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family reconstruction
Clusters your existing near-duplicate parts, infers the shared parametric skeleton, and proposes one master model with the driving dimensions exposed. Turns an unmanaged folder into a governed family.
variant management
Every variant your customers ask for, without a new model
Configurable products generate hundreds of near-identical parts, and each one is usually redrawn by hand, revalidated separately, and stored as its own dead file, so the family drifts apart until nobody knows which version is correct.
- 90%fewer models to maintain per product family
- 30xfaster to a new customer variant
- 100%of variants traceable to one master
- <15 min from configuration to released geometry
Your part library is not a family, it is a graveyard of copies.
Each customer request produces a save-as, then a manual edit, then a separate validation. Design intent lives in the head of whoever made the original, and when the master changes nothing downstream updates. Teams work in parallel on divergent copies without knowing it.
This is not an engineering failure. It is a versioning failure.
One master. Every variant on demand.
Vetta learns the parametric logic hidden across your existing part families and rebuilds them as one governed master with explicit rules. A configuration becomes a set of parameters, and the geometry, drawings, and validation are generated from the master rather than copied from a neighbour.
Reuse what already works
Never re-engineer what you've already solved. Find the nearest existing component and its exact delta to spec.
features
What your team
can do with it
Payback in months, not years
One unified engineering intelligence operating system trained on
your own part families and configuration history, deployed securely inside your own infrastructure.
90% fewer models to maintain
minutes to a new variant
one master, always current