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.
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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.
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Publication
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.
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Publication
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.
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News
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.
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Publication
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.
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Publication
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.
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Publication
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.
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