In-House Die Design
Die design turns a part print into a buildable tool: 3D die model, station-by-station strip layout, form and springback simulation, and the detailed shop drawings our toolroom builds from. Designing and building under one roof compresses the design-simulate-build-trial loop to days rather than the weeks a hand-off to an outside shop costs.
Die design is the in-house engineering of a stamping die from the part print — 3D modelling, strip-layout and form simulation, DFM review and the detailed tooling drawings our shop builds from. Designing and building under one roof means the engineer who lays out the strip is the one who walks to the press for the trial, so changes are resolved in hours, not weeks.
What does a die design package include?
A complete package has the 3D die model, the strip layout showing every station, the form and springback simulation, the bill of tooling materials, and the detailed shop drawings for plates, punches, bushings and guides. We also deliver the DFM notes that drove the design — the radii, clearances and tolerances we recommend — so the build and the quote share one source of truth.
How does simulation reduce risk before steel is cut?
We run the strip through form and springback simulation before any steel is machined, so splits, wrinkles and springback are predicted on screen and designed out. That step is what lets a first-trial die land close to target instead of needing several re-cut loops, and it is why we can quote a die with confidence rather than padding the lead time for unknowns.
How long does it take to design a progressive die?
Concept and strip layout for a typical progressive die are turned around in under 48 hours once we have the part print and material; the full detailed design follows in parallel with material procurement. Because design and build share the same roof, the drawing never waits in a subcontractor queue — which is where most die programmes lose their weeks.
Die design deliverables and turnaround
| Deliverable | Typical turnaround | Purpose |
|---|---|---|
| Concept + strip layout | < 48 hours from print | Validates feasibility and cost early |
| Form / springback simulation | Before steel is cut | Designs out splits and wrinkles |
| Detailed shop drawings | Parallel with procurement | Drives the build with one source of truth |
| DFM notes | With the layout | Documents the recommended radii and clearances |
| Press trial + first-article | After build | Confirms the design on real parts |
Common questions about In-House Die Design
Can you design a die from a 3D model only?
Usually yes. We generate the flat pattern with the correct bend allowance and K-factor for the material, lay out the strip and simulate the form from the solid model. Where the print is ambiguous we flag the open questions during DFM review rather than guessing, so the quote and the first trial agree.
Do you design dies we will build or run elsewhere?
Yes. The design package is yours to take to any shop, and many customers use our design service without placing production with us. Where we both design and build, the package simply flows straight into our toolroom with no hand-off loss.
How do you keep the design manufacturable?
The designer and the toolmaker sit in the same building and review the strip together before steel is cut, so every feature is checked against what the shop can actually hold. That loop — design, simulate, build, trial — is compressed to days instead of the weeks a hand-off to an outside shop would cost.
Related capabilities and next steps
Specifications
Capabilities
Ready to get started?
Upload your design for a quote with DFM analysis — our engineers respond within 24 hours.