The core features and advantages of CNC machining (computer numerical control machining) can be systematically summarized as follows:

1. High Precision and Repeatability
Machining accuracy can reach micron levels (e.g., five-axis machines achieve tolerances of 0.001mm), making it suitable for high-precision applications such as aerospace.
Program control eliminates human error, ensuring excellent dimensional consistency in mass production.

2. Complex Machining Capabilities
Multi-axis linkage technology enables the creation of geometric shapes difficult to achieve manually, such as curved surfaces and special-shaped structures.
Support for the integration of complex processes such as turning, milling, and EDM expands design possibilities.

3. Automation and Efficient Production
24/7 continuous operation, and an automatic tool changing system reduce process changeover time, increasing efficiency by 5-7 times. CAM software automatically generates G-code, significantly shortening programming and debugging cycles.

4. Material and Cost Advantages:

Compatible with a variety of materials, including metals (titanium alloys and aluminum alloys), plastics, and ceramics. While initial equipment investment is high, mass production can significantly reduce unit costs.

5. Quality Control and Safety:

Real-time sensors monitor machining status and automatically correct deviations. Automation reduces manual intervention, lowering operational risks and labor costs.

These features make it an irreplaceable core technology in modern manufacturing.