Rib Fixation System

The Sternal Fixation System includes various sizes of Sternal H Locking Plate, Sternal Star Locking Plate, Sternal Straight Locking Plate, and 3.0 mm Sternal Locking Screw.

Preferred cold working titanium grade 4 Through a special cold work process, new cold working titanium grade 4 is formed with better biocompatibility, higher mechanical strength, and longer durability while being compatible with pure titanium. After 5 million tests, the tensile strength of the implant raw material is higher than 900MPa. Higher yield point and strength are obtained through specialized cold working treatment. Specifications: DMR Implant, NP φ3.75 ×8.5mm DMR Implant, NP φ3.75 ×10.0mm DMR Implant, NP φ3.75 ×11.5mm DMR Implant, NP φ3.75 ×13.0mm DMR Implant, RP φ4.3 ×7.0mm DMR Implant, RP φ4.3 ×8.5mm DMR Implant, RP φ4.3 ×10.0mm DMR Implant, RP φ4.3 ×11.5mm DMR Implant, RP φ4.3 ×13.0mm DMR Implant, RP φ4.6 ×7.0mm DMR Implant, RP φ4.6 ×8.5mm DMR Implant, RP φ4.6 ×10.0mm DMR Implant, RP φ4.6 ×11.5mm DMR Implant, RP φ4.6 ×13.0mm DMR Implant, RP φ5.0×7.0mm DMR Implant, RP φ5.0×8.5mm DMR Implant, RP φ5.0×10.0mm DMR Implant, RP φ5.0×11.5mm DMR Implant, RP φ5.0×13.0mm

These screws are cannulated design that can facilitates accurate percutaneous insertion with minimal invasion. The screws are mainly used for osteotomies, bone nonunions, and arthrodeses.

The mini titanium plate with 3.4mm width can pass through the 3.5mm bone tunnel to retain more bone. And 4-holes design makes the loop inserted through the reserved hole intraoperatively to experience the sense of turning loop.

Proximal securely locking design enable Universal Tibial Nail solving proximal, distal and shaft tibial fractures.

MD Posterior Tuberosity Calcaneal Locking Plate is used for Calcaneal posterior tuberosity fracture.

The devices and techniques have rapidly evolved, resulting in increased ease of use and reduced surgical times, technical difficulty and risk to the neurovascular structures.