The Digital Anatomy Creator gives you the power to create ultra-realistic anatomical models. For each layer of the model, you have the freedom to define its position and size, select its mathematical function, and create a digital material using up to five different materials.
Read moreWatch Blair Kauzlarich, Clarkson College’s 3D Printing and training center administrator, speak about teaching a novel 3D printing program in the college and hear her vision for the future of the medical 3D printing industry.
Read moreThe RadioMatrix™ is a radiopaque material that will allow clinical teams, labs, and researchers to 3D print radio-realistic models with radiopacity properties.
Read moreIn a field where innovation saves lives, 3D printing solutions empowers doctors and medical device manufacturers to innovate on a time limit.
Read moreJacobs Institute confronts vascular disease with innovative technological means through the use of 3D printing.
Read moreNYU graduate student creates color-coded 3D prints of patients’ organs to help guide surgeons, and help patients gain a better understanding of their care.
Read moreUnique GelMatrix material and GelSupport™ depositing patterns allow you to print small and large, complex vascular structures and easily remove internal support material.
Read moreFDM technology is being used in the manufacturing world to produce production parts with improved speed and lower costs.
Read moreHealthcare has become one of the most exciting industries being transformed by Stratasys 3D printing technology.
Read moreCBMTI uses PolyJet technology to closely simulate tissue and create a realistic surgical scenario for training situations.
Read more
