Advanced Clavicle Plate System: Innovative Solution for Superior Collarbone Fracture Treatment

Get a Free Quote

Our representative will contact you soon.
Email
Name
Company Name
Message
0/1000

clavicle plate

A clavicle plate is an advanced orthopedic implant designed specifically for treating collarbone fractures and injuries. This specialized medical device consists of a contoured metallic plate, typically manufactured from high-grade titanium or stainless steel, that perfectly matches the anatomy of the clavicle. The plate serves as a stable framework for bone healing, featuring multiple screw holes strategically positioned to secure the fractured bone segments. Modern clavicle plates incorporate innovative design elements such as pre-contoured shapes that minimize the need for intraoperative bending, low-profile configurations to reduce soft tissue irritation, and variable-angle locking technology that enhances fixation stability. These plates come in various lengths and configurations to accommodate different fracture patterns and patient anatomies. The primary function of a clavicle plate is to maintain proper alignment of the fractured bone segments while providing sufficient stability for optimal healing. The device allows for early mobilization and rehabilitation, significantly improving patient recovery outcomes. Advanced manufacturing processes ensure precise dimensioning and superior surface finishing, contributing to better biocompatibility and reduced risk of complications.

New Products

The clavicle plate offers numerous advantages that make it a preferred choice for treating collarbone fractures. First and foremost, its anatomically contoured design significantly reduces operative time and enhances the fit to the patient's anatomy, leading to better healing outcomes. The plate's low-profile construction minimizes soft tissue irritation and patient discomfort, allowing for a more comfortable recovery process. The variable-angle locking technology provides surgeons with greater flexibility in screw placement while maintaining construct stability, enabling them to address complex fracture patterns effectively. The use of biocompatible materials reduces the risk of adverse reactions and promotes better integration with surrounding tissues. The plate's design also facilitates early mobilization, allowing patients to begin rehabilitation sooner and potentially reducing the overall recovery time. The robust fixation provided by the plate helps prevent malunion and nonunion complications, which can be common in conservatively treated clavicle fractures. Furthermore, the plate's durability ensures long-term stability, often eliminating the need for removal surgery unless specifically indicated. The standardized surgical technique associated with clavicle plate fixation helps achieve consistent results across different surgical scenarios. The availability of various plate sizes and configurations ensures optimal treatment customization for each patient's specific fracture pattern and anatomy. Additionally, the plate's design incorporates features that facilitate easier removal if necessary, reducing potential complications during hardware removal procedures.

Tips And Tricks

From Principle to Practice: Guidelines for Postoperative Management and Patient Rehabilitation of Ilizarov Stent

09

May

From Principle to Practice: Guidelines for Postoperative Management and Patient Rehabilitation of Ilizarov Stent

View More
Multi scenario application analysis: flexible advantages of modular braces in trauma and orthodontics

09

May

Multi scenario application analysis: flexible advantages of modular braces in trauma and orthodontics

View More
Application scenarios of unilateral stent in limb fractures

09

May

Application scenarios of unilateral stent in limb fractures

View More
Adult Trauma and Orthopedic System: Application of HTO Locking Plate in Knee Joint Correction Surgery

09

May

Adult Trauma and Orthopedic System: Application of HTO Locking Plate in Knee Joint Correction Surgery

View More

Get a Free Quote

Our representative will contact you soon.
Email
Name
Company Name
Message
0/1000

clavicle plate

Superior Biomechanical Stability

Superior Biomechanical Stability

The clavicle plate's advanced biomechanical design represents a significant breakthrough in fracture fixation technology. The plate's unique construction incorporates multiple locking and compression holes that work in synergy to create a stable environment for bone healing. The variable-angle locking mechanism allows screws to be inserted at angles between 15 degrees in any direction, providing surgeons with the flexibility to achieve optimal screw placement while maintaining construct stability. This feature is particularly valuable when dealing with complex fracture patterns or poor bone quality. The plate's thickness and material composition are carefully engineered to provide sufficient strength while maintaining a low profile, striking an ideal balance between stability and patient comfort. The combination of compression and locking holes enables surgeons to apply compression across the fracture site while maintaining angular stability, promoting primary bone healing.
Anatomical Precision and Adaptability

Anatomical Precision and Adaptability

The anatomical design of the clavicle plate represents a fundamental advancement in orthopedic implant technology. Each plate is pre-contoured to match the S-shaped anatomy of the clavicle, significantly reducing the need for intraoperative bending and minimizing surgical time. The plate's design incorporates subtle anatomical features that ensure optimal fit along the superior surface of the clavicle, where it naturally accommodates the bone's varying cross-sectional anatomy. Multiple plate lengths and configurations are available to address different fracture patterns and patient anatomies, ensuring comprehensive treatment options. The plate's design also includes specific features that account for the clavicle's natural bow and twist, providing better anatomical reduction and alignment of fracture fragments.
Enhanced Recovery and Patient Comfort

Enhanced Recovery and Patient Comfort

The clavicle plate's design prioritizes patient comfort and recovery outcomes through several innovative features. The low-profile configuration minimizes soft tissue irritation and reduces the likelihood of hardware-related complications, particularly in patients with minimal soft tissue coverage. The plate's smooth, polished surface finish reduces friction with surrounding tissues and helps prevent irritation during normal shoulder movement. The stable fixation provided by the plate allows for early mobilization protocols, potentially reducing the risk of shoulder stiffness and accelerating the rehabilitation process. The plate's design also incorporates features that facilitate easier removal if necessary, with specially designed screw heads that maintain their shape and allow for straightforward extraction even after extended periods of implantation.
logo