These industries allow the expertise of large vertical machining centers to "play to the full"

The large-scale vertical machining center is a full-featured processing equipment, which can complete various types of processing by changing the tool, and can be clamped to execute all processing procedures at one time. Therefore, it is widely used in parts processing in different industries. So which parts can be processed with it?

　　1. Processing of box parts

　　The box body usually has two or more holes, the inside has a certain cavity, and the outside has a certain ratio requirement in the direction of length, width and height. Such parts are widely used in vehicles, airplanes, ships and other vehicles. The biggest feature of box-shaped parts is that the shape is complex, the requirements for machining accuracy are high, the need for machining procedures and the use of tools are more.

　　2, special-shaped parts processing

　　Guiding parts are parts with special shapes, such as water paddle body, support frame and various large models. Its surface is more complicated than surface parts, and it is not easy to process, so it needs to use point, line and surface multi-station mixed processing. Moreover, special-shaped parts usually have poor rigidity and are easily deformed during the clamping process. Therefore, it is difficult to effectively ensure the machining accuracy by ordinary CNC machine tools. However, multi-station point, line and surface mixed processing are the characteristics of large vertical machining centers. Using this equipment, it can complete multiple processes or all processes at once. In actual processing, the more complex the shape of the special-shaped part, the higher the machining accuracy required, which can reflect the more advantages of the vertical machining center.

　　3. Machining of complex curved surface parts

　　In the machining industry, processing complex curved parts (such as impellers, wind guide wheels, propellers, various curved surface forming molds, etc.) is always a arduous task. This kind of part is not only complicated in shape, but also requires high machining accuracy, which cannot be processed by ordinary machine tools. At this time, it once again reflects the advantages of a large vertical machining center. Using the vertical machining center to adopt three-axis, four-axis linkage or even five-axis linkage processing, such parts can be processed with stable quality, high precision and good interchangeability.