About L Buttress Locking Plate
L Buttress Locking Plates are commonly used in trauma orthopedic surgeries for stabilizing intra-articular and periarticular fractures where additional support is required. Made from high-quality surgical-grade stainless steel, these implants are strong, durable, and biocompatible. Advin Health Care provides L Buttress Locking Plates to help surgeons achieve precise fracture fixation with reduced risk of screw loosening. The unique L-shaped structure offers excellent buttress support for fracture alignment, while the locking mechanism between screws and plate ensures superior stability. These plates are widely preferred for complex joint-related fractures, improving surgical outcomes and patient recovery.
Advanced Features:
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L-shaped design for anatomical adaptation and buttress support
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Surgical-grade stainless steel construction for durability
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Locking mechanism for secure screw-plate fixation
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Effective for periarticular and intra-articular fractures
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Provides strong stability in osteoporotic and comminuted bone
Superior Stabilization and Anatomical DesignEngineered for optimal fixation, the L Buttress Locking Plate has an L-shaped buttress contour tailored to the proximal tibia anatomy. Its design ensures even stress distribution and aids in the stabilization of complex periarticular fractures, promoting reliable bone healing and early mobilization post-surgery.
Precision Manufacturing and Material QualityManufactured through cold forged and CNC machined techniques, each plate is constructed from lightweight stainless steel or titanium alloy. This process guarantees a high precision fit, corrosion resistance, and mechanical strength suitable for orthopedic applications. Plates are available in multiple lengths to match individual patient needs.
Radiolucent Window and Sterilization OptionsThe plate is equipped with a radiolucent window, facilitating unobstructed post-operative X-ray imaging. It is compatible with standard autoclave or EO gas sterilization, supporting both single-use and reusable scenarios, depending on surgical requirements.
FAQ's of L Buttress Locking Plate:
Q: How does the L Buttress Locking Plate enhance fracture fixation for the proximal tibia?
A: This plate features an anatomically contoured, L-shaped buttress design that matches the proximal tibia. This allows for effective stabilization of complex periarticular fractures, providing excellent biomechanical support and uniform load distribution during bone healing.
Q: What process is used to manufacture the L Buttress Locking Plate?
A: Each plate is produced through advanced cold forging and precision CNC machining, ensuring accurate dimensions, smooth surface finish, and superior mechanical strength. This process also maintains the plate's lightweight and durable characteristics for orthopedic use.
Q: When should the L Buttress Locking Plate be used in surgical procedures?
A: It is indicated for fixation of proximal tibia and periarticular fractures in bone surgery, especially where stable, anatomical support and rapid healing are required. Surgeons can select from various plate sizes to match patient-specific anatomy and fracture type.
Q: Where can the L Buttress Locking Plate be stored before surgical use?
A: Plates should be stored in a dry, sterile environment to preserve their integrity before use. Proper storage ensures the implant remains free from contaminants and maintains sterility until the time of surgery.
Q: How is the plate sterilized for surgical application?
A: Sterilization can be achieved using either autoclave or EO gas methods, depending on hospital protocols. The plate is suitable for both single-use disposability and repeated sterilization, according to clinical requirements.
Q: What are the key benefits of using this orthopedic locking plate?
A: The main advantages include anatomically precise fit, high corrosion resistance, radiographic visibility for imaging, excellent stability under load, and compatibility with locking and cortical bone screws. These features collectively support faster recovery and reduced risk of implant failure in complex fracture cases.