In aerospace, new energy vehicles, consumer electronics, and high-end equipment industries, the demand for lightweight, high-precision, and complex structural parts continues to rise.

During stainless steel CNC turning, the rationality of the chip breaking design directly affects the smoothness of chip removal, and thus determines the processing efficiency and surface quality.

Temperature fluctuations in the workshop directly affect the thermal expansion and contraction of aluminum materials, especially in precision machining, where the ambient temperature needs to be kept within a relatively small range.

For precision parts such as CT buttons, non-destructive tools such as soft brushes, dust-free cloths or compressed air spray guns should be used as a priority.

The radial runout of the engraving machine spindle and the straightness error of the guide rail will be directly transmitted to the surface of the aluminum part, forming periodic or irregular scratches.

The widespread adoption of silicone mold technology has made replication easier and more efficient than ever before. It not only lowers the barrier to creation but also greatly expands design possibilities.