Brake hub VTC series vertical lathe is a CNC vertical lathe specially used for processing brake hubs.The brake hub is an important component installed on cars, motorcycles and other vehicles. It is used to generate braking force by friction with the brake disc during braking. CNC vertical lathe is a machine tool with a vertical structure and CNC control system, which is suitable for processing various parts.
Brake hub VTC vertical lathe has the following features and functions:

1. Vertical structure: It adopts vertical structure, and the workpiece is clamped on the vertical spindle for processing. This structure has the advantages of small floor space and good stability, and is suitable for small workshops and batch processing.
2. CNC control: Equipped with CNC control system, it can realize automated processing operations. Users can set cutting parameters, processing paths, workpiece shapes, etc. through CNC programming to improve processing accuracy and efficiency.
3. Multifunctional processing: The brake hub VTC vertical lathe can realize a variety of processing operations, including turning, boring, drilling, tapping, etc. It can complete various process requirements such as outer diameter processing, hole processing, and plane processing of the brake hub.
4. Tool switching: Lathes are usually equipped with automatic tool magazines or tool stations, which can realize the switching and automatic clamping of various tools. According to different processing needs, different types of tools can be used, such as turning tools, boring tools, drill bits, etc.
5. Automated loading and unloading: Some brake hub VTC vertical lathes also have the function of automatically loading and unloading workpieces. They can be equipped with automatic or semi-automatic workpiece turntables, fixtures and conveying devices to improve production efficiency and automation.

The above are some features and functions of the brake hub VTC vertical lathe. When selecting and using, it is recommended to determine the appropriate lathe model and configuration based on specific machining requirements, budget constraints and workload. In addition, follow the safe operating procedures according to the machine tool manufacturer's operating manual and guidance to ensure the normal operation of the equipment and the safety of the operators.