With the full chain service of "design processing trial mold mass production after-sales" as the core, we provide high-precision mold customization for injection molding, stamping, die-casting, blow molding and other fields, solving the three core pain points of complex structure forming, precision control, and batch production stability, and creating a mold solution of "on-demand customization+efficient delivery+long-term adaptation".
Technical strength highlights
✅  Micron level precision control
Core processing equipment: Japanese Makino CNC machining center, Swiss Shamir EDM spark machine, slow wire cutting machine, with processing accuracy of ± 0.005mm and mold cavity surface roughness Ra ≤ 0.02 μ m;
Molding accuracy guarantee: Using 3D scanning reverse engineering and CAE mold flow analysis to predict shrinkage, deformation and other issues in advance, the product molding dimensional tolerance is stable within ± 0.01mm;
Material adaptation upgrade: Supports processing of high-quality mold steel and special alloy materials such as S136, H13, 718H, etc. The mold core hardness can reach HRC58-62, and the mold service life is ≥ 500000 times (standard working conditions).
✅  Full process technology coverage
Integrated mold design (UG/SolidWorks/CATIA), CNC machining, EDM/WEDM machining, polishing, heat treatment, mold testing, oil spraying/electroplating and other full process services, supporting customized molds with complex cavities, multiple sliders, hot runners and other special structures, increasing process collaboration efficiency by 40% and shortening the overall development cycle.
✅  Strict quality system
Through ISO9001 and IATF 16949 quality system certification, equipped with a complete set of testing equipment such as coordinate measuring instruments, projectors, hardness testers, etc., implementing the four quality control of "design review+process inspection+finished product full inspection+trial mold verification", the mold qualification rate reaches 99.8%, and the batch production defect rate is controlled below 0.3%.
Industry adaptation scenarios