CanSLP LCP Distal Humeral Extra-Articular Locking Plate

CanSLP LCP Distal Humeral Extra-Articular Locking Plate is a medical implant designed to treat fractures of the distal humerus bone. The distal humerus is the lower end of the upper arm bone, and fractures in this area can be particularly difficult to treat due to the complex anatomy of the joint and the surrounding muscles.

CanSLP LCP Distal Humeral Extra-Articular Locking Plate is made of titanium alloy and is designed to be surgically implanted onto the bone. The plate features multiple screw holes, which allow the surgeon to securely attach the plate to the bone using screws. The locking mechanism of the plate provides increased stability and support, which promotes the healing process and minimizes the risk of further injury.

CanSLP LCP Distal Humeral Extra-Articular Locking Plate is anatomically contoured to match the shape of the distal humerus bone, which allows for a precise fit and improved outcomes. Additionally, the plate has a low-profile design, which minimizes the risk of irritation or discomfort for the patient.

CanSLP LCP Distal Humeral Extra-Articular Locking Plate is specifically designed for extra-articular fractures, which means that the fracture does not involve the joint surface. Extra-articular fractures are typically less severe than intra-articular fractures, which involve the joint surface, but they still require prompt and appropriate treatment to ensure proper healing.

CanSLP LCP Distal Humeral Extra-Articular Locking Plate is manufactured by Canwell Medical, a medical device company based in China. The company has a strong reputation for producing high-quality orthopedic implants, and the CanSLP LCP plate is no exception. The plate has been extensively tested and has been shown to provide excellent clinical outcomes.

In summary, CanSLP LCP Distal Humeral Extra-Articular Locking Plate is a medical implant designed to treat fractures of the distal humerus bone. The plate is made of titanium alloy, is anatomically contoured, has a low-profile design, and is specifically designed for extra-articular fractures.