The Locking Distal Radius Volar Plates – 2 to 4 Holes, Left & Right, LCP Screws, 80 Pieces are specialized orthopedic fixation implants designed to