Your optical system, alive inside the CAD model
OptiTwin keeps beam envelopes, ray paths and performance metrics live inside the mechanical assembly. Move a bracket and the optical consequence appears immediately – no re-export, no separate optical review cycle.
Design-partner programme open · limited places
Designed and traced in 3DOptix, delivered and displayed in CAD
Optics and mechanics fail at the handover, not in the design
Most opto-mechanical defects are found on the bench, weeks after the mechanical design was frozen. The optical model and the CAD model simply stopped agreeing with each other somewhere along the way.
Validation that runs with the assembly
Live optical–CAD sync
Optical elements are bound to mechanical parts. Move, rotate or replace a part and the trace follows it.
Beam envelopes in context
See the real light cone against brackets, baffles and housings – clipping and vignetting become geometry problems you can see.
Tolerance analysis
Perturb positions, tilts and part dimensions within their tolerance bands and see the performance distribution that results.
Environmental effects
Thermal expansion, mounting stress and vibration – track focus shift and boresight against the operating envelope.
Stray light in the housing
Non-sequential tracing over real mechanical surfaces finds the bracket edge that puts a ghost on your detector.
Foundation for AI-first opto-mech
A machine-readable link between optical intent and mechanical form – the substrate agents need to iterate on designs.
OptiTwin is in beta – we are picking design partners now
Bring us an assembly you are worried about. We will model it with you and show what the optical twin reveals.
