KD500 is a CNC vertical lathe specially used for custom brake disc processing. The following is a description of this device:

1. Equipment features: KD500 is a CNC vertical lathe specially designed for customizing brake discs. It has a highly rigid and stable structure that can withstand cutting forces and vibrations and maintain high-precision machining. This equipment has high efficiency, high precision and high degree of automation, and is suitable for large-volume and customized brake disc processing needs.
2. CNC system: KD500 is usually equipped with advanced CNC systems, such as SIEMENS, FANUC or MITSUBISHI, etc. These CNC systems provide precise motion control and process operations, with the ability to flexibly control tool paths and machining parameters. Through CNC programming, brake disc processing with complex shapes and multiple processes can be realized, ensuring high precision and repeatability.
3. Spindle and tool holder: KD500 equipment is equipped with a high-power spindle drive system with high rotation speed and high cutting capacity. The tool holder system usually uses a multi-station tool turret to support automatic tool changing functions to adapt to different process requirements and multi-process processing. This makes brake disc machining more efficient, stable and precise.
4. Workbench and fixture: The workbench of KD500 is usually a rotating plane or turntable design, which can clamp and position brake disc workpieces. The fixture system adopts hydraulic or pneumatic clamping to ensure the stability and safety of the workpiece during processing.
5. Automation functions: Depending on the configuration, the KD500 may also include some automation functions, such as automatic tool changing system, automatic measurement and compensation system, automatic feeding system, etc., to improve the production efficiency and processing accuracy of the equipment.

In general, KD500 is a CNC vertical lathe specially used for custom brake disc processing. It has the characteristics of high rigidity, high precision and high degree of automation, and can meet the requirements for brake disc processing accuracy, efficiency and customization needs. This equipment is widely used in automobile manufacturing and machining fields.