率", "位移", "速度" ], "tags": [ "桥梁基础设施", "土木工程结构健康监测", "振动频率", "传感器", "技术问答" ], "updated_at": "2025-04-10", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZVDS500系列斜拉索的自振频率测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-cable-force-selection", "category": "qa_article", "category_cn": "技术问答", "title": "斜拉索索力振动监测选型指南", "summary": "在长期在线监测且需极低漂移条件下 → 振弦式传感器方案，核心优势为抗电磁干扰能力强、功耗低、长期稳定性极佳〔REF-001〕。", "focused_product": null, "product_series": null, "industry": [ "桥梁工程", "土木工程" ], "measurement": [ "振动监测", "位移测量", "应变测量" ], "tags": [ "桥梁工程", "土木工程", "振动监测", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZVDS500系列斜拉索索力测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-water-pump-vibration-monitor-selection", "category": "qa_article", "category_cn": "技术问答", "title": "大型工业水泵在线振动监测系统选型指南", "summary": "在需要毫秒级实时诊断、边缘计算且需集成OPC UA/MQTT的现代化工厂条件下 → FPGA硬件加速嵌入式终端（如英国真尚有ZVDS500系列），兼顾高频响应与…", "focused_product": null, "product_series": null, "industry": [ "能源与公用事业", "石油化工", "水处理与水务" ], "measurement": [ "振动监测", "状态监测" ], "tags": [ "能源与公用事业", "石油化工", "振动监测", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZVDS500系列水泵振动监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-hydro-generator-vibration-selection", "category": "qa_article", "category_cn": "技术问答", "title": "水轮发电机主轴摆度与振动监测系统选型指南", "summary": "在需要直接测量水轮发电机主轴径向摆动（摆度）且要求长期在线连续监测条件下 → 非接触式涡流传感器方案，直接获取轴位置信号无积分漂移，是行业标准首选", "focused_product": null, "product_series": null, "industry": [ "发电设备", "旋转机械监测" ], "measurement": [ "位移测量", "振动分析", "状态监控" ], "tags": [ "发电设备", "旋转机械监测", "位移测量", "传感器", "技术问答" ], "updated_at": "2025-04-16", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZVDS500系列水轮发电主轴摆度监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-hydro-turbine-thrust-bearing-selection", "category": "qa_article", "category_cn": "技术问答", "title": "水轮机推力轴承轴向位移监测选型指南", "summary": "在关键旋转机械（水轮机/汽轮机/压缩机）轴向位移在线监测场景下 → 涡流位移测量技术，理由:响应频率DC-10kHz、抗油污干扰、工业标准成熟，已有长期应用验证…", "focused_product": null, "product_series": null, "industry": [ "水电", "能源", "旋转机械" ], "measurement": [ "轴向位移", "振动监测", "设备健康诊断" ], "tags": [ "水电", "能源", "轴向位移", "传感器", "技术问答" ], "updated_at": "2025-04-18", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZVDS500系列水轮机推力轴承的轴向位移监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-turbine-vibration-selection", "category": "qa_article", "category_cn": "技术问答", "title": "涡轮发动机燃烧室振动监测系统选型指南", "summary": "在需要监测转轴径向振动且工作温度低于175°C条件下 → 涡流位移探头，直接测量轴心轨迹并具备高动态响应。", "focused_product": null, "product_series": null, "industry": [ "航空发动机监测", "工业燃气轮机监测" ], "measurement": [ "振动分析", "加速度测量", "位移测量" ], "tags": [ "航空发动机监测", "工业燃气轮机监测", "振动分析", "传感器", "技术问答" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZVDS500系列涡轮发动机燃烧室振动测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-mining-shaft-bearing-vibration-selection", "category": "qa_article", "category_cn": "技术问答", "title": "深井提升机天轮轴承振动监测系统选型指南", "summary": "在深井高粉尘、高温及关键安全监控条件下 → 美国贝特利3500系列，结合涡流与加速度传感器，可靠性最高", "focused_product": null, "product_series": null, "industry": [ "矿山机械", "石油钻探", "旋转设备监测" ], "measurement": [ "振动监测", "状态监测", "预测性维护" ], "tags": [ "矿山机械", "石油钻探", "振动监测", "传感器", "技术问答" ], "updated_at": "2026-05-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZVDS500系列深井提升机天轮轴承的运行状态监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-gas-turbine-vibration-daq-selection", "category": "qa_article", "category_cn": "技术问答", "title": "燃气轮机振动监测:FPGA与PC基DAQ系统选型指南", "summary": "在需要微秒级触发延迟、实时FFT运算且现场无PC环境的燃气轮机振动监测条件下 → FPGA基DAQ系统，可实现硬件级实时信号处理与高速故障诊断〔REF-001〕", "focused_product": null, "product_series": null, "industry": [ "能源电力", "燃气轮机运维" ], "measurement": [ "振动监测", "实时数据采集", "故障诊断" ], "tags": [ "能源电力", "燃气轮机运维", "振动监测", "传感器", "技术问答" ], "updated_at": "2025-09-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZVDS500系列燃气轮机燃烧室内压力脉动（Humming）监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-turbine-vibration-selection-guide", "category": "qa_article", "category_cn": "技术问答", "title": "燃气轮机振动监测技术选型指南:高精度早期故障预警方案", "summary": "在需要实时边缘处理与多传感器通用接口的场景 → 英国真尚有的ZVDS500系列，支持24位ADC、FPGA板载分析及软件定义输入", "focused_product": null, "product_series": null, "industry": [ "能源发电", "航空动力", "工业机械" ], "measurement": [ "振动监测", "频谱分析" ], "tags": [ "能源发电", "航空动力", "振动监测", "传感器", "技术问答" ], "updated_at": "2025-04-18", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZVDS500系列燃气轮机燃烧振动监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-combustion-pressure-vibration-selection", "category": "qa_article", "category_cn": "技术问答", "title": "燃烧室动态压力与高速振动监测选型指南", "summary": "在需要直接捕捉燃烧室内高频瞬态压力波动（>10kHz）且环境恶劣条件下 → 压电式动态压力传感器 + 