While, the orthopedic surgeon may not have an in-depth understanding of the process of producing a physical additively manufactured model. ![]() ![]() The implant designer may not be familiar with anatomopathological, epidemiological, surgical or resection/reconstruction procedures. This type of implant is mainly used when bone geometry is not within the dimensional range of standard implants, when there are special requirements due to disease, or simply when a tailor-made solution enables a better clinical result.įor the successful use of the customized prostheses the interprofessional cooperation and communication between the orthopedic surgeon and the implant designer is key. This device will make it possible to replace current bone fillers, such as cements and bio-cements, with an osteoinductive material eliminating all possible negative effects related to the current technology in use.ĭiagnostic imaging and design for additiveĬombining diagnostic imaging technologies with the design freedom of additive manufacturing has opened up new opportunities in prosthetics, enabling customized patient devices and improving the effectiveness of diagnosis, planning, surgery and clinical outcomes.Ĭustomized prostheses are medical devices exclusively designed for an individual patient, in order to adapt to their particular pathology, and then manufactured according to their specific diagnostic images. One of these projects includes ground-breaking work to develop an innovative kyphoplasty implant for the treatment of vertebral collapse. At the same time, the company launched several projects to obtain the European CE mark for several devices in the field of neurosurgery. The team at MT Ortho initially focused on the production of customized prostheses, for neurosurgical applications (custom cranioplasty) and oncological orthopedics (mega-prostheses reconstruction). And our vision was to achieve this by creating new, innovative devices with unique features that were only possible by using additive manufacturing and were more compatible with the human bone than metals on the market at the time,” explains Di Bella. "Our goal was to become not only a distributor, but also a manufacturer of medical devices. ![]() That year also marked a series of arrivals at the company a recent graduate engineer, Simone Di Bella, who had specialized in additive manufacturing and two GE Additive Arcam Electron Beam Melting ( EBM) machines. At the cutting edge of this technology is MT Ortho, based on the Italian island of Sicily.īuilding on two-decades experience in the Italian clinical-hospital market for standardized prostheses, MT Ortho started to embrace additive manufacturing in 2014. Today, a combination of additive manufacturing and CT imaging is making it possible to create truly customized prostheses. Until just a few years ago only standardized, conventionally manufactured prostheses - or in very limited cases customized prostheses - were available for patients with bone tumors. From standardized to customized prostheses
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