The Superior Anterior Clavicle S Locking Plate Titanium is a comprehensive orthopedic trauma fixation system designed for surgical stabilization of appropriately selected clavicular fractures. The system features S-shaped superior/anterior clavicle locking plates in multiple configurations from 3 to 8 holes, with both left and right versions available. Manufactured from titanium and supplied as a 114-piece system, it provides a broad selection of fixation options for professional orthopedic and trauma surgery.

The clavicle is an important structural component of the shoulder girdle and serves as a connection between the upper limb and axial skeleton. Clavicle fractures are common orthopedic injuries and can present with different locations, displacement patterns, and anatomical characteristics. A purpose-designed clavicle locking plate provides a fixation platform for stabilization following appropriate fracture reduction and surgical preparation.

The S-shaped plate profile is designed to correspond with the general contour of the clavicular anatomy. An appropriately contoured plate can facilitate positioning along the selected surface of the clavicle while providing multiple fixation points across the fracture region. The exact positioning of the implant depends on the fracture location, patient anatomy, soft-tissue considerations, and the surgeon’s selected operative approach.

This system includes 3-, 4-, 5-, 6-, 7-, and 8-hole configurations, providing multiple plate lengths and fixation capacities. Shorter plates may be selected for appropriately localized fracture patterns, while longer plates can provide a greater fixation span when clinically indicated. The availability of both left and right plates allows the surgical team to select a laterality-specific implant configuration rather than relying on a single universal plate design.

The locking plate technology provides a stable screw-to-plate interface when compatible locking screws are used. Locking fixation creates an angularly stable relationship between the screw and plate, which can help maintain the intended fixation construct. This technology may be particularly useful in appropriately selected fractures where stable fixation is desired, including cases involving challenging bone quality or limited available fixation surface.

The plates are manufactured from titanium, a material widely used in orthopedic implant systems. Titanium offers favorable strength-to-weight characteristics, corrosion resistance, and established use in implantable medical devices. Its material properties make it suitable for appropriately designed fracture fixation systems where durability and long-term implant performance are important considerations.

The 114-piece configuration provides a substantial implant selection for orthopedic hospitals, trauma centers, surgical departments, and authorized medical-device distributors. Multiple plate sizes and laterality options allow the surgical team to select a suitable implant based on the patient’s clavicle anatomy and fracture configuration. The final plate and screw selection should always be based on clinical assessment and the manufacturer’s approved product specifications.

Superior or anterior clavicle locking plates may be used for appropriately selected clavicle fractures requiring operative fixation. Surgical treatment may include fracture reduction, restoration of appropriate alignment, plate positioning, and fixation using compatible screws. The exact surgical approach and implant positioning should be determined by a qualified orthopedic surgeon according to the patient’s anatomy, fracture characteristics, imaging, and applicable surgical technique.

Proper handling of implantable devices is essential. The titanium clavicle locking plates should be stored, inspected, handled, and implanted according to the manufacturer’s instructions for use and applicable medical-device regulations. Implant components designated for single use should not be reused. Associated reusable surgical instruments should undergo validated cleaning, inspection, packaging, and sterilization procedures according to manufacturer instructions and healthcare-facility protocols.

The Superior Anterior Clavicle S Locking Plate (3–8 Holes) L&R – Titanium (114 pcs) provides a versatile clavicle fixation solution with multiple plate lengths and laterality-specific options. Its S-shaped anatomical configuration, titanium construction, and locking fixation design make it suitable for professional orthopedic trauma applications where surgical stabilization of an appropriately selected clavicle fracture is clinically indicated.

Key Features

• Superior anterior clavicle S-shaped locking plate system
• Available in 3, 4, 5, 6, 7, and 8-hole configurations
• Supplied in left and right plate options
• Manufactured from durable titanium
• Comprehensive 114-piece orthopedic fixation set
• Designed for appropriately selected clavicle fracture stabilization
• Anatomically oriented S-shaped plate profile
• Locking plate technology provides an angularly stable screw-to-plate interface
• Multiple plate lengths accommodate different fracture patterns and fixation spans
• Laterality-specific designs support left and right clavicle fixation
• Suitable for professional shoulder and upper-extremity orthopedic trauma procedures
• Intended for use by qualified orthopedic surgeons according to appropriate surgical technique

Product Specifications

FAQs

1. What is a Superior Anterior Clavicle S Locking Plate used for?

A Superior Anterior Clavicle S Locking Plate is an orthopedic fixation implant designed for stabilization of appropriately selected clavicle fractures. Its contoured design provides a fixation platform along the clavicle following appropriate fracture reduction.

2. What sizes are included in this clavicle locking plate system?

The system includes 3-, 4-, 5-, 6-, 7-, and 8-hole configurations, providing multiple plate lengths and fixation options.

3. Are left and right clavicle plates included?

Yes. The product is specified with left and right (L&R) configurations, allowing laterality-specific implant selection.

4. What material are the clavicle plates made from?

The plates are manufactured from titanium, a material commonly used in orthopedic implants because of its favorable strength-to-weight characteristics, corrosion resistance, and established medical applications.

5. What does the S shape of the clavicle plate mean?

The S-shaped profile refers to the general contour of the plate, which is designed to correspond with the anatomical shape of the clavicle. Exact contour and positioning depend on the specific implant design and patient anatomy.

6. How many pieces are included in this clavicle locking plate set?

The product is specified as a 114-piece set, containing the available clavicle plate configurations and associated fixation components as defined by the manufacturer’s product configuration.

7. What is the advantage of a locking clavicle plate?

A locking plate provides a stable screw-to-plate interface when compatible locking screws are used. This creates an angularly stable construct that may be useful for appropriately selected clavicle fracture fixation.

8. Can the same clavicle plate be used on both sides?

This system specifically provides left and right configurations, allowing the surgeon to select the plate corresponding to the affected clavicle rather than relying on a single universal design.