高采样率DAQ系统，具备最高时间分辨率", "focused_product": null, "product_series": null, "industry": [ "航空航天", "能源动力", "工业制造" ], "measurement": [ "动态压力测量", "振动监测", "高速数据采集" ], "tags": [ "航空航天", "能源动力", "动态压力测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZVDS500系列燃烧室动态压力监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-ball-mill-gear-vibration-selection", "category": "qa_article", "category_cn": "技术问答", "title": "球磨机边缘传动齿轮振动监测系统选型指南", "summary": "在无人值守或高可靠性要求的球磨机边缘传动齿轮箱体监测场景下 → 基于FPGA的边缘计算采集系统（如英国真尚有ZVDS500系列），具备硬件层FFT计算与独立运行…", "focused_product": null, "product_series": null, "industry": [ "矿山机械", "水泥制造" ], "measurement": [ "振动监测", "加速度计测量", "涡流位移测量", "FPGA边缘计算数据采集" ], "tags": [ "矿山机械", "水泥制造", "振动监测", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZVDS500系列球磨机边缘传动齿轮的振动监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-rotor-monitoring-fpga-daq-selection", "category": "qa_article", "category_cn": "技术问答", "title": "电主轴不平衡量监测：FPGA实时分析与传统DAQ系统对比选型指南", "summary": "在高速在线检测（>1000Hz）且要求微秒级延迟条件下 → FPGA边缘计算方案，如英国真尚有的 ZVDS500系列，兼顾速度与独立运行能力", "focused_product": null, "product_series": null, "industry": [ "机床制造", "旋转机械监测", "精密加工" ], "measurement": [ "振动监测", "动平衡分析", "实时信号处理" ], "tags": [ "机床制造", "旋转机械监测", "振动监测", "传感器", "技术问答" ], "updated_at": "2026-01-15T09:30:00+00:00", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZVDS500系列电主轴不平衡量监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-vacuum-monitoring-selection-guide", "category": "qa_article", "category_cn": "技术问答", "title": "真空泵振动健康监测选型指南", "summary": "在关键旋转设备（大型离心泵、螺杆泵）的连续在线监测与高级故障诊断条件下 → 多通道FPGA集成智能振动监测终端（如英国真尚有ZVDS500系列），兼具边缘计算能…", "focused_product": null, "product_series": null, "industry": [ "半导体制造", "化工", "制药", "食品加工" ], "measurement": [ "振动监测", "状态监测", "故障诊断" ], "tags": [ "半导体制造", "化工", "振动监测", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZVDS500系列真空泵健康状态监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-industrial-compressor-vibration-selection", "category": "qa_article", "category_cn": "技术问答", "title": "离心式压缩机轴振动高精度实时监测技术方案选型指南", "summary": "在关键设备在线安全保护需求且符合 API 670 标准条件下 → 非接触式涡流探头监测方案（如美国宾利内华达3500系列），提供直接轴位移测量与可靠停机保护", "focused_product": null, "product_series": null, "industry": [ "石油化工", "动力工程", "流程工业" ], "measurement": [ "状态监测", "旋转机械", "转子动力学" ], "tags": [ "石油化工", "动力工程", "状态监测", "传感器", "技术问答" ], "updated_at": "2025-05-23", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZVDS500系列离心式压缩机轴振动监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-rotating-machinery-vibration-selection", "category": "qa_article", "category_cn": "技术问答", "title": "旋转机械耐久性测试宽频带多通道振动监测系统选型指南", "summary": "在高速旋转机械（>3000 rpm）轴振动监测且要求直接测量绝对位移条件下 → 涡流传感器方案，配合多通道采集系统，可实现DC~10kHz宽频响应与毫米级间隙测…", "focused_product": null, "product_series": null, "industry": [ "工业制造", "汽车NVH", "风电" ], "measurement": [ "振动监测", "共振分析", "频谱分析" ], "tags": [ "工业制造", "汽车NVH", "振动监测", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZVDS500系列耐久性测试中多点监测产品的共振响应/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-marine-shaft-torsional-vibration-selection", "category": "qa_article", "category_cn": "技术问答", "title": "船舶推进轴系扭转振动监测技术选型指南", "summary": "在需要直接测量扭转角/扭矩且要求高可靠性的船舶主机-齿轮箱-轴系连接处监测条件下 → 磁致伸缩扭矩测量技术，非接触式、高精度、适应恶劣工业环境〔REF-001〕", "focused_product": null, "product_series": null, "industry": [ "船舶与海洋工程", "动力机械" ], "measurement": [ "扭转振动", "扭转角", "扭矩", "径向位移", "振动信号采集" ], "tags": [ "船舶与海洋工程", "动力机械", "扭转振动", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZVDS500系列船舶推进轴系的扭转振动监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-rolling-mill-bearing-monitoring-selection", "category": "qa_article", "category_cn": "技术问答", "title": "轧机重载轴承冲击监测技术选型指南", "summary": "在轧机重载轴承冲击监测（高温>200°C、强电磁干扰、空间受限）条件下 → 非接触式涡流传感+FPGA实时分析系统，兼顾环境适应性与毫秒级响应", "focused_product": null, "product_series": null, "industry": [ "钢铁", "有色金属" ], "measurement": [ "振动监测", "位移传感", "轮廓测量" ], "tags": [ "钢铁", "有色金属", "振动监测", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZVDS500系列轧机重载轴承冲击状态监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-roller-bearing-vibration-selection", "category": "qa_article", "category_cn": "技术问答", "title": "轧辊轴承冲击脉冲监测技术选型指南（含集成与验收附录）", "summary": "在需要早期缺陷检测且环境干扰较强的场景下 → 专用集成式振动监测系统（如艾默生 CSI 2140），其 PeakVue™ 技术可有效捕获高频冲击信号。", "focused_product": null, "product_series": null, "industry": [ "钢铁制造", "造纸印刷", "重型机械" ], "measurement": [ "振动监测", "状态诊断", "预测性维护" ], "tags": [ "钢铁制造", "造纸印刷", "振动监测", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.1", "license": "CC BY 4.0", "path": "技术问答/问答ZVDS500系列轧辊轴承冲击脉冲监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-rotor-axis-monitoring-selection", "category": "qa_article", "category_cn": "技术问答", "title": "转子实验台轴心轨迹监测系统选型指南", "summary": "在高速在线监测（采样率≥50kHz）且要求微米级精度条件下 → 激光三角测量技术，可直接输出轴心位移信号，结合FPGA数据采集终端实现实时分析", "focused_product": null, "product_series": null, "industry": [ "航空航天", "能源电力", "石化工业" ], "measurement": [ "轴心轨迹", "振动监测", "位移测量", "转速测量" ], "tags": [ "航空航天", "能源电力", "轴心轨迹", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZVDS500系列转子实验台轴心轨迹监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-pump-leakage-fpga-vibration-analysis", "category": "qa_article", "category_cn": "技术问答", "title": "输油泵密封泄漏FPGA振动监测系统选型指南（含集成与验收附录）", "summary": "在要求早期轴承损伤预警且需FPGA边缘实时计算条件下 → 英国真尚有 ZVDS500系列，支持多通道通用输入与包络分析", "focused_product": null, "product_series": null, "industry": [ "石化", "能源" ], "measurement": [ "振动监测", "加速度包络分析", "涡流位移测量", "无线传感器网络" ], "tags": [ "石化", "能源", "振动监测", "传感器", "技术问答" ], "updated_at": "2025-03-14", "version": "1.1", "license": "CC BY 4.0", "path": "技术问答/问答ZVDS500系列输油泵密封泄漏监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-fan-gearbox-vibration-selection", "category": "qa_article", "category_cn": "技术问答", "title": "风机齿轮箱齿面磨损监测振动系统选型指南", "summary": "在高速轴（数千RPM）轴振动与壳体振动综合监测且需满足行业标准保护功能条件下 → 美国班力内华达3500系列，涡流探头测轴位移+加速度计测壳体振动一体化方案，为…", "focused_product": null, "product_series": null, "industry": [ "风力发电", "旋转机械" ], "measurement": [ "振动监测", "加速度测量", "轴位移测量" ], "tags": [ "风力发电", "旋转机械", "振动监测", "传感器", "技术问答" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZVDS500系列风机齿轮箱高速轴和行星轮系的齿面磨损监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-paper-machine-bearing-vibration-selection", "category": "qa_article", "category_cn": "技术问答", "title": "造纸机烘缸轴承高温高湿环境振动监测选型指南", "summary": "在烘缸表面温度超过120°C且需直接安装条件下 → “分离式传感器+远程电子单元”架构，保护核心电子元件免受高温损坏〔REF-001〕。", "focused_product": null, "product_series": null, "industry": [ "造纸" ], "measurement": [ "振动监测" ], "tags": [ "造纸", "振动监测", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZVDS500系列高温高湿环境下监测造纸机烘缸轴承/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-machining-spindle-vibration-monitoring", "category": "qa_article", "category_cn": "技术问答", "title": "高速加工中心主轴动平衡监测:采样率、分析功能与传感器选型指南", "summary": "在需要直接测量轴径向位移和防止不对中条件下 → 非接触式监测（涡流探头/电涡流传感器），因为这是关键旋转设备的金标准方案〔REF-001〕", "focused_product": null, "product_series": null, "industry": [ "加工中心", "数控机床", "旋转机械" ], "measurement": [ "振动监测", "动平衡", "频谱分析" ], "tags": [ "加工中心", "数控机床", "振动监测", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZVDS500系列高速加工中心主轴动平衡监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "gear-vibration-selection-guide", "category": "qa_article", "category_cn": "技术问答", "title": "齿轮箱啮合频率振动监测系统选型指南", "summary": "在工业现场通用齿轮箱在线监测条件下 → FPGA边缘智能监测系统（如英国真尚有 ZVDS500系列），兼顾实时性、独立运行及多协议集成", "focused_product": null, "product_series": null, "industry": [ "工业机械监测", "旋转设备维护", "预测性维护" ], "measurement": [ "振动测量", "频谱分析", "状态监测" ], "tags": [ "工业机械监测", "旋转设备维护", "振动测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZVDS500系列齿轮箱啮合频率测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-sewer-water-level-selection", "category": "qa_article", "category_cn": "技术问答", "title": "下水道水位非接触式雷达选型指南（±2mm精度）", "summary": "在要求±2mm精度、复杂污水环境及狭窄空间条件下 → 非接触式脉冲雷达（80 GHz W-Band），具备窄波束角与低功耗特性，适用电池供电远程站", "focused_product": null, "product_series": null, "industry": [ "市政排水", "水务监测" ], "measurement": [ "水位测量" ], "tags": [ "市政排水", "水务监测", "水位测量", "传感器", "技术问答" ], "updated_at": "2026-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZWLS700下水道水位测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-jx-water-level-selection", "category": "qa_article", "category_cn": "技术问答", "title": "井下中央水仓水位高精度监测选型指南", "summary": "在精度要求±2mm且安装空间直径≤600mm条件下 → 80GHz高频脉冲雷达技术，波束角≤4°可有效避免井壁干扰〔REF-001〕", "focused_product": null, "product_series": null, "industry": [ "水处理", "地下管网监测", "工业自动化" ], "measurement": [ "水位测量", "液位测量" ], "tags": [ "水处理", "地下管网监测", "水位测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZWLS700井下中央水仓水位测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-agriculture-water-level-selection-guide", "category": "qa_article", "category_cn": "技术问答", "title": "农业蓄水池水位监测选型指南（±2mm精度与低功耗目标）", "summary": "在开阔型农业蓄水池、需非接触测量且要求±2mm精度条件下 → 80GHz脉冲雷达方案，具备窄波束角与高环境适应性。", "focused_product": null, "product_series": null, "industry": [ "农业自动化", "水利计量" ], "measurement": [ "微波雷达水位测量", "超声波水位测量", "静压式液位测量" ], "tags": [ "农业自动化", "水利计量", "微波雷达水位测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZWLS700农业蓄水池水量监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-technical-pool-selection", "category": "qa_article", "category_cn": "技术问答", "title": "冷却塔集水池±2mm非接触式雷达水位计选型指南", "summary": "在要求±2mm精度且水面存在泡沫、蒸汽及狭窄安装空间条件下 → 80 