The Distal Humerus Locking Plate Set Titanium is an orthopedic fixation system intended for use in selected procedures involving fractures of the distal humerus, the lower portion of the upper-arm bone near the elbow. The system uses a plate-and-screw fixation concept to help stabilize bone fragments during fracture management. The appropriate configuration depends on fracture pattern, bone anatomy, surgical technique, and the treating surgeon's assessment.

The product title identifies titanium construction and plate options ranging from 4 to 10 holes. The exact number of plates included, available plate shapes, screw quantities, and supplied instruments are not specified. Buyers should confirm the complete set contents and technical documentation before purchasing.

Purpose and Orthopedic Applications

Distal humerus locking plates are designed to provide internal fixation for selected fractures around the elbow. Depending on the system design, plates may be used in fracture patterns requiring fixation of the distal humerus and support for bone-fragment alignment.

Locking plate systems use compatible screws that engage with threaded plate holes, creating a fixed-angle relationship between the screw and plate. The precise fixation strategy depends on the implant design and the clinical requirements of the fracture.

This product should only be considered for applications supported by its manufacturer's intended-use documentation. Plate selection, placement, and screw configuration must be determined by qualified orthopedic professionals.

Titanium Construction

The product title specifies titanium construction. Titanium is commonly used in orthopedic implants because of its favorable strength-to-weight characteristics and corrosion resistance. The exact alloy and material grade for this set must be confirmed with the manufacturer.

Do not assume a particular titanium alloy, surface treatment, regulatory certification, or compatibility with other implant systems unless supported by the manufacturer's documentation. Implant materials and design characteristics should be verified before clinical use.

Plate Options: 4 to 10 Holes

The stated 4- to 10-hole range indicates plate configurations with different hole counts. Plate length and available screw positions generally vary with the number of holes, but exact dimensions depend on the manufacturer's design.

A suitable plate configuration is selected according to the fracture pattern, available bone stock, anatomical requirements, and the fixation strategy chosen by the surgeon. Hole count alone does not determine suitability, and the plate's shape, contour, screw trajectory, and compatibility must also be considered.

Before ordering, confirm whether the range refers to separate plate sizes, multiple plates included in one set, or selectable product variations.

Locking Mechanism and Screw Compatibility

Locking plates are designed to work with compatible locking screws and, where specified, other approved screw types. The plate-hole design and screw-thread interface are system-specific. Using incompatible screws may compromise the intended fixation mechanism.

The supplied product title does not identify screw diameters, screw lengths, thread types, or the number of screws included. Confirm these details and any required drilling guides, drill bits, drivers, or other instruments with the manufacturer.

Selection, Handling, and Storage

Before purchasing, verify the plate configuration, hole count, anatomical design, dimensions, screw compatibility, and complete set contents. Check the manufacturer's instructions for use and ensure the implant system is suitable for the intended procedure.

Implants should be handled, stored, and prepared according to manufacturer instructions. Inspect packaging and product identification before use. Do not use an implant if its packaging is compromised, its identification cannot be verified, or visible damage is present.

Cleaning and Sterilization

The product title does not establish whether the set includes sterile implants, non-sterile implants, reusable instruments, or a combination of components. Follow the manufacturer's instructions for each supplied item. Do not assume that implants or instruments can be reprocessed using a general method.

Confirm the supplied packaging, sterility status, storage conditions, and applicable reprocessing requirements before clinical use. Only qualified healthcare professionals should select and use the system according to its approved intended purpose.

Key Features

• Distal humerus orthopedic locking plate system

• Titanium construction specified in the product title

• Plate configurations ranging from 4 to 10 holes

• Intended for selected distal humerus fracture fixation

• Locking plate design for use with compatible screws

• Exact plate shape and dimensions require confirmation

• Screw diameter, length, and quantity not specified

• Complete set contents must be verified with the supplier

• Material grade and regulatory documentation require confirmation

• Use according to manufacturer instructions and clinical requirements

Product Specifications

FAQs

1. What is a distal humerus locking plate used for?

It is designed to help stabilize selected fractures of the distal humerus, the lower part of the upper-arm bone near the elbow.

2. What does 4–10 hole mean?

It indicates plate configurations with hole counts ranging from 4 to 10. Confirm whether these are selectable options or components included in one set.

3. Is this locking plate set made from titanium?

The product title specifies titanium. The exact material grade and alloy should be verified with the manufacturer.

4. Are screws included with the set?

The title does not confirm whether screws are included. Ask the supplier for a complete inventory of plates, screws, and accessories.

5. Which screws are compatible with the plate?

Only screws specified as compatible by the implant manufacturer should be used. Confirm screw diameter, length, thread design, and plate-hole compatibility.

6. How do I choose the correct hole configuration?

The configuration depends on the fracture pattern, anatomical requirements, and surgical fixation plan. Selection must be made by a qualified orthopedic professional using the manufacturer's specifications.

7. Is this plate suitable for every distal humerus fracture?

No. Suitability depends on the fracture type, patient anatomy, implant design, and clinical assessment.

8. Is the set supplied sterile?

Sterility status is not specified in the product title. Confirm the packaging and sterility information with the manufacturer before use.

9. What should I verify before purchasing?

Check plate dimensions, anatomical design, hole configurations, screw compatibility, set contents, material grade, and manufacturer documentation.

10. Can the implant be reused?

Implants are generally intended for single implantation rather than reuse. Follow the specific manufacturer's instructions and applicable clinical requirements; do not reuse an implanted device.