Customization of electronic components

Customized precision shaft machining will only become more systematic, and it is no longer just a simple mechanical processing method. When it seamlessly connects with new technologies, it can better play its role, especially in the field of intelligent processing, making a qualitative leap and better serving industrial development.

Characteristics of precision mechanical parts processing:

1. Fine mechanical parts processing

When the machining accuracy of detailed parts is in the nanometer range, even for atomic enterprises, the cutting and processing methods for ultra detailed parts are no longer suitable. Special detailed part processing methods such as chemical energy, electrochemical energy, thermal energy, or electrical energy must be relied upon. Make these kinetic energies exceed the binding energy between atoms, thereby removing some of the adhesion, fusion, or lattice deformation between atoms on the surface of the workpiece, in order to achieve the goal of ultrafine processing. Mechanochemical polishing, ion sputtering and injection, electron beam exposure, laser processing, metal evaporation, and molecular beam epitaxy.

2. Detailed cutting and processing of mechanical parts

The key is meticulous turning, mirror cutting and grinding, etc. On a meticulous lathe, precision parts processing plants use precision ground single crystal diamond turning tools for small turning, with a cutting thickness of only about 1 μ m. High precision and high brightness parts, such as spherical, non spherical, and flat mirrors made of rare metal materials, are commonly used in machining.