The precision CNC vertical lathe is a CNC vertical lathe specially used for processing precision parts. It has the following applicability in the processing of auto parts discs:

1. Precision processing capability: Precision CNC vertical lathe has high-precision processing capability, which can realize the precision processing of parts, including the requirements of dimensional accuracy, shape accuracy and surface quality. For disc parts in auto parts, such as brake discs, clutch discs, etc., the machining accuracy requirements are high, and the dimensional stability and surface quality of the parts need to be guaranteed.
2. Multifunctional processing: The precision CNC vertical lathe has multi-axis control and multifunctional processing capabilities, and can realize various processing operations such as turning, milling, drilling, and tapping. For disc parts of auto parts, complex contour processing and hole processing may be required, and the precision CNC vertical lathe can meet these processing requirements.
3. Automation and high efficiency: Precision CNC vertical lathes usually have automatic functions such as automatic tool change, automatic positioning and automatic measurement, as well as the characteristics of fast feed and high speed, which can improve production efficiency. For the mass production of auto parts, the precision CNC vertical lathe can guarantee consistent processing quality and short processing cycle.
4. Processing technology control: The CNC system of the precision CNC vertical lathe can realize precise control of the processing technology. By programming and adjusting cutting speed, feed speed, cutting depth and other parameters, the machining process can be optimized and the machining quality and efficiency can be improved. For auto parts disc parts of different models and materials, the precision CNC vertical lathe can be flexibly adjusted and optimized.

It is necessary to select a suitable precision CNC vertical lathe according to the specific parts requirements and processing tasks, and at the same time carry out reasonable process planning and tool selection according to the processing characteristics to ensure the accuracy and quality requirements of the processing process.