1. Aerospace: Precision machining is widely used in the aviation field. It can provide precision machining solutions for the manufacture of eccentric rotors, stators, turbine blades, turbine components, etc., and can improve the accuracy and stability of the manufacturing process.
2. Eletrônica: os produtos eletrônicos requerem precisão e estabilidade extremamente alta, e esse processo de alta precisão é precisamente onde a usinagem de precisão joga suas vantagens ., por exemplo, nos campos de circuitos integrados, os componentes do telefone semicro, {{3.}}},
3. Optical field: Precision machining technology is widely used in optical fields such as near-point imaging, detection instruments, and nano-mirrors. It can manufacture very precise optical lenses and optical components, thereby greatly improving the accuracy and performance of the equipment.
