The machined surface of high-hardness mold steel must simultaneously meet requirements such as low roughness, absence of microcracks, and residual compressive stress to ensure the wear resistance and fatigue resistance of the mold.

From streamlined, continuous taillights to sharp, blade-like daytime running lights, from 3D light strips to pixelated interactive matrices, car lights are becoming increasingly complex, sophisticated, and personalized. Behind all this visual innovation l

In modern automotive manufacturing, car door panels are no longer simple coverings, but rather sophisticated interior assemblies integrating aesthetics, functionality, and human-machine interaction.

In the automotive manufacturing industry, automotive die casting molds are widely used in the production of key aluminum or magnesium alloy structural parts such as engine blocks, gearbox housings, and chassis brackets.

In automotive instrument panel mold manufacturing, large and complex structures often require welded inserts to balance strength, cost, and processing feasibility.

Die casting molds are the ultimate guarantee of product precision, surface quality, and production efficiency. The crucial step in transforming design drawings into high-performance molds—die casting mold machining—is continuously unlocking the secrets of