Reverse Engineering & Inspection

When the Data Doesn't Exist, Or Can't Be Trusted

We get the call every week.

A customer has a legacy component with no CAD data. Or tooling that's drifted over 500 cycles and nobody knows by how much. Or a first-article that should match the model but clearly doesn't, and production is waiting.

These aren't measurement problems. They're manufacturing problems that measurement solves.

Our team doesn't just point a scanner at a surface and hand over a point cloud. We understand what the data means in context, which deviations matter, which don't, and what to do about the ones that do.

Typical scenarios we resolve:

Legacy tooling with no surviving CAD, digitised and rebuilt as production-ready models

Production drift identified and quantified before it causes rejects

First-article failures diagnosed and root-caused in hours, not weeks

Competitor components reverse-engineered for benchmarking

Worn tooling assessed for refurbishment vs. replacement decisions

As-built documentation created for regulatory or quality system requirements

More Than Measurement

Engineering Insight From Data

A point cloud is just numbers until someone who understands manufacturing interprets it.

When we scan a composite mould and find 0.4mm of deviation at the trailing edge, we don't just report it, we tell you whether it's thermal distortion from the last cure cycle, progressive wear, or a datum error in the original machining. Then we advise on the fix.

That's the difference between a measurement service and an engineering partner.

Customers benefit from:

Data interpreted by engineers who understand your manufacturing process

Root-cause analysis, not just deviation reports

Actionable recommendations, not just numbers on a page

Fast turnaround when production is waiting

Scan-to-CAD capability for immediate downstream use

Integration with our CNC machining for complete refurbishment solutions