Simulations - Mixed Augmented and Virtual Reality Laboratory

MAVR Medical Augmented Reality 3D Hologram Inspector

Select any of the 5 procedural 3D medical specimens below, then use the on-canvas control buttons or left panel to explode anatomical layers, simulate pathology, slice cross-sections, or rotate/zoom.

AR Viewport Mode:

Interactive 3D Model Actions

CLICK TO TOGGLE

Click Explode / Dissect 3D to separate anatomical sub-structures in space, or Simulate Pathology AR to highlight clinical lesions.

Hologram Shader Layers

4 RENDER MODES

Tomographic Cross-Section

Clipping Depth: 100% (Uncut)

Cardiac Contraction Rate

72 BPM

40 BPM 72 BPM 160 BPM

01 / 05 • HOLOHEART AR

Vertices: 14,820 | 60 FPS

3D Orbit

LIVE BIOMETRIC ECG / EKG TELEMETRY (LEAD II)

RATE: 72 BPM

STATUS: NORMAL SINUS

25 mm/s • MAVR BioSync™ Real-Time Telemetry

CARDIOVASCULAR AR SPEC-01

Cardiovascular System (HoloHeart AR)

Multi-chambered procedural 3D cardiac hologram featuring left/right ventricles, atria, aortic arch, superior vena cava, and glowing coronary vasculature.

Anatomical Sub-Structure Checklist XYZ: [0.2, 1.5, 0.2]

Aortic Arch & Ascending Aorta

Primary systemic arterial conduit originating from the left ventricle.

Peak Systolic Flow: 1.35 m/s • Pressure: 120/80 mmHg

MAVR CLINICAL LAB WEBGL 2.0

Engineered at MAVR Laboratory for surgical rehearsal, spatial anatomy education, and haptic telemetry integration.