Small double-column ordinary vertical lathes and CNC system vertical lathes are common equipment in the field of mechanical processing. They are suitable for different processing needs and precision requirements. Here is a brief description of both lathes:

1. Small double-column ordinary vertical lathe:

Structural features: Small double-column ordinary vertical lathes usually have a simple mechanical structure, with two columns supporting the workbench. This structure can provide relatively good rigidity and is suitable for the processing of some small and medium-sized parts.

Application fields: Mainly used for general turning, milling, drilling and other basic processing techniques on workpieces. It is suitable for situations where the accuracy requirements are not too high.

2. CNC system vertical lathe:

CNC technology: CNC system vertical lathe adopts CNC technology to achieve precise control of the machining process through a computer control system. CNC systems can improve machining accuracy, production efficiency and automation.

High-precision machining: The CNC system allows complex workpiece shapes to be realized, and at the same time, high-precision machining can be easily achieved, which is suitable for application scenarios that require high workpiece accuracy.

Mass production: CNC systems can store and execute various processing programs, and are suitable for situations where mass production and repeated processing are required.

Advantages of CNC systems: CNC systems can achieve higher machining accuracy by accurately controlling the movement trajectory and speed of tools, while reducing the skill requirements of operators and improving production efficiency.

Whether it is a small double-column ordinary vertical lathe or a vertical lathe with an optional CNC system, they are all characterized by efficiency, stability, and accuracy. It can meet the needs of different customers and bring more possibilities to the mechanical processing industry.