CoLink NeoFuse MIS Plating System

The CoLink NeoFuse MIS Plating System is specifically designed for internal fixation of long bone fractures, offering a minimally invasive approach to reduce tissue disruption. Unlike traditional plating methods, which often require larger incisions and more extensive soft tissue manipulation, this system uses modular plates and screws to achieve stable fixation with precision alignment. Its minimally invasive design aims to promote faster healing by minimizing trauma to surrounding tissues while maintaining secure attachment for proper bone alignment.

The CoLink NeoFuse MIS Plating System is explicitly supplied as a sterile, single-use device. This design ensures patient safety by eliminating the risk of cross-contamination or degradation from reuse, which can occur with reprocessed instruments. Single-use also aligns with modern surgical best practices for orthopedic implants, reducing the need for sterilization validation and simplifying inventory management.

The available sizes and configurations for the CoLink NeoFuse MIS Plating System are detailed in the attached parts list, which includes modular plates and screws tailored for specific long bone applications. To determine the correct fit, surgeons should refer to the parts list alongside preoperative imaging and clinical assessment. The modular design allows for customization to match fracture patterns, bone anatomy, and surgical approach, ensuring optimal stability and alignment.

Since the system is sterile and single-use, it should be stored in its original, sealed packaging in a clean, dry environment away from direct sunlight or extreme temperatures. The packaging must remain intact until immediately before use to preserve sterility. Surgeons should follow the manufacturer’s instructions for opening the sterile barrier and handling components to prevent contamination, as improper storage or handling could compromise the device’s integrity.

Yes, the CoLink NeoFuse MIS Plating System includes modular components compatible with MRI safety standards, meaning they are designed to be non-ferromagnetic or low-risk for MRI procedures. This compliance is critical for patients who may require postoperative imaging, as it reduces the risk of artifacts or complications during MRI scans. The system’s MRI-safe design ensures that patients can undergo follow-up imaging without the need for implant removal or alternative diagnostic methods.