Frequently asked questions.

We're based in Minnesota and serve manufacturers across the United States. Parts are made in the USA through our manufacturing partner network.

It depends on the process. Fabrication suits one-offs and low volumes; molding and extrusion are better at higher volumes. We'll recommend the most economical route for your quantity.

Yes — that's our specialty. Send a part or print and we'll recommend the right process for your geometry, volume, and budget.

Yes — ISO 9001:2015 across our processes, and ISO 13485:2016 for medical molding.

We do — including in-house CNC and wire-EDM tooling — and we can transfer existing tools.

Yes — assembly, sonic welding, pad/screen/digital printing, CNC trim, and packaging.

Quickly. Send your files and we'll turn it around — and for prototypes, fabrication is the fast path.

Injection molding runs on 28–2000 ton presses, thermoforming handles parts up to 8.5 feet, extruded profiles run up to 9 inches wide, and rotational molding builds large hollow parts on multi-arm machines. Not sure where your part fits? Send it over.

CAD models (STEP or IGES) plus a PDF print with critical dimensions are ideal. Only have a sample part or a sketch? Send what you have — we’ll take it from there.

Yes — medical molding is a core capability: ISO 13485:2016 certified, with clean-room molding for medical and life-science components.

Yes — tooling transfer is routine. We inspect and sample your existing tool, verify first articles against your spec, and bring it into production. See the tooling transfer guide.

All common thermoplastics — polypropylene, polyethylene, ABS, polycarbonate, PETG, nylon, acetal, acrylic, PVC, and flexible TPEs — plus glass-filled and other modified grades. See the material selection guide for a comparison.

It depends on size, cavitation, and complexity — a simple single-cavity tool moves much faster than a large multi-cavity mold. You’ll get a firm tooling timeline with your quote; transferring an existing mold is faster still.