Where medical imaging becomes surgical intelligence.

Medivis’ intelligence is embedded in every step of the surgeon’s workflow. Medivis Studio turns imaging into a plan. Medivis Navigation carries that plan into the operating room as real-time guidance. Frontier closes the loop, with systems that learn from every case.

Conventional Displays
Spatial Intelligence
Spine navigation in the operating room

It starts in Medivis Studio.

The FDA-cleared, CE-marked imaging platform for everything pre-operative — every case begins with the data, becomes a plan, and integrates with all the devices in the room. Available on Windows and macOS.

Data

Everything a case is made of — CT, MRI, Ultrasound, Fluoroscopy, PET — the session it lives in, the volumes inside it, and the fusion of one modality with another.

Data

Session

Load from PACS, O-Arm, C-Arm, USB or CD into one session, saved once and recovered whole.

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Data

Everything a case is made of — CT, MRI, Ultrasound, Fluoroscopy, PET — the session it lives in, the volumes inside it, and the fusion of one modality with another.

Session

Load from PACS, O-Arm, C-Arm, USB or CD into one session, saved once and recovered whole.

Volume

The 3D dataset cropped, cut and lit in real time, with photorealistic rendering on demand.

Fusion

MRI fused onto CT with automatic registration; tune opacity and tint, or recompute any time.

Plan

Imaging becomes anatomy, and anatomy becomes a plan — segmented, annotated and templated on the patient’s own scan.

Plan

Segmentation

Automatic segmentation of spine, brain tumour and full-body CT, from a few seed points.

Plan

Imaging becomes anatomy, and anatomy becomes a plan — segmented, annotated and templated on the patient’s own scan.

Segmentation

Automatic segmentation of spine, brain tumour and full-body CT, from a few seed points.

Annotations

Target and entry trajectories on the patient’s own scan, measured to the millimetre.

Templating

Screw planning level by level: diameter, length and trajectory, editable live in the OR.

Devices

The hardware around the case — sensors, headsets, screens, feeds and probes — connected to the same session so the room can see the plan.

Devices

Smart glasses

Proprietary AR loupes, or commercial head-mounted displays from Meta, Apple and Microsoft. One session, any display.

Devices

Devices

The hardware around the case — sensors, headsets, screens, feeds and probes — connected to the same session so the room can see the plan.

Smart glasses

Proprietary AR loupes, or commercial head-mounted displays from Meta, Apple and Microsoft. One session, any display.

Spatial monitors

Glasses-free, eye-tracked 3D on the spatial monitor. No headset required.

Scope feeds

Cameras, endoscopes and microscopes routed into any viewport, or straight into the headset.

Ultrasound probes

Tracked ultrasound in AR: B-mode and Doppler at the probe tip or on a virtual monitor.

External sensorsNavigation

The optical tracker that sees the tools and the patient, with hybrid tracking through the headset.

Robotic armsFrontier

Tracked guidance extended to robotic positioning. Talk to us about integration.

It continues intraoperatively with Medivis Navigation for Cranial, Spine and Body.

Execute the plan in the operating room with real-time guidance — 1st-party and 3rd-party tools, six ways to register, and conventional and/or spatial execution.

Tools

An ever-growing toolkit of 1st-party and 3rd-party instruments, references and adapters.

Tools

Instruments, references and adapters

One library of trackable tools — both first-party and third-party versatility.

Tools

An ever-growing toolkit of 1st-party and 3rd-party instruments, references and adapters.

Instruments, references and adapters

One library of trackable tools — both first-party and third-party versatility.

Register

The moment the scan is locked to the patient — six ways to do it.

Register

Trace

Sparsely sample external or internal anatomy with a tracked tool, matched against the imaging isosurface, then registered.

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Register

The moment the scan is locked to the patient — six ways to do it.

Trace

Sparsely sample external or internal anatomy with a tracked tool, matched against the imaging isosurface, then registered.

Digitization

Surface digitization with high-density point cloud captures, verified against the scan, automatically, in seconds.

Landmarks

Virtual landmarks on the scan, the same points on the patient — the spatial alignment is instantly computed.

Intra-Op CT

Registration from the scan itself: fiducials found automatically and aligned to the array.

2D–3D Fluoro

Fluoroscopy registered to the volume. Talk to us about your program.

Ultrasound-based

A sweep of the tracked probe digitizes internal anatomy in seconds, which can be fused with cross-sectional imaging.

Navigate

Conventional and/or spatial execution. Cranial and spine FDA cleared. Body under investigation.

  • Cranial — FDA cleared
  • Spine — FDA cleared
  • Body — investigational

Frontier

Where our research is heading — an agent that is really a contextual harness, and robots that join a system which already knows where everything is.

Frontier: co-development programs, not cleared products.

Frontier

Agents

Maia puts the imaging and live case state in front of any model, then calls our validated tools.

Frontier

Where our research is heading — an agent that is really a contextual harness, and robots that join a system which already knows where everything is.

Frontier: co-development programs, not cleared products.

Agents

Maia puts the imaging and live case state in front of any model, then calls our validated tools.

Robotics

Surgical autonomy runs 0 to 5. The field has cleared Level 2; above it is our research. Research use only.

Let’s talk about your program.

Send us a message — a member of the Medivis team replies within one business day.