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.
Delkor uses Stratasys SAF® 3D printing to reduce tooling costs by 60% and speed production by 50%. Learn how the H350 and PowderEase T1 improve throughput and scalability.
JW Speaker uses Stratasys F3300 and Nylon 12CF to produce strong, large-scale 3D printed fixtures, saving up to 89% in time and thousands in cost.
Discover how FabGRAB transformed denture production with Stratasys J5 DentaJet and TrueDent-D resin: scaling digital workflows, improving aesthetics, and enabling batch production.
See how a global automotive manufacturer uses Stratasys F3300 to increase print speed by 72%, lower part costs, and streamline additive manufacturing.
3D printed paint masks using ULTEM™ 9085 resin and the Stratasys F3300 withstand high-heat paint lines, enable reuse, and improve production speed and accuracy.
Karsan uses Stratasys F770 to replace metal parts with large, lightweight 3D printed components. Learn how additive manufacturing cut costs by 80%.
Discover how UPenn uses Stratasys Digital Anatomy™ printing to produce CT- and MRI-visible brain models for safe, patient-specific training and neurosurgical planning in veterinary medicine.
Discover how Microsoft’s Advanced Prototyping Center uses the Stratasys J850 Prime and VeroUltraClear resin to create high-fidelity prototypes—accelerating design validation for the Surface Pen.
Discover how Bifrost scaled UAV production using the Stratasys H350 with SAF® technology. Achieve 6–8× throughput, 80% labor savings, and 40% lower production costs.
