cadaVR anatomy

3D anatomy atlas based on real cadavers

The most effective aid for the anatomy experts of today and tomorrow

Real anatomical structures in a virtual environment

Spectacular 3D models created by 3D scanning
Real cadavers from the dissection room
Rare fixed wet and paraffin-embedded specimens
High-quality content approved by professionals

Webshop

0

models

0

labels

0

quiz questions

Interactive digital anatomy atlas with VR support

An extensive collection of 3D anatomy models, created by 3D scanning cadavers in the dissection room as well as fixed wet and paraffin-embedded specimens stored in the internationally renowned anatomy museum of the Department of Anatomy, Histology and Embryology, University of Szeged Albert Szent-Györgyi Medical School, Hungary.

For personal use

cadaVR PERSONAL

Prepare for your exams more efficiently
Create effective visualisation for consultations
Review anatomical knowledge before entering the operating room
For displays under 30 inches

Learn more

For presentations

cadaVR PROFESSIONAL

Create eye-catching presentations for lectures and conferences
Make your lessons more engaging
Give professional demonstration for a broader audience
For displays over 30-inch

Learn more

For Institutions

cadaVR INSTITUTE

Provide full access for all students, faculty and staff members of your institution or medical centre
Choose a mix of PERSONAL and PROFESSIONAL licences that's right for you
For all display sizes

Learn more

The cadaVR digital anatomy atlas offers an opportunity to learn about anatomical structures using 3D models digitalised from a collection of real anatomical specimens found in the dissecting room and a world-renowned anatomy museum. To deepen your anatomical knowledge and check your knowledge, use the cadaVR PERSONAL licence. To give a presentation in a classroom or at a conference, or if you have a low-speed Internet connection, choose the cadaVR PROFESSIONAL licence.

Dr Krisztián Pajer PhD, assistant professor

Optimised for the most popular VR platforms

In the virtual environment, the highly detailed models, based on real anatomical specimens, come to life.