The single-column CNC vertical lathe is a high-precision machine tool equipment used to process various metal materials. However, during use, various faults often occur. If these faults are not resolved in time, they will cause trouble and impact on production.

So, how to solve the problem of single-column CNC vertical lathe failure? We can have corresponding countermeasures for different faults. Let’s introduce them below:

1. Insufficient processing accuracy of parts: This situation is often caused by insufficient processing accuracy of equipment or unreasonable equipment configuration. The solution can be to check whether the equipment configuration is correct before processing, or take other measures to improve the processing accuracy of the equipment.

2. Poor part surface quality: This condition is usually caused by worn or broken cutting tools. At this time, the cutting tools can be replaced with new ones or the cutting tools can be trimmed.

3. Slow processing speed of parts: This situation may be caused by high material cutting resistance or unreasonable equipment settings. The solution can be to adjust the processing parameters of the equipment or replace more suitable cutting tools.

4. Insufficient or dirty cutting fluid: Cutting fluid is very important for the operation of the equipment. Insufficient or dirty cutting fluid will affect the normal operation of the equipment. At this time, you can replenish the cutting fluid or replace the dirty cutting fluid in time.

5. Equipment sub-health condition: This condition may be caused by equipment aging or improper use. At this time, equipment maintenance or repair can be performed, or new equipment can be replaced.

In short, single-column CNC vertical lathes may encounter various failures during use. We should take timely measures to solve the problems and ensure the normal progress of production. At the same time, the maintenance and repair of equipment should also be strengthened to keep the equipment in good condition and provide stable guarantee for production.