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.

In these high-end applications, aluminum CNC turning not only requires dimensional precision but also extremely high surface quality—a "mirror-like finish" has become a standard appearance characteristic of many products.

The rise of multi-axis CNC turning technology has provided a revolutionary solution for efficient aluminum CNC turning. By adding rotating and translating axes, multi-axis turning machines can perform multiple processes—turning, milling, drilling, and tap

Plastic injection molding has broken through the traditional limitation of "weight reduction necessarily leads to weakness" through innovative technologies such as micro-foaming, structural optimization, high-performance materials, and hollow molding.

Amid the booming development of modern manufacturing and personalized customization, aluminum parts engraving machine processing has evolved from simple logo engraving to a core process for achieving complex designs and precise structures.

In aluminum CNC turning, tool sticking is a common problem that hinders process stability and surface quality.