1. Extend the life of prop parts

Multiple cutting layers allow for precise division of the impeller and parts of the upper surface of the blade. The function of multiple cutting layers allows the cutting path of the blade to be divided into top, middle and bottom parts, which can be controlled independently and then seamlessly mixed between different cutting operations. The rubber die‘s five-axis machining multiple cutting layer support allows for segmentation of the blade to optimize machining of the outer surface area of the impeller, and the taper barrel tool supports the impeller machining. Compared with finishing with a ball nose end mill, the processing speed of the outer surface can be improved by more than half. It also has a better surface finish and longer tool life.

2. Precise control margin

Customized machining allowance allows rubber die five-axis machining to adjust the margin left by machining on the blade, in order to precisely control the margin in the semi-finishing or final finishing process. This function is used by aero-engine manufacturers with strict service requirements. Quality-assured rubber die five-axis machining can complete high-precision machining and can sensitively compensate for the deformation of thin blades during cutting.

3. Provides higher machine tool utilization

Not all five-axis CNC Machining is carried out on a five-axis machining center, especially for larger circular shells, shafts, and other difficult-to-machine parts, five-axis cnc machining in a turn-milling center is a useful method. Turn-milling is a skill used for machining round or conical surfaces with special model characteristics. These operations enable the smooth completion of cutting jobs using a variety of tools. This makes turn-milling compound an aspirational solution for roughing and finishing. The rubber die five-axis machining that is loved by customers has good appearance service and precision.

In addition, five-axis CNC machining can perform independent positioning in a variety of situations. Industry experts say that tool positioning is the primary element for completing high-precision parts processing, and rubber mold five-axis machining does not require high processing conditions. According to later statistics, it is found that its processing cost is even lower than that of ordinary processing methods.