See how Humanitas University uses the Stratasys J850 Digital Anatomy 3D printer to enhance surgical planning, education, and medical research with lifelike anatomical models.
Kauzlarich and her team chose the Digital Anatomy Printer because of its versatility and because they found that through this technology, the lab is able to create anatomically realistic, biomechanically accurate models for physicians who need a visual way to explain a unique procedure or another specific anatomy.
See how John Crane transforms tooling and metal part replacement with additive manufacturing with Stratasys technology.
NYU helps to create patient-specific, personalized, color-coded 3D prints of patients’ kidneys and prostates to guide surgeons and inform patients.
Learn how Otis college of art & design creates out-of-this-world garments with Activision Blizzard using Stratasys 3DFashion Technology.
The journey started with the idea that additive manufacturing might help with the company’s tooling needs. With the assistance of PADT, an advanced 3D printing product development and services provider, Howe and Dan Zumbo, Parker’s additive manufacturing manager, started small with a loaner 3D printer.
Students solve problems daily with 3D printed solutions. QCC has launched over 100 projects in which students use 3D printing to provide solutions.
SickKids uses 3d printed models that are anatomically accurate, can mimic various pathologies, and provide true haptic feedback for surgeons-in-training.
Discover how Stratasys solutions enhance neurosurgical training at AIIMS Delhi, improving craniotomy and neuro-endoscopic procedure simulations.
Discover how Stratasys and Addion transformed eyelid surgery training with 3D printed anatomical models. See how Digital Anatomy™ technology enhances realism, reduces risk, and builds surgical confidence.
