Brake disc customized double-moving column CNC machine tool is a kind of CNC machine tool specially used for processing brake discs.
Customized double-moving column CNC machine tools refer to CNC machine tools with double-moving column structures that are designed and manufactured through customization. It has the following characteristics:

1. Double moving column structure: The double moving column machine tool adopts two vertically arranged columns to support the workbench and the tool holder, which has high rigidity and stability, can cope with the force and vibration during the cutting process, and improve the machining accuracy and surface quality. quality.
2. High rigidity: The double-moving column machine tool adopts heavy-duty frame structure and optimized design, which has good rigidity and anti-deformation ability, and can stably process the brake disc to ensure the processing quality.
3. CNC system control: The double moving column CNC machine tool is equipped with an advanced CNC system, which can realize high-precision processing control and flexible processing technology, and meet the various processing requirements of brake discs.
4. Versatility: This type of CNC machine tool can perform various processing operations such as turning, milling, drilling, tapping, etc., and can meet the customized processing requirements of brake discs of different shapes and sizes.
5. Automation device: The double-moving column CNC machine tool can be equipped with automatic devices such as automatic loading and unloading, clamping and process switching to realize the automation and high-efficiency production of the processing process.

By customizing the double-moving column CNC machine tool, it can be designed and manufactured according to the specific requirements and processing requirements of the brake disc to ensure the processing quality and production efficiency requirements. When selecting and customizing, it is recommended to communicate with the machine tool manufacturer and technical experts to understand the processing requirements in detail and choose the appropriate machine tool configuration.