Medicalholodeck AI - Medical imaging and segmentation
Expert level Hardware: PC-VR | Remote Rendering i
Runs best on tethered PC-VR. Also available on Remote Rendering.

MEDICALHOLODECK AI

Fast automatic segmentation.

Learn more Buy

Precision surgery in pediatrics
with Virtual Reality

Learn more
Medical Imaging - Surgical planning and training with digital twins
Expert level Hardware: Standalone | PC-VR | iOS i
Runs on standalone devices like Meta Quest 3, tethered PC-VR, and iOS devices.

MEDICAL IMAGING

Spatial surgical training.

Learn more Buy

Beta access for
3D- and 2D-screens
on Windows

Request access
mh-logo

DOWNLOAD

mh-logo

MANUAL AND
TUTORIALS

RecordXR

Record, replay, share.
In augmented and virtual reality.

Advanced level Hardware: Standalone | PC-VR | iOS i
Runs on standalone devices like Meta Quest 3, tethered PC-VR, and iOS devices.

DISSECTION MASTER

Real human anatomy.

Learn more Buy
Dissection Master Model
Beginner level Hardware: Standalone | PC-VR | iOS i
Runs on standalone devices like Meta Quest 3, tethered PC-VR, and iOS devices.

ANATOMY MASTER

The spatial anatomy atlas.

Learn more Buy
Anatomy Master Model

Transforming neurosurgery
and patient care with VR

Learn more

RecordXR Studio

Spatial content editing.

Medicalholodeck

ACADEMY

Left Image
Review 1
Review 2
Review 3
Precision surgery in pediatrics with Virtual Reality Publication

Precision surgery in pediatrics with Virtual Reality

Video-assisted thoracoscopy treats congenital cystic lung malformations while sparing healthy tissue, but surgeons need detailed patient-specific insights that 2D and 3D views often cannot provide. Researchers from Nanjing Medical University and Qinghai University used Medicalholodeck to create patient-specific 3D VR models, improving recognition and spatial understanding of complex anatomy.

Read more
News

Glasses-free 3D, spatial imaging, and AI

Meet us from November 30 to December 3 at the McCormick Center in Chicago at booth 4052. Discover how smart spatial imaging and AI can support clinical work, training, and medical decision-making.

Read more
Intraoperative holographic navigation with augmented reality in mandibular reconstruction Publication

Intraoperative holographic navigation with augmented reality in mandibular reconstruction

Reconstructing large mandibular defects remains one of the most demanding procedures in head and neck surgery. Tumor-related bone destruction affects chewing, facial symmetry, speech, and patient quality of life.

Read more
Glasses-free 3D screens: The next level of immersion News

Glasses-free 3D screens: The next level of immersion

Glasses-free 3D screens have evolved into precise visualization systems for medicine, offering real spatial depth without headsets or glasses. With advances in resolution, real-time eye tracking, and AI rendering, they now meet the accuracy and reliability required for medical imaging.

Read more
Low-dose CT, high-impact: VR is redefining pediatric surgery Publication

Low-dose CT, high-impact: VR is redefining pediatric surgery

Early detection and timely surgery are key for healthy lung development in babies. Low-dose CT scans reduce radiation but make images harder to interpret. Researchers at the University of Bonn created patient-specific 3D digital twins viewable in VR, improving visualization, spatial understanding, and collaborative decisions for the smallest patients.

Read more
VR-based orthopaedic trauma planning in clinical practice Publication

VR-based orthopaedic trauma planning in clinical practice

Virtual reality offers new opportunities in orthopaedic trauma care, enabling surgeons to explore fractures and plan implants in 3D. NHS Greater Glasgow implemented a VR system using Medical Imaging XR by Medicalholodeck, integrating patient CT scans and virtual implant models to assess its feasibility and benefits for trauma planning.

Read more
Collaborative Virtual Reality for case-based surgical training Publication

Collaborative Virtual Reality for case-based surgical training

Traditional surgical education relies on anatomical models, textbooks, 2D images, and cadaver training. A pilot project at the University of Bonn explored whether immersive virtual reality can enhance case-based learning in thoracic surgery using real patient CT data.

Read more
More news

What is

mh-logo

MEDICALHOLODECK®