The Olecranon Locking Plate is designed to provide stable angular fixation by forming a secure bone–screw–plate construct. The core feature of this system is the 20° conical threaded hole, which, when combined with locking screws, delivers reliable angular stability without the need to compress the plate directly onto the bone surface—thus preserving the periosteal blood supply.
The plate's anatomical contour is specially tailored to the olecranon region. Its body features a low-profile design with rounded edges and a highly polished surface to minimize soft tissue irritation. Locking Screw Type I and Cannulated Screw Type II are both engineered with conical heads that match the threaded holes precisely, enhancing fixation strength and maximizing contact with the bone interface.
Locking screws have symmetrical threads and are designed to resist functional stress while minimizing insertion torque. For smaller diameter screws (Φ1.5 mm and Φ2.0 mm), shallow threads improve grip; for larger screws (Φ6.5 mm and Φ7.3 mm), deeper threads ensure optimal fixation in cancellous bone.
In addition, cortical screws feature a spherical head and are designed for use in combination holes to generate axial compression through eccentric insertion. These screws utilize shallow thread designs to balance applied torque and axial force, reducing the risk of screw loosening.
All components are manufactured from high-strength TA3G pure titanium and TC4 titanium alloy, ensuring excellent biocompatibility, mechanical performance, and long-term stability.
● Tapered screw head design with conical threads for secure fit with locking and compression combination holes.
● Sharp self-tapping screw tips for easier insertion and improved anchorage.
● Anodized surface treatment for enhanced corrosion resistance and implant visibility.
● Cortical screws feature a spherical head compatible with compression holes, locking compression holes, and variable angle compression holes.
● Anatomically contoured plate body with rounded edges and highly polished low-profile surface to minimize soft tissue irritation.
● 20° conical threaded holes ensure strong angular stability when used with locking screws.
● Self-tapping screw design simplifies the surgical procedure and reduces operative time.
● Low-profile plate design tailored to anatomical contours, reducing soft tissue irritation and promoting patient comfort.
● High-quality titanium alloy construction provides excellent biocompatibility, strength, and fatigue resistance.
