Surgical intelligence.
A bold vision for surgery,
AI-powered & AR-guided
We stand at the convergence of humanity and technology, committed to a future where surgical intelligence and spatial computing transform our capabilities to heal.
The future of
surgical navigation
See the intelligent fusion of AI and AR across specialties.
FDA-Cleared
Spine Navigation
Designed for open and minimally invasive spine surgery.
Explore Spine NavigationFDA Clearance Pending
Cranial Navigation
Designed for EVDs, subdural evacuations, and craniotomies.
Explore Cranial NavigationResearch Only
Prostate Navigation
Designed for prostate biopsies and tumor ablations.
Explore Prostate NavigationSurgicalAR
The leading enterprise solution for 3D surgical visualization
Transform complex 2D cross-sectional imaging (CTs, MRIs) into high-fidelity 3D visualizations
Core features across software modules.
On-premise IT; certified gold-standard security
Livestream imaging/video to virtual monitors
Model segmentation and STL/OBJ import
Photorealistic renderings
Integrated Medivis AI Agent (Maia) - coming soon
Flexible workflow integrations
Infrared instrument tracking by specialty
Spatial interactions with hands and voice
Precise multi-method registration
Hardware
Configurations
Medivis PRO
For operating rooms.
Minimal footprint powerhouse with 27" touch monitor, 4K graphics, NVIDIA GPU, and hybrid sensor tracking.
Minimal footprint powerhouse with 27" touch monitor, 4K graphics, NVIDIA GPU, and hybrid sensor tracking.
Medivis CORE
For ICUs & clinics.
Portable workstation with 17” touch monitor for maximum maneuverability.
Portable workstation with 17” touch monitor for maximum maneuverability.
Medivis AIR
For research.
Lightweight carbon fiber design for maximum portability.
Lightweight carbon fiber design for maximum portability.
2000
+
Surgeries performed using SurgicalAR
40
+
Hospitals and medical schools deployed
46
Patents granted and pending
2D interface
3D immersive visuals
Attention shift from patient
Image overlay & custom virtual monitors
Large bulky systems
Minimal footprint
Lagging visualization
Real-time feedback
Steep learning curve
Intuitive desktop / spatial interfaces
Expensive upfront investment
Continuous updates, fraction of cost
Best Inventions of 2023
Most Innovative Company 2024
2024 Edison Award Finalist
“Augmented reality is a disruptive technology that has just begun to change how we practice neurosurgery. Medivis is at the forefront in this industry, leading the way with their innovative and thoughtful approach to AR integration into healthcare.”
Edward G. Andrews, M.D
Attending Neurosurgeon, Department of Neurosurgery University of Pittsburgh Medical Center
"I can position the hologram in 3D space just like I would in the operating room, so I can plan out the optimal surgical corridor to address complex lesions in the brain like aneurysm, brain tumor, or tangle of blood vessels. This view allows me to plan a surgical strategy with the least amount of disruption to healthy tissue for optimal patient results.”
Dr. Stephen Monteith,
Director of Cerebrovascular Neurosurgery,
Swedish Providence Neuroscience Institute
Swedish Providence Neuroscience Institute
"Medivis SurgicalAR allows you to see the things you normally can't see. I think this technology will become an incredibly powerful tool for neurosurgeons and has the potential to be revolutionary for all surgical specialties."
Randy D'Amico, M.D
Assistant Professor of Neurosurgery, Department of
Neurosurgery Lenox Hill Hospital/Northwell Health
Neurosurgery Lenox Hill Hospital/Northwell Health
