Functions

Spatial OSStandalone VR, PC VR, Windows PCs with stereoscopic 3D or 2D displays, and iOS.

Device connectivity

PC VR: Connect a supported VR headset to a Windows workstation for immersive interaction with medical data.
Stereoscopic 3D displays: View anatomy with stereoscopic depth on a compatible 3D display connected to a Windows PC.
2D displays: Explore medical imaging and anatomy on a standard display connected to a Windows PC.
iOS: Connect supported iPhones and iPads to shared sessions with TeamXR.
Standalone VR: Connect additional supported standalone VR headsets to shared sessions with TeamXR.

Workspace

Save and load scenes: Save your workspace, data, and settings for later review or teaching.
Capture screenshots and videos: Capture photos and videos of your VR environment.
Teleportation: Use teleport to move to a new position within the VR environment.
Undo and redo: Undo or redo your last actions.
Web browser: Open web resources alongside your data in VR.

Teamwork with TeamXR

Shared sessions – up to 40 users: Collaborate with multiple users in a shared VR environment for real-time teamwork with 3D data.
Shared spatial anchors: Align virtual objects in a shared physical space on Meta Quest 3.

Spatial recording with RecordXR

Record: Create spatial VR content by capturing movement, interaction, and voice for teaching, presentations, or review.
Replay: Play back recorded spatial recordings and interact with the data.
Edit with RecordXR Studio: Edit your spatial recordings in RecordXR Studio: cut, stitch, and edit audio.
Share: Share your spatial recordings with other Medicalholodeck users.

Medical ImagingImport, visualize, annotate, measure, and export medical imaging data.

Data import

3D imaging: Import CT, MRI, and CBCT datasets in DICOM format.
Time-resolved imaging: Explore supported 4D DICOM datasets from CT, MRI, and echocardiography, including cardiac motion.
Ultrasound and angiography: Import supported 2D and 3D DICOM datasets from ultrasound, echocardiography, and angiography.
NIfTI: Import brain imaging datasets in NIfTI format.
PET imaging: View PET datasets to explore metabolic and functional information.
3D models: Import STL, OBJ, FBX, GLB, and GLTF files.
Video: Add MP4, M4V, MPEG, and AVI files to the workspace.
Images and documents: Add PDF, JPG, and PNG files to the workspace.
Device-to-device import: Transfer imaging datasets directly between devices.

Visualization

Standalone rendering: Visualize medical imaging data on supported standalone headsets.
Workstation renderingPC VR / desktop: Render detailed medical imaging volumes on a compatible Windows workstation.
Multiplanar reconstruction (MPR): View DICOM data in axial, coronal, and sagittal planes.
Cutter: Slice through 3D datasets to inspect internal structures.
Windowing: Adjust window level and width to reveal different structures in CT images.
Tissue filter: Adjust tissue visibility by Hounsfield unit (HU) ranges in CT data.
Visualization presets: Save, import, and export visualization settings and filters.
Edge filterPC VR / desktop: Emphasize boundaries between anatomical structures.

Annotation and editing

3D annotations: Draw and place markers to explain anatomical structures.
Manual masking: Manually isolate regions of a dataset for focused exploration.

Measurement

Distance: Measure the distance between selected points in millimetres.
Angle: Measure angles between selected points in the dataset.
Cylinder: Define a base diameter and height to measure cylindrical shapes.
Surface area: Place points to define a surface and measure its area in square millimetres.
Volume: Measure the volume of a manually masked region in cubic millimetres.

Export

STL exportPC VR / desktop: Export anatomical structures from DICOM data as STL models.

PACS connectivityPC VR / desktop

PACS connection: Connect to an institutional PACS to retrieve DICOM studies.
DICOM PUSH: Receive DICOM data sent from a configured PACS system.
DICOM retrieval: Retrieve studies using C-GET or C-MOVE, according to the PACS configuration.
DICOM tag filters: Use DICOM tags to specify and filter the data to retrieve.

