Focus on "Operational Reliability" and "Cost Control." Optimize your manufacturing line with our high-end Metal Forming Molds. Engineered for high-speed presses, our stamping tooling solutions focus on reducing downtime and minimizing material waste. From single-stage blanking dies to complex multi-step forming tools, we deliver the structural integrity your production requires.
| Specification | Parameter Details |
| Tooling Type | Blanking, Piercing, Bending, Deep Drawing, Coining |
| Die Base Material | Cast Iron (FC250/300) or Steel Plate (S50C) |
| Insert Material | Tungsten Carbide, Cr12MoV, Vancron 40 |
| Press Capacity | Compatible with 25T to 1000T Press Machines |
| Accuracy Range | $\pm0.01mm$ to $\pm0.05mm$ |
| Standard Followed | MISUMI, HASCO, DME, or Custom |
| Surface Finish | Mirror Polishing, PVD Coating, Sandblasting |
Key Advantages for Buyers
Superior Wear Resistance: We utilize Tungsten Carbide inserts and specialized PVD coatings to ensure the punching mold maintains sharp edges over millions of cycles.
Reduced Material Scrap: Our CAD-driven nesting optimization in the die design stage helps you save up to 15% in raw material costs.
Interchangeable Components: Designed with standard parts (MISUMI/DME), making maintenance and part replacement fast and easy.
Thermal Stability: Our heat-treatment process ensures the metal die remains dimensionally stable even under high-speed, continuous operation.
Specialized Capabilities
We specialize in solving complex forming challenges:
Deep Drawing: Precision control of thinning and wrinkling for stainless steel shells.
High-Strength Steel (HSS) Stamping: Tooling designed to handle 980MPa+ tensile strength materials.
Complex Bending: Multi-angle bending in a single stroke using cam-driven mechanisms.
Our Workflow
Requirement Review: Technical analysis of your 3D STEP/IGES files.
Strip Layout Design: Maximizing efficiency through professional strip planning.
CNC & EDM Machining: High-accuracy fabrication of die plates and inserts.
Trial & Optimization: Extensive T1-T3 testing until the part meets 100% of the Tolerance specs.
FAQ
Q: What is the lead time for a complex progressive mold?
A: Standard leads are 6-8 weeks, but we offer expedited tracks for urgent prototyping needs.
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