
Capture
Multi-photo fusion into a landmark-referenced 3D model.
Orthonose
Orthonose Surgery is already treating patients. Interceptive extends the same landmark-referenced 3D stack into supervised adolescent care.
Today
Orthonose® Surgery is CE-marked Class IIa in Europe and FDA-cleared in the US. Made in France.
Clinical series built alongside eight years of surgeon-led R&D.
Practising Paris rhinoplasty surgeons using the platform in clinic.
Class IIa in Europe; FDA-cleared in the US. Made in France.
The problem
Planning often stays in 2D, without anatomical landmarks — so the result can miss the shape the patient approved.


How it works
A sub-millimeter landmark map of the face drives both surgical guides and growth forecasting.

Multi-photo fusion into a landmark-referenced 3D model.

Proprietary algorithms forecast development and lock an agreed plan.

Patient-matched 3D-printed guides carry that plan into theatre.
Technology & moat
Landmark referencing to sub-millimeter precision enables growth forecasting that photogrammetry alone cannot deliver. The landmarks and the growth algorithm are the moat; the labelled dataset is the flywheel that compounds them.
CE-marked Class IIa and FDA-cleared surgical guides, already used in clinic. Commercial revenue on a per-case device model.
Supervised night-worn orthoses under clinician care. Initial series: 4/4 treated vs 8/8 untreated, with tip projection preserved in every treated patient.
Preliminary evidence: a small, non-randomized proof-of-concept series. Larger independent studies and follow-up through nasal maturity are needed.
Team
Clinical depth in the founding team, with commercial leadership to scale both lines.
Chief Executive Officer
Investor contact
For the data room and a founder conversation, write to Dr. Marc-David Benjoar. Confidential raise materials are shared under NDA — not published here.