The precision machinery manufacturing process is equipped with comprehensive and reliable process assurance measures, as well as advanced processing methods and testing techniques. With years of experience in the field of high-precision optomechanical manufacturing, including space gimbals, cameras, airborne pods, and spaceborne spectrometers, the company serves a wide range of enterprises and research institutions in the aerospace, aviation, and weaponry industries. The processing precision of key aerospace components made from materials such as aluminum alloy, titanium alloy, low-expansion alloy, magnesium alloy, and aluminum-based silicon carbide has reached advanced domestic levels. The company manufactures high-precision frame parts, shells, and shaft systems for major projects, all of which have strict requirements for spatial dimensions and geometric tolerances.

Founded in 2015, the company is an intelligent photoelectric equipment development enterprise with thermal IR imaging technology at its core. It has long been a well-known supplier of IR imaging and measurement equipment and an advocate of the medical IR industry. The company boasts a large number of technical personnel with expertise in various sectors, with researchers accounting for more than 50% of the staff.

The company owns a number of patents covering thermal imaging module technologies such as high sensitivity IR imaging, high-precision IR thermal field measurement, 3D vision reconstruction, and intelligent IR medical detection. With three hubs for photoelectric equipment integration, precision optical processing, and special lens installation, the facility is equipped with more than 200 sets of advanced equipment, including CNC polishing, contour graph, three-coordinate equipment, and interferometers.