Neosys – Cannulated Foot Screws

Features: The Omni Plating System is a universal plating system that accommodates many foot and ankle indications. Plate screws are available in 2.8mm & 3.5mm Non-locking and variable angle locking screw options (30° cone of angulation)   The system offers a PlantarFiX Post, which is a component that locks into the plate and acts as a metal cortex for the 3.5mm cannulated lag screw, providing the following benefits: Significantly increases peak compression (2x vs. independent lag screw)* Provides compression where it is needed most: plantar-side of the construct Compression is independent of patient’s bone quality The PlantarFiX Post is compatible with the locking holes of all the plates in this system. The system includes a targeting system for accurate placement of the 3.5mm lag screw through the post, allowing for reliable and reproducible results.

The Cartilaginator is a specialized surgical instrument engineered for precise joint preparation prior to fusion procedures. Its compatibility with the Stryker TPS power unit ensures seamless integration into existing surgical setups. Surgeons have reported that The Cartilaginator significantly facilitates joint preparation in foot fusion surgeries.

Comprehensive Anatomic Solutions for Every Fracture Location Anatomically contoured for optimal patient fit Unique distal screw hole clusters designed to offer multiple screw placement options. Low profile and chamfered lead-in edges minimize soft tissue irritation.               *NOTE: Post/Screw construct is only available on special request.  

Features:   Low-Profile Inside / Outside stepped-tooth design that resists pullout Available in multiple sizes from 8 to 25mm Easy-to-Use Staple Inserter NeoSpan® SE is a SuperElastic, compression-ready fixation system designed for fixation of fusions or osteotomies of the bones in the hand. NeoSpan® SE’s compressive properties and stepped-tooth design resist pullout.  The instrumentation kit is sterile and disposable. The inserter spreads the legs of the staple before released for compression loading.       Compression loading: With the Staple firmly in the Inserter’s metal prongs, slowly twist the top handle clockwise, extending the internal plunger to spread the staple’s legs.   Release: Slowly twist the top handle counterclockwise.      

Features:   Broachless Implantation Angled Metatarsal Stem Matches Natural Declination Angle No angled Cuts, Simple Disposable Instruments  

Each Axis Fusion Beam has a corresponding X-Clip. The X-Clip is designed to provide increased thread purchase, compression, and stability for patients with poor quality bone. The use of an X-Clip with an Axis Fusion Beam is optional and left to the surgeon’s discretion. Bridging Advances in Technology and Technique. The Axis Fixation System is cleared specifically for use with Charcot patients. These limb salvage cases require fixation and techniques beyond the standard principles of orthopaedics. The Axis Fixation System provides a Superconstruct™ designed to: Bridge Beyond the Area of Injury Optimize Implant Strength Maximize Mechanical Function

The wedges are intended to be used as an implant specifically designed for Evans procedures (for lateral foot column lengthening) or Cotton (improve the inclination of the first radius and avoid overloading the external column). These wedges allow very precise control of the amount of lengthening or declination of osteotomies. OsteoSinter® EVANS and COTTON wedges are delivered with a single-use and recyclable surgical instrument kit, made of Polyamide grade 12, which contributes to a precise implantation of the product. The product is presented unitarily packed in blister and sterilized with gamma radiation. OsteoSinter® EVANS and COTTON wedges are metallic implants and therefore do not present reabsorption issues. The OsteoSinter® EVANS and COTTON wedges and their single-use related accessories reduce the surgery time compared to unconfigured allografts, because: They do not require prior defrosting. Direct placement, without carving or on-site adjustment. They provide greater precision. They facilitate reproducibility. No sterilization or instrument treatment is required. They do not need a fixing plate.