Electric motors spin both transmitter and receiver modules 360 degrees. The transmitter module emits laser lines at a certain frequency, resulting in a dynamic scan by continuously rotating the transmitter head as multiple laser beams are arranged in a vertical direction. The maximum beam is currently up to 128 lines. Our technical solutions and devices are relatively mature, with a low technical threshold and higher integration with many sensing algorithms.
C32/16
CX series 32/16-line mechanical LiDAR, using the leading core signal processing ASIC chip and advanced multiple echo detection technology, data calibration technology, data acquisition per second up to 64/320,000 points, can be more accurate, fast, and clear to outline the surrounding environment with 360 °of 3D profile information.
C32W
The C32W has a large 360°x70° field of view and concentrates on scanning the space below the radar, which can efficiently identify low-level obstacles within the distance range and greatly reduce the detection blind space.
It has high point density, capable of generating about 300,000 3D point cloud coordinates per second, 360° open field of view scanning perception, smaller size, and weight. It is widely used in unmanned, AGV, robotics, industrial automation, security, map mapping, disaster detection, scientific research, automotive driving, and other fields.
Keywords: intelligent ship lock; LiDAR application; ship lock automation; real-time vessel detection; vessel dimensions detection; overspeed vessel monitoring; illegal vessel identification; channel congestion analysis; vessel
Keywords: LSLiDAR ship monitoring system; Intelligent bridge collision prevention technology; ship safety solution; Navigational channel monitoring system; LSLiDAR long-range LiDAR technology; Intelligent bridge safety; Ship
Keywords: Mechanical LiDAR; PoE LiDAR; LiDAR technology; High-precision scanning; 360-degree perception; Accurate distance measurement; Flexible installation; Simplified wiring; Power over Ethernet; Environmental interference resistance; High-speed
LiDAR Penetrates Fog and Empowers Safe Autonomous Travel Keywords: Lidar; haze; safe driving; autonomous vehicles; intelligent vehicles; driving assistance systems; camera visibility; point cloud algorithms;
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