Based on triangulation theory, 3D laser profile sensor can output high-framerate point cloud, depth map and brightness map at micrometer level in real-time. It is widely applicable to non-contact and real-time high-precision 3D measurement in 3C, lithium battery, and PCB industries.
The camera adopts laser galvanometer and projected structured-light technology, combined with a high-performance optical system, high-performance processing chips, and high-strength materials. It can adapt to many working conditions such as light absorption, high reflectivity, and ambient light interference, achieving high-precision and high-stability 3D imaging, widely used for applications such as workpiece grabbing and assembly measurement (Instruction).
Built-in high accuracy measurement algorithm and wider dynamic image processing algorithm, 3D cameras can output objects’ size information in logistics and warehousing applications, a wider dynamic detection range, and stronger robustness ability.
The RGB-D smart stereo camera adopts TOF and binocular 3D imaging technology, integrated with a color camera to output RGB-D images at a high frame rate. It has built-in deep learning algorithm to output instance segmentation, and is applicable to the logistics, warehousing, medical treatment, automotive, and other industries.
