What is CNC Machining？

CNC machining is a technology widely used in precision machining, covering aerospace, automotive manufacturing, medical equipment, mold manufacturing and many other industries. In these industries, CNC machining not only improves production efficiency, but also improves product accuracy and consistency.

Feature

Highly automated: CNC machining technology adopts computer program control of machine tools to realize automatic production. Except for blank clamping, all other machining processes can be completed by CNC machine tools.
High machining accuracy: CNC machining technology can accurately control the motion trajectory and machining parameters of the machine tool, thus realizing high-precision machining. Position detection devices are also used on precision-controlled machine tools to further improve machining accuracy.
Flexibility: CNC systems can be adapted to different product designs through simple programming changes, making them ideal for small-lot diversified production. Whether it is milling, turning or grinding, CNC machines can be switched easily by simply loading the appropriate program.
High productivity: CNC machining technology utilizes automated production methods for continuous and efficient machining, and typically runs unattended throughout the entire machining cycle, dramatically increasing productivity.

Advantage

Improve product quality: As CNC machining technology adopts computer control, it can precisely control the machining process, thus avoiding human error and improving product quality.
Reduce production costs: CNC machining technology can reduce manual intervention, reducing labor costs. At the same time, due to high machining precision and high productivity, it can reduce the scrap rate and rework rate, further reducing production costs.
Strong adaptability: CNC machining technology can be adapted to the machining needs of various complex shapes and sizes of parts, expanding the machining possibilities.
High safety: CNC machine tools automate most of the operations in the machining process, reducing the opportunity for workers to come into direct contact with hazardous machinery, thus improving safety in the workplace.