The Dorsal Distal Radius Variable Angle T Plate Titanium is an orthopedic fixation implant intended for use in selected procedures involving fractures of the distal radius, the lower portion of the forearm bone near the wrist. Its T-shaped profile provides a plate configuration that may be considered when planning fixation for specific fracture patterns. The variable-angle design allows screw trajectories to be selected within the limits established by the manufacturer's implant system.

Titanium is commonly used in orthopedic implant manufacturing because of its strength-to-weight characteristics and suitability for implant applications. However, the exact titanium grade, surface finish, dimensions, and mechanical properties of this particular plate should be confirmed through the manufacturer's technical documentation.

Design and Configuration

The plate features a T-shaped configuration intended to support placement along a selected region of the distal radius. The variable-angle screw design may allow the surgeon to adjust screw direction within the system's specified angular range. This can help accommodate individual fracture anatomy and planned fixation requirements when used according to the manufacturer's instructions.

The exact number of holes, plate length, width, thickness, screw diameter, and permitted angulation are not specified in the product title. These details should be verified before selecting the implant for a particular procedure. Screw compatibility is especially important because variable-angle systems may use proprietary plate-and-screw interfaces.

Material and Potential Benefits

The product title identifies titanium as the plate material. Titanium implant materials are widely used in orthopedic fixation systems due to their favorable strength-to-weight properties and corrosion resistance in appropriate implant-grade formulations. The specific alloy or titanium grade for this product must be confirmed with the manufacturer.

Potential benefits of a suitable variable-angle plate system include flexibility in screw placement, adaptation to selected fracture patterns, and support for planned internal fixation. Actual performance depends on the implant design, fracture characteristics, bone quality, surgical technique, and compliance with the manufacturer's instructions for use. No particular clinical outcome should be assumed from the product name alone.

Surgical Applications

This plate may be considered by qualified orthopedic surgeons for selected distal radius fracture fixation procedures where a dorsal T-shaped plate configuration is appropriate. Implant selection should be based on fracture assessment, anatomical requirements, the intended surgical approach, and the technical specifications of the complete fixation system.

The plate should not be assumed suitable for every distal radius fracture. Surgeons should review the manufacturer's indications, contraindications, available sizes, and compatible screws before use.

Handling, Storage, and Traceability

As an orthopedic implant, this product requires appropriate handling and storage according to the manufacturer's instructions. Confirm whether the supplied item is sterile or non-sterile, its packaging condition, shelf-life information where applicable, and any required storage conditions. Do not assume that the plate is ready for implantation without checking its labeling and documentation.

If the product is supplied non-sterile, any required cleaning, preparation, and sterilization must follow the manufacturer's validated instructions. Do not reuse an implant labeled for single use, and do not use an item with damaged packaging or uncertain traceability. Keep the product identification, lot or batch details, and accompanying documentation available as required by the facility's procedures.

Choosing the Correct Plate

Before ordering, verify the plate's dimensions, hole count, screw system, compatible instruments, variable-angle range, titanium grade, and intended-use documentation. Confirm that the plate configuration matches the surgeon's plan and the requirements of the intended fixation system. Manufacturer documentation should be used as the primary source for clinical suitability and technical compatibility.

Key Features

• T-shaped configuration for selected distal radius fixation procedures

• Titanium material, as stated in the product title

• Variable-angle screw placement design

• Intended for use in appropriate orthopedic fixation systems

• May support different screw trajectories within the manufacturer's specified range

• Designed for consideration in selected distal radius fracture management

• Requires compatible screws and instrumentation

• Implant dimensions and hole configuration require confirmation

• Material grade should be verified with the manufacturer

• Handling and preparation must follow the manufacturer's instructions

Product Specifications

FAQs

1. What is a Dorsal Distal Radius Variable Angle T Plate?

It is a titanium orthopedic fixation plate with a T-shaped configuration and variable-angle screw placement design for selected distal radius fracture fixation procedures.

2. What is the purpose of a distal radius plate?

A distal radius plate is used in appropriate surgical procedures to help stabilize selected fractures of the radius near the wrist. The specific implant must match the fracture pattern and the surgeon's fixation plan.

3. What does variable-angle mean?

Variable-angle refers to a plate-and-screw design that permits screw placement at different angles within a manufacturer-defined range. The exact permitted range depends on the implant system.

4. Why is titanium used for orthopedic plates?

Titanium implant materials are commonly selected for their strength-to-weight characteristics and corrosion resistance in appropriate implant-grade formulations. The exact alloy for this product should be verified.

5. Which screws are compatible with this plate?

Compatibility depends on the manufacturer's plate-and-screw system. Confirm the required screw type, diameter, length range, and variable-angle interface before ordering.

6. How many holes does this T plate have?

The hole count is not provided in the product title. Contact the supplier or manufacturer for the exact configuration.

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

No. Suitability depends on the fracture pattern, anatomy, surgical approach, and the implant's approved intended use. A qualified orthopedic surgeon should determine whether the design is appropriate.

8. Is the titanium plate supplied sterile?

The sterility status is not specified. Check the product label and manufacturer's documentation before use.

9. Can the plate be reused?

Do not assume that an orthopedic implant can be reused. Follow the manufacturer's labeling and instructions, including any single-use designation.

10. What specifications should be confirmed before purchase?

Confirm the titanium grade, plate dimensions, hole count, variable-angle range, compatible screws, available sizes, sterility status, packaging, and manufacturer documentation.