The Femoral Locking Compression Plate (LCP) is designed for fractures in the proximal femur, particularly for complex fractures that require strong, stable fixation.
The plate integrates locking screw technology with 20° conical holes to provide angular stability and secure fixation.
This minimizes the need for compressing the plate directly onto the bone surface, thus preserving the blood supply to the fracture site. Its anatomically contoured design ensures minimal soft tissue interference and optimal alignment with the bone.
● 20° Conical Locking Holes: Ensures strong angular stability and precise screw placement.
● Ball-Head Screws: These provide adjustable angles for customized fixation, offering stability even in complex fractures.
● Self-Tapping Design: Screws feature sharp cutting edges, allowing for easy insertion.
● Anodized Surface: Ensures corrosion resistance and biocompatibility for enhanced durability.
● Anatomical Shape: The plate is designed to follow the femur's natural anatomy, minimizing soft tissue damage and improving patient comfort.
● Enhanced Stability: The locking mechanism creates a secure connection between the plate, screw, and bone, ensuring minimal risk of screw loosening.
● Customizable Angles: Ball-head screws allow for precise angle adjustment to best match the bone structure and fracture location.
● Reduced Soft Tissue Damage: The low-profile design minimizes soft tissue irritation, improving postoperative recovery.
● Efficient Surgical Process: Self-tapping screws reduce insertion time, minimizing surgical trauma.
● Improved Bone Healing: The plate reduces micromotion, creating a stable environment for the fracture site to heal.
