激光传感与雷达

The Low Power High Performance Micro LiDAR Ranging Module is a compact, lightweight, and high-precision dToF sensing solution designed for next-generation robotics, drones, smart devices, and industrial applications. Featuring a 20m maximum detection range, ±6cm high-accuracy per

This laser distance sensor uses triangulation technology combined with a high-resolution CMOS line sensor and DSP processing to provide stable and accurate displacement and distance measurement. Designed for industrial automation applications, it offers a detection range of 60 to

This high-precision laser displacement reflective sensor uses a laser triangulation method to measure extremely small objects with exceptional accuracy. It features a fine laser spot as small as 0.05 mm, making it suitable for detecting micro-components, vibration displacement, t

This high-accuracy laser triangulation displacement sensor is designed for precise measurement, positioning, and detection tasks in industrial automation. Using a high-precision CMOS image sensor combined with an optimized processing algorithm, it achieves repeat accuracy as fine

This digital laser triangulation displacement sensor provides stable, high-precision measurement for industrial automation and quality inspection applications. It adopts a compact design with an OLED display, intuitive four-key operation, and a robust PBT housing with a PMMA opti

The TF-Luna ToF Laser Ranging Sensor Module is a compact and high-precision optical LiDAR designed for short-distance measurement applications up to 8 meters. Using advanced Time-of-Flight technology, it provides stable, real-time distance data with low power consumption, making

This 360-degree scanning laser radar module uses a triangulation-based measurement system combined with precision optics and algorithms to deliver high-frequency, high-accuracy ranging performance. The mechanical structure enables continuous rotation to provide real-time angle in

This compact 20m dToF laser ranging module integrates a high-sensitivity infrared SPAD sensor and advanced algorithms, including time-correlated photon threshold processing, histogram analysis, and fast TDC architecture. It delivers high-precision ranging performance with strong