Empowering medical training with 3D lifelike, visual, and haptic teaching aids that replicate the complexity of real human anatomy.
Leverage the power of Stratasys technologies to create realistic replicas of organs, bones, and diverse pathologies, alongside tools and medical devices prepared for experimental testing.
Provide practical training and education in a risk-free setting with 3D printed medical models.
Biomechanically accurate 3D models offer a realistic representation of the targeted pathology, giving medical students and researchers a hands-on learning experience without the limitations of animals, and cadavers.
Accelerate Medical Innovation with Stratasys 3D Printing Technology.
Enhance Your Medical Training and Patient Understanding.
A compact platform that enables the creation of both visual and functional anatomical models with high biomechanical precision and realism.
Create medical models that accurately represent the appearance and response of human tissue.
A compact platform that enables the creation of both visual and functional anatomical models with high biomechanical precision and realism.
Create medical models that accurately represent the appearance and response of human tissue.
Multiple materials and multiple capabilities enable the creation of brilliantly vivid anatomical models that are both sterilizable and biocompatible – all within a single platform.
Uncover the potential of 3D anatomical modeling with innovative materials of Stratasys' Digital Anatomy Printer. Discover how these materials are reshaping medical training, surgical planning, and research.
Patricia (Trish) Weber MHA, RT(R)(CT) ARRT, Associate Professor for the Clarkson College Radiography and Medical Imaging program
Customer Success StoryLearn how Oliver Grimaldo Ruiz, from the Polytechnic Institute of Torino, is developing and testing designs using medical 3D printers.
Discover the secrets within our whitepaper: Biomechanical Tests Confirm the Potential for 3D Printing Suturable Vascular Models.
Investigate the benefits of Medical Education and Pre-Surgical Planning with Italy’s 3D4Med Lab.
Explore the personal and professional journey, of Blair Kauzlarich leveraging 3D printing at Clarkson College to enhance medical training.
Prototype created by the University of Minnesota more accurately represents human physiology for training exercises.
Discover how 3D printing is transforming orthopedics in areas such as anatomical modeling, training and education, and more.
Learn how to create realistic synthetic musculoskeletal models for physician training and more.