With the continuous development of CNC technology, CNC vertical lathes have become a mainstream equipment in the field of modern processing. CNC vertical lathes can achieve high-precision, high-efficiency automated processing operations through pre-programming. Compared with traditional vertical lathes, the advantage of CNC vertical lathes is that they can accurately control processing parameters, material cutting forces, tool cutting speeds, etc., thereby ensuring the high quality of products.

However, many operators and companies still face certain problems regarding the tool height of CNC vertical lathes. The tool height problem refers to the occurrence of machining errors due to the change in the distance between the tool and the workpiece surface during the machining process. How to solve the problem of tool height has become one of the difficulties in CNC machining.

In order to solve the tool height problem of CNC vertical lathe, the key is to master the following three points:

1. Correctly choose CNC vertical turning tools. Different tool types and blade structures have different effects on solving the tool height problem. Before CNC vertical lathe processing, appropriate tools must be selected based on different workpiece materials, processing requirements, geometric shapes and other factors. At the same time, during the processing process, attention should be paid to the wear and tear of the cutting tools, and the processing tools should be replaced in time to avoid tool failure caused by overuse.

2. Fully inspect the workpiece and fixture before CNC vertical lathe processing. Before processing, it is necessary to thoroughly check whether there are any defects on the surface of the workpiece and whether the fixture is stable to avoid vibration and displacement during the processing, which may further cause the tool height problem.

3. CNC vertical lathe should reasonably adjust the processing parameters during programming and processing. CNC vertical lathe processing requires writing a processing program. The tool path and processing parameter settings in the program play an important role in solving the problem of tool height. According to the different characteristics of the cutting tool, parameters such as feed speed and cutting depth should be set appropriately, and parameters during the processing process should be adjusted in a timely manner to reduce the risk of tool height problems.

In short, regarding the tool height problem of CNC vertical lathes, attention must be paid to the reasonable selection of processing tools, inspection of workpieces and fixtures, and reasonable adjustment of processing parameters. Only by fully grasping these key points can we successfully solve the problem of tool height and achieve high-precision, high-efficiency automated processing operations. Strengthening CNC vertical lathe talent training and equipment technology upgrading are indispensable. It is believed that with the advancement of technology, the processing efficiency and processing quality of CNC vertical lathes will be further improved.