Aviation parts are products with high precision requirements and processing difficulties. The manufacturing materials of aviation parts need to be good, as they involve multiple factors such as pressure, temperature, and resistance in the air. It is necessary to ensure that no problems occur during use. So it is necessary to use suitable materials for processing before processing. Before processing, it is also necessary to perform non-destructive testing on the materials to ensure the quality of the materials.

It is necessary to be careful and pay attention to details during processing. As parts like this cannot be welded, if they are welded, it may cause problems during use. Therefore, attention must be paid to details during processing to avoid abnormal situations that may occur during processing and cannot be welded. When getting on and off the machine, it is also important to be careful not to collide and ensure that the workpiece is undamaged. When processing precision, it is important to be careful and ensure accuracy to prevent any problems during use. Processing on the five axis can reduce the number of clamping times for aviation parts and increase the power of the working hours. If there are many flips, the error of each surface can be reduced on the five axis, and only one clamping is required to complete the processing of five surfaces on the five axis. It has advantages in terms of power and cost savings. When performing five axis machining, it is important to be aware that there should be no seismic sources near the machine tool, otherwise it may affect the stability during five axis machining.