Form 1: Technical Capabilities & Materials
| Key Specifications | Production Standards & Capabilities |
| Tooling Type Available | Progressive Die, Stage Die, Transfer Die, Deep Drawing Mold |
| Die Base Material | A3, #45 Steel, Cast Iron (for heavy-duty large molds) |
| Insert / Blade Material | SKD11, D2, Cr12MoV, DC53, Tungsten Carbide |
| Tooling Lifespan | 500,000 to 2,000,000+ strokes (Depends on material selected) |
| Applicable Sheet Metal | SPCC, SECC, Stainless Steel (SUS304/316), Aluminum, Brass |
| Parts Thickness Range | 0.2 mm to 8.0 mm |
Form 2: Production Tolerance & Testing Parameters
Process & Accuracy Portfolio
Stamping Press Compatibility: Fits 25T to 800T press machines
Precision Tolerance: Critical dimensions down to $\pm0.01\text{ mm}$ (Wire EDM parts)
Design Software Used: AutoCad, UG (NX), SolidWorks, Pro/E
Surface Treatment Options: Chrome Plating, Nitriding, TD Coating, PVD
Sample Lead Time: Typically 30–45 days (Includes design approval and T1 trial run)
Core Product Details
Why Turn to Our Stamping Molds for Your Production?
Every manufacturing manager knows the real cost of a stamping die isn't the purchase price-it's the downtime when a punch breaks or a progressive station misfeeds. That's why we approach mold making with a focus on serviceability and structural rigidity.
🔹 1. Smart Modular Insert Design
Instead of building monolithic blocks that are a nightmare to repair, our progressive and compound dies utilize a modular insert system. If a specific punching station wears out after high-volume runs, you don't need to scrap the whole die segment. Simply slide out the worn insert, replace it with the spare inserts we provide with every shipment, and get back to stamping in minutes.
🔹 2. Advanced Spring & Guidance Systems
Unstable strip feeding is the #1 cause of tool damage. We equip our metal press molds with high-grade Danly or Misumi guide pillars and heavy-duty coil springs (or nitrogen gas springs for deep drawing). This guarantees smooth material stripping, zero strip jams, and extends the lifespan of the cutting edges even when running at high speeds.
🔹 3. Dealing with Springback Headaches? We Pre-Solve It.
Stamping stainless steel or high-strength steel often leads to annoying angular springback. Our engineering team runs comprehensive forming simulations before the tool steel ever touches a CNC machine. By incorporating precise over-bending or coining steps directly into the die stages, the final parts come out exactly to your blueprint on the first try.
FAQ Section for Google Rich Snippets
Q1: What information do you need to provide an accurate quotation for a stamping die?
A: To get a firm quote, please share your 3D part files (STEP, IGS, or X_T format), 2D engineering drawings with tolerance callouts, material specifications (e.g., SUS304, SPCC), your expected annual production volume, and your stamping press machine specs (tonnage and shut height).
Q2: Do you provide spare parts with the mold delivery?
A: Yes, absolutely. We always include a complete set of high-wear components with the shipment, such as punches, ejector pins, pilot pins, and springs, ensuring your maintenance team has everything on hand to minimize downtime.
Q3: How do you verify the tool before shipping it overseas?
A: We never ship a blind mold. Every stamping die undergoes a rigorous T1 trial on our in-house press machines. We run continuous sample strips, measure the final parts against your specs, and send you full tool-trial videos alongside an inspection report before you approve the final delivery.
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