Stamping Molds — Industrial Dies For Sheet Metal Forming & Blanking

Stamping Molds — Industrial Dies For Sheet Metal Forming & Blanking

Stamping molds do the heavy lifting in sheet metal fabrication. A well-built die runs half a million strokes without complaint. A poorly built one eats punches and drives up scrap rates. We've been machining stamping molds since 2006 — progressive dies for high-volume runs, compound dies for flat blanks, deep draw tooling for formed shells. We stock D2, SKD11, and DC53 in-house. We vacuum heat treat. We grind flat within 0.02mm. And we don't ship a mold until it's made good parts on a press.
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Description
Technical Parameters

Stamping molds do the heavy lifting in sheet metal fabrication. A well-built die runs half a million strokes without complaint. A poorly built one eats punches and drives up scrap rates. We've been machining stamping molds since 2006 - progressive dies for high-volume runs, compound dies for flat blanks, deep draw tooling for formed shells. We stock D2, SKD11, and DC53 in-house. We vacuum heat treat. We grind flat within 0.02mm. And we don't ship a mold until it's made good parts on a press.

 

Stamping Mold Types

 

Mold Type Application Material Thickness Tool Steel Options Typical Life (Strokes)
Progressive Die Complex parts, high volume 0.5–4.0 mm SKD11, DC53, D2 500k–1M
Compound Die Flat blanks with holes 0.3–3.0 mm SKD11, Cr12MoV 400k–800k
Deep Drawing Die Shells, cups, enclosures 0.8–6.0 mm DC53, D2, H13 300k–600k
Bending / Forming Die Brackets, chassis components 0.5–5.0 mm D2, Cr12MoV 400k–700k

 

What this table means for your shop floor:

*Progressive dies cost more upfront but pay back fast if you're running 100,000+ parts a year. Compound dies are simpler and cheaper - good for mid-volume or when concentricity matters. Deep drawing dies require more engineering attention to prevent wrinkling and tearing; we design multi-stage draw reductions for that. Bending dies seem straightforward, but springback compensation is where most shops get it wrong. We build that compensation into the tooling geometry so your parts come out at the right angle every time.*

 

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Quick Spec Reference

Parameter Specification
Die Plate Flatness ≤ 0.02mm / 300mm
Punch-to-Die Clearance 5%–12% of material thickness
Surface Finish Ra 0.4–0.8μm
Press Tonnage Compatibility 25T – 500T
Standard Components MISUMI, DME, Hasco
Lead Time 30–45 days
Quality System ISO 9001:2015

 

Short FAQ

 

Q: Which tool steel should I pick?
*A: High-volume cutting → SKD11. Heavy forming with impact → DC53. Budget mid-volume → Cr12MoV. We'll recommend based on your drawing.*

Q: Can you build to an existing mold design?
A: Yes. Send us the old drawings or a sample mold. We'll match or improve the original.

Q: What do you need for a quote?
A: Part drawing (PDF or CAD), material type and thickness, annual volume estimate.

H2: Send Your Drawing

We'll review it and return a quote within one business day.

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