There are some differences between CNC vertical lathes and ordinary lathes in terms of processing methods, control methods and automation levels. Here are their main differences:

1. Processing method: Ordinary lathes usually have the operator manually control the position and movement of the tool and workpiece, and cut materials through manual operation. The CNC vertical lathe uses a CNC system to control the movement of the tool and workpiece to achieve automated processing. The operator presets the processing path and parameters through CNC programming, and the CNC system automatically controls the movement of the tool to complete the processing.
2. Control method: Ordinary lathes usually use manual operating devices (such as handles and screw devices) for operation and control. The CNC vertical lathe uses a computer numerical control system. By entering CNC programming code or using a graphical interface, the operator can accurately control the position, speed and cutting parameters of the tool and workpiece.
3. Degree of automation: Ordinary lathes mainly rely on the manual operation of the operator. The cutting process requires manual adjustment of various parameters and corresponding measures. CNC vertical lathes have a higher degree of automation. By controlling the position and movement of the tool and workpiece through the CNC system, a variety of automation functions can be realized, such as automatic tool change, automatic measurement, automatic tool compensation, etc. These automation functions greatly improve production efficiency and processing accuracy.
4. Accuracy and repeatability: Due to the precise control of the CNC system, CNC vertical lathes usually have higher machining accuracy and repeatability. The CNC system can accurately control the position and movement speed of the tool, avoiding errors that may be introduced by manual operations, thus improving the accuracy and consistency of processing.
5. Flexibility and adaptability: CNC vertical lathes have high flexibility and adaptability and can adapt to the processing needs of different parts. By modifying CNC programs and adjusting processing parameters, CNC vertical lathes can handle complex contour processing, small batch production, and rapid workpiece switching needs, improving production efficiency and production flexibility.

It should be noted that when choosing a machine tool that suits your needs, you should consider factors such as processing needs, budget constraints, operator skills, and production scale, and conduct detailed consultation and communication with the machine tool manufacturer or supplier to ensure that you choose the right machine tool. The most suitable machine tool.