Stratasys Medical

Big news for the J850 Digital Anatomy™ Printer: ToughONE™ is here. Now available on the Stratasys J850™ Digital Anatomy™ Printer, ToughONE™ takes medical prototyping and functional modeling to the next level. With this material, you can create: ✔️ High-impact, durable parts ✔️ Functional components with fine detail and strong aesthetics ✔️ Prototypes, snap-fits, covers, jigs, fixtures, and connectors Whether you’re already working with Digital Anatomy™ or exploring its potential, ToughONE™ opens the door to tougher, smarter applications. #StratasysMedical #DigitalAnatomy #3DPrinting #Innovation

Anatomical models aren’t species-specific. Precision should be universal. At the University of Pennsylvania, a 3D-printed canine brain phantom developed from real CT and MRI data, is helping train veterinary surgeons and validate image-guided brain biopsy techniques. What started as a model of one Boxer dog’s unique case is now supporting broader innovation in veterinary neurology. Because when the anatomy is complex, planning should be just as precise - regardless of species. 📖 Read the full story: https://okt.to/FgoIYT #StratasysMedical #VeterinaryMedicine #DigitalAnatomy #3DPrinting #ImageGuidedSurgery #AnatomicalModels

Independent studies now show the impact of 3D printed anatomical models in hospitals — saving time, reducing costs, and improving surgical precision. For years, clinicians have relied on 2D imaging and virtual tools to prepare for complex surgeries. Now, evidence from leading hospitals worldwide confirms what many surgeons already suspected: patient-specific 3D printed models provide a decisive advantage. From pediatric cardiology to orthopedic oncology, 3D printed anatomical models allow teams to see, touch, and rehearse procedures before entering the OR. The result? Fewer surprises, stronger collaboration, and measurable efficiency gains. We’re excited to share our new Clinical Evidence Guide — a collection of independent studies, specialty use cases, and ROI data that demonstrates how 3D printed models are reshaping surgical planning and clinical education. 👉 Download the free Clinical Evidence Guide https://okt.to/DbUXF8

Stratasys Medical Partner Training 2025 is officially behind us – what an inspiring week in Baden-Baden! Together with our amazing partners from across EMEA, we explored different medical segments, applications, and go-to-market strategies. The sessions covered how Stratasys medical solutions empower both medical OEMs and hospitals to deliver real value - from anatomical modeling and surgical training to innovation in R&D. Beyond the content, we also had a truly great time - connecting, collaborating, and building stronger relationships that will drive future success together. A big thank you to all our partners who joined us and made this training so meaningful. 🙌 👉 Want to learn more about Stratasys medical solutions and how they support better outcomes? Reach out anytime! Erez Ben-Zvi Nils Winkes Ariel Batito Eleni Farmaki #Stratasys #Medical3DPrinting #DigitalAnatomy #AnatomicalModeling #SurgicalTraining #MedicalInnovation #Collaboration

We had an incredible time hosting a group of brilliant professionals from Holon Institute of Technology's "Health-Tech & 3D Printing" Masterclass at our STRATASYS HQ. Together we deep dived into how Stratasys 3D printing technologies are revolutionizing the medical field. The participants, all experts in their own right, explored real-world applications in surgical planning, medical device development, and hands-on training. The energy, curiosity, and insightful questions from everyone made for some truly engaging and thoughtful conversations. A huge thank you to HIT for fostering such a fantastic learning environment and for bringing such a talented group to our doorstep. We're already looking forward to the next time! #HealthTech #3DPrinting #InnovationInMedicine #MedicalTechnology #SurgicalPlanning #HIT #Stratasys

What does it take to train surgeons on delicate eyelid procedures - with precision, consistency, and no reliance on body donors? A 3D printed model that behaves like real tissue. Addion GmbH in collaboration with eyecre.at GmbH used Stratasys Digital Anatomy™ technology to create high-fidelity training models that surgeons could cut, suture, and repeat - again and again. The models were used during a hands-on workshop at the 2025 Lid Summit Tirol, where 28 surgeons trained on lifelike anatomy to practice complex eyelid procedures. The feedback was clear: it felt real, and it worked. 🟦 We’ve captured the full story here: https://okt.to/XchUdZ #Stratasys #DigitalAnatomy #Medical3DPrinting #SurgicalTraining #Addion #MedicalEducation #LidSummitTirol

Simulation isn’t about copying anatomy, it’s about recreating what it feels like to operate. Watch Alexander Hechenberger Founder of Addion GmbH, as he breaks down how their high-fidelity 3D printed models support advanced surgical training. 🔗 Watch Now https://okt.to/2mp3VO

Surgical skill starts here — with models that feel real, but aren’t. At AIIMS (All India Institute of Medical Sciences, New Delhi), neurosurgical trainees are practicing delicate procedures like craniotomy and neuro-endoscopy — using lifelike 3D printed models built with Stratasys Digital Anatomy™ technology. “3D printing has given medical simulation education a new dimension.” — Prof. Ashish Suri, AIIMS Delhi It’s hands-on. It’s repeatable. And it’s redefining how future surgeons prepare. 📄 Read how ⤵️