Interactive.
Mixed reality and mobile applications transform medical education by merging digital information with physical environments. Medical students and practitioners visualise complex anatomy and practice procedures, without risk to patients. AR and VR applications improve skill retention, enhance clinical decision-making, and create safe yet realistic training environments for developing critical medical competencies.
Surgical and Procedural Training.
Interactive applications let clinicians rehearse technique and internalise anatomy before they operate, reducing training costs and accelerating adoption of new devices and procedures.
Interactive Anatomy Education.
Explorable 3D anatomy turns static diagrams into experiences students retain, across e-learning, simulators, and classroom settings.
Patient Education Materials.
Immersive experiences that help patients understand their condition or procedure, building trust and supporting informed consent.
Mixed Reality Murals.
Augmented reality murals transform static artwork in hospitals, medical schools, and public spaces into interactive learning experiences, engaging audiences who might never enter a traditional classroom.
Choose An Interactive Workflow.
 Learners retain far more by doing than by observing. Interactive AR and VR let students practise procedures and explore anatomy hands-on, improving skill retention and clinical decision-making.
Practitioners rehearse technique and build competence in a controlled environment, developing confidence long before any contact with a patient.
Reduce reliance on training centres, physical models, and travel. Once built, an application can train an unlimited number of users, anywhere, at any time.
Award Winning Augmented Reality​
ART (Augmented Reality Training), developed in partnership with Limbs and Things, bridges the gap between haptic simulation and anatomical education. The application overlays interactive 3D anatomy onto physical training equipment, allowing medical students and practitioners to visualise internal structures during hands-on practice.
Awarded with Gold and Platinum Awards at the 2024 Institute of Medical Illustrators Awards.
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