Turning and milling composite precision machining equipment

In order to save processing costs and improve production efficiency, more and more enterprises are purchasing turn-milling composite precision machining equipment to reduce the number of machine modifications and labor costs. So is turn-milling composite precision machining equipment really suitable for processing all complex parts?

Turning and milling composite precision machining equipment is generally precision machining equipment mainly consisting of side milling power heads and end face power heads. Some turning and milling composite precision machining equipment is also equipped with back axis machining, which is more convenient to reduce the number of repeated clamping and improve machining efficiency. For general complex precision parts, turning and milling composite precision machining equipment can indeed meet the quality and efficiency requirements, For large workpieces and parts with harder materials, there may not be advantages. Forced machining can even have a serious impact on the accuracy and lifespan of the machine. The weakness of turn-milling composite precision machining equipment is that its rigidity is not as high as a single turret lathe. Secondly, the internal space of turn-milling composite precision machining equipment is not large enough, making it difficult to clamp and machining larger workpieces.

In recent years, precision machining equipment combined with turning and milling has become more and more common in the industry. When purchasing it in daily life, we should also consider its practical value from the perspective of industry and product, whether the decomposition process can meet daily processing needs, and the price of precision machining equipment combined with turning and milling is also much higher than that of ordinary processing equipment. This is also something we need to consider.