Clinical areas

Ophthalmic surgeons, ready before the first patient.

Haptic-enabled VR simulation for the companies bringing new ophthalmic devices, therapies and techniques to market, so surgeon readiness stops being what slows adoption.

Read the ophthalmology white paper
Cataract surgery in progress, instruments positioned at the eye with a lid retractor
0:30
Expanding access to ophthalmic surgical training with Orbis International.

Attending the training was never the same as being competent.

A new IOL, a gene therapy, a new technique. None of it returns anything until surgeons can perform it confidently and correctly.

Wet labs don't scale.

Proctor time is finite and expensive.

Fundamental XR closes that gap, and gives you the evidence it closed.

0%

of ophthalmologists report using immersive VR for surgical training in the past twelve months.

The question is no longer whether surgeons will train in VR. It's whose simulation your device or therapy is taught on.

The impact in real numbers

0%

faster to proficiency. Surgeons trained on Fundamental XR simulations reach defined proficiency benchmarks 40% faster than those on traditional training pathways.

0%

reduction in trainer time. Immersive training decreases the burden on faculty and operating room time.

0

institutions in 10 countries running ophthalmic simulation programs, with over 400 active users and 1,100+ training hours logged to date.

Where we fit in the clinical journey

Four stages, from first exposure to documented competency.

Assess and educate

Residents and clinical specialists learn diagnostic reasoning and procedural theory before a wet lab, and long before a patient.

In action

an immersive Retinopathy of Prematurity trainer built with the American Academy of Ophthalmology, teaching neonatal retinopathy diagnosis to pediatric ophthalmologists.

Read the AAO case study →
0:54
Inside the Retinopathy of Prematurity diagnostic trainer.

Plan

Our parametric eye engine builds patient-realistic 3D anatomy from clinical data, so a surgeon can rehearse a complex approach on a digital twin of the anatomy they'll actually meet, not a generic model.

Intraocular lens seated in the capsular bag, rendered from the simulation

Treat

Where muscle memory is built. Our patented HapticVR integration replicates true tissue resistance and tool torque, so surgeons can master intricate procedures, new platforms and novel therapies safely and repeatedly.

In action

Bespoke simulations for J&J Vision, Novartis and Orbis International.

Read the Orbis case study →
Surgeon rehearsing a procedure with HapticVR force feedback in the ophthalmology simulation

Prove

Objective competency scoring, error capture and learning-curve modeling. The result is training records you can put in front of a regulator, a board, or a partner.

Bar chart of pass rate by procedure step, with steps 1, 2, 3, 5 and 6 within tolerance above the overall 92% line and step 4 below tolerance

See what readiness looks like for your program

Thirty minutes. Bring the procedure, the device or the therapy. We'll show you what we'd simulate, what we'd measure, and what evidence you'd have at the end.

Book a 30-minute call