

Medicalholodeck advances surgical education by enabling realistic simulation with digital twins created from actual patient data. Surgeons and residents can load patient-specific CT and MRI scans, explore anatomy in 3D, and generate precise models that replicate the surgical landscape they will encounter. This provides a powerful way to study unique anatomical features, assess complexities, and prepare for challenging cases.
With detailed, patient-based models, teams can plan and virtually rehearse complex surgeries step by step. They can rotate, slice, and isolate anatomical structures, map out resection paths, and anticipate potential complications - all before entering the operating room. This hands-on rehearsal improves spatial understanding, sharpens procedural planning, and supports safer, more confident interventions.
Medicalholodeck AI streamlines the preparation process by automatically segmenting organs, vessels, and pathological areas from DICOM scans. Within moments, users can generate clear, structure-specific 3D models to focus on tumors, vascular networks, or other critical regions. This accelerates analysis, enhances precision, and ensures teams work with highly accurate anatomical references.
Surgical planning rarely happens alone. Medicalholodeck allows entire teams to meet in shared virtual spaces to examine patient anatomy, discuss strategies, and coordinate roles. By collaborating around the same patient-specific models, surgeons, assistants, and specialists align on approaches and refine plans together – mirroring the multidisciplinary teamwork essential in modern operating rooms.
With RecordXR, teams can capture their spatial sessions – recording walkthroughs, highlighting anatomical challenges, and narrating procedural steps. These recordings become valuable resources for later review, peer instruction, or training new residents on similar cases. It extends learning beyond a single session, building a library of procedure-specific insights that teams can revisit anytime.
Medicalholodeck runs on standalone VR headsets, PC-VR systems, iPads, and iPhones, making it easy to integrate into hospitals, simulation centers, or private practice. Explore all pricing plans here.
Getting started is simple - download the apps here, access support here, and view user manuals here.