Top 7 Medical 3D Visualization Software SaaS Companies in July 2026

New York, New York, United States

We’re all human - BioDigital created the world’s first #interactive3D body platform to revolutionize the understanding of the human body. Often referred to as “Google Maps for the Human Body,” the BioDigital Human platform is a medically accurate, virtual map of the human body—composed of over 12,000 individually selectable anatomical structures, 1000+ simulated health conditions and treatments, and a toolkit to map and visualize data. This fully embeddable, cloud based software is available in eight languages, on any desktop, mobile device, or in AR/VR for use within any educational or clinical workflow. Today over 5,000,000 healthcare professionals, students, patients and others rely on the BioDigital Human to understand human health. To talk about how BioDigital might be useful in your work, submit our contact form here - biodigital.com/contact We’re looking for driven, team-oriented individuals to join the team remote or in our Manhattan office. Check out our careers page - biodigital.com/careers - to learn more.

Minneapolis, Minnesota, United States

Developer of medical imaging software designed to turn medical images into life-changing insights. The company's medical imaging software offers data and computer vision, delivers full quantitative analysis and 3D visualization without added work for radiology, enabling physician to personalized patient insights for daily care with big data and automation.

London, England, United Kingdom

Biotronics3D develops and markets innovative software applications for the diagnostic imaging industry, offering cloud-native imaging solutions and three-dimensional medical image analysis services.

San Francisco, California, United States

Developer of a cloud based mobile software application designed to help surgeons develop more accurate and confident surgical plans through advanced medical images and data analytics. The company's FDA-cleared software converts a patient's existing CT or MR image into a detailed, multi-color, interactive 3D digital model, which is created entirely in the cloud, unlike existing 3D reconstruction applications, and may be viewed in virtual reality for even greater 3D visualization. Surgeons can view both the 3D models and the individual case profiles from their own mobile devices for maximum portability and convenience.

Toronto, Ontario, Canada

Developer of an online post-processing software platform designed to reconstruct and segment 3D images of peripheral nerves. The company's software platform reconstruct MRI images to identify areas of nerve damage as well as areas in and around the nerves that are indicative of inflammation, enabling physicians to identify signs of nerve degeneration or regeneration over time.