CNC vertical lathe is an efficient and precise machine tool equipment that can complete complex processing work in a short time. However, during use, CNC vertical lathes are easily affected by thermal deformation, which will affect their processing accuracy and quality. Therefore, how to reduce thermal deformation is an important technology for CNC vertical lathes.

So, how to reduce thermal deformation of CNC vertical lathe? First of all, the materials of CNC vertical lathe must be selected reasonably. For example, using materials with high strength, high heat resistance, and low thermal expansion coefficient can reduce the degree of thermal deformation of the material. Secondly, during the processing of CNC vertical lathes, the processing temperature needs to be controlled to avoid deformation caused by excessive temperature.

In addition, some technical means can be used to reduce thermal deformation. For example, the CNC vertical lathe is cooled through the cooling system to keep it in a stable temperature state and reduce the impact of temperature changes. At the same time, a compensation mechanism can be introduced into the design of CNC vertical lathes to compensate for deformation and improve processing accuracy and quality.

In short, reducing thermal deformation is an issue that must be considered during CNC vertical lathe processing. Only by adopting a variety of comprehensive measures such as reasonable materials, controlling processing temperature, and adopting technical means can we effectively reduce thermal deformation and improve processing accuracy and quality.