Quarter Tubular Plate 2.7mm for Small Bone Fracture Fixation

Description

The Quarter Tubular Plate 2.7mm is a versatile orthopedic implant developed to address fixation needs in small bone fractures where minimal implant bulk and reliable stability are essential. Its quarter tubular geometry provides an optimal balance between strength and low-profile design, making it suitable for anatomical regions with limited soft tissue coverage.

Manufactured from high-quality stainless steel and titanium alloy, the plate offers excellent mechanical durability, corrosion resistance, and biocompatibility. The smooth, polished surface reduces the risk of soft tissue irritation and supports improved post-operative recovery. The slim profile allows the plate to contour closely to bone anatomy, enhancing patient comfort without compromising fixation integrity.

Each hole is engineered to accept 2.7mm cortical screws, enabling secure fixation and consistent load transfer across the fracture site. The uniform hole spacing supports balanced force distribution, reducing stress concentration and enhancing construct longevity. The plate design accommodates both neutral and compression fixation techniques, allowing surgeons to adapt intraoperative strategy based on fracture configuration.

Available in a wide range of hole options, the 2.7mm Quarter Tubular Plate supports flexibility in surgical planning. Shorter plates provide localized stabilization, while longer constructs allow extended fracture coverage when required. This adaptability makes the plate suitable for various small fragment orthopedic applications.

The 2.7mm Quarter Tubular Plate is widely used in orthopedic trauma procedures requiring dependable fixation with minimal implant prominence. Its refined geometry, material quality, and compatibility with standard cortical screws make it a reliable choice for achieving predictable surgical outcomes across diverse clinical scenarios.