Manufacturing Capability

The precision of the mold is the first safeguard of die casting quality. We rely on advanced technologies such as 3D scanning and finite element analysis to build a fully digital design system from product drawings to mold forming. Through reverse engineering, we accurately restore product details, and with mold flow analysis (MFA) software, we simulate the flow of molten metal in the cavity to prevent defects such as shrinkage porosity and flash in advance.

Our workshop is equipped with five-axis machining centers and high-precision EDM machines, achieving machining accuracy within ±0.005 mm. This ensures that the difference between mold cavity and product design is nearly zero. Whether it is a complex automotive transmission housing mold or a thin-walled new energy battery case mold, we can achieve the high standard of “qualified in the first trial,” helping customers shorten product launch cycles.

Quality Assurance

Before customer acceptance, we introduce professional temperature control equipment for hot mold debugging, adding an extra layer of “insurance” for precise operation and long service life of molds. During operation, the uniformity and stability of mold temperature directly affect the dimensional accuracy of die castings. By using temperature control equipment, we can precisely control the temperature of each area of the mold, achieving thermal balance under simulated production conditions.

In this process, we can promptly detect dimensional deviations caused by uneven temperature distribution and make targeted adjustments, ensuring that delivered molds produce castings with minimal dimensional errors to meet strict customer requirements. At the same time, proper hot mold debugging avoids thermal stress caused by sudden temperature changes, reducing risks of mold cracking or deformation, and effectively extending mold service life by more than 20%. This allows customers to achieve higher cost-effectiveness in long-term production.