With the development of modern manufacturing technology, CNC vertical lathe equipment is becoming more and more common in the processing industry. However, high temperature and thermal deformation problems caused by long-term operation of the machine may have an impact on the processing quality and equipment durability. Therefore, methods to reduce thermal deformation become crucial.

1. Use high-quality core coolant:
During the machining process, using high-quality core coolant can effectively reduce the temperature of the machine. The liquid can effectively absorb thermal energy and heat, reducing the rate of temperature rise. This increases the efficiency of the equipment while also reducing the risk of thermal deformation.

2. Regular maintenance of equipment:
Regular maintenance of your equipment ensures it is functioning properly and also checks for damaged or loose parts. When a machine is working properly, friction and resistance generate less heat, and the equipment can be easier to control. Therefore, maintenance can reduce the risk of thermal deformation.

3. Use high temperature materials:
Using high-temperature materials can lessen the impact of long working hours on the machine. When machines perform heavy processing tasks, they are subject to extremely high temperatures and environmental pressures. The use of high-temperature materials can improve the load-bearing capacity and tolerance of the machine and reduce the problem of thermal deformation of the machine.

4. Strengthen the cooling system:
Strengthening the machine's cooling system can improve the cooling effect of the equipment. Using a high-quality cooling system can keep the machine cool after working for a long time and reduce the possibility of heat accumulation.

Taking the above measures can effectively reduce the thermal deformation problem of small single-column CNC vertical lathe equipment. These methods can improve machine productivity and equipment reliability, resulting in better processing quality and longer equipment life.