As an efficient and precise processing method, CNC vertical lathe is widely used in the field of industrial production and can greatly improve production efficiency and product quality. However, during the processing of CNC vertical lathes, the problem of workpiece speed is a key factor that cannot be ignored.

First of all, the speed of the workpiece rotation speed directly affects the cutting efficiency and cutting quality. If the rotation speed is too low, the cutting process will be slow, the processing time will be too long, a rough cutting surface will be produced, and the tool may even be damaged. On the contrary, if the rotation speed is too fast, it will lead to unstable cutting quality, low processing accuracy, and even cause safety hazards. Therefore, correctly grasping the workpiece speed is an important prerequisite for ensuring processing quality and efficiency.

Secondly, there are many factors to consider when selecting the appropriate workpiece speed. For example, the type, material, shape and sharpening status of the tool, the material, hardness and size of the workpiece, the type and supply method of cutting fluid, etc. Different combinations will have different requirements for workpiece speed, which need to be adjusted according to actual production conditions. In addition, factors such as the surface finish of the workpiece, processing volume, and production cost also need to be considered to make a comprehensive decision on the best speed plan.

Finally, in order to improve the accuracy and stability of the workpiece rotation speed, high-quality rotation speed equipment and control systems should be used and maintained and maintained in a timely manner. When necessary, sensors can also be used to monitor the workpiece speed, feedback control system and automatic adjustment to ensure processing accuracy, efficiency and safety.

To sum up, the problem of workpiece speed in CNC vertical lathe is a very important factor and needs to be taken seriously and solved. Only by reasonably grasping the rotation speed, scientifically using tools and equipment, and implementing effective maintenance and control measures can efficient, accurate and safe processing and production be achieved.