Using CNC vertical lathes to process automobile brake drums (automobile brake discs) has the following advantages:

1. High-precision processing: CNC vertical lathes have high-precision processing capabilities and can achieve the precise size, flatness, roundness and axiality of the brake drum. The use of CNC vertical lathes can ensure that brake drums that meet technical requirements and quality standards are processed.
2. Efficient production: CNC vertical lathes have efficient production features such as high-speed cutting and quick tool changes. Using CNC vertical lathes to process automobile brake drums can improve production efficiency, shorten the processing cycle, and reduce the impact of human factors on the processing results.
3. Programmable processing: CNC vertical lathes have flexible programming capabilities. Processing programs can be written according to different requirements of the brake drum to achieve a variety of processing operations, such as turning, drilling, milling, etc., to meet different types and specifications of manufacturing processes. Drum production needs.
4. Completed by one clamping: CNC vertical lathe can complete the processing of multiple surfaces at one clamping during the processing, avoiding the problem of multiple clamp changes and alignment, and improving the processing accuracy and efficiency.
5. Automated control: CNC vertical lathes are equipped with advanced CNC systems, which can realize automated control and monitoring of the processing process. Operators can set processing parameters, run monitoring and fault detection through the CNC system to improve the stability and consistency of production.
6. Reduce labor costs: CNC vertical lathes have the characteristics of automated processing and operation, which can reduce dependence on manpower and cumbersome manual operations, reducing labor costs and labor intensity.

In summary, the use of CNC vertical lathes to process automobile brake drums can provide a high-precision, high-efficiency and controllable processing process to meet the manufacturing requirements of automobile brake drums, while reducing labor costs and improving production efficiency. This makes CNC vertical turning a preferred method for automotive brake drum processing.