Superior Clavicle Plate System: Advanced Anatomical Fixation Solution for Optimal Fracture Recovery

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superior clavicle plate

The superior clavicle plate represents a significant advancement in orthopedic surgical technology, specifically designed to provide optimal fixation and stability for clavicle fractures. This innovative medical device features a low profile anatomical design that perfectly conforms to the superior surface of the clavicle, ensuring maximum comfort and functionality for patients. The plate is manufactured from high grade titanium alloy, offering exceptional strength while maintaining biocompatibility. Its unique design incorporates multiple screw holes positioned strategically to allow for various fixation options, accommodating different fracture patterns and anatomical variations. The superior clavicle plate system includes both right and left specific plates in various lengths, ensuring precise anatomical fit for each patient. The plate's surface is specially treated to reduce soft tissue irritation and promote better healing outcomes. Advanced locking mechanism technology prevents screw backout, while the combination holes enable both locking and compression techniques. This versatility makes it suitable for treating simple and complex clavicle fractures, non unions, and mal unions, providing surgeons with a comprehensive solution for clavicular injuries.

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The superior clavicle plate offers numerous compelling advantages that set it apart in the field of orthopedic implants. First and foremost, its anatomically contoured design significantly reduces the need for intraoperative bending, saving valuable operating time and maintaining the plate's structural integrity. The low profile construction minimizes soft tissue irritation and patient discomfort, leading to better postoperative outcomes and higher patient satisfaction rates. The plate's innovative locking mechanism ensures stable fixation while allowing for both locked and compression screw placement, providing surgeons with greater flexibility in treating various fracture patterns. The titanium alloy composition delivers exceptional strength to weight ratio while ensuring excellent biocompatibility and resistance to corrosion. Multiple plate lengths and dedicated left and right designs ensure optimal fit for different patient anatomies, reducing the risk of complications and improving surgical outcomes. The system's comprehensive instrumentation set streamlines the surgical procedure, making it more efficient and reproducible. Enhanced screw hole design allows for up to 15 degrees of angulation, facilitating optimal screw placement even in challenging anatomical situations. The plate's superior design also promotes faster healing by maintaining proper reduction and stability throughout the recovery process, potentially reducing rehabilitation time and improving patient mobility.

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superior clavicle plate

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Advanced Locking Technology

Advanced Locking Technology

The superior clavicle plate features a state of the art locking mechanism that represents a significant advancement in fracture fixation technology. This innovative system employs a unique thread design that creates a secure, stable angular connection between the screw head and plate, effectively preventing screw loosening and backout. The locking mechanism allows for up to 15 degrees of angulation in screw placement, providing surgeons with the flexibility to address various fracture patterns while maintaining construct stability. This technology also incorporates a special thread pitch that optimizes the connection between plate and screw, reducing the risk of cross threading and ensuring consistent locking performance. The system's ability to combine both locking and compression screws in the same plate enhances its versatility and allows for customized fixation strategies based on specific fracture characteristics.
Anatomical Design Excellence

Anatomical Design Excellence

The superior clavicle plate's anatomical design represents the culmination of extensive research and development in orthopedic implant technology. The plate features a precisely contoured profile that matches the natural anatomy of the clavicle's superior surface, minimizing the need for intraoperative adjustment and reducing surgical time. This anatomical specificity extends to the provision of dedicated left and right plates, ensuring optimal fit regardless of patient anatomy. The plate's tapered ends and rounded edges significantly reduce soft tissue irritation and potential impact on surrounding structures. The design incorporates strategic screw hole placement that aligns with the bone's natural architecture, allowing for optimal fixation while avoiding critical anatomical structures.
Enhanced Healing Promotion

Enhanced Healing Promotion

The superior clavicle plate incorporates several design elements specifically aimed at promoting optimal bone healing and recovery. The plate's surface treatment technology creates a specialized interface that minimizes soft tissue adhesion while maintaining excellent biocompatibility. This feature, combined with the plate's low profile design, reduces the risk of soft tissue irritation and promotes better blood flow to the healing fracture site. The plate's ability to maintain precise anatomical reduction throughout the healing process helps ensure proper bone alignment and potentially reduces healing time. The system's compression capabilities allow surgeons to achieve and maintain interfragmentary compression, which is crucial for primary bone healing. Additionally, the plate's titanium alloy composition provides excellent osseointegration properties while maintaining the strength needed for reliable fixation.
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