Founded in 2019, GCI focuses on the research and development of high-performance 3D structured light underlying algorithms and devices, and has more than 20 core intellectual property rights. With the "3D AI" technology route, it provides 3D vision solutions for global automation and other fields, and has obtained national high-tech, Shenzhen specialized, special and new and ISO9001, CE, FCC, ROHS and other certifications.

High precision: 1.6 million resolution, Z direction repetition accuracy up to 4 μm; High speed: compatible with GPU/CPU platform, imaging speed millisecond, scanning speed 3 Hz; Small size: the body is made of aircraft-grade aluminum alloy, the weight is only 230 G, industrial reliability. It is mainly oriented to high-precision online measurement and detection in narrow space, high-precision measurement and positioning at the front end of the mechanical arm, and is suitable for automated workstations with strict requirements on measurement accuracy and installation space.

High accuracy: 1.6 million resolution, repetition accuracy up to 15 μm in Z direction; high speed: compatible with GPU/CPU platform, imaging speed of millisecond, scanning speed of 3 Hz; small size: the body is made of aircraft-grade aluminum alloy, only 230 G, industrial reliability. It is suitable for installation in narrow space, and can realize large field of view, large depth of field and high-precision three-dimensional measurement; it is suitable for integrated installation of various manipulators, and is used for high-precision terminal 3D visual measurement and positioning. Typical applications include industrial scenarios such as disordered grasping, three-dimensional imaging of human body, tray monitoring, battery 3D measurement, etc.
GCI has three series of Shark, Lynx and Kite, and more than 30 models of 3D structured light products, with the highest measurement accuracy of 0.02 micron and the highest imaging speed of more than 100 FPS, which can meet the needs of high-precision and high-speed 3D imaging in different application scenarios. The company's self-developed GCI3D SDK based on C + + and CUDA platforms provides feature-rich 2D and 3D operators and AI modules, which can help users quickly complete project evaluation and application software development.