3D Organon is a medical and anatomical XR education platform designed to deliver highly detailed, interactive human anatomy learning in VR, AR, MR and desktop formats. Built with clinical accuracy in mind, it allows learners to explore the human body in true 3D, isolate systems, dissect layers and understand spatial relationships that are difficult to grasp using traditional 2D resources. The platform is widely adopted by medical schools, healthcare institutions and training providers as a replacement or enhancement for cadaver labs, anatomy textbooks and slide based teaching. 3D Organon supports both individual self paced learning and instructor led sessions, making it suitable for classroom, lab and remote education environments.
Comprehensive 3D anatomy library
Thousands of anatomically accurate structures across all body systems, with layer by layer exploration of muscles, nerves, vasculature, organs and skeletal structure.
Multi platform XR support
Available on VR headsets including Meta Quest, HTC Vive and Pico, with AR and MR support for spatial overlay, plus desktop and tablet access for non VR learners.
Interactive learning tools
Isolate, hide, fade and dissect anatomical structures, highlight relationships between systems, with real time annotations and guided exploration.
Instructor led teaching mode
Educators can guide groups through anatomy in shared sessions, ideal for classroom demonstrations and hybrid learning with live explanation.
Clinical and educational modes
Learning modes tailored for students versus professionals, with structured exploration aligned with medical curricula.
Offline and portable access
Content can be downloaded for offline use, suitable for labs, classrooms and controlled environments.
Language and accessibility support
Multi language interface options designed for international education programmes.
Replacing or supplementing cadaver labs
Give students repeatable, detailed anatomy exploration without the cost, ethical considerations or scheduling limits of a physical lab.
Core anatomy teaching
Deliver structured, curriculum aligned anatomy lessons across muscles, nerves, vasculature and organs, in the classroom or remotely.
Exam preparation and revision
Let students revisit and isolate specific systems or structures at their own pace ahead of assessments.
Instructor led group teaching
Guide a class or cohort through a shared anatomy session, with the instructor controlling the view and pace.
Clinical and professional refreshers
Give qualified staff a quick, accurate way to revisit anatomy relevant to a procedure or specialism.
Remote and hybrid learning
Keep anatomy teaching consistent for students studying off site or across multiple campuses.
Medical schools and universities
Scalable, immersive anatomy education.
Medical and nursing students
Deep spatial understanding of anatomy.
Allied health programmes
Physiotherapy, occupational therapy and radiography.
Healthcare educators and faculty
Modern teaching tools beyond slides.
Hospitals and training centres
Staff education and anatomy refreshers.
Institutions reducing cadaver use
Ethical, cost effective alternatives.
Hybrid and remote learning programmes
Consistent access across devices.
Technical readiness and setup
- Confirm supported devices, VR headsets, AR or MR devices and desktop PCs
- Ensure adequate GPU performance for desktop use and stable internet for downloads and updates
- Acquire appropriate licences, institutional or individual, and set up instructor and learner accounts
- Define access policies and establish naming and module usage standards
Device preparation and curriculum planning
- Install 3D Organon on all VR headsets and desktop systems, and update firmware and tracking settings
- Calibrate play spaces and controllers, and test performance on representative devices
- Map anatomy modules to course curriculum and define lesson structures for instructor led sessions
- Identify key systems or regions for focused learning and prepare guided exploration pathways
Onboarding and session readiness
- Train educators on navigation and teaching tools, and provide students with basic VR orientation
- Establish comfort and safety guidelines for VR use
- Pre load content before classes and test instructor led mode and screen mirroring
- Prepare backup desktop access for non VR users
Operational support and improvement
- Assign a technical support contact for sessions and document common troubleshooting steps
- Schedule periodic device and software updates and maintain headset hygiene and charging routines
- Gather feedback from students and faculty, and assess learning outcomes and engagement
- Adjust lesson plans and plan platform updates alongside curriculum changes
