Due to the influence of heat during processing, vertical CNC lathes are prone to deformation, which affects processing accuracy and processing quality. Therefore, measures need to be taken to avoid deformation of the vertical CNC lathe.

First, rationally design the machine tool structure and select appropriate materials. During design, tilt and deformation should be avoided as much as possible, and materials with high strength and good heat resistance should be used to manufacture machine tools. This can effectively improve the stability and rigidity of the machine tool and reduce deformation.

Secondly, strengthen the cooling equipment of machine tools. Poor heat dissipation is an important reason for the deformation of vertical CNC lathes. Strengthening cooling equipment can reduce the temperature, eliminate thermal stress, and effectively prevent the deformation of the machine tool.

Again, reduce cutting heat. Using appropriate cutting parameters, sliding chip plates and coolant can reduce cutting heat and reduce machine tool deformation.

Finally, strengthen the maintenance of machine tools. After long-term use, some parts of the machine tool may become worn or loose, causing the machine tool to deform. Therefore, machine tools need to be inspected and repaired regularly to ensure the normal operation of the machine tools.

In short, to avoid deformation of vertical CNC lathes, many aspects of work need to be done. Pay attention to aspects such as design, manufacturing, use and maintenance to effectively prevent machine tool deformation, improve processing accuracy and processing quality, and provide strong support for the development of enterprises.