Locking Distal Fibula Plate Set 3–11 Holes SS 316L

The Locking Distal Fibula Plates 3–11 Holes SS 316L 127 Pcs is an orthopedic fixation set designed for selected fractures involving the distal fibula, including appropriate lateral malleolar fractures. The distal fibula forms the outer side of the ankle joint, where restoring alignment and maintaining stability can be important for recovery. The set provides multiple plate configurations intended to accommodate different fracture patterns and fixation requirements.

Purpose and Orthopedic Applications

Distal fibula fractures can occur independently or as part of more complex ankle injuries. Depending on fracture displacement, joint stability, bone quality, and associated soft-tissue injuries, surgical fixation may be considered by the treating orthopedic surgeon.

Locking distal fibula plates are designed to secure fracture fragments and help maintain alignment during bone healing. Plate options with different hole counts can provide flexibility when selecting the plate length and screw placement configuration required for a particular case. The 3–11-hole range indicates multiple plate configurations, but the exact number of each plate size should be confirmed against the supplier's inventory list.

This type of fixation system may be considered for selected lateral malleolar fractures and other distal fibula fracture patterns when the plate design is suitable. Final implant selection depends on patient anatomy, fracture characteristics, and the surgeon's assessment.

Locking Plate Design and Fixation

Locking plates feature threaded holes designed to engage compatible locking screws. When correctly assembled, the screw heads lock into the plate, creating a fixed-angle relationship between the plate and screws. This can help maintain the stability of the fixation construct in appropriately selected cases.

The plate's contour, hole arrangement, and available lengths influence how it can be positioned along the distal fibula. The appropriate plate must provide suitable anatomical fit and fixation points without interfering with surrounding soft tissues or the ankle joint. Exact plate dimensions, locking-hole configuration, and compatible screw sizes should be verified with the manufacturer.

Locking fixation is not suitable for every fracture or patient. The surgeon determines whether a locking plate, conventional plate, or another fixation method best meets the clinical requirements.

SS 316L Stainless Steel Construction

The product title specifies SS 316L, a low-carbon stainless steel grade containing chromium, nickel, and molybdenum. The alloy is known for its corrosion resistance and is used in certain medical and surgical applications. However, the precise suitability of the material for permanent orthopedic implantation depends on its implant-grade certification, manufacturing process, and applicable medical-device standards.

Buyers should verify that the supplied plates are manufactured from certified material suitable for the stated intended use. Material grade alone does not establish implant quality, regulatory compliance, or clinical performance.

Benefits of Multiple Plate Configurations

A 127-piece distal fibula plate set can support inventory planning by providing multiple plate options for different fixation requirements. The stated 3–11-hole range may allow clinicians to select among shorter and longer plates according to fracture location, bone anatomy, and the required screw distribution.

A coordinated implant inventory can help orthopedic departments and trauma facilities prepare for a range of selected ankle fracture cases. However, the total piece count does not establish the exact number of plates, screws, or other components included. The supplier's detailed packing list should be reviewed before purchase.

Surgical Use and Implant Compatibility

The Locking Distal Fibula Plates Set is intended for use by qualified orthopedic surgeons following the manufacturer's instructions for use and surgical technique. Correct implant selection requires consideration of fracture pattern, bone quality, anatomical fit, and the planned fixation method.

Only screws specifically confirmed as compatible with the plate system should be used. Screw diameter, length, thread design, and locking-head geometry must match the manufacturer's specifications. Buyers should also confirm whether the 127-piece set contains plates only or includes screws and additional accessories.

Handling, Sterility, and Documentation

Sterility status must be confirmed from the product label and packaging. Implants supplied sterile must remain in intact packaging until use and must not be reused or reprocessed if designated for single use. Non-sterile components must be processed according to the manufacturer's validated instructions before implantation.

Before clinical use, verify product identification, lot or batch traceability, material certification, expiry information where applicable, and relevant regulatory documentation. Appropriate storage and handling help preserve implant condition.

The Locking Distal Fibula Plates 3–11 Holes SS 316L 127 Pcs set is intended for selected distal fibula fracture fixation applications. Before ordering, confirm plate dimensions, exact component quantities, compatible screws, implant-grade SS 316L certification, and the manufacturer's documentation.

Key Features

• 127-piece distal fibula orthopedic implant set.

• Multiple locking plate configurations ranging from 3 to 11 holes.

• Designed for selected distal fibula and lateral malleolar fractures.

• Locking-hole design intended for compatible locking screws.

• SS 316L stainless steel as specified in the product title.

• Multiple plate lengths support case-specific implant selection.

• Intended for selected ankle fracture fixation procedures.

• Requires confirmation of screw compatibility and plate dimensions.

• Exact quantities of each plate configuration should be verified.

• Sterility status and implant certification must be confirmed.

• Intended for use by qualified orthopedic surgeons.

Product Specifications

Frequently Asked Questions

1. What are locking distal fibula plates used for?

Locking distal fibula plates are designed to stabilize selected fractures near the lower end of the fibula, including appropriate lateral malleolar fractures, by helping maintain bone alignment during healing.

2. What does the 3–11-hole specification mean?

It indicates that the set includes or offers plate configurations with different hole counts, ranging from 3 to 11 holes. The exact quantities and dimensions of each configuration should be confirmed with the supplier.

3. What is SS 316L stainless steel?

SS 316L is a low-carbon stainless steel alloy containing chromium, nickel, and molybdenum. Its corrosion resistance makes it useful in various medical applications, but suitability for permanent orthopedic implants must be supported by the appropriate material certification and device documentation.

4. Are locking screws included in the 127-piece set?

The product title does not confirm whether screws are included. Request a complete packing list specifying the quantities and sizes of plates, screws, and any additional components.

5. Are all locking screws compatible with these distal fibula plates?

No. Screw compatibility depends on the plate's hole geometry, thread specifications, screw diameter, and locking-head design. Only manufacturer-approved compatible components should be used.

6. Can these plates be used for all ankle fractures?

No. Distal fibula plates are intended for specific fracture patterns and are not suitable for every ankle injury. Implant selection must be made by the treating orthopedic surgeon based on the fracture and patient-specific factors.

7. Are SS 316L distal fibula plates supplied sterile?

Sterility status depends on the specific product and packaging. Confirm the manufacturer's labeling and instructions before clinical use.

8. What should buyers verify before purchasing this orthopedic plate set?

Verify the full 127-piece inventory, plate dimensions, hole configurations, screw compatibility, implant-grade SS 316L certification, sterility status, and applicable regulatory documentation.