2.7mm One Third Tubular Plate for Small Bone Fracture Fixation

Description

The 2.7mm One Third Tubular Plate is a precision-engineered orthopedic implant developed to deliver effective stabilization for small bone fractures. Its one third tubular profile offers a balance between structural strength and reduced bulk, making it particularly suitable for anatomical regions where minimal implant prominence is essential. The plate is designed to support both neutral and compression fixation techniques, enabling surgeons to adapt fixation strategies according to fracture configuration.

Manufactured using high-quality stainless steel and titanium alloy, the plate demonstrates excellent mechanical integrity, corrosion resistance, and biocompatibility. The smooth surface finish and refined contours help minimize soft tissue irritation while supporting long-term implant stability. The tubular shape enhances resistance to bending forces while maintaining a slim profile that aligns closely with bone anatomy.

Each hole is engineered to accommodate 2.7mm cortical screws, ensuring consistent fixation strength and reliable load transfer along the plate. The evenly spaced hole pattern allows controlled distribution of forces across the fracture site, reducing stress concentration and supporting predictable healing outcomes. The plate design facilitates accurate screw angulation and secure seating, contributing to overall construct stability.

Available in multiple hole and length configurations, the 2.7mm One Third Tubular Plate offers flexibility in surgical planning. Surgeons can select shorter plates for localized fixation or longer constructs for extended fracture coverage. This adaptability makes the plate suitable for a wide range of small bone fracture patterns encountered in orthopedic trauma settings.

The 2.7mm One Third Tubular Plate is widely utilized in trauma and reconstructive procedures requiring reliable fixation with minimal implant prominence. Its proven design, material quality, and compatibility with standard cortical screws make it a dependable choice for achieving stable fixation while preserving surrounding soft tissue structures.