1. High precision: CNC vertical lathe can realize high precision processing through precise programming and control system. Compared with traditional manual operation, CNC vertical lathe has higher positioning accuracy and repeatability, and can produce parts with better quality and more accurate dimensions.
2. Efficient production: CNC vertical lathe has the characteristics of automation and high efficiency. Once programmed and set up, the machine can run continuously without human intervention. CNC vertical lathes can cut at high speeds and have shorter cutting and operating times, thereby increasing production efficiency.
3. Multifunctional processing: CNC vertical lathe can realize processing requirements of different shapes and complexities. By writing different NC programs, various processing operations such as turning, boring, thread processing, and gear processing can be completed. CNC vertical lathe has large processing capacity and flexibility, and is suitable for processing different types of workpieces.
4. Automatic operation: CNC vertical lathe has functions such as automatic tool change and automatic workpiece clamping, which can realize automatic operation process. This saves labor costs, reduces operator workload, and increases productivity and consistency.
5. Processing complex parts: due to the programming and control capabilities of the CNC vertical lathe, it can process parts with complex shapes and precise structures. Through multi-axis control and tool change, CNC vertical lathe can create workpieces of various shapes, apertures and threads to meet various complex processing requirements.
6. High resource utilization rate: CNC vertical lathe has less waste and waste. Through precise cutting and automated operations, raw material utilization is maximized and scrap is minimized. This helps to improve resource utilization efficiency and reduce production costs.

Overall, CNC vertical lathes provide high-precision, high-efficiency, multi-functional and automated processing solutions. It plays an important role in the field of industrial manufacturing and is widely used in aerospace, automotive, electronics and other industries, bringing about the improvement of production efficiency and product quality.