Muscles, bones and joints
Central nervous system, peripheral nervous system
Arteries, veins, lymphatic system
Heart, respiratory system, digestive system, endocrine organs, genitourinary system
Skin and appendages, organ of vision, Organ of hearing and balance
Based on real clinical data
Tons of anatomical structures
Healthy and pathological structures interaction
Muscles, bones and joints
Central nervous system, peripheral nervous system
Arteries, veins, lymphatic system
Heart, respiratory system, digestive system,
endocrine organs, genitourinary system
Skin and appendages, organ of vision,
organ of hearing and balance
Based on real clinical data
Tons of anatomical structures
Healthy and pathological structures interaction
A unique catalog of medically accurate 3D models of human anatomy and pathologies, including rare diseases. This atlas is designed to be always at hand for medical students, lecturers, and doctors: to view the models at any scale, from any angle, both from inside and outside. It simplifies pathology understanding and learning.
Get all anatomy and pathology 3D models on any type of your devise. Always with you, to use it anywhere and anytime you like!
A medical system that uses the mixed reality technology to visualize 3D models of damaged bones, organs and tissues inside patients or manikins in real time.
Converting DICOM data into a 3D model and placing it "inside" the patient’s body for planning and conducting the surgery more efficiently and mark out surgical access more accurately.
Multi-user mode allows two or more users to see the injury and its 3D model “through the eyes” of the operating surgeon in the same room or in different places.
Virtual simulators for studying and performing surgical operations of any complexity.
Laboratory as a metaverse platform for the healthcare community where users can immerse themselves in the study of medical science.
