Revision and prosthesis femur locking plate
The Titanium Binding System includes the Periprosthetic Fracture Plate (Prosthesis and revision femur locking plate). Correspond with a Φ4.5 cortical screw and a Φ5.0mm locking screw.
Circlage wire fixation is frequently required for femur fractures, particularly spiral fractures or those following stemmed arthroplasty, in order to maximize the decrease of plate osteosynthesis.
New implants must be at least as safe and result in prolonged survival as existing implants, given the excellent outcomes already obtained in total hip arthroplasty. For surgery, the titanium cerclage wire and locking plates combination is an excellent alternative.
As of right now, titanium cerclage wires, also known as titanium cable, and titanium periprosthetic fracture plates are dependable, user-friendly, and provide adequate stability for internal fixation. Alternative hardware, including cable buttons and other items made of titanium or cobalt-chrome alloy, is insufficiently stable and strong.
The titanium cerclage wires and locking plates together are referred to as the titanium binding system. When used in minimally invasive closure reduction and internal fixation of femur fractures, this product did not exhibit any adverse effects on the clinical course or fracture healing when compared to controls.
Different stem designs and contact regions between the implant and bone are found in titanium periprosthetic fracture plates. As a result, primary and secondary fixation have different characteristics. There is no all-inclusive classification scheme for implants due to the increasing variety of femoral stems being used in clinical practice.
However, due to the increased risk of complications, individuals with low bone quality should not utilize titanium periprosthetic fracture plates.