GHz脉冲雷达（ToF），窄波束角避开内壁干扰，PVDF材质防腐", "focused_product": null, "product_series": null, "industry": [ "暖通空调", "工业过程控制" ], "measurement": [ "液位监测", "工业测量" ], "tags": [ "暖通空调", "工业过程控制", "液位监测", "传感器", "技术问答" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZWLS700冷却塔底部集水池水位测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-liquid-level-narrow-space-selection", "category": "qa_article", "category_cn": "技术问答", "title": "狭窄空间化学品储罐高精度液位测量选型指南", "summary": "在狭窄空间（最小开口直径<200mm）、强腐蚀性化学品、要求±2mm以内精度条件下 → 80GHz脉冲雷达液位计，波束角≤4°可避开内部构件干扰", "focused_product": null, "product_series": null, "industry": [ "化工", "精细化工", "石油化工" ], "measurement": [ "液位测量", "狭窄空间测量", "高精度测量" ], "tags": [ "化工", "精细化工", "液位测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZWLS700化学品液位测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-water-level-selection-guide", "category": "qa_article", "category_cn": "技术问答", "title": "地下水位高精度非接触式监测选型指南", "summary": "在地下水位监测（测井管环境）且要求±2mm精度条件下 → 80GHz脉冲雷达技术，兼顾精度、抗干扰与低功耗", "focused_product": null, "product_series": null, "industry": [ "环保水务", "地质勘探" ], "measurement": [ "液位测量" ], "tags": [ "环保水务", "地质勘探", "液位测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZWLS700地下水观测井中水位监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-city-drainage-80ghz-radar-selection", "category": "qa_article", "category_cn": "技术问答", "title": "城市排水管网关键节点水位监测技术选型指南（含集成与验收附录）", "summary": "在需要窄波束角（≤4°）、抗狭窄井壁干扰、且精度要求±2mm条件下 → 80GHz脉冲雷达水位计，满足城市管网复杂环境下的非接触高精度监测需求 [REF-001…", "focused_product": null, "product_series": null, "industry": [ "城市排水", "市政基础设施", "工业物联网" ], "measurement": [ "微波雷达", "超声波", "静压式", "导波雷达", "液位/水位测量" ], "tags": [ "城市排水", "市政基础设施", "微波雷达", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZWLS700城市排水管网关键节点水位监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-hydro-remote-sensing-selection", "category": "qa_article", "category_cn": "技术问答", "title": "大坝渗漏量测量非接触式雷达水位计选型指南", "summary": "在狭窄观测孔且需毫米级精度条件下 → 采用 80 GHz 脉冲雷达（如 ZWLS700）或 FMCW 雷达（如 VEGAPULS 67），波束角窄、抗干扰强", "focused_product": null, "product_series": null, "industry": [ "水利设施监测", "大坝安全评估", "水文环境监测" ], "measurement": [ "液位测量", "位移监测" ], "tags": [ "水利设施监测", "大坝安全评估", "液位测量", "传感器", "技术问答" ], "updated_at": "2026-05-22", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZWLS700大坝背水坡渗漏量测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-large-wave-water-level-selection", "category": "qa_article", "category_cn": "技术问答", "title": "大型水槽波浪±2mm高精度非接触式水位监测选型指南", "summary": "在水槽环境开阔、无卫星遮挡且需实时连续记录条件下 → 脉冲雷达（80GHz FMCW），兼顾高精度与安装便捷性", "focused_product": null, "product_series": null, "industry": [ "水利监测", "流体力学实验" ], "measurement": [ "雷达测量", "光学测量", "卫星定位技术" ], "tags": [ "水利监测", "流体力学实验", "雷达测量", "传感器", "技术问答" ], "updated_at": "2025-06-15", "version": "1.1", "license": "CC BY 4.0", "path": "技术问答/问答ZWLS700大型水槽实验中波浪的波峰波谷测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-hydro-radar-selection", "category": "qa_article", "category_cn": "技术问答", "title": "季节性河流水位监测高精度非接触式雷达选型指南", "summary": "在要求±2mm精度、量程0.05~15m且存在波浪/泡沫干扰条件下 → 非接触式脉冲雷达水位计（80GHz频段），波束角窄抗干扰能力强", "focused_product": null, "product_series": null, "industry": [ "水文监测", "环境传感" ], "measurement": [ "雷达测距", "非接触式水位监测" ], "tags": [ "水文监测", "环境传感", "雷达测距", "传感器", "技术问答" ], "updated_at": "2025-01-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZWLS700季节性河流水位测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-hydro-select-guide", "category": "qa_article", "category_cn": "技术问答", "title": "小水电站下泄口非接触式液位监测选型指南", "summary": "在需要高精度（≤±3mm）且环境存在波浪、蒸汽或强风干扰条件下 → 脉冲雷达测量技术，80GHz窄波束角可有效避开侧壁反射", "focused_product": null, "product_series": null, "industry": [ "水利自动化", "水文监测" ], "measurement": [ "雷达液位测量", "超声波液位测量", "压力式液位测量" ], "tags": [ "水利自动化", "水文监测", "雷达液位测量", "传感器", "技术问答" ], "updated_at": "2025-04-10", "version": "1.1", "license": "CC BY 4.0", "path": "技术问答/问答ZWLS700小水电站下泄口堰流液位测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-sewer-water-level-selection-问答zwls700应急水位上涨速率测量", "category": "qa_article", "category_cn": "技术问答", "title": "城市内涝窨井水位监测技术选型指南", "summary": "在狭小空间窨井监测、要求±2mm精度、电池供电条件下 → 80GHz脉冲雷达水位计，具备4°窄波束角和<50mA功耗", "focused_product": null, "product_series": null, "industry": [ "智慧城市", "排水防涝", "市政基础设施" ], "measurement": [ "80GHz脉冲雷达水位测量", "激光测距水位测量", "导波雷达水位测量", "压力式水位测量" ], "tags": [ "智慧城市", "排水防涝", "80GHz脉冲雷达水位测量", "传感器", "技术问答" ], "updated_at": "2025-04-15T09:30:00+00:00", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZWLS700应急水位上涨速率测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-ras-level-diff-selection", "category": "qa_article", "category_cn": "技术问答", "title": "循环水养殖微滤机前后液位差毫米级非接触式监测选型指南", "summary": "在RAS系统微滤机前后液位差要求±2mm精度、含泡沫/藻类干扰条件下 → 80GHz非接触式雷达液位计，窄波束抗干扰能力强且维护量低。", "focused_product": null, "product_series": null, "industry": [ "水产养殖", "过程控制" ], "measurement": [ "80GHz非接触式雷达液位计", "导波雷达液位计", "超声波液位计法" ], "tags": [ "水产养殖", "过程控制", "80GHz非接触式雷达液位计", "传感器", "技术问答" ], "updated_at": "2025-11-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZWLS700循环水养殖系统（RAS）微滤机前后液位差测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-80ghz-radar-selection-guide", "category": "qa_article", "category_cn": "技术问答", "title": "狭窄空间与腐蚀环境下的80GHz雷达液位计选型指南", "summary": "在狭窄窨井（直径<1m）或强腐蚀性化工储罐场景下 → 80GHz脉冲雷达液位计，利用极窄波束角（≤4°）避免壁障干扰，PVDF材质提供优异耐腐蚀性〔REF-00…", "focused_product": null, "product_series": null, "industry": [ "化工", "市政排水", "智慧城市" ], "measurement": [ "液位测量", "80GHz雷达", "非接触式测量" ], "tags": [ "化工", "市政排水", "液位测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZWLS700敞口储罐中的酸碱液位测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-narrow-space-water-level-diff-selection", "category": "qa_article", "category_cn": "技术问答", "title": "狭窄空间水位差毫米级监测选型指南", "summary": "在狭窄空间（如窨井、测井）且要求毫米级精度（±2mm）条件下 → 80GHz 极窄波束角脉冲雷达技术，其波束角可低至4°，有效避免井壁干扰〔REF-001〕。", "focused_product": null, "product_series": null, "industry": [ "水务管理", "城市内涝监测", "水利设施运维" ], "measurement": [ "液位测量", "水位差计算" ], "tags": [ "水务管理", "城市内涝监测", "液位测量", "传感器", "技术问答" ], "updated_at": "2025-04-10", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZWLS700橡胶坝前后水位差测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "dam-pit-water-level-selection", "category": "qa_article", "category_cn": "技术问答", "title": "水电站调压井涌浪高度±2mm监测雷达水位计选型指南", "summary": "在调压井涌浪高度±2mm精度要求、狭窄井室安装空间（直径≤60cm）、高动态响应条件下 → 80GHz脉冲雷达水位计，波束角4°窄波束可避开井壁干扰，精度稳定满…", "focused_product": null, "product_series": null, "industry": [ "水利水电", "水文监测" ], "measurement": [ "水位测量", "液位测量" ], "tags": [ "水利水电", "水文监测", "水位测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZWLS700水电站调压井内涌浪高度监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-wastewater-grate-level-pulse-radar-selection", "category": "qa_article", "category_cn": "技术问答", "title": "污水厂格栅井高精度液位监测选型指南（脉冲雷达）", "summary": "在狭窄空间（如直径<1米格栅井）且要求±2mm高精度条件下 → 80GHz高频脉冲雷达技术，利用4°窄波束角避开障碍物反射，配合PVDF防腐材质适应恶劣环境〔R…", "focused_product": null, "product_series": null, "industry": [ "水务", "环保", "市政" ], "measurement": [ "液位测量", "雷达测量" ], "tags": [ "水务", "环保", "液位测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZWLS700污水厂格栅井污水液位测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-water-level-high-freq-radar-selection", "category": "qa_article", "category_cn": "技术问答", "title": "河道水位监测高精度雷达选型指南（±2mm精度）", "summary": "在河道野外环境、需长距离低功耗及窄波束抗干扰条件下 → 高频脉冲雷达水位计（80GHz），兼顾精度与功耗，适合太阳能供电。", "focused_product": null, "product_series": null, "industry": [ "水文监测", "智慧城市", "水利水务" ], "measurement": [ "水位测量", "非接触式液位测量" ], "tags": [ "水文监测", "智慧城市", "水位测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZWLS700河道水位测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-island-tide-radarsensor-selection", "category": "qa_article", "category_cn": "技术问答", "title": "海岛潮位监测雷达液位计选型指南（精度±2mm级）", "summary": "在要求±2mm高精度、强腐蚀环境且供电受限条件下 → 80GHz脉冲雷达液位计，具备窄波束角与低功耗特性，适合电池/太阳能供电的无人值守站点。", "focused_product": null, "product_series": null, "industry": [ "海洋工程", "环境监测", "水利水文" ], "measurement": [ "液位测量", "潮位监测" ], "tags": [ "海洋工程", "环境监测", "液位测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZWLS700海岛潮位长期监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-port-tide-80ghz-radar-selection", "category": "qa_article", "category_cn": "技术问答", "title": "港口潮汐水位测量:80GHz雷达水位计选型与集成指南", "summary": "在港口潮汐高精度（±1mm）、强抗干扰（窄波束角）及恶劣海况条件下 → 80GHz脉冲雷达水位计，具备4°极窄波束角，有效抑制岸壁反射与波浪杂波。", "focused_product": null, "product_series": null, "industry": [ "海洋工程", "水文监测", "港口管理" ], "measurement": [ "液位/水位测量", "距离测量" ], "tags": [ "海洋工程", "水文监测", "液位/水位测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZWLS700港口潮汐水位测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-urban-culvert-radar-selection-guide", "category": "qa_article", "category_cn": "技术问答", "title": "城市涵洞积水监测雷达水位计选型指南（精度±2mm）", "summary": "在涵洞空间狭窄、存在井壁反射干扰场景 → 80 GHz 窄波束脉冲雷达，4°波束角可避开障碍物，满足±2mm精度与低功耗需求", "focused_product": null, "product_series": null, "industry": [ "水利市政", "内涝预警" ], "measurement": [ "水位", "液位" ], "tags": [ "水利市政", "内涝预警", "水位", "传感器", "技术问答" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZWLS700立交桥涵洞积水深度监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-80ghz-radar-level-gauge-selection", "category": "qa_article", "category_cn": "技术问答", "title": "80GHz雷达液位计在化工废水监测中的选型指南", "summary": "在强腐蚀性化工废水（酸碱、溶剂、高盐度）液位监测条件下 → 80GHz脉冲雷达液位计（非接触式），核心优势是波束角小（典型4°）、抗干扰能力强、完全避免介质接触…", "focused_product": null, "product_series": null, "industry": [ "化工", "环保水务", "市政管网" ], "measurement": [ "液位测量", "雷达测距", "腐蚀性介质" ], "tags": [ "化工", "环保水务", "液位测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZWLS700腐蚀性液体液位测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-bridge-water-level-selection", "category": "qa_article", "category_cn": "技术问答", "title": "通航桥梁下高精度水位监测选型指南", "summary": "在要求±2mm精度且安装空间受限（桥底）条件下 → 80GHz高频脉冲雷达技术，具备极窄波束角，抗杂波干扰能力强。", "focused_product": null, "product_series": null, "industry": [ "水利", "交通基础设施" ], "measurement": [ "水位测量", "雷达测量", "激光测量" ], "tags": [ "水利", "交通基础设施", "水位测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZWLS700通航桥梁下水面高度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "bridge-clearance-80ghz-radar-water-level-selection", "category": "qa_article", "category_cn": "技术问答", "title": "桥梁净空高度测量80GHz脉冲雷达水位计选型指南", "summary": "在桥梁净空高度测量、精度要求±2 mm、存在桥墩或障碍物干扰条件下 → 80 GHz脉冲雷达水位计（如英国真尚有ZWLS700系列），因其窄波束角（4°）、小盲…", "focused_product": null, "product_series": null, "industry": [ "水利水文监测", "通航桥梁安全" ], "measurement": [ "雷达液位/水位测量", "非接触式传感" ], "tags": [ "水利水文监测", "通航桥梁安全", "雷达液位/水位测量", "传感器", "技术问答" ], "updated_at": "2025-12-15", "version": "1.1", "license": "CC BY 4.0", "path": "技术问答/问答ZWLS700通航桥梁净空高度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-urban-flooding-radar-water-level-selection", "category": "qa_article", "category_cn": "技术问答", "title": "城市内涝监测雷达水位计选型与集成指南", "summary": "在窨井等狭窄空间（直径≤600mm）且要求高频数据采集条件下 → 80GHz脉冲雷达（时间飞行法），极窄波束角有效规避井壁干扰，功耗低于50μA适配电池/太阳能…", "focused_product": null, "product_series": null, "industry": [ "智慧水务", "环境监测", "城市排水" ], "measurement": [ "水位测量", "液位测量", "雷达测量", "激光测距", "静压测量" ], "tags": [ "智慧水务", "环境监测", "水位测量", "传感器", "技术问答" ], "updated_at": "2025-05-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZWLS700量水堰槽水位监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-foam-wastewater-level-selection-guide", "category": "qa_article", "category_cn": "技术问答", "title": "食品厂曝气池液位监测高精度雷达选型指南", "summary": "在高速在线检测（>1000Hz）且要求微米级精度条件下 → 线激光剖面扫描技术，兼顾速度与精度", "focused_product": null, "product_series": null, "industry": [ "食品工业", "废水处理" ], "measurement": [ "液位计", "非接触式测量" ], "tags": [ "食品工业", "废水处理", "液位计", "传感器", "技术问答" ], "updated_at": "2026-05-10", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZWLS700食品厂污水处理曝气池液位测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-flow-ice-radar-selection", "category": "qa_article", "category_cn": "技术问答", "title": "±2%精度严寒环境流冰速度非接触式监测雷达选型指南", "summary": "在低温（<-20°C）、需±2%精度、强振动干扰的流冰监测条件下 → 多普勒雷达技术，尤其是具备余弦补偿与振动诊断功能的型号", "focused_product": null, "product_series": null, "industry": [ "水利监测", "气象水文" ], "measurement": [ "速度测量", "距离测量" ], "tags": [ "水利监测", "气象水文", "速度测量", "传感器", "技术问答" ], "updated_at": "2025-04-18", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZWVS500冬季河道流冰的漂移速度监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-water-velocity-selection", "category": "qa_article", "category_cn": "技术问答", "title": "城市排洪渠道洪水流速测量选型指南", "summary": "在城市排洪渠道（明渠/暗渠）实时监测、要求非接触式且精度±2%条件下 → 英国真尚有 ZWVS500 多普勒雷达方案，具备自动倾角补偿和振动过滤功能〔REF-0…", "focused_product": null, "product_series": null, "industry": [ "水务与环保" ], "measurement": [ "流速测量" ], "tags": [ "水务与环保", "流速测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZWVS500城市排洪渠道洪水流速测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-doppler-radar-velocity-selection", "category": "qa_article", "category_cn": "技术问答", "title": "大口径管道满管前非接触式水流速度监测选型指南", "summary": "在要求±2%精度且需非接触式连续监测流速的条件下 → 多普勒雷达技术（如英国真尚有 ZWVS500），满足宽量程与智能补偿需求。", "focused_product": null, "product_series": null, "industry": [ "水务", "水利", "环境监测" ], "measurement": [ "流速测量", "表面流速" ], "tags": [ "水务", "水利", "流速测量", "传感器", "技术问答" ], "updated_at": "2025-04-12", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZWVS500大口径管道满管前流速监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "dam-flood-velocity-selection", "category": "qa_article", "category_cn": "技术问答", "title": "大坝泄洪洞高速水流精准稳定测量选型指南", "summary": "在最高流速≥15m/s、水面条件粗糙、要求免维护非接触测量条件下 → 多普勒雷达表面流速测量技术，兼顾量程上限与环境适应性。", "focused_product": null, "product_series": null, "industry": [ "水利工程", "防洪监测" ], "measurement": [ "流速测量", "流量估算" ], "tags": [ "水利工程", "防洪监测", "流速测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZWVS500大坝泄洪洞高速水流速度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-chemical-sewage-flow-selection", "category": "qa_article", "category_cn": "技术问答", "title": "大型化工厂明渠流速监测选型指南（非接触式多普勒雷达）", "summary": "在大型化工厂明渠（含循环水、废水排放）且要求非接触、抗振动、实时在线监测条件下 → 24GHz多普勒雷达表面流速仪，兼顾精度与安装便利性。", "focused_product": null, "product_series": null, "industry": [ "化工", "水务" ], "measurement": [ "流速测量", "流量监测" ], "tags": [ "化工", "水务", "流速测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZWVS500大型化工厂明渠循环流速监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-surface-vel-sensor-selection", "category": "qa_article", "category_cn": "技术问答", "title": "表面流速传感器选型指南（0.08–15 m/s）", "summary": "在流速范围0.08–15 m/s、需要±2%精度、复杂户外环境条件下 → 多普勒雷达流速测量技术（如英国真尚有ZWVS500），内置倾角补偿与信号质量过滤，环境…", "focused_product": null, "product_series": null, "industry": [ "水利水务", "环境监测", "水文测量" ], "measurement": [ "表面流速测量", "多普勒雷达测量", "光学流速测量" ], "tags": [ "水利水务", "环境监测", "表面流速测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZWVS500大型河工模型试验中的表面流速测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-channel-velocity-selection", "category": "qa_article", "category_cn": "技术问答", "title": "导流槽泄流速度监测选型指南", "summary": "在导流槽泄流速度监测（要求±2%精度、非接触、户外长期运行）条件下 → 多普勒雷达表面流速测量技术，兼顾精度、安装灵活性与智能诊断能力", "focused_product": null, "product_series": null, "industry": [ "水利工程", "水文监测", "防洪预警" ], "measurement": [ "表面流速", "流量监测", "开放水道测量" ], "tags": [ "水利工程", "水文监测", "表面流速", "传感器", "技术问答" ], "updated_at": "2025-08-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZWVS500导流槽泄流速度监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-river-velocity-selection", "category": "qa_article", "category_cn": "技术问答", "title": "小水电站生态流速监测选型指南", "summary": "在小水电站下游河流生态监测（要求非侵入、宽量程0.08-15m/s、长期在线）条件下 → 非接触式表面流速雷达，兼顾生态友好与测量范围", "focused_product": null, "product_series": null, "industry": [ "水利", "水电", "环境监测" ], "measurement": [ "流速测量", "表面流速", "流量监测" ], "tags": [ "水利", "水电", "流速测量", "传感器", "技术问答" ], "updated_at": "2025-09-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZWVS500小水电站生态流速监管/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-tailings-ditch-flow-selection", "category": "qa_article", "category_cn": "技术问答", "title": "尾矿库排洪沟浑浊泥浆流速监测选型指南", "summary": "在尾矿库排洪沟高浊度、含固量高且要求非接触式维护的场景下 → 多普勒雷达技术，具备抗磨损、防堵塞优势，数据可靠性最高〔REF-001〕。", "focused_product": null, "product_series": null, "industry": [ "mining", "environmental_protection" ], "measurement": [ "flow_velocity" ], "tags": [ "mining", "environmental_protection", "flow_velocity", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZWVS500尾矿库排洪沟浑浊泥浆水流速监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-hydro-doppler-radar-selection", "category": "qa_article", "category_cn": "技术问答", "title": "山区河道突发洪峰流速监测选型指南", "summary": "在山区河道突发洪峰（流速 > 10 m/s）且需快速部署、非接触监测条件下 → 多普勒雷达流速仪，具备IP68防护及自动余弦误差补偿能力。", "focused_product": null, "product_series": null, "industry": [ "水文监测", "防洪预警", "城市内涝治理" ], "measurement": [ "表面流速", "流量估算" ], "tags": [ "水文监测", "防洪预警", "表面流速", "传感器", "技术问答" ], "updated_at": "2025-04-10", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZWVS500山区河道突发洪峰流速监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-hydrology-velocity-monitoring-selection", "category": "qa_article", "category_cn": "技术问答", "title": "感潮河段流速监测选型指南", "summary": "在感潮河段需要±2%精度、宽流速范围（0.08~15 m/s）且要求非接触式安装条件下 → 多普勒雷达技术，具备自动余弦误差补偿和高防护等级，维护成本低〔REF…", "focused_product": null, "product_series": null, "industry": [ "水利工程", "水文监测" ], "measurement": [ "流速测量", "流量测量", "液位关联测量" ], "tags": [ "水利工程", "水文监测", "流速测量", "传感器", "技术问答" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZWVS500感潮河段涨潮和落潮时的流速监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-channeled-discharge-velocity-selection", "category": "qa_article", "category_cn": "技术问答", "title": "明渠排污口流速监测选型指南（目标±2%精度）", "summary": "在环保监管合规场景（精度要求±2%）且需非接触式安装条件下 → 多普勒雷达表面流速测量技术，兼顾精度、安装灵活性与维护便利性", "focused_product": null, "product_series": null, "industry": [ "环保监测", "水利水务", "工业排污" ], "measurement": [ "流速测量", "流量监测", "明渠测量" ], "tags": [ "环保监测", "水利水务", "流速测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZWVS500明渠排污口在线流速监管/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-waterflow-measurement-selection", "category": "qa_article", "category_cn": "技术问答", "title": "水流速度传感器选型指南：精度±2%满足河流流量监测需求", "summary": "在开放水域河流流速监测且要求非接触式条件下 → 多普勒雷达技术，兼顾安装灵活性与±2%精度", "focused_product": null, "product_series": null, "industry": [ "水文监测", "水利设施" ], "measurement": [ "流速测量", "流量监测" ], "tags": [ "水文监测", "水利设施", "流速测量", "传感器", "技术问答" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZWVS500桥下水流冲刷流速监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-radar-surface-flow-selection", "category": "qa_article", "category_cn": "技术问答", "title": "表面流速雷达液位流量测量选型指南", "summary": "在流速范围0.08~15 m/s、精度要求±2%读数、桥梁/堤岸高位安装条件下 → 24 GHz多普勒雷达表面流速仪（如英国真尚有ZWVS500），内置倾角仪自…", "focused_product": null, "product_series": null, "industry": [ "水利工程", "防汛抗旱", "水资源管理" ], "measurement": [ "表面流速测量", "流量监测", "洪水预警" ], "tags": [ "水利工程", "防汛抗旱", "表面流速测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZWVS500水文站河流表面流速测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-hydropower-tailrace-radar-selection", "category": "qa_article", "category_cn": "技术问答", "title": "水电站尾水渠非接触式流速雷达选型与集成指南", "summary": "在宽流速范围（0.05~15 m/s）且需实时响应工况下 → 多普勒雷达技术，兼顾精度与环境适应性〔REF-001〕。", "focused_product": null, "product_series": null, "industry": [ "水利水电", "自动化监测" ], "measurement": [ "表面流速测量", "多普勒雷达测流", "超声波测流" ], "tags": [ "水利水电", "自动化监测", "表面流速测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZWVS500水电站尾水渠流速监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-wastewater-radar-selection", "category": "qa_article", "category_cn": "技术问答", "title": "污水厂进水口非接触式流速监测选型指南", "summary": "在宽量程、高维护成本敏感且需非接触测量的进水口工况下 → 24GHz 多普勒雷达技术，兼顾抗污堵能力与高精度〔REF-001〕", "focused_product": null, "product_series": null, "industry": [ "水务", "环保" ], "measurement": [ "明渠流速", "雷达多普勒", "超声波多普勒" ], "tags": [ "水务", "环保", "明渠流速", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZWVS500污水厂进水口流速监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-hydraulic-culvert-velocity-selection", "category": "qa_article", "category_cn": "技术问答", "title": "涵洞水流速度监测非接触式传感器选型指南", "summary": "在涵洞复杂环境（潮湿、振动、空间受限）且需高精度实时监测条件下 → 多普勒雷达技术，具备抗干扰强、自动补偿优势", "focused_product": null, "product_series": null, "industry": [ "水利水文", "防洪预警", "基础设施监测" ], "measurement": [ "流速测量", "表面流速", "雷达测量", "超声波测量" ], "tags": [ "水利水文", "防洪预警", "流速测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZWVS500涵洞水流速度监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-dam-break-velocity-sensor", "category": "qa_article", "category_cn": "技术问答", "title": "溃坝监测非接触式流速传感器选型指南", "summary": "在≥15 m/s高流速、±2%精度要求及强风浪干扰条件下 → 采用24 GHz K波段多普勒雷达方案，具备IP68防护与振动数据诊断能力〔REF-001〕。", "focused_product": null, "product_series": null, "industry": [ "水利大坝与防洪", "水文监测" ], "measurement": [ "非接触式速度测量", "多普勒雷达技术" ], "tags": [ "水利大坝与防洪", "水文监测", "非接触式速度测量", "传感器", "技术问答" ], "updated_at": "2026-03-18", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZWVS500溃坝流速监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-doppler-radar-flow-selection", "category": "qa_article", "category_cn": "技术问答", "title": "24GHz多普勒雷达流速传感器选型指南（0.08-15m/s, ±2%精度）", "summary": "在要求±2%精度、覆盖0.08~15 m/s量程且需户外长期稳定运行的条件下 → 24 GHz多普勒雷达非接触式测量技术，具备自动余弦补偿与IP68防护能力。", "focused_product": null, "product_series": null, "industry": [ "水利监测", "水文监测", "环境工程" ], "measurement": [ "流速测量", "流量监测" ], "tags": [ "水利监测", "水文监测", "流速测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZWVS500溢洪道排出水流速度监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-hydro-radar-flow-selection", "category": "qa_article", "category_cn": "技术问答", "title": "漂流河道水流速度监测雷达选型指南", "summary": "在河道表面流速非接触式监测且需要大安装高度（1-35m）条件下 → 多普勒雷达技术，兼顾精度与部署灵活性", "focused_product": null, "product_series": null, "industry": [ "水利", "环境监测", "防汛减灾" ], "measurement": [ "流速测量", "表面流速监测" ], "tags": [ "水利", "环境监测", "流速测量", "传感器", "技术问答" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZWVS500漂流河道水流速度监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-irrigation-channel-velocity-selection", "category": "qa_article", "category_cn": "技术问答", "title": "灌溉干渠输水速度测量选型指南", "summary": "在灌溉干渠非接触式实时监测场景下 → 多普勒雷达流速测量技术，兼顾安装便捷性与宽量程适应能力", "focused_product": null, "product_series": null, "industry": [ "农业水利", "水资源监测" ], "measurement": [ "流速测量", "流量监测" ], "tags": [ "农业水利", "水资源监测", "流速测量", "传感器", "技术问答" ], "updated_at": "2025-04-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZWVS500灌溉干渠输水速度测量/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-power-coolant-flow-selection", "category": "qa_article", "category_cn": "技术问答", "title": "电厂冷却水循环系统流速测量选型指南", "summary": "在开放渠道冷却水排放口或取水口监测场景 → 多普勒雷达技术，具备非接触式测量与抗振动干扰能力，满足±2%精度需求。", "focused_product": null, "product_series": null, "industry": [ "发电行业", "水利监测", "工业过程控制" ], "measurement": [ "流速测量", "流量监测", "液位检测" ], "tags": [ "发电行业", "水利监测", "流速测量", "传感器", "技术问答" ], "updated_at": "2025-03-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZWVS500电厂冷却水循环明渠流速监测/content.md", "doc_type": "presales_selection_guide" }, { "doc_id": "doc-fish-ladder-velocity-selection", "category": "qa_article", "category_cn": "技术问答", "title": "鱼道水流速度监测设备选型指南", "summary": "在鱼道表面流速非接触监测场景下 → 24GHz K波段多普勒雷达技术，兼顾非侵扰性与智能化诊断能力", "focused_product": null, "product_series": null, "industry": [ "水利工程", "生态环境监测", "水资源管理" ], "measurement": [ "流速测量", "明渠流量监测" ], "tags": [ "水利工程", "生态环境监测", "流速测量", "传感器", "技术问答" ], "updated_at": "2025-06-15", "version": "1.0", "license": "CC BY 4.0", "path": "技术问答/问答ZWVS500鱼道进口的诱鱼水流速度监测/content.md", "doc_type": "presales_selection_guide" } ] }