Auto parts cutting is one of the common application fields of CNC vertical lathe. CNC vertical lathes can be used to process a variety of automotive components, such as engine parts, steering parts, transmission system parts, etc. Here are some common machining applications for automotive components:

1. Crankshaft processing: The crankshaft is one of the key components of the engine. The CNC vertical lathe can perform precise cutting of the crankshaft, including turning each bearing position of the crankshaft, boring, turning the big and small ends of the crankshaft, etc.
2. Gear processing: gears are an important part of the car transmission system. CNC vertical lathe can process various types of gears, including spur gears, helical gears, worm gears, etc. Using the interpolation and multi-axis control functions of the CNC vertical lathe, high-precision gear processing can be realized.
3. Wheel machining: Automotive wheels often require precise cutting and turning operations. The CNC vertical lathe can realize the accurate turning, boring and turning of all sides of the wheel hub to ensure the balance and quality of the wheel.
4. Brake disc and brake drum processing: CNC vertical lathe can carry out precision machining of automobile brake discs and brake drums. Through cutting and turning operations, the shape, size and surface quality requirements of brake discs and drums can be achieved.

The above are just some common automotive parts processing applications, CNC vertical lathes have many other processing applications in the automotive industry. CNC vertical lathe provides important technical support for the production of auto parts through its high-precision, high-efficiency and automatic processing capabilities.