Remote renderingMeta Quest

Server-based rendering: Render medical data on a remote server and interact with it through a supported Meta Quest headset.
On-premises rendering: Run remote rendering on a server within your institution.

Medicalholodeck AICT and MRI segmentation. Pro modules at additional cost.

TotalSegmentator

Model documentation

Total (CT): 117 anatomical classes in CT images.
Total (MR): 50 anatomical classes in MR images.
Lung vessels: Pulmonary vessels and airways in CT; coverage varies by model version.
Body: Body outline, trunk, limbs, and skin in CT images.
Body (MR): Trunk and limbs in MR images.
Vertebrae (MR): Sacrum and cervical, thoracic, and lumbar vertebrae in MR images.
Cerebral bleed: Intracerebral hemorrhage in CT images.
Hip implant: Hip implants in CT images.
Pleural and pericardial effusion: Fluid in the pleural and pericardial spaces in CT images.
Head glands and cavities: Eyes, salivary glands, and selected head cavities in CT images.
Head muscles: Selected jaw, tongue, and head muscles in CT images.
Head and neck bones and vessels: Selected bones, cartilage, and vessels of the head and neck in CT images.
Head and neck muscles: Major muscle groups of the head and neck in CT images.
Liver vessels and tumors: Liver vessels and tumors in CT images.
Oculomotor muscles: Eye muscles, eyeballs, optic nerves, and skull in CT images.
Lung nodules: Lungs and pulmonary nodules in CT images.
Kidney cysts: Left and right kidney cysts in CT images.
Breasts: Breast tissue in CT images.
Liver segments: Couinaud liver segments 1–8 in CT images.
Liver segments (MR): Couinaud liver segments 1–8 in MR images.
Craniofacial structures: Skull, mandible, teeth, and selected sinuses in CT images.
Abdominal muscles: Chest, abdominal, and back muscle groups within the T4–L4 region in CT images.
Teeth and dental structures: Teeth, pulp, jawbones, and related dental structures in CT/CBCT images.
Trunk cavities: Thoracic and abdominal cavities, pericardium, and mediastinum in CT images.
Vertebral bodies and discs: Vertebral bodies and discs in CT images; excludes vertebral arches.

TotalSegmentator Pro

Heart chambers (high resolution): Heart chambers, myocardium, aorta, and pulmonary artery in high-resolution CT.
Appendicular bones: Selected arm, leg, hand, and foot bones in CT images.
Appendicular bones (MR): Selected arm, leg, and foot bones in MR images.
Tissue types: Subcutaneous fat, torso fat, and skeletal muscle in CT images.
Tissue types (MR): Subcutaneous fat, torso fat, and skeletal muscle in MR images.
Tissue types (4 classes): Subcutaneous fat, torso fat, skeletal muscle, and intermuscular fat in CT images.
Brain structures (CT): Selected brain regions, ventricles, and related structures in CT images.
Face region (CT): Facial region masks for CT anonymization workflows.
Face region (MR): Facial region masks for MR anonymization workflows.
Thigh and shoulder muscles: Selected thigh and shoulder muscle groups in CT images.
Thigh and shoulder muscles (MR): Selected thigh and shoulder muscle groups in MR images.
Coronary arteries: Coronary arteries in CT images, including non-contrast scans.

Research models

Brain aneurysm: Aneurysms in TOF MRI. Non-commercial research only (CC BY-NC 4.0); no commercial license available.

MONAI

Model documentation

Whole body CT segmentation: 104 anatomical structures in CT images.
Whole brain segmentation (Large UNEST): 133 output labels, including background. Requires T1-weighted MRI registered to MNI305 space.
Swin UNETR BTCV segmentation: 13 abdominal organs and vessels in CT images.
Pancreas CT segmentation (DiNTS): Pancreas and pancreatic tumor in portal venous phase CT.
Prostate MRI anatomy segmentation: Central gland and peripheral zone in T2-weighted MRI.
Spleen CT segmentation: Spleen in CT images.
Spleen DeepEdit annotation model: Interactive spleen segmentation in CT images.

