Numerical control precision polishing is a machining method that uses numerical control technology to control polishing equipment for high-precision surface treatment. This technology combines numerical control technology and polishing process, which can achieve precision machining and surface quality control of the workpiece surface.
The key steps and characteristics include:
- Numerical Control System Control:By using a numerical control system to precisely control the motion trajectory, speed, pressure, and other parameters of the polishing equipment, precision machining of the workpiece surface can be achieved.
- Polishing process optimization:Optimize polishing process parameters based on workpiece materials and required surface quality, including polishing agent selection, polishing head design, etc.
- High precision machining:Numerical control precision polishing can achieve micrometer level surface roughness and flatness requirements, suitable for machining workpieces with high-precision surface requirements.
- Automated production:CNC precision polishing has the characteristics of automated production, which can improve production efficiency and consistency.
- Widely applicable:Suitable for surface treatment of various materials, including precision polishing of metals, plastics, ceramics, and other materials.
Numerical control precision polishing technology has been widely used in aerospace, automotive manufacturing, optical instruments, mold manufacturing and other fields, which can improve the surface quality and accuracy requirements of products.