Precision parts processing involves a variety of technologies and processes, mainly including mechanical processing, laser processing, CNC processing and so on.
Machining: including fine turning, fine boring, fine milling, fine grinding and grinding methods. These methods enable high-precision machining using precision machine tools and measuring tools under strictly controlled environmental conditions. For example, diamond turning and diamond boring use polycrystalline diamond tools for cutting, while honing uses a whetstone mounted on the honing head to finish the hole.
Laser processing: The use of laser to carve and cut materials, is an advanced processing technology. The laser processing equipment is simple to operate and can be controlled by computer and graphics processing software.
CNC machining: involves the whole process from customer drawings to the production of work instructions. CNC machining can make processing plans according to drawings, determine the final processing plan, and make operation instructions to ensure high efficiency and high quality completion.
Other techniques such as milling and micro-milling are used to process complex shapes and fine and precise feature parts, while grinding is used to further improve accuracy on the basis of finishing.
These methods and techniques are used in combination to produce precision parts with high accuracy and complex shapes.
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