2.4 mm Locking Adaption Plate Orthopedic Trauma Plate 6 mm & 12 mm Lengths

Description

The locking adaption plate 2.4 mm is a specialized orthopedic trauma implant designed to deliver stable and reliable fixation for small bone fractures. Engineered for compatibility with the 2.4 mm locking screw system, this orthopedic locking adaption plate provides fixed-angle stability that enhances fracture alignment and reduces the risk of implant failure.

Manufactured from medical-grade stainless steel, the 2.4 mm locking adaption plate offers superior mechanical strength, excellent corrosion resistance, and proven biocompatibility. Its low-profile design minimizes soft tissue irritation, making it particularly suitable for anatomical regions with limited tissue coverage such as the hand, wrist, foot, and ankle.

The plate features precision-machined threaded oval locking holes that allow secure engagement between the screws and plate. This locking mechanism distributes load evenly across the construct, reducing stress at the bone–screw interface and minimizing the chance of screw loosening. As a result, the small bone fixation plate supports consistent stability throughout the healing process.

Available in 6 mm and 12 mm lengths, the orthopedic locking adaption plate for small bone fractures enables surgeons to select the most appropriate fixation option based on fracture pattern and anatomical requirements. The straight plate geometry allows for versatile application without extensive contouring, preserving implant integrity and reducing operative time.

The polished surface finish and rounded edges of the stainless steel locking adaption plate 2.4 mm facilitate smooth insertion and atraumatic handling during surgery. By preserving periosteal blood supply and supporting biological fixation principles, the implant contributes to improved bone healing and favorable clinical outcomes.

Designed in accordance with international orthopedic implant standards, the low profile orthopedic locking adaption plate is intended for professional surgical use in hospitals, trauma centers, and orthopedic specialty clinics. It represents a dependable and precise solution for surgeons seeking durable, stable, and anatomically considerate fixation in small bone trauma cases.