Three advantages of turning and milling compound in precision parts processing

Turning and milling compound is one of many methods for machining precision parts. Turning and milling compound is not simply talking about turning and milling and milling. The two machining methods are combined on the same machine. Turning and milling compounding is accomplished by turning and milling combined motion. For the processing of various types of surfaces, what are the advantages of turning and milling compared to other processing methods?

    1. Reduce the number of clamping times and improve the processing accuracy

    Reducing the number of clamping times can effectively avoid the accumulation of errors that occur during workpiece clamping. At the same time, most turning and milling equipment are equipped with online detection functions, which can detect and control the accuracy of key data in the processing of precision parts. Improve the processing accuracy of the product.

    2. Reduce product processing technology and improve processing efficiency

    Can also install a variety of special tools, new tool arrangement, reduce tool change time, improve processing efficiency, turning and milling composite processing can achieve all or most of the processing procedures in one clamping, thereby greatly shortening the product manufacturing process chain. This not only reduces the production assistance time caused by the change of the card installation, but also reduces the manufacturing cycle and waiting time of the tooling fixture, and can significantly improve the processing efficiency of precision parts.

    Turning and milling composite machining can complete multiple machining procedures by clamping the parts at one time, which shortens the processing time, improves the machining accuracy and processing efficiency. Turning and milling composite machining has advantages that are unmatched by other machining methods, and has multiple machining functions such as turning and milling. , It can realize the machining concept of turning and milling in one clamping.