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Stereoscopic Depth Intelligence

Immersive 3D medical education.

One connected ecosystem

Present → Create → Powered by StereoCore.

Three products, one system — content created in StereoMed AI flows directly into StereoMed XR for presentation, both built on the same StereoCore foundation.

A medical educator leading a synchronized StereoMed XR anatomy session for learners wearing headsets.
Shared immersive anatomy session

One source. One synchronized stereoscopic view. Every learner sees the same frame and pointer position.

PRESENT

StereoMed XR

One synchronized source, distributed to every headset in the room — or joining remotely. Every learner sees the same depth-synced view at the same moment.

Depth-synced pointer
Moves with anatomical depth to precisely indicate the ICA, cranial nerves, tumor margins, and fiber tracts.
AI visual-fatigue management
Eye tracking and adaptive disparity are designed to keep long stereoscopic sessions comfortable.
Synchronized, offline-first
Frame- and clock-synced across every headset in the room, on a local base station.
CREATE

StereoMed AI

A dedicated hub for turning 2D clinical imagery into stereoscopic teaching content — the entry point of StereoMed's content flywheel.

Image Mode
Instantly convert 2D clinical images to stereoscopic (SBS) pairs, with adjustable disparity and depth-map style.
Video Mode
Convert 2D clinical video to 3D SBS while preserving the audio track.
Annotation Mode
Left/right-eye images plus a generated depth map, with stereoscopic text, line, and shape annotation tools.
Animated StereoMed AI workflow converting medical imagery into depth-aware stereoscopic content.
2D source  →  Depth reconstruction  →  Stereo pair
POWERED BY

StereoCore

A medical 3D model trained on a large-scale collection of real medical images and imaging data. StereoCore learns anatomical structure and spatial relationships to support intelligent medical training systems.

Built on real medical imaging
Training across diverse medical images and imaging data helps the model learn anatomical form, depth, and spatial relationships.
Eye-tracking analysis training
StereoCore can provide structured 3D medical scenes for training systems that analyze gaze, visual attention, and interaction patterns.
Surgical robot training
Its anatomical 3D representations can support simulated environments and spatial-learning workflows for surgical robotics.
Eye-tracking analysis training with a head-mounted sensor system alongside a multi-arm surgical robot training environment.
Eye-tracking analysis  ·  Surgical robot training

Bring immersive depth to medical education.

Start a conversation with StereoMed.