产品描述
Luna HXC56yn 是美国 Luna Innovations 推出的 T-Ray® 5000 系列太赫兹在线传感器头，为 HXC55yn 升级款，核心搭载 VRS 虚拟参考面技术，是面向工业级场景的非接触式测量专用传感器。产品依托太赫兹波反射测量原理，可脱离接触样品、无需频繁校准完成单层 / 多层厚度、定量基重、密度等关键指标的在线检测，搭配 T-Ray® 5000 控制单元后还能输出清晰太赫兹波形，精准解析材料分层结构细节。整体采用工业级密封设计与高适配性光学配置，可无缝集成至各类工业产线与检测设备，广泛适用于工业过程控制、材料无损检测、涂布复合加工等多领域的在线监测与质量管控，是实现工业自动化、高精度测量的核心传感部件。
核心特点
偏振消光比＞20:1（水平），高偏振特性保障太赫兹波传输稳定性，提升测量信号精准度。可选 25/75/150mm 焦距及准直模式，支持定制化光学配置，适配不同工作距离与光斑大小需求。光束直径 38mm，搭配共线光路设计，测量覆盖范围适中，光路对准操作简单且透镜易更换。
Product Description
Luna HXC56yn is a T-Ray® 5000 series terahertz online sensor head launched by Luna Innovations in the United States. It is an upgraded version of HXC55yn, featuring the VRS (Virtual Reference Surface) technology at its core. It is a non-contact measurement-specific sensor designed for industrial-grade scenarios. The product is based on the principle of terahertz wave reflection measurement and can perform online detection of key indicators such as single-layer/multi-layer thickness, quantitative base weight, and density without requiring frequent calibration, by detaching from the sample and without contact. When paired with the T-Ray® 5000 control unit, it can also output clear terahertz waveforms and precisely analyze the details of material layer structures. The overall design adopts industrial-grade sealing and high adaptability optical configuration, enabling seamless integration into various industrial production lines and inspection equipment. It is widely applicable for online monitoring and quality control in multiple fields such as industrial process control, material non-destructive testing, and coating and composite processing, and is a core sensing component for achieving industrial automation and high-precision measurement.
Key features
Polarization extinction ratio > 20:1 (horizontal), high polarization characteristics ensure the stability of terahertz wave transmission and improve the accuracy of measurement signals. Optional focal lengths of 25/75/150mm and collimation modes are available, supporting customized optical configurations, and suitable for different working distances and light spot size requirements. The beam diameter is 38mm, combined with a collinear optical path design, the measurement coverage range is moderate, the alignment operation of the optical path is simple, and the lens is easy to replace.
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