Proof of work.

A commercial aerospace client needed a structural sensor-mount bracket lightened by 40%+ versus their existing CNC-machined aluminum part. Every gram saved compounds across a full production run — but the part still had to survive the same flight-certified load and vibration standards as the original.

Our engineers reworked the bracket's internal geometry from the ground up, removing material everywhere the load paths allowed it, and produced the final part in Carbon-Fiber Reinforced Nylon (PA-CF) for the stiffness-to-weight ratio the application demanded.

46% weight reduction versus the original design, with load-bearing performance that matched — and in testing, exceeded — the original part. Passed vibration testing.

A critical component on an overhead material-handling crane failed at a heavy industrial mill, halting production immediately. The original equipment manufacturer quoted a multi-week lead time for a replacement — with every day of downtime costing the plant real production.

We reverse-engineered the failed component directly from the damaged part — no drawings or CAD files from the OEM required — and produced a replacement in industrial-grade PA-CF, built to handle daily mill-floor impact and stress.

Delivered and installed in under 48 hours, weeks ahead of the OEM's timeline. The part has been running under daily mill-floor stress ever since with zero failures.