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Prototype stampings on the bench next to prototype tooling

Real parts.
In weeks.

Prototype stampings for your validation builds. Short runs to keep your program moving. No production tooling required.

4 wkto first prototype part

The problem

When the program can’t wait for production tooling.

Validation

A design that needs proof

CAD can’t show how the part fits, joins or performs.

Iteration

Revisions on a deadline

Each design level needs new parts, fast.

Volume

Too few parts for hard tooling

A progressive die makes no sense for 20 parts.

How we work

From CAD to parts in your hands.

Engineer reviewing a prototype part
Step 1 of 5

Define

Align part function, design level and the quantity for the next milestone.

CAD model of a checking fixture
Step 2 of 5

Plan

Choose the manufacturing route, prototype tooling and fixtures.

Prototype stampings formed in soft tooling
Step 3 of 5

Prototype

Form, trim and join the sample parts.

Springback inspection with a color deviation map
Step 4 of 5

Inspect

Measure against the agreed points and criteria.

Set of formed tubes from a low-volume lot
Step 5 of 5

Produce

Deliver pilot and low-volume lots on the program schedule.

What you get

Parts in hand, with the data.

Included services

Prototype stampingPrototype toolingFixtures & checking gaugesPilot & low-volume production

Prototype parts

Samples at the agreed design level, identified by revision.

Inspection data

Measurements at the agreed points, with open items listed.

Low-volume lots

Pilot and short-run quantities delivered on schedule.

Send the CAD. The quantity. The date.

Design level, material and thickness, quantity per lot, and the milestone you need to hit.

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