As a high-precision processing equipment, CNC lathe requires extremely precise control of its working process. However, in actual applications, the machine tool may be bumped to varying degrees, which will not only affect the machining accuracy, but may also cause serious damage to the machine tool itself. So, what are the causes of collisions in CNC lathes?

1. The structural design of the machine tool is unreasonable. The main components of CNC lathes include spindles, gearboxes, guide rails, slides, worktables, etc. These components must undergo strict design and processing to ensure accuracy and reliability. If there are problems in the design, such as insufficient machining accuracy or rationality of the parts, slow response of the machine tool, or insufficient movement accuracy, it may cause the machine tool to jam or bump during work, thus affecting the processing quality of the machine tool.

2. Program parameter settings are incorrect. The working process of CNC lathe is actually controlled by a set of programs. If there are errors in the parameter settings of the program, such as improper settings such as forward speed, cutting depth, etc., or the program is not written correctly, it may cause the machine tool to collide during work.

3. The machine tool usage conditions are abnormal. The working environment of CNC lathes needs to be kept dry and tidy, and regular cleaning, oiling and lubrication are required to ensure the normal operation of the machine tools. If the machine tool is used under abnormal conditions, such as dirt or lack of lubrication, the working efficiency and accuracy of the machine tool will be affected, resulting in machine tool collisions.

4. Machine tool maintenance is not in place. CNC lathes require regular maintenance, including tightening screws, replacing parts, replacing hydraulic oil, etc. If the maintenance is not in place, it will affect the normal operation of the machine tool, resulting in collision of the machine tool.

In short, there are many reasons for collisions in CNC lathes. Therefore, when using a CNC lathe, it must be properly maintained to ensure the normal operation of the machine tool, and the program settings and operations need to be performed correctly to avoid collisions with the machine tool and improve processing efficiency and accuracy.