Overview
The Proximal Femur GT Buttress Locking Plate 1 Hole (for PFN2/APFN) is a specialized orthopedic implant designed to provide stable and secure fixation for fractures of the greater trochanter (GT) region of the proximal femur. Used in conjunction with the PFN2 (APFN) system, this plate ensures enhanced stability and optimal fracture alignment during the healing process. Its high-strength materials and locking mechanism provide long-term durability, promoting reliable fixation even in challenging fracture cases, including those involving osteoporotic bone.
Key Features
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1-Hole Locking System: The 1-hole design allows for precise screw placement, providing secure fixation and reducing the risk of screw loosening or migration. This mechanism ensures that the plate remains firmly anchored to the bone, even in challenging fracture conditions.
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Buttress Design: The plate features a buttress design that offers additional support to the greater trochanter region, helping resist compressive forces and preventing collapse of the fracture site. This feature is critical for load-bearing areas like the hip, where stability is key to optimal healing.
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Compatible with PFN2 (APFN): Designed to work seamlessly with the PFN2 (APFN) intramedullary nailing system, the plate offers enhanced flexibility in treating proximal femur fractures, providing superior stability and support during the recovery process.
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Anatomical Contouring: The plate is anatomically contoured to match the natural shape of the proximal femur, ensuring a precise fit and optimal alignment. This reduces the risk of malalignment and promotes a more effective healing process.
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High-Strength Materials: Crafted from premium-grade titanium alloy or stainless steel, the plate provides exceptional strength, corrosion resistance, and biocompatibility. These materials ensure that the plate maintains its structural integrity over time, even under the stresses of normal activity.
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Minimally Invasive Surgical Approach: The design of the Proximal Femur GT Buttress Locking Plate 1 Hole minimizes soft tissue disruption during implantation, making it suitable for minimally invasive techniques. This reduces surgical trauma, promoting quicker recovery and lower post-operative pain.
Indications for Use
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Fractures of the greater trochanter region of the proximal femur
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Treatment of osteoporotic fractures in the trochanteric area
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Post-operative stabilization of femoral osteotomies
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Proximal femur fractures requiring buttress fixation
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Fractures requiring stabilization in conjunction with the PFN2 (APFN) intramedullary nailing system
Benefits
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Enhanced Fixation and Stability: The 1-hole locking mechanism and buttress design provide secure, rigid fixation, ensuring the fracture site remains stable during the healing process. This reduces the risk of plate migration, screw loosening, and complications over time.
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Improved Healing: The plate’s anatomical contour and buttress design promote optimal fracture alignment, facilitating quicker and more reliable healing. It helps prevent complications like non-union and delayed healing, particularly in complex or osteoporotic fractures.
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Reduced Soft Tissue Disruption: The plate is designed to be implanted with minimal soft tissue disruption, allowing for faster recovery, less pain, and a lower risk of infection. This helps shorten hospital stays and reduces overall recovery time.
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Durability and Long-Term Performance: Constructed from high-quality titanium or stainless steel, the plate provides long-lasting support, ensuring the fracture remains well-stabilized over the course of healing, even under the mechanical stresses experienced by the hip and femur.
Why Choose the Proximal Femur GT Buttress Locking Plate 1 Hole (for PFN2/APFN)?
The Proximal Femur GT Buttress Locking Plate 1 Hole for PFN2 (APFN) offers a reliable, high-performance solution for stabilizing fractures in the greater trochanter region. Designed to work seamlessly with the PFN2 system, it ensures enhanced fixation, optimal alignment, and reduced risk of complications. Whether dealing with complex fractures, osteoporotic bone, or post-operative stabilization, this plate provides the strength and stability needed to promote faster healing and improved patient outcomes. Trusted by orthopedic surgeons worldwide, it is the preferred choice for managing fractures in the proximal femur.