Distal Humerus Locking Plates L&R SS 316L are orthopedic fixation implants intended to support the stabilization of selected fractures involving the distal humerus, the lower end of the upper-arm bone near the elbow joint. The product title identifies left- and right-side configurations and specifies 316L stainless steel as the material.

These plates form part of a bone fixation system in which compatible screws secure the plate to the bone. The exact plate design, available sizes, hole configurations, and fixation characteristics depend on the manufacturer's product range. Healthcare professionals should review the relevant technical documentation before selecting an implant for a specific procedure.

Purpose and Orthopedic Applications

Distal humerus locking plates are designed for use in selected orthopedic fracture fixation procedures involving the lower end of the humerus. Depending on the design, a plate may support fixation around the elbow where suitable stabilization of bone fragments is required.

Left- and right-side versions are intended to accommodate the corresponding anatomical side when the manufacturer specifies side-specific designs. The correct plate must be selected according to the fracture pattern, patient anatomy, available bone stock, and the surgeon's treatment plan.

The product name alone does not establish suitability for every distal humerus fracture. Selection and implantation must be performed by qualified orthopedic professionals in accordance with the manufacturer's instructions for use.

Left and Right Plate Configurations

The L&R designation indicates left- and right-side options. Side-specific plate geometry may be designed to correspond to anatomical contours, but the exact shape and differences between the two versions must be confirmed with the manufacturer.

Before ordering, verify the side designation, plate length, hole count, contour, and available sizes. Confirm whether the product listing represents two separate selectable options or a package containing both left- and right-side plates.

Correct identification is important for inventory management and for ensuring that the selected implant matches the intended surgical plan.

316L Stainless Steel Construction

The product title specifies 316L stainless steel. This low-carbon stainless steel grade is used in various medical and industrial applications because of its corrosion-resistance characteristics. However, the exact implant alloy, applicable material standard, and suitability for implantation should be verified through the manufacturer's documentation.

Do not assume that every 316L stainless steel product meets the requirements for a particular implant application. Confirm the material certification, manufacturing specifications, and applicable regulatory documentation before purchase.

Locking Plate Design and Screw Compatibility

Locking plates use compatible screws that engage with the plate's locking holes to establish a fixed-angle connection. This design differs from conventional plate fixation, in which the screw head may not lock into the plate.

The specific hole geometry and compatible screw system vary by manufacturer. The product title does not provide screw diameters, lengths, thread specifications, or the number of holes. These details should be checked before ordering to ensure that the implant system and associated instruments are compatible.

Only screws and instruments approved for the exact plate system should be used.

Selection, Handling, and Storage

When evaluating Distal Humerus Locking Plates L&R SS 316L, verify the plate dimensions, side designation, hole configuration, material grade, screw compatibility, and intended application. Review the manufacturer's instructions for handling, storage, and preparation before use.

Inspect product identification and packaging before clinical use. Do not use an implant if its identity cannot be confirmed, the packaging is compromised, or visible damage is present.

Sterility and Manufacturer Instructions

The product title does not specify whether the plates are supplied sterile or non-sterile. Follow the manufacturer's instructions for the exact product, including requirements for storage, preparation, and sterility. Do not assume that the implant can be cleaned, sterilized, or reused using a general procedure.

Accurate product documentation helps healthcare facilities verify the implant's material, intended use, and compatibility with the selected fixation system.

Key Features

• Distal humerus orthopedic locking plate design

• Left- and right-side configurations indicated by L&R

• 316L stainless steel specified in the product title

• Intended for selected distal humerus fracture fixation

• Designed for use with compatible locking screws

• Side-specific geometry requires manufacturer verification

• Plate sizes and hole configurations not specified

• Screw dimensions and compatibility require confirmation

• Material certification and regulatory documentation should be verified

• Use according to manufacturer instructions and clinical requirements

Product Specifications

FAQs

1. What are Distal Humerus Locking Plates used for?

They are designed to support fixation of selected fractures involving the distal humerus near the elbow.

2. What does L&R mean?

L&R indicates left- and right-side configurations. Confirm the exact side-specific designs and available options with the manufacturer.

3. What material are these plates made from?

The supplied product title specifies 316L stainless steel. Verify the exact implant material grade and supporting documentation with the manufacturer.

4. What is the purpose of a locking plate?

A locking plate is designed to engage with compatible locking screws, creating a fixed-angle connection between the screw and plate.

5. Are screws included with the plates?

The product title does not specify whether screws are included. Request the full package contents from the supplier.

6. How do I choose the left or right plate?

Selection depends on the intended anatomical side, plate design, fracture pattern, and surgical plan. The choice should be made by a qualified orthopedic professional using manufacturer documentation.

7. Are different plate sizes available?

The title does not list the available sizes or hole configurations. Contact the supplier for the current size range and dimensional specifications.

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

The material designation alone does not establish that a specific product is suitable for implantation. Confirm the implant-grade material specifications and regulatory documentation with the manufacturer.

9. Are the plates supplied sterile?

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

10. What should buyers verify before ordering?

Confirm the left/right configuration, plate dimensions, hole count, material grade, compatible screws, package contents, intended use, and manufacturer documentation.