CNC machining centers are mainly classified into vertical, horizontal, gantry, and 5-axis types based on their structure. Different types are designed for specific machining scenarios, with significant differences in core parameters such as travel, speed, and rigidity, as well as functional characteristics.

CNC lathes are mainly used for processing rotational parts and are compatible with various metals and non-metals, depending on machine configuration, tool material and processing technology.

Combined with 2025 industry research data and technological innovation trends, CNC machine tools are developing rapidly in multiple directions including in-depth intelligent upgrading, high-end domestic substitution, and green transformation. At the same time, they also show trends such as flexible production and service-oriented extension.

Swiss-type CNC lathes are high-end equipment designed specifically for machining precision micro-parts, with core advantages of high rigidity, high precision, and high stability.

CNC machine tools are the core equipment of modern manufacturing, essentially automated devices that use digital programs to control machining processes. 

As a core piece of equipment in modern manufacturing, Computer Numerical Control (CNC) machine tools have been widely used in complex machining scenarios across various industries, thanks to their advantages of high precision, high efficiency, and high automation. Their application scenarios can be categorized based on three key dimensions: machining requirements, industry characteristics, and part types.