![]() ![]() Technical Memo TM-19-067.Ģ Kienapfel H, Sprey C, Wilke A, Griss P. The LEGION CONCELOC Cementless Total Knee System is now available in North America and will be introduced in various European and Asia Pacific markets once regulatory approvals are finalized.ġ Smith + Nephew 2019. "This proven technology allows us to leverage great clinical results of LEGION, modern 3D printing technology, our Real Intelligence technology suite, and new streamlined SYNC Performance Instruments to provide an economic solution that removes cement costs and time to knee procedures." "The launch of LEGION CONCELOC enables Smith+Nephew to enter a rapidly growing market in cementless knees," said Skip Kiil, president of Global Orthopaedics at Smith+Nephew. It serves a resurgent segment 9 driven by the potential for better long-term fixation through biologic integration 10, shorter operating times 11, and the shift to Ambulatory Surgery Centers. "I'm excited for how this technology may lead to improved operating room efficiency while eliminating many of the past and current challenges of cementless knee designs."Ĭombining CONCELOC 3D printing technology with LEGION's clinical success 5-8 treating over two million patients creates a unique, modern cementless knee implant. The asymmetrical keel is designed to help achieve immediate bone fixation, while the patented 3D printed structure of CONCELOC encourages biological ingrowth," said Dr. Mathias Bostrom, an orthopedic surgeon at the Hospital for Special Surgery in New York City, and one of the system's designing surgeons. ![]() "LEGION CONCELOC addresses the critical elements of the cementless total knee through its unique design. CONCELOC is created in a virtual environment and manufactured through 3D printing additive manufacturing to optimize its porous structure to promote bony ingrowth. Smith+Nephew introduced its LEGION CONCELOC Cementless Total Knee System (TKS) and first completed surgical procedures.ĬONCELOC Advanced Porous Titanium is a patented, proprietary, 3D printed porous structure technology first used in Smith+Nephew's REDAPT Revision Hip System, launched in 2016. ![]()
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