Tool & Die Design + Build
Tooling built beside the presses it runs on.
We build where we run.
Every progressive die we build is designed, debugged, and qualified on the same production presses that will run your parts.
Our tooling, stamping, and gaging teams share one floor—so every decision connects design intent to real-world performance.
Progressive Die Concept & Station Mapping
Progressive Die Concept & Station Mapping
We map ops, carriers, pilots, and forming sequence so the strip stays stable and critical features are protected.
→ Reduces debugging, accelerates launch, and improves long-term capability.
→ Reduces debugging, accelerates launch, and improves long-term capability.
Class-A Design & Construction
Class-A Design & Construction
Built for longevity with robust steels, precision fits, and serviceable inserts at wear zones.
→ Less downtime, more consistency, and longer tool life.
→ Less downtime, more consistency, and longer tool life.
Sensorized, Error-Proofed Tooling
Sensorized, Error-Proofed Tooling
Feed, buckle, part-out, slug detect, and height sensors placed where they matter.
→ Stops crashes, protects tools, and prevents drift before it becomes scrap..
→ Stops crashes, protects tools, and prevents drift before it becomes scrap..
Reel-to-Reel & Selective-Plating Carriers
Reel-to-Reel & Selective-Plating Carriers
Carriers and pitch designed to match plating, molding, and automation partners.
→ Clean handoffs, higher yield, smoother downstream flow.
→ Clean handoffs, higher yield, smoother downstream flow.
Coining, Embossing & Controlled Form-to-Hole
Coining, Embossing & Controlled Form-to-Hole
We sequence forming, coining, and reliefs to manage springback and stretch.
→ Dimensional relationships stay stable at rate—not just at first article./STRONG>
→ Dimensional relationships stay stable at rate—not just at first article./STRONG>
Maintenance & Spares Planning
Maintenance & Spares Planning
Quick-change wear inserts and kitted spares with each tool.
→ Faster recoveries, minimal downtime, predictable PM schedules.
→ Faster recoveries, minimal downtime, predictable PM schedules.
Frequently Asked Questions (FAQ)
Can you build backup or spare tools?
Yes—shared components simplify maintenance and reduce downtime.
How fast can you turn ECOs?
In-house design/build shortens iteration; we’ll quote timing based on scope.
Do you support reel-to-reel and selective plating?
Yes—carriers and pitch are engineered to match your partners’ process windows.
What will we receive at release?
CAD, spares kit, maintenance plan, inspection plan, and FAIR/PPAP documentation.
Start a Tooling Review.
Upload your drawing and we’ll return a concept plan, timing, and recommendations.