The Distal Femoral Lateral Universal Locking Plate is a specialized orthopedic implant designed for femoral fractures, particularly distal femur fractures.
This plate integrates advanced locking screw technology to create stable, angular fixation. Its unique design allows for customizable screw alignment and angular stability, ensuring an optimized fit for various types of femoral fractures.
Constructed from high-quality materials such as pure titanium (TA3G) and titanium alloy (TC4), it ensures durability and biocompatibility.
● Universal Locking Holes: The plate features 30° conical locking holes that provide angular stability when paired with locking screws, ensuring secure fracture fixation.
● Multi-Directional Screw Alignment: The screws can deviate up to 15° in any direction from the hole's axis, allowing adjustable screw trajectory to match complex fracture geometries.
● Locking Screws: Designed with threaded heads, they lock firmly into place, ensuring a stable plate-screw-bone connection.
● Ball-End Screws: The screws have ball-shaped heads, making them ideal for use with compression holes, providing axial pressure and optimal bone healing.
● Anatomically Designed Plate: The plate is designed to match the anatomical contours of the distal femur, with rounded edges and a highly polished surface, minimizing soft tissue irritation.
● Angular Stability: The 20° conical locking holes offer strong angular stability, preventing any unwanted movement of the screws within the bone.
● Reduced Soft Tissue Disruption: The low-profile design of the plate reduces soft tissue irritation, providing a faster recovery for patients.
● Adjustable Screw Alignment: The multi-directional screw placement allows for optimal screw placement tailored to each fracture type, making it ideal for both simple and complex fractures.
● High Durability: Made from pure titanium and titanium alloy, the plate ensures long-term biocompatibility and resistance to corrosion.
● Stable Fixation: The locking screws combined with the locking holes provide superior stability and prevent loosening, ensuring strong fracture healing.
● Minimal Complications: The system is designed to prevent complications associated with bone healing, allowing for efficient recovery and maximum fixation strength
