Stratasys Medical

At Stratasys we don’t just believe in innovation—we make it real. Our partnership with the Visible Heart® Laboratories at the University of Minnesota is proof of how 3D printing is reshaping medicine. For Surgeons: Greater confidence in planning complex procedures For Medical Students: Hands-on training with lifelike, full-color, even paintable models For Patients & Families: A clearer way to understand their own hearts What struck me most during my visit? The passion of this team. Engineers, researchers, and future physicians—like Madeline—are pushing the boundaries of what’s possible in healthcare. A huge thank you to Devon Judge for organizing the tour, and John Brigham, Paul A. Iaizzo Madeline Wethington, MS for sharing your expertise. Your work is truly inspiring! #AdditiveMacufacturing #3DPrinting #MedicalInnovation #VisibleHeartLab #HealthcareTech #FutureOfMedicine #MakeItTogether #PeopleFirst

Ear Reconstruction Through Medical Innovation Recently, we had the privilege of taking part in a groundbreaking and emotionally moving case: six-year-old Lavi was born with microtia – a congenital condition that results in the underdevelopment of the outer ear. For children in this situation, the absence of an ear is not merely an aesthetic concern but also a significant social and emotional challenge. At Schneider Children's Medical Center of Israel, under the leadership of Dr. Asaf Olshinka, a specialist in plastic surgery and head of the craniofacial surgery service, an innovative ear reconstruction procedure was performed for the first time in Israel, utilizing advanced imaging and 3D printing technology. During the planning phase, we at Synergy3DMed conducted a precise 3D scan of Lavi’s face, which served as the basis for designing an accurate model of his ear. Once the digital files were prepared, they were sent to Poriferous, LLC for the production of the implant using the specialized material Su-Por Biomaterial. Additionally, we developed jigs (PSI) to ensure the optimal placement of the new ear, allowing it to integrate seamlessly and naturally with Lavi’s facial structure. During the surgery, the implant was covered with vascularized tissue from the temple, followed by a layer of skin taken from Lavi’s body to achieve the best possible match in color and texture. The advantage of this new technique lies in its ability to enable reconstruction at a younger age before starting first grade - and in a single stage, unlike traditional methods that require multiple procedures and involve greater discomfort. Dr. Asaf Olshinka noted: “The use of 3D technology allows us to provide children with a personalized solution that enhances not only their external appearance but also their self-image and confidence.” Lavi’s mother, Shani, shared that ever since the surgery, he hasn’t stopped looking in the mirror and admiring his new ear—nothing could be more heartwarming. This success joins a series of life-saving and life-enhancing surgeries performed at Schneider’s innovative development center, which specializes in the creation of personalized medical devices using 3D printing and artificial intelligence. The center enables groundbreaking procedures, reduces risks, and shortens both surgical and recovery times - transforming the lives of many children for the better. The combination of advanced medical expertise, cutting-edge technology, and close collaboration between medical teams and developers represents the future of personalized medicine. #Medical_Innovation #Life_Saving_Technology #Schneider #Plastic_Surgery #3D_Medicine Stratasys Materialise Synergy3DMed Schneider Children's Medical Center of Israel #Microtia #SuPorBiomaterial Poriferous, LLC Point-MED https://lnkd.in/dS5B4AeD

Saving the Lower Leg through Medical Innovation ‏Recently, we encountered a rare and unique medical case: Adamantinoma of the proximal tibia, a slow-growing and subtle tumor that gradually develops and can pose a serious risk if not diagnosed in time. Due to its rarity and lack of clear symptoms, it is difficult to diagnose. In this particular case, a 16-year-old patient had suffered for over three years with misdiagnoses of a benign condition. ‏The complexity of the case led the patient to Dr. Israel Weiss, a senior orthopedic oncologist at Schneider Children's Medical Center of Israel. With his vast knowledge and experience, Dr. Weiss quickly diagnosed the tumor type and devised a treatment plan: surgery to remove the bone tumor, without the need for radiation or chemotherapy. ‏At this point, Dr. Weiss approached us with a request to create a specialized cutting jig that would allow him to remove the tumor while preserving the posterior cortex of the bone and leaving clean margins, thus saving the limb without the need for extensive amputation. ‏Using 3D imaging technology of Materialise company , we developed the custom jig that was printed with Stratasys 3D printer and enabled precise bone cutting around the tumor. Additionally, we created another cutting jig tailored to the bone defect left after the tumor removal, allowing for accurate bone grafting. ‏Dr. Israel Weiss noted: “The medical innovation and the collaboration with your professional team enabled us to perform the surgery with precision and avoid more invasive interventions, while preserving the patient’s functionality.” ‏Success stories like this highlight the importance of combining technological innovation with clinical expertise, ensuring the patient’s health and optimal recovery. https://lnkd.in/dWbH7Fe6 https://lnkd.in/dAsBkyEi #3DPrinting #MedicalDevices #Stratasys #Materialise #HealthcareInnovation #Adamantinoma #OrthopedicOncology #PSI #Surgery #IsraelMedicalInnovation #Segmentation #ChildrenSurgery