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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. -
This sterile single-use kit is designed for surgical convenience. Avoid the frustration of dull instruments by always having new, sharp instrumentation for every procedure. Contains a small joint arthrotome, cup curette, fenestration drill pin and AO quick connect handle. -
Lisfranc screws are available in Ø3.7mm and Ø4.1mm options and feature a special corticocancellous thread pitch optimized for the anatomy and indication. The screws are type II anodized for increased fatigue strength and feature an optimized head size to minimize soft tissue irritation medially. The ratcheting and locking Lisfranc clamp aids in anatomical reduction and functions as a targeting guide, allowing for wire placement, drilling, countersinking, measurement, and screw placement to be performed through a single instrument for increased surgical efficiency and accuracy. -
A comprehensive array of indication specific MIS Burrs are available to treat a multitude of pathologies, including common osteotomies and joint prep. All burrs are compatible with commonly available surgical power units and 4:1 reducers. -
MIS Bunion screws are available in Ø3.0mm, Ø3.5mm, and Ø4.0mm options in both full thread and partial thread versions. The screws feature a beveled head for minimally invasive procedures and minimal soft tissue irritation. The interface between the driver and screw is optimized with a full depth torx, and the tip features a self-drilling and self-tapping design. The color-coded system matches instruments to the appropriate screws for easier and quicker identification. -
REFLEX® Nitinol Dynamic Disc is an innovative implant that transforms a traditional static lag screw into a dynamic construct. REFLEX disc provides continuous compression and gap recovery up to 4.0 mm to address bone resorption occurring during the post-operative healing phase1.. -
All screws utilize STAR drive for maximum torque, are self-drilling, self-tapping and reverse-cutting for improved performance. Systems are color-coded with instrumentation arranged in order of procedure flow for greater efficiency.
Headed options: Ø2.0mm, Ø2.5mm, Ø3.0mm, Ø3.5mm, Ø4.0mm, Ø4.5mm, Ø5.5mm (partial and full thread options), Ø7.0mm (16mm, 32mm, full thread options).
Headless options: Ø2.5mm, Ø3.0mm, Ø4.0mm, Ø4.5mm, Ø5.5mm , Ø6.5mm (16mm and 32mm thread options). -
Digital fusion implants are uniquely designed to accommodate the phalangeal anatomy. The implants feature an extra small head (available in headed and headless) and a narrow screw driver shaft to minimize irritation and destruction of the distal phalanx and distal tuft of the toes. The implants feature a deep 1/3 thread design to maximize purchase and fixation in the proximal phalanx. The system is equipped with double trocar guidewires to allow for an antegrade/retrograde technique. -
Snap-Off screws feature a self-cutting feature under the head allowing the screw to sit flush with the proximal cortex. The Snap-Off screw system offers a unique 3-in-1 instrument with the combined utility of a depth gauge, countersink, and driver. -
Jones fracture screws feature an ultra-low-profile screw head to minimize soft tissue irritation and cuboid impingement. The Ø4.5mm and Ø5.5mm diameter options start at 36mm in length, and feature 2mm length increments for more precise, patient-customized fracture fixation. All screws are solid core type II anodized titanium alloy for increased fatigue strength, and utilize STAR drive for maximum torque. The system features cannulated instrumentation for efficient, accurate implant placement. -
The IM Fibula Implant is designed to address transverse fibula fractures requiring intramedullary fixation. The implant features a tapered diameter to fit within the fibular canal, with a dual-lead thread for faster insertion. It comes included in the Distal Tibia Plating System set to reduce cost and inefficiency of pulling another tray with an extra long screw, such as a pelvic fracture set..