Brake disc CNC vertical lathe is a kind of CNC machine tool for processing automobile brake discs. It has the following functional characteristics:

1. High-precision processing: CNC vertical lathes for brake discs have high-precision processing capabilities. Through the precise control of the CNC system and the highly rigid machine tool structure, the fine processing of the brake disc can be achieved to ensure the accuracy of the processing dimensions and the requirements of surface quality.
2. High-efficiency processing: CNC vertical lathe adopts automatic control and automatic tool change system, which can realize one clamping and multiple processing operations, improving processing efficiency and productivity. At the same time, the CNC system can realize high-speed cutting and fast feed, which further improves the processing efficiency.
3. Multifunctional processing: CNC vertical lathe for brake discs can complete various processing operations, such as cylindrical turning, hole processing, grooving, chamfering, etc. Through the combination of different cutting tools and processing techniques, the processing requirements of brake discs of different types and specifications can be met.
4. Automatic control: CNC vertical lathe adopts computer numerical control system, which can realize comprehensive control and monitoring of the processing process. By pre-writing the processing program, the automatic cutting process can be realized, and the processing parameters can be adjusted and optimized in real time.
5. Flexibility and programmability: CNC vertical lathes have high flexibility and programmability. By modifying the processing program and tool path, the processing needs and changes of different brake discs can be adapted. At the same time, the programmable CNC system can also realize automatic tool changing, automatic trimming and other functions.

In general, the brake disc CNC vertical lathe has become an important equipment for brake disc processing due to its high precision, high efficiency, multi-function and automatic control. It can improve processing quality and production efficiency, and has the advantages of strong adaptability and high flexibility to meet the processing needs of different users.