1. It can avoid tool interference, process complex parts that are difficult to process by ordinary three-axis machine tools, and has wide processing adaptability.

2. Multi-surface and multi-process machining can be performed on multiple space surfaces on the workpiece at one time, with high machining efficiency.

3. In five-axis machining, the tool can be in the most effective cutting state relative to the surface of the workpiece.

4. In some processing occasions, larger-sized tools can be used to avoid interference. The rigidity of the tools is good, which is beneficial to improve the processing efficiency and accuracy.

5. It can provide the machining accuracy, quality and efficiency of free-form surfaces in space.

1. Box parts.
There are many industries such as machinery, automobiles, and airplanes, such as automobile engine cylinders and gearboxes, machine tool headstocks, headstocks, diesel engine cylinders, gear pump housings, etc.

2. Complex surface.
Among the products in the fields of aerospace, automobile, shipbuilding, and national defense, complex curved surfaces occupy a large proportion, such as impellers, propellers, and various curved surface forming molds.

cessing special-shaped parts.

Supports, bases, templates, profiling, etc. The rigidity of the special-shaped parts is generally poor, the clamping pressure and cutting deformation are difficult to control, and the machining accuracy is difficult to guarantee. At this time, the characteristics of the concentrated process of the machining center can be fully utilized, reasonable process measures, one or two clamping, to complete multiple passes Process or all processing content.

4. milling disk, sleeve, plate parts

Disc sleeves or shaft parts with key grooves, radial holes or distributed holes on the end face and curved surfaces, as well as plate parts with more porous processing, are suitable for processing by machining centers. Vertical machining centers should be used for parts with distributed holes and curved surfaces on the end faces, and horizontal machining centers with radial holes are optional.