Radius compression plate 2.4/2.7 VA LCP

distalpalmarlocking

Canwell’s 2.4/2.7 Locking Fragment Plating System VA LCP Distal Palmer Radius two-column Locking Plate (head 7 holes) is a versatile and reliable medical device used for treating fractures of the distal palmar radius. This plate is made of high-quality stainless steel, ensuring durability and strength. The two-column design of the plate and the locking mechanism provide superior fixation of the fracture, promoting faster healing times and reducing the risk of implant failure. The head of the plate features seven holes, allowing for precise screw placement and secure fixation of the bone fragments. The plate’s design enables easy insertion and can be used with different types of screws to accommodate different fracture patterns. This makes it a versatile option for treating various patients and fracture types. The locking mechanism provides additional stability, reducing the risk of secondary fractures or complications. The Canwell 2.4/2.7 Locking Fragment Plating System VA LCP Distal Palmer Radius two-column Locking Plate (head 7 holes) is designed to reduce the need for extensive soft tissue dissection, making it a safe option for patients. By minimizing tissue damage, patients can recover faster and experience fewer complications during the healing process. Overall, the Canwell 2.4/2.7 Locking Fragment Plating System VA LCP Distal Palmer Radius two-column Locking Plate (head 7 holes) is an excellent choice for surgeons treating fractures of the distal palmar radius. With its versatile design, locking mechanism, and easy insertion, this plate offers a reliable and effective treatment option for patients. Product Details: - Material: Titanium - Available in left and right versions - Available in multiple lengths and hole configurations (2, 3, 4, 5, 7, 9, 11 holes) - Locking mechanism for enhanced stability - Designed for distal palmar radius fractures - Minimizes soft tissue dissection - High-quality stainless steel construction for durability and strength