Spatial OS
Anatomy Master
Nivel principiante
VR independiente | PC-VR | PC | iOS

ANATOMY MASTER

El atlas de anatomía espacial.

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Medicalholodeck AI - Medical imaging and segmentation
Nivel experto
PC-VR | PC

MEDICALHOLODECK AI

Segmentación automática rápida.

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Medical Imaging - Surgical planning and training with digital twins
Nivel Pro
VR independiente | PC-VR | PC | iOS

MEDICAL IMAGING

Entrenamiento quirúrgico espacial.

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Nivel avanzado
VR independiente | PC-VR | PC | iOS

DISSECTION MASTER

Anatomía humana real.

Dissection Master Model

RecordXR

Grabar, repetir, compartir.
En realidad aumentada y virtual.

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Descargar

Prueba gratuita incluida

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Comprar

Desde 39 EUR

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Conectar

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RecordXR Studio

RecordXR Studio

Edición de contenido espacial.

Publicación

AI segmentation and digital twins in medical education

As 3D technologies continue to evolve in medicine, this study demonstrates how patient-specific virtual models are beginning to reshape medical education with Medicalholodeck.

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Noticias

Holotour 2026: spatial medicine on the road

Medicalholodeck, together with its Polish partner Holo Vectors, is touring medical universities across Poland. The Holotour Poland 2026 brings the latest spatial imaging and medical education technology directly to students, clinicians, and educators.

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Actualización

Improved imaging, segmentation, and TeamXR: February update

Better imaging quality, bigger teams in TeamXR, and segmentation improvements: This update brings sharper, faster imaging with raymarch rendering, allows TeamXR sessions of up to 40 users for more effective collaboration, and enhances segmentation with smoother visuals, intuitive editing, and labeled structures.

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Spatial computing for minimally invasive spine surgery Historia de usuario

Spatial computing for minimally invasive spine surgery

Minimally invasive spine surgery (MISS) works through very small anatomical corridors, reducing tissue damage and recovery time. This also limits orientation: the operative field is narrow, depth perception constrained, and landmarks may be obscured. The learning curve, especially for younger surgeons, is steep.

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Spatial imaging in complex tear duct surgery Publicación

Spatial imaging in complex tear duct surgery

Virtual reality lets surgeons explore patient anatomy in 3D before entering the operating room, facilitating complex tear duct procedures. A recent study from the Military Institute of Medicine in Warsaw shows its use in endoscopic dacryocystorhinostomy.

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Mixed reality intraoperatively Publicación

Mixed reality intraoperatively

Mixed reality, alongside other spatial technologies, is increasingly adopted in medicine, particularly in surgery, where they contribute to improved clinical outcomes and enhanced patient safety. A recent literature review aimed to assess the role of mixed reality in surgical practice.

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