GO Orthotics sichert sich mit additiver Fertigungstechnologie einen Wettbewerbsvorteil. Lesen Sie, wie der SAF H350 3D-Drucker und der High Yield PA11 dies ermöglicht haben.
Die Mikrofluidik findet Anwendung in der Medizin und im Ingenieurwesen. Erfahren Sie, warum Forscher sicher sind, dass der 3D-Druck die Herstellung von Mikrofluidikgeräten verändern kann.
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.
Erfahren Sie, wie Paragon Rapid Technologies die Stereolithographie-Technologie von Stratasys nutzt, um die Anforderungen seiner zahlreichen Kunden zu erfüllen.
Learn how BiologIC Technologies’ “Desktop Computer of Biology” comes to life with Stratasys J826 Prime 3D printer.
Learn how University of Colorado - Boulder Professor Rob MacCurdy is innovating using 3D printing for medical models.
Learn how Seattle Children's Hospital is employing Stratasys 3D printing to map out complex surgeries, as well as specializing care for individual patients.
3D printing has incredible applications in the future of cardiac surgery and medical devices. This case study about the potential of 3D printing synthetic myocardium is a perfect example.
