CNC vertical lathe is an efficient processing method that can quickly produce high-precision mechanical parts and is widely used in various fields, such as automobiles, aerospace, machinery manufacturing, etc. In CNC vertical lathes, the turret is a very important component, which can help machine tools perform fine cutting, boring, turning and other operations.

There are many types of turrets, which can generally be divided into two categories: manual turrets and automatic turrets. The manual turret needs to be switched manually and is suitable for some simple processing operations, but it is obviously not efficient for complex processing tasks. In contrast, the automatic turret can automatically select and switch tools according to the requirements of the processing task, greatly improving processing efficiency. In the automatic turret, you can also choose different turret systems according to your needs, such as VDI, BMT, etc. These systems have their unique advantages in different processing scenarios. For example, the VDI system has larger tool capacity and flexibility and is suitable for some more complex processing tasks; while the BMT system can complete higher processing efficiency in a smaller space and is suitable for processing scenarios with space constraints. .

In addition, there are many types of turrets, such as 4 turrets, 6 turrets, 8 turrets, etc. Different numbers of turrets have unique advantages and limitations for different machining tasks. For example, a 4-turret can perform cutting and boring tasks more quickly, but may have certain limitations when performing turning tasks. The 6-tool turret is more comprehensive and can be applied to some comprehensive processing tasks. The 8-turret is more flexible and suitable for complex machining operations.

To sum up, the turret is a key component in CNC vertical lathes. Its type and quantity have an important impact on processing efficiency and processing quality. When selecting a turret, it needs to be selected according to the requirements of the processing task and the actual situation to achieve the best processing effect.