CNC turn-mill combined machining has a wide range and can handle a variety of materials and complex-shaped workpieces. Here are some of the main processing areas:

1. Material range: CNC turning and milling composite processing is suitable for steel, gray iron, non-ferrous metals and other materials, and can achieve cutting processing of these materials.

2. Processing shape: The processing method of the machining center supports the processing of various shapes and structures such as columns, cones, arcs, spheres, threads, grooving, etc. It is especially suitable for cylindrical surfaces and arcs of gyrations in the automotive, aerospace, military and other industries. Batch, efficient and high-precision automatic processing of faces, conical faces, end faces, grooving and various metric and inch threads.

3. Rough machining and finishing machining: CNC turning and milling combined processing can complete two different precision machining requirements: rough machining and finishing machining. CNC turning and milling compound roughing is mainly used to process relatively large workpieces. The requirements for the accuracy and surface quality of the workpieces are relatively low, but it can greatly shorten the entire processing cycle and improve processing efficiency. Finishing is mainly used to process workpieces with complex graphics and shapes that require high workpiece size and surface quality. It can reduce the processing error to a minimum and improve the processing accuracy.

In addition, as the main equipment for CNC turn-milling composite processing, the turn-milling machine tool also has the ability to complete multiple tasks in one clamping, which can greatly improve processing efficiency and processing accuracy. The CNC turning and milling combination adopts the design of linear guide rails and rear tool turrets, which has the characteristics of excellent performance and convenient clamping.

In general, CNC turning and milling composite processing has a wide range and can meet the processing needs of a variety of materials and complex shapes. It is an indispensable and important processing method in modern manufacturing.