Where Our Custom Work Begins
Engineering & Design
From a Problem to a Part.
Not every job starts with a finished drawing. Some start with a worn sample, an idea, or a piece of equipment that’s down. We help figure out what the part needs to do, what it should be made of, and how to produce it—before a single mold is cut.
How We Get From Problem to Part
Step 1
Start With What You Have
A print, a worn sample, or just a description of the problem. We’ll work with whatever you can provide.
Step 2
Reverse Engineer, If Needed
Bring us an old or obsolete part and we’ll help reverse engineer it for production—no drawing required.
Step 3
Choose the Right Material
We’ll recommend a compound based on temperature, wear, chemicals, and the environment the part has to survive in.
Step 4
Build or Source Tooling
From mold development to finished, inspected parts, we manage the tooling side so you don’t have to.
What We Help With
Reverse Engineering
Bring us a worn or obsolete part and we’ll help reverse engineer it for production, even without an original print.
Material Selection
We mold Butyl, EPDM, Hypalon, Nitrile, Neoprene, Silicone, Viton, natural rubber, and polyurethane—and we’ll recommend the right one for your application.
Tooling & Mold Development
From mold design and build support to roller grinding and surface grinding, we manage the tooling work required to get a new part into production.
Collaborative Engineering
We work directly with your engineers from product development through the finished product. This collaboration helps optimize design, performance, manufacturability, and quality.
Why This Matters
Most Shops Want a Print.
We’ll Help You Get There.
A lot of manufacturers turn away work that doesn’t arrive as a finished, quotable drawing. We see that as the starting point, not a dead end.