Distal Tibia Locking Plates are orthopedic fixation implants intended for selected fractures involving the distal tibia, the lower portion of the shinbone near the ankle. Their plate-and-screw design supports internal fixation when chosen by an orthopedic professional according to the fracture pattern, anatomical requirements, and surgical treatment plan.

The product title identifies 316L stainless steel construction, plate configurations ranging from 5 to 11 holes, and a stated quantity of 100 pieces. The exact plate dimensions, anatomical profile, side options, and distribution of sizes within this quantity are not specified. Buyers should obtain a detailed product list from the manufacturer or supplier before placing an order.

Purpose and Orthopedic Applications

Distal tibia locking plates are designed to help stabilize selected fractures near the ankle. Depending on the plate design and manufacturer-approved indications, these implants may be considered for appropriate distal tibial fracture fixation procedures.

Locking plate systems use compatible screws that engage with threaded plate holes to establish a fixed-angle connection. The specific fixation approach depends on the fracture configuration, bone quality, available bone stock, and the surgeon's clinical assessment.

Not every distal tibia fracture requires the same implant design. The plate must be selected according to the manufacturer's intended-use documentation and the requirements of the individual procedure.

Plate Configurations: 5–11 Holes

The 5- to 11-hole range indicates different plate configurations. Hole count generally affects the number of available screw positions and may correspond to differences in plate length, but the exact dimensions depend on the manufacturer's design.

When comparing options, buyers should verify the overall plate length, width, thickness, hole spacing, screw trajectories, and anatomical contour. Confirm whether the range represents separate selectable variations or multiple configurations supplied together.

The product title does not specify whether the plates are straight, anatomically contoured, left-sided, right-sided, or available in both orientations. These details must be confirmed before purchase.

316L Stainless Steel Construction

The product title specifies 316L stainless steel. This low-carbon stainless steel grade is known for corrosion resistance in various applications. However, the material designation alone does not confirm that a particular plate meets the requirements for orthopedic implantation.

Ask the manufacturer to verify the exact alloy specification, applicable material standard, manufacturing quality documentation, and intended clinical use. Do not assume a specific implant certification or regulatory approval without supporting documentation.

Locking Mechanism and Screw Compatibility

Locking plates are designed to work with compatible screws that engage with the plate's locking holes. The connection between the plate and screw depends on the specific thread design and implant system.

The supplied title does not identify screw diameters, lengths, thread specifications, or whether screws are included. Confirm the compatible screw system and any required surgical instruments with the supplier. Components from different systems should not be assumed to be interchangeable.

Bulk Quantity and Package Verification

The title specifies 100 pieces, suggesting a bulk quantity. However, it does not establish whether this refers to 100 plates, a mixed assortment of plate sizes, or a package containing plates and other components.

Before ordering, request an itemized packing list showing the number of plates in each hole configuration, available side options, individual model numbers, and any included accessories. This is especially important for inventory planning and purchasing decisions.

Handling, Storage, and Sterility

Follow the manufacturer's instructions for transport, storage, preparation, and clinical use. Inspect product identification and packaging before use. Do not use an implant if its identity cannot be verified, packaging is compromised, or visible damage is present.

The title does not specify whether the plates are supplied sterile or non-sterile. Confirm sterility status and preparation requirements with the manufacturer. Do not assume that the implants can be reprocessed or reused using a general sterilization method.

Key Features

• Distal tibia orthopedic locking plate design

• Intended for selected distal tibial fracture fixation

• 316L stainless steel specified in the product title

• Plate configurations ranging from 5 to 11 holes

• Stated quantity of 100 pieces

• Designed for use with compatible locking screws

• Exact plate dimensions and contours require confirmation

• Left and right configurations not specified

• Screw inclusion and compatibility require verification

• Sterility status and regulatory documentation must be confirmed

Product Specifications

FAQs

1. What are Distal Tibia Locking Plates used for?

They are designed to support fixation of selected fractures involving the lower portion of the tibia near the ankle.

2. What does 5–11 holes mean?

It indicates plate configurations with hole counts ranging from 5 to 11. Confirm the dimensions and available models for each configuration.

3. What material are these plates made from?

The product title specifies 316L stainless steel. Confirm the exact material standard and implant specifications with the manufacturer.

4. What does the quantity of 100 pieces include?

The title states 100 pieces but does not specify the breakdown. Ask the supplier whether this means 100 plates or a mixed assortment of components.

5. Are locking screws included?

The title does not confirm whether screws are included. Request an itemized list of plates, screws, and any accessories.

6. Are left and right plates available?

The product title does not identify side-specific options. Confirm whether the plates are universal, left-sided, right-sided, or available in both versions.

7. How do I choose the correct plate size?

The appropriate plate depends on the fracture pattern, anatomy, implant design, and surgical plan. Selection must be made by a qualified orthopedic professional.

8. Is 316L stainless steel suitable for orthopedic implants?

The material designation alone does not establish suitability for implantation. Verify the manufacturer's implant-grade material documentation and intended-use information.

9. Are the plates supplied sterile?

Sterility status is not provided in the title. Confirm the packaging and preparation requirements before clinical use.

10. What should buyers verify before ordering 100 pieces?

Confirm the total quantity, size distribution, hole configurations, plate dimensions, material specifications, screw compatibility, sterility status, and manufacturer documentation.