Obsolete bracket, worn guide, a vendor that discontinued the part — or the whole machine. We engineer replacements in carbon-fiber thermoplastics from the physical part, drawings, or whatever you have, and deliver in days. Kansas City metro, by people you can put the part in front of.
Nobody prices a replacement part against the part. You price it against the line that isn’t running, the workaround that’s eating an operator, the maintenance window that closes Friday. A bracket the OEM wants six weeks and $40 to ship is never about the $40 — it’s about the six weeks. That’s the gap we exist in: engineering-grade parts, days not weeks, from whatever documentation survived.
When the line is down, the calendar is the spec. We quote a date alongside the price, and the date is the point.
When the OEM exits the part — or the business — the drawing dies with them. We rebuild the geometry from the physical part, drawings, or whatever you have, and the file becomes your spare forever.
Once the replacement is engineered, the next one is a reprint, not a project. Your weirdest spare part becomes a stock item that stocks itself.
The broken cast or bent sheet-metal piece holding up a machine the OEM forgot. Rebuilt in carbon-fiber thermoplastics, designed for the actual load.
Sacrificial surfaces that protect the product and the machine — often better in polymer than the original ever was.
Conveyor and packaging-line components for aging equipment: star wheels, timing screws, format parts.
The small broken hardware that keeps an operator improvising — cheap to fix, expensive to keep ignoring.
Impact and abrasion parts in polycarbonate and PA-CF, shaped to the machine instead of flat-stock approximations.
Where the original kept failing, we change the design, not just the material — thicker sections, better radii, metal where metal belongs.
A replacement that fails in service costs you more downtime, not less — and costs us a customer. So before we quote, we’ll tell you no on the load cases polymer loses: long cantilevers under sustained bending, precision-ground reference surfaces, anything where steel’s stiffness or mass is the actual function. If your part is one of those, we’ll say so in the first email and point you at a machine shop instead. The parts we do quote, we stand behind.
Replacement work runs PA12-CF and PA6-CF for structure; polycarbonate where impact and clarity matter; PPS-CF where heat or chemistry killed the original. Anything bolted or clamped gets metal in the bolt path — heat-set inserts and compression limiters — so preload runs through steel, not creeping polymer. Where the original part failed by design, we fix the design.
Email photos and any dimensions you have — or tell us to come look at it. Drawings help; the physical part is often enough. We’ll come back with a price, a date, and an honest answer on whether polymer is the right call.