Proximal Humerus Locking Plate: Advanced Orthopedic Solution for Shoulder Stability

Shuangyang Building, Yangshe Town, Zhangjiagang City, Jiangsu Province, China.

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proximal humeral locking plate

The detailed overview of the proximal humeral locking plate encompasses its innovative design that serves a critical role in the stabilization of proximal humerus fractures. This medical device is crafted with advanced technological features that include a low-profile design, anatomically pre-contoured plates, and angular stable locking screws, which all contribute to its main functions. The plate is engineered to closely mimic the humeral anatomy, allowing for a precise fit and minimal soft tissue disruption. Its primary applications involve the fixation of osteoporotic fractures, complex fracture patterns, and revision surgeries where conventional methods may fall short. The locking plate's design promotes biological healing and restores the integrity of the proximal humerus, thereby supporting a quicker recovery for patients.

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The advantages of the proximal humeral locking plate are clear and impactful for potential customers. It offers a high degree of stability, which reduces the risk of implant failure and promotes faster healing. The unique locking mechanism prevents screw backing out, ensuring the fracture remains immobilized. This device also minimizes the need for extensive soft tissue dissection, which leads to less postoperative pain and a lower risk of infection. Due to its anatomical design, it allows for better load distribution, which is particularly beneficial for older patients with osteoporotic bones. Furthermore, the locking plate facilitates early rehabilitation, enabling patients to regain mobility sooner. These practical benefits translate to reduced hospital stays and a quicker return to daily activities, making the proximal humeral locking plate a superior choice in orthopedic care.

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proximal humeral locking plate

locking plate
distal radius fracture volar plate
distal tibia medial plate
lateral clavicle plate
distal humerus extra articular plate
trauma locking plate
Anatomically Pre-Contoured Plates

Anatomically Pre-Contoured Plates

The anatomically pre-contoured plates of the proximal humeral locking plate are designed to closely match the complex contours of the proximal humerus. This precise fit is crucial as it allows for less invasive surgery and minimal disruption to surrounding soft tissue. This unique feature is of paramount importance because it not only contributes to reducing the patient's recovery time but also enhances the overall stability of the implant, which is especially valuable in the case of osteoporotic or comminuted fractures.
Angular Stable Locking Screws

Angular Stable Locking Screws

The angular stable locking screws are a standout feature of the proximal humeral locking plate, providing a robust and secure fixation that conventional screws cannot match. This technology ensures that the fracture site is adequately stabilized, preventing micromotion that could impede the healing process. The stability offered by these screws is key in preventing implant-related complications and supports the patient's ability to engage in earlier rehabilitation, which is critical for regaining joint function.
Low-Profile Design for Better Tissue Biocompatibility

Low-Profile Design for Better Tissue Biocompatibility

The low-profile design of the proximal humeral locking plate is intentionally crafted to minimize soft tissue irritation and accommodate the natural anatomy of the shoulder. This design is essential for reducing postoperative pain and improving patient comfort, both during recovery and in the long term. A less intrusive profile also means a lower risk of implant-related complications, such as hardware irritation. This thoughtful design consideration is integral to the plate's value proposition, as it directly contributes to enhanced patient outcomes and increased satisfaction with the surgical procedure.