Design for manufacturing
Print reviews that catch problems before tooling is cut.
Engineers who design the tool and stand at the press.
Our engineers turn your print into a process: they design the dies and fixtures in 2D and 3D CAD, then program the machines that build them.
Overview
The cheapest time to improve a part is before the tool is built. Our engineers review your print for manufacturability and point out changes that would make a part easier to stamp or less expensive. Your design stays yours; we build what you approve.
Dies, fixtures and machining programs are designed here in 2D and 3D CAD, with Mastercam and Esprit for CNC and Wire EDM programming.
Print reviews that catch problems before tooling is cut.
Strip layouts and progressive die designs in 2D and 3D.
Welding, assembly and inspection fixtures designed alongside the tool.
Mastercam and Esprit programs written from your models.
How a job runs
One team takes your job from the first look at the print to parts on your dock.
Send a print, a model or a sample part. We check it for manufacturability and quote it.
Tooling and process are designed in 2D and 3D CAD, with Mastercam and Esprit for the machine work.
Our tool and die makers build and tune the tooling in house.
Parts run on our equipment, then get machined, welded or assembled as the job needs.
Checked against your print and shipped, ready for your production line.
Industries
Questions
Something else on your mind? Call 716-217-6800 and talk to someone who knows the shop.
Keep exploring
Prototype parts and tooling to design, produce and test a part before it goes into production.
02All types of stamping dies, fixtures, prototype tooling and special machines, designed and built in house.
01Progressive and single-hit stampings, from prototype runs to high volume, on presses from 15 to 600 tons.
Drawings, models, a sample part or just an idea. Tell us what you need and our team will follow up with questions, options and a quote.