Discover how EndoCure used Stratasys Digital Anatomy™ 3D printing to validate its robotic ultrasound platform, improving early-stage lesion detection and accelerating clinical readiness.
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.
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 Stratasys solutions enhance neurosurgical training at AIIMS Delhi, improving craniotomy and neuro-endoscopic procedure simulations.
Creighton University uses Stratasys’ DAP to create lifelike, ultrasound-guided breast biopsy models, improving hands-on medical training. Learn more
The University of Iowa’s prototyping lab leverages Stratasys additive manufacturing technology to speed up device design, testing, and production.
TryTec, a small medical device manufacturing company based in Japan, designed its first endoscopic device, Opyls, with Stratasys DLP technology. Read more
Read how Stratasys P3 technology and materials helped H&T Presspart to achieve injection-molding precision and quality for pharmaceutical components.
GO Orthotics retains competitive edge with additive manufacturing technology. Read how the SAF H350 3D printer and the High Yield PA11 made that possible.
Microfluidics has applications in the medical and engineering fields. Learn why researchers believe 3D printing can change the manufacturing of microfluidic devices.