Segmentation tools

Segment visibility: Show or hide segmented anatomical structures.
Local processingPC VR / desktop: Run AI segmentation locally on a compatible Windows workstation.
Surface smoothingPC VR / desktop: Smooth the surfaces of segmented structures.
External model integration: Connect external segmentation models through the API.

Anatomy MasterDetailed 3D anatomy models for teaching and independent study.

Head: Anatomy of the skull and major head structures.
Inner regions of the head: Internal cavities and anatomical compartments of the head.
Brain: Overall brain anatomy and major structures.
Brain and senses: Brain anatomy with sensory organs and pathways.
Eye: Anatomy of the eyeball and surrounding structures.
Eye detail: Detailed structures of the eye and visual apparatus.
Ear: Outer, middle, and inner ear anatomy.
Ear detail: Detailed structures of the auditory and balance organs.
Neck and larynx: Muscles, vessels, and structures of the neck and larynx.
Thorax: Anatomy of the thoracic cavity including lungs and heart.
Abdomen: Abdominal organs and major anatomical structures.
Male pelvis: Male pelvic organs and surrounding anatomy.
Male skeleton: Complete male skeletal system.
Female chest: Female thoracic anatomy including breast structures.
Female pelvis: Female pelvic organs and reproductive anatomy.
Male muscular system: Muscles of the male body.
Male nervous system: Central and peripheral nervous system structures.
Blood circulation system: Arteries, veins, and major circulatory pathways.
Lymphatic system: Lymph nodes, vessels, and lymphatic organs.
Male neck and thorax: Muscles, vessels, and organs of the male neck and chest.
Back: Muscles and structures of the posterior torso.
Spine: Vertebral column and spinal anatomy.
Lumbar vertebrae: Detailed anatomy of the lumbar spine.
Upper limb: Bones, muscles, vessels, and nerves of the arm.
Lower limb: Bones, muscles, vessels, and nerves of the leg.
Hand: Bones, joints, muscles, and tendons of the hand.
Foot: Bones, joints, muscles, and tendons of the foot.
Teeth: Dentition and dental anatomy.
Teeth details: Detailed structures of teeth and surrounding tissues.
Brain regions: Functional and anatomical regions of the brain.
Female reproductive system details: Detailed female reproductive anatomy.

Languages: English, Spanish, Portuguese, Polish. More languages available on request.

Dissection MasterLayered cadaver-based datasets for anatomical study.

Head and thorax: 8 layers – layered anatomical dissection of head and thoracic structures.
Female abdomen and pelvis: 7 layers – layered dissection of female abdominal and pelvic anatomy.
Male abdomen and pelvis: 14 layers – layered dissection of male abdominal and pelvic anatomy.
Upper extremity: 10 layers – layered dissection of arm and shoulder anatomy.
Lower extremity: 8 layers – layered dissection of leg anatomy.
Heart: Layered anatomy of the heart including chambers, vessels, and internal structures.

Languages: English, Spanish, Portuguese, Polish. More languages available on request.

Terms and conditions

Start with a 14-day trial. For continued use, choose a license that matches your work or apply for free student access.

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Student: Personal learningFree access for currently enrolled students, with proof of enrollment. For individual, non-commercial study; excludes institutional deployment, professional services, institutional research, and clinical use.
EDU: Teaching and trainingFor educational institutions, classroom instruction, simulation, and faculty preparation. Typically device-bound, with sequential access for unlimited authorized users on each licensed device.
MD: Professional useFor medical professionals, practices, and clinics. Covers professional, educational, presentation, and non-diagnostic use within the agreed license scope.
PRO: Institutional use and researchFor hospitals, research institutions, laboratories, and medical organizations. Includes research, publications, professional presentations, and public demonstrations.

This overview summarizes the license options. The EULA and your applicable agreement define usage rights, device allocation, and restrictions. Regulated medical use requires explicit authorization for the product, intended purpose, and jurisdiction.

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