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AI InsightsFebruary 26, 20264 min
Mixed Reality in the Ward: XR Headsets and Holograms in Med-Tech
Diagnostics assisted by 3D holograms and surgical training in Mixed Reality. The future of healthcare is Spatial.
Computing is abandoning flat monitors to enter the space around us. "Spatial Computing" and headsets like Apple Vision Pro or Meta Quest 3 are revolutionizing critical sectors like medicine and specialized training (Med-Tech).
* Training: Residents can virtually "enter" an organ, studying tissues with real-scale magnifications, achieving a neuromuscular retention rate infinitely higher than a 2D screen. (Source: *Journal of Medical Extended Reality*).
This is not gaming. It is the tangible future of precision in the operating room.
Diagnostic Holograms
We are collaborating on the creation of POCs (Proof of Concept) where 3D models of organs (e.g., hearts or brains) generated by Magnetic Resonance Imaging (MRI) float in the surgeon's operational space. Mixed Reality (XR) allows the doctor to continue seeing the sterile operating room, overlapping vital telemetric data and holographic references without having to look away from the patient or colleagues.* Training: Residents can virtually "enter" an organ, studying tissues with real-scale magnifications, achieving a neuromuscular retention rate infinitely higher than a 2D screen. (Source: *Journal of Medical Extended Reality*).
This is not gaming. It is the tangible future of precision in the operating room.
Data & Insights Grafici
+40%
Training Retention
XR surgical training effectiveness vs traditional 2D methods.
0
Physical Instruments
Full simulations without touching the real patient in early phases.
3D
MRI-Derived Models
Organs digitized from MRI scans for holographic diagnostics.
E
E-quipe Tech Team
Digital Laboratory
