2.4/2.7 Locking Fragment Plating System Proximal Radius Arch (collum radii) Locking Plate

Canwell’s 2.4/2.7 Locking Fragment Plating System Proximal Radius Arch (collum radii) Locking Plate is a versatile and reliable medical device used to treat fractures of the proximal radius. The plate is made of high-quality stainless steel and features a locking mechanism that provides excellent stability and fixation of the fracture.

One of the key features of the Canwell’s 2.4/2.7 Locking Fragment Plating System Proximal Radius Arch (collum radii) Locking Plate is its low profile design. The plate’s low profile reduces the risk of soft tissue irritation and allows for easier insertion during surgery. The plate is also pre-contoured, which helps to reduce the risk of implant migration and ensures a secure fit to the bone.

The plate’s locking mechanism provides excellent stability and fixation of the fracture. The screws are designed to lock into the plate, preventing the plate from moving and improving the overall success rate of the procedure. The plate’s locking screws also provide excellent resistance to shear forces, reducing the risk of implant failure.

The Canwell’s 2.4/2.7 Locking Fragment Plating System Proximal Radius Arch (collum radii) Locking Plate is compatible with a variety of fixation options, including locking screws, cortical screws, and cancellous screws. This versatility allows the plate to be adapted to different types of fractures and patient anatomies, improving the overall success rate of the procedure.

The plate is suitable for patients with various types of fractures of the proximal radius, including displaced fractures, non-displaced fractures, and fractures with osteoporosis. The plate is available in various sizes and specifications, making it adaptable to different types of fractures and patient anatomies.

In summary, Canwell’s 2.4/2.7 Locking Fragment Plating System Proximal Radius Arch (collum radii) Locking Plate is a versatile and reliable medical device that provides excellent stability and fixation for patients with fractures of the proximal radius. The plate’s low profile design, pre-contoured shape, and locking mechanism make it an excellent option for surgeons looking for a plate that is easy to use, stable, and adaptable to different types of fractures. The plate’s compatibility with a variety of fixation options, as well as its high-quality materials and design, improve the overall success rate of the procedure, ensuring optimal outcomes for patients.