Premium Humerus Plate System: Advanced Orthopedic Solution for Superior Fracture Fixation

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humerus plate

The humerus plate is a specialized orthopedic implant designed for treating fractures and injuries of the upper arm bone. This innovative medical device serves as a crucial tool in orthopedic surgery, providing stable fixation and support during the healing process of humeral fractures. The plate is manufactured using high-grade medical titanium or stainless steel, ensuring both durability and biocompatibility. Its anatomically contoured design closely matches the natural shape of the humerus, facilitating optimal bone alignment and reducing surgical complexity. The plate features multiple screw holes strategically positioned to allow surgeons flexibility in screw placement, accommodating various fracture patterns and patient anatomies. Advanced locking mechanisms in the plate prevent screw loosening and promote stable fixation, which is essential for proper bone healing. The surface treatment of the plate minimizes tissue irritation and enhances osseointegration, while its low-profile design reduces soft tissue impingement. This medical device incorporates cutting-edge compression technology that enables controlled compression at the fracture site, promoting primary bone healing and reducing recovery time.

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The humerus plate offers numerous significant advantages in treating upper arm fractures. First and foremost, its anatomical design significantly reduces operating time and improves surgical outcomes by fitting naturally to the bone's contours. The plate's versatile screw placement options allow surgeons to achieve optimal fixation regardless of fracture pattern or location, increasing the success rate of surgical procedures. The advanced locking mechanism ensures long-term stability, reducing the risk of implant failure and the need for revision surgery. Patients benefit from the plate's low-profile design, which minimizes soft tissue irritation and discomfort during the healing process. The biocompatible materials used in manufacturing prevent adverse reactions and support better integration with surrounding tissues. The plate's compression technology promotes faster bone healing by maintaining constant pressure at the fracture site, potentially reducing recovery time and improving patient outcomes. Additionally, the precise engineering of the plate allows for minimal invasive surgical techniques, resulting in smaller incisions and reduced post-operative complications. The durability of the implant ensures long-term stability, while its design facilitates easy removal if necessary. The plate's surface treatment technology reduces the risk of infection and promotes better bone growth around the implant. These advantages collectively contribute to improved patient comfort, faster rehabilitation, and better long-term functional outcomes.

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humerus plate

Advanced Locking Technology

Advanced Locking Technology

The humerus plate's advanced locking technology represents a significant breakthrough in fracture fixation. This innovative system features precisely engineered threads in both the plate holes and screw heads, creating a rigid, angle-stable construct when assembled. The locking mechanism prevents screw toggle and backout, ensuring maintained reduction and alignment throughout the healing process. This technology particularly benefits patients with poor bone quality, as it distributes forces more evenly across the entire plate-screw construct rather than concentrating stress at individual screw-bone interfaces. The system's design allows for both locking and non-locking screws, providing surgeons with maximum flexibility in treating various fracture patterns. This versatility enables the creation of hybrid constructs that can be optimized for each patient's specific needs.
Anatomical Conformity Design

Anatomical Conformity Design

The anatomical conformity design of the humerus plate represents a significant advancement in orthopedic implant technology. Each plate is engineered based on extensive anatomical studies and 3D modeling of the humerus bone, ensuring optimal fit and alignment. The pre-contoured shape eliminates the need for intraoperative bending, reducing surgery time and the risk of material fatigue. This precise anatomical match facilitates proper bone alignment and reduces the likelihood of mal-union or non-union. The design includes specific left and right versions to ensure perfect anatomical compatibility for each arm. Additionally, the plate's smooth transitions and rounded edges minimize soft tissue irritation and reduce the risk of impingement syndrome.
Enhanced Compression Technology

Enhanced Compression Technology

The enhanced compression technology integrated into the humerus plate system represents a significant advancement in fracture healing methodology. This innovative feature allows surgeons to apply precise, controlled compression at the fracture site, which is crucial for promoting primary bone healing. The compression mechanism works through specially designed combination holes that enable both dynamic and static compression. This technology includes variable angle compression slots that provide flexibility in screw placement while maintaining optimal compression forces. The system allows for staged compression, enabling surgeons to adjust the compression force during the healing process. This controlled compression helps reduce the gap at the fracture site, promoting faster and more reliable bone union. The technology also includes features that prevent over-compression, protecting the bone from additional trauma.
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