CNC vertical lathes have some obvious advantages over ordinary lathes, which are mainly reflected in the following aspects:

1. Automation and precision:

A CNC vertical lathe is a CNC machine tool that can automate the machining process through pre-programming. This makes the production process more intelligent and efficient, while improving the accuracy and repeatability of processing.

2. Complex parts processing:

CNC vertical lathes are suitable for processing complex-shaped parts because they can perform motion control on multiple axes simultaneously. This makes cutting, turning and other processing of complex parts more flexible.

3. High efficiency:

The CNC system can achieve high-speed cutting and improve production efficiency. At the same time, CNC vertical lathes can also achieve high-efficiency production under different process conditions through process planning and optimization.

4. Program control:

The CNC vertical lathe operates through a pre-written control program, and the operator only needs to be responsible for program writing and monitoring, which reduces dependence on the operator's skill level and reduces the possibility of operational errors.

5.Multi-axis control:

CNC vertical lathes usually have the ability to control multiple axes, including transverse, longitudinal, spindle rotation, etc. This multi-axis control enables the machine tool to achieve precise cutting and machining in more directions.

6. Flexibility and adaptability:

The CNC system can easily adapt to the processing needs of different workpieces by simply modifying the program. This flexibility makes CNC vertical lathes more suitable for small batch and multi-variety production scenarios.

7. Real-time monitoring and feedback:

CNC systems usually have real-time monitoring functions, which can monitor the processing process in real time and make feedback adjustments based on the monitoring results, improving the stability and quality of processing.

Generally speaking, CNC vertical lathes have significant advantages over ordinary lathes in terms of automation, precision, complex parts processing, and high efficiency. They are suitable for scenarios where modern manufacturing requires high precision, high efficiency, and diversified production.