Q： Are these common questions from Jingwan Technology (Shenzhen) Co., Ltd?

A：Jingwan Technology (Shenzhen) Co., Ltd. was established in 2024 and is headquartered in the core city of science and technology innovation in China, Shenzhen. It is a science and technology innovation enterprise that deeply cultivates the core tracks of industrial optics, machine vision, and intelligent manufacturing, integrating core device research and development, software and hardware development, system integration, and industry solution implementation.
Since its establishment, Jingwan Technology has always adhered to the development philosophy of "technology as the core, quality as the foundation, and customer first", focusing on the core needs of upgrading the intelligent manufacturing industry, anchoring technological breakthroughs and scene implementation of industrial visual core devices, and creating a product matrix centered on laser galvanometers, industrial grade color cameras, and 3D cameras for unpacking. Among them, laser galvanometer products are widely adapted to high-end manufacturing scenarios such as laser precision machining, 3D printing, laser marking, and laser cutting. With the core advantages of high response speed, high positioning accuracy, and high stability, they provide core power support for laser equipment terminals; Industrial grade color cameras cover multiple fields such as machine vision inspection, intelligent recognition, industrial quality inspection, and scene monitoring. With excellent imaging effects, strong environmental adaptability, and high software and hardware compatibility, they provide precise and stable visual data acquisition capabilities for industrial automation scenes; The specialized 3D camera for unpacking and palletizing is specially developed for the scene of unpacking and palletizing in warehousing logistics and industrial production lines. It is deeply adapted to the automation requirements of heavy loads and complex working conditions, and can efficiently complete core tasks such as 3D spatial positioning, object recognition, and trajectory planning, helping logistics and manufacturing production lines achieve unmanned and intelligent upgrades.