CNC vertical lathe is a high-precision and high-efficiency machine tool that is widely used in automobiles, motorcycles, machinery, electronics and other industrial fields. Since there are many brands of imported and domestic CNC vertical lathes, they need to be tested and debugged before use to ensure their normal operation. However, during the test run, some problems may arise. Let's take a look at these problems and their solutions.

First of all, CNC vertical lathes may have large processing errors during the test run, which may be caused by CNC program errors, tool wear, or material instability. At this time, it can be solved by rewriting the CNC program, replacing the tool, or replacing the stable material.

Secondly, CNC vertical lathes may also have the problem of unstable spindle speed, which may be caused by spindle motor failure, excessive processing load, or poor connection between the spindle and bearings. In order to solve this problem, it is necessary to replace the faulty motor, reduce the processing load, or reconnect the spindle and bearings.

In addition, CNC vertical lathes may also have the problem of unclear chips, which may be caused by insufficient cutting fluid, tool wear or poor structure. In order to solve this problem, it can be solved by increasing the flow of cutting fluid, changing the cutting tool or redesigning the cutting structure.

Finally, various electrical failures may occur during the test run of CNC vertical lathes, such as control circuit failures, power supply failures, etc. In order to solve these problems, you need to ensure that the electrical wiring is correct and any electrical faults are repaired promptly.

To sum up, a variety of problems may occur during the test run of the CNC vertical lathe. However, as long as you pay attention to correct operation methods and maintenance, and solve the problems in a timely manner, you can ensure its normal operation and improve production efficiency.