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Innovating today for a Smarter Tomorrow

Revolutionizing How the Next Generation of Doctors Learn

We’re on a mission to reshape medical education using breakthrough technologies. By transforming how students explore human anatomy, we’re helping to train more skilled, confident, and prepared healthcare professionals—empowering tomorrow’s doctors with the tools they need today.

The Future of Anatomy: Award-Winning 3D Learning Platform

Step into the body like never before. Our cutting-edge platform brings human anatomy to life through virtual, mixed, and augmented reality. With an award-winning 3D anatomical atlas and a VR DICOM viewer, it offers a dynamic new way to visualize and understand the human body.

Immersive Anatomy, Anytime, Anywhere

Say goodbye to outdated textbooks and cadaver labs. Our platform runs seamlessly on mobile devices, tablets, and VR headsets, delivering an interactive, hands-on experience. It makes learning anatomy more intuitive, more engaging—and more effective.

Trusted Worldwide: Anatomy Learning Without Borders

With over 13,000 lifelike anatomical structures and powerful features like bone mapping and multi-user collaboration, our platform is used in more than 180 countries. From classrooms to clinics, it’s revolutionizing how students, educators, and professionals connect with human anatomy.

Virtual Reality Workplace Training (Next World XR)

Immersive Anatomy. Smarter Learning

Human Anatomy VR

  • Explore the human body in high-detail 3D.
  • Interactive, hands-on learning without cadaver labs.
  • Realistic simulations to improve understanding and retention.

VR DICOM Viewer

  • Explore CT and MRI scans in 3D – Step inside medical images for a spatial, interactive understanding of anatomy.

  • Enhance learning and diagnostics – Ideal for education, surgical planning, and radiology training with deeper visual clarity.

  • Intuitive and immersive – Navigate complex data using natural VR controls for an engaging, hands-on experience.

AR Anatomy Solutions

  • Augmented Reality (AR) models for in-depth anatomy exploration.
  • Engage learners with interactive overlays and detailed anatomical structures.
  • Enhance medical education with a multi-dimensional learning approach.

Muscle Kinetics

  • Understand muscle movement and biomechanics in a dynamic environment.
  • Real-time visualization of muscle function and joint movement.
  • Improve rehabilitation training and sports science studies with interactive simulations.