The Locking Distal Fibula Plates 3 11 Holes SS 316L 127 Pcs is a versatile orthopedic implant system designed for fixation of selected distal fibula fractures and other surgical applications requiring stabilization of the lateral ankle region. With multiple plate configurations, bilateral left and right designs, and compatible LCP screws, this 127-piece system provides orthopedic surgical teams with a broad selection of fixation components for different patient anatomies and fracture patterns.

Distal fibula fractures can present with different levels of displacement, fracture morphology, comminution, bone quality, and associated ankle injuries. A fixation system offering several plate lengths allows the surgeon to select an appropriate construct according to the clinical situation. This system includes 3-hole, 5-hole, 7-hole, 9-hole, and 11-hole configurations, providing multiple options for plate length and fixation-point distribution.

The inclusion of both left (L) and right (R) plates provides side-specific configurations for the corresponding distal fibula. Anatomically appropriate plate selection is important for proper positioning and surgical handling. The final implant should be selected based on patient anatomy, fracture characteristics, bone quality, surgical approach, radiographic assessment, and the manufacturer’s approved indications.

These distal fibula plates are supplied as part of an LCP screw fixation system. LCP, or Locking Compression Plate, technology can provide compatible locking screw fixation through the plate’s locking interfaces. When properly assembled using compatible components, locking screws can establish a fixed-angle relationship with the plate. Depending on the specific implant design, locking plate systems may also support different fixation strategies; surgeons should follow the applicable surgical technique for the specific system.

The range from 3 to 11 holes provides flexibility in selecting a plate configuration appropriate to the required fixation length. A shorter plate may be selected where limited plate length is clinically appropriate, while longer configurations can provide additional fixation points when greater plate coverage is required. The correct number of holes does not independently determine clinical suitability; implant selection must be based on the complete fracture and patient assessment.

The plates are manufactured from SS 316L stainless steel, a low-carbon stainless-steel alloy widely used in medical and surgical applications. 316L is valued for its corrosion resistance and material characteristics suitable for many surgical environments. The actual mechanical performance of an orthopedic implant depends on its geometry, dimensions, manufacturing quality, surface characteristics, and intended application.

The 127-piece system provides a substantial selection of bilateral distal fibula plates and LCP screws in one organized implant set. This can support orthopedic trauma departments, hospitals, surgical centers, and specialized orthopedic facilities that need multiple fixation configurations readily available for surgical cases. Consolidating multiple plate lengths and screw components can also simplify implant inventory management and surgical preparation.

Before implantation, all plates and screws should be inspected for damage, deformation, contamination, corrosion, compromised threads, or other abnormalities. Components should be handled carefully to protect the plate’s locking interfaces and screw threads. Only compatible screws, plates, and approved instrumentation should be used together.

Correct screw selection and placement are essential for the intended performance of a locking plate construct. The surgeon should verify screw dimensions, plate compatibility, fixation position, and available bone stock before implantation. Surgical technique should follow the manufacturer’s instructions and established orthopedic fixation principles.

Cleaning and sterilization must follow the manufacturer’s validated instructions for use (IFU). Although SS 316L is commonly processed using established surgical sterilization methods, the material designation alone should not be used to select a sterilization cycle. Healthcare facilities should use validated procedures appropriate for the specific implant system.

The Locking Distal Fibula Plates 3, 5, 7, 9 & 11 Holes L & R with LCP Screws provides orthopedic professionals with multiple side-specific plate options and compatible fixation components in a 127-piece SS 316L system. Its range of configurations makes it a practical option for selected distal fibula fracture fixation procedures where locking plate technology is clinically indicated.

Key Features

• Locking distal fibula plate system designed for selected orthopedic fracture fixation applications.
• Available in 3, 5, 7, 9 and 11-hole configurations.
• Includes both left (L) and right (R) anatomical plate options.
• Supplied with compatible LCP screws for locking fixation.
• Manufactured from SS 316L stainless steel.
• Multiple plate lengths support different fixation requirements and surgical approaches.
• Locking interfaces are designed for compatible screw engagement and fixed-angle fixation.
• 127-piece system provides a comprehensive selection of plates and screws.
• Suitable for selected distal fibula and lateral ankle orthopedic procedures.
• Bilateral configurations help accommodate left- and right-sided anatomy.
• Designed for use by qualified orthopedic surgeons and trained surgical teams.
• Components should be inspected and compatibility confirmed before clinical use.
• Sterilization and processing should follow the manufacturer’s validated instructions.

Product Specifications

FAQs

1. What are locking distal fibula plates used for?

Locking distal fibula plates are orthopedic implants used for internal fixation and stabilization of selected distal fibula fractures. The appropriate plate configuration depends on fracture morphology, patient anatomy, bone quality, and the surgeon’s fixation strategy.

2. What hole configurations are included in this distal fibula plate system?

This system includes 3-hole, 5-hole, 7-hole, 9-hole, and 11-hole plate configurations, providing different options for plate length and fixation-point distribution.

3. Does the system include left and right distal fibula plates?

Yes. The product includes left (L) and right (R) plate configurations designed for the corresponding side of the distal fibula.

4. Are LCP screws included?

Yes. The product title specifies that the system includes LCP screws. The exact screw sizes and quantities should be confirmed against the manufacturer’s component inventory.

5. What is LCP in orthopedic fixation?

LCP stands for Locking Compression Plate. LCP systems use compatible screws that can lock into designated plate interfaces, creating a fixed-angle plate-and-screw construct when assembled according to the manufacturer’s specifications.

6. What material are these distal fibula plates made from?

The plates are specified as SS 316L stainless steel, a low-carbon stainless-steel alloy commonly used in medical and surgical applications because of its corrosion-resistant properties.

7. Why are different numbers of plate holes available?

Different hole counts provide different plate lengths and numbers of available fixation points. This allows the surgeon to select a configuration appropriate to the patient’s anatomy and the fixation requirements of the fracture.