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ACTIGLASS™ Backfill Bioimplant combines the osteoconductive properties of tricalcium phosphate and hydroxyapatite with bioactive glass in a collagen matrix. Together, this biocompatible composition can resorb and be replaced by natural bone. This synthetic bioimplant is pre-sized for compatibility with the Autograft Harvester, allowing for improved intraoperative convenience and efficiency. -
The Autograft Harvester is a two piece instrument used to recover autogenous bone. The harvester connects to power via an AO quick connect and can be disassembled with a knob that accepts a T15 Driver. It contains a scoop feature to remove the graft from the housing. Multiple sizes are available based on patient anatomy or desired harvest site, including the calcaneus, proximal or distal tibia, and iliac crest. A synthetic bioimplant is available to backfill the void created by the harvester. -
The REFLEX Hammertoe Implant System offers a comprehensive solution to treating hammertoe deformities. The nitinol implants are barbed and threaded to offer rotational stability and enhanced fixation. Cannulated implants within the system may be accompanied with a K-wire for stabilization across the MTP joint. The system's solid implants are offered in both straight and 8° angled configurations. All implants include necessary instrumentation for performing a cannulated or solid technique according to surgeon preference. The set also features Ø1.6 mm Implant Wires and Wire Balls if a temporary, simplified hammertoe correction is desired. -
REFLEX® HYBRID combines the compression of a nitinol staple with the stability of a locking plate. When paired with a cannulated screw with a Dynamic Disc, or a REFLEX nitinol staple, the construct delivers dynamic biplanar compression and fixation for a fully dynamic construct. Indication-specific HYBRID implants are designed to fit the unique bone structures and anatomies of the MTP (metatarsophalangeal) and 1st TMT (tarsometatarsal) joints. The inserter allows the surgeon to adjust the implant’s legs for a streamlined technique. -
REFLEX® Nitinol staples feature an ultra low profile, wide bridge design to enhance stability while helping to minimize soft tissue irritation. The staples are designed with a slightly curved bridge to provide even compression across the osteotomy or fusion site, while the reinforced shoulders help to improve strength in the highest strain area of the implant. The ergonomically designed inserter allows the surgeon to adjust the staple legs, while the elevator tip design aids in implant removal and reinsertion. The MINI staple system includes a stepped saw blade allowing for a single pass for more reproducible closing wedge osteotomies for Akin procedures. -
REFLEX® TETRA delivers dynamic biplanar compression and fixation for a fully dynamic construct. Indication-specific 4-leg TETRA staples are designed to fit the unique bone structures and anatomies of the MTP (metatarsophalangeal), 1st and lesser TMT (tarsometatarsal), and TN (talonavicular) joints. Designed specifically for MTP Fusions and Lapidus procedures, the system’s patent-pending targeting guides allow for medial placement of an interdigitating 2-leg ULTRA staple or cannulated lag screw with a Dynamic Disc through the TETRA staple’s inner legs. The REFLEX Foot Recon Nitinol Implant System provides all staples, discs, targeting guides, joint prep, and related instrumentation in a single, comprehensive tray for maximum versatility and intraoperative efficiency.