The U.S.-based manufacturer restor3d is showcasing new developments in patient-specific implant solutions at this year’s Annual Meeting of the American College of Foot & Ankle Surgery (ACFAS) in Phoenix. The focus is on 3D-printed systems for ankle reconstruction and osseous correction procedures in the foot. These new products aim to offer surgeons an expanded range of customized treatment options.
One of the key products is the Ossera AFX Ankle Fusion System, which recently received 510(k) clearance from the U.S. Food and Drug Administration (FDA). The system is based on additively manufactured titanium structures and utilizes the company’s proprietary TIDAL Technology to enhance osseointegration and mechanical stability during the fusion process. Commercial availability is scheduled for May 2025.
In addition, restor3d is introducing the Kinos Total Ankle System, a fully personalized solution for total ankle replacement. The goal is to optimize fit and surgical workflow through patient-specific planning and manufacturing. The portfolio is further complemented by the Ossera Wedge family, which includes a range of implants for various osteotomy procedures, such as Cotton and Evans osteotomies or subtalar arthrodeses. Here too, 3D printing technologies and porous titanium structures are used to enhance structural integrity and reduce the need for bone grafts.
“We understand that every surgeon has unique preferences and approaches when it comes to patient care,” said Ken Gall, Chief Commercial Officer at restor3d. “That’s why we offer a comprehensive array of personalization options—ranging from standard implants with advanced design features to fully patient-specific solutions—allowing each surgeon to select the right level of customization to best fit their practice and patient needs. Our goal is to ensure that every surgeon has access to the right tools to achieve the best possible outcomes.”
With its focus on customization and additive manufacturing, restor3d is responding to the growing demand for differentiated treatment options in orthopedic foot and ankle surgery.
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