HoloMedicine® Simulation is a spatial medical education platform that bridges physical and digital learning. It runs on Apple Vision Pro and iPad, empowering educators to create immersive 3D curricula where students interact with spatial anatomy, overlay digital structures onto real physical models using precise object tracking, and develop practical skills with assessments – all in one app.
The app is now available on the App Store with built-in demo simulations. Users can create their own simulations through our web platform, and our team provides hands-on support to help build custom simulations tailored to specific needs.
The Challenge: Hands-on curricula are expensive, inflexible, and constrained by physical resources. Each new scenario often requires new mannequins, phantoms, or models.
The Solution: Build unlimited training scenarios from a single physical setup — and update them in minutes, not months.
The Challenge: Practice time is limited. Labs are shared. Procedures can’t always be repeated on demand.
The Solution: Practice procedures as many times as needed — not as many times as the schedule allows.
The Challenge: Complex 3D devices are still explained through flat slides, PDFs, and brochures. Training new reps takes too long, and surgeons struggle to visualize functionality.
The Solution: Let surgeons and customers hold, rotate, and disassemble your device in spatial 3D — before it’s even out of the box.
Using the object tracking feature, educators overlay digital burn injuries onto a physical mannequin varying burn type, size, and skin color. Health professionals train on realistic, life-like scenarios without needing specialized physical props. One mannequin serves unlimited clinical training configurations.
Instead of purchasing a full physical anatomical phantom, a hospital 3D prints just the femur. Using object tracking, all surrounding structures arteries, veins, nerves, and muscles are digitally overlaid in correct spatial positions. Students hold the real bone while seeing the complete anatomy around it. Easier to create, more interactive, and far more cost-effective than full physical models.
Device companies create interactive 3D simulations of their products component breakdowns, 3D animations showing device mechanics, and step-by-step usage guides. Sales reps use these in customer meetings to demonstrate products spatially with animated walkthroughs, replacing static presentations with hands-on 3D experiences that customers can interact with.
Hospitals and clinics create standard operating procedure (SOP) guides for nurses and health professionals step-by-step spatial instructions for equipment setup, device handling, or clinical workflows. Staff follow guided procedures with 3D visuals and animations, reducing errors and standardizing training across teams.
Embed 3D animations within simulations to demonstrate device mechanics, procedural workflows, or anatomical movements
Animations play within the spatial environment, giving viewers a dynamic understanding that static models cannot provide
Track real physical objects by providing an accurate 3D model
Overlay digital components onto physical objects, creating hybrid training setups where physical and digital coexist with precise spatial positioning
Create step-by-step guides within each simulation structured with titles, subtitles, bullet points, images, and videos
Each simulation can contain as many guides as needed
Guides can control model visibility and highlight relevant structures at each step
Two quiz types, with as many of each per guide as needed:
Real-time collaboration with both nearby and remote participants seamlessly, everyone interacts with the same simulation together regardless of location
