The linear CNC lathe is an advanced CNC machine tool with a special track structure and control system that can achieve high-precision and high-efficiency metal processing operations.

The linear CNC lathe is mainly composed of the machine tool body, slider, worktable, tool rest, feed system and control system. Among them, the linear rail is a set of precision guide rails on the machine tool body used to support and guide the movement of the slider and worktable. The design and manufacturing quality of the linear rail are crucial to the processing accuracy and stability of the lathe.

The control system is an important part of the linear CNC lathe. It uses computer numerical control technology to control each motion axis of the machine tool through pre-programming to process the workpiece. In the control system, by inputting instructions and parameters, the feed speed, feed amount, cutting depth, and tool motion trajectory of the lathe can be controlled to realize the processing of parts of different shapes.

Linear CNC lathes are widely used in the machining industry, especially for the manufacturing of parts that require high-precision processing. It has the following advantages:

1. High precision: Linear CNC lathes use advanced control systems and precise linear rail structures to achieve high-precision positioning and processing, meeting strict requirements for part size, shape and surface quality.

2. High efficiency: Linear CNC lathes adopt automated control and continuous processing methods, which can achieve high-speed cutting and high-efficiency processing processes, improving production efficiency and processing capabilities.

3. Flexibility: Linear CNC lathes can modify the processing path and cutting parameters through programming to adapt to the processing needs of parts of different shapes and sizes, and have strong flexibility and adaptability.

In general, the linear CNC lathe is a high-precision, high-efficiency processing equipment. Through advanced control systems and precise linear rail structures, it can achieve high-precision processing of complex parts. It is widely used in various mechanical manufacturing and processing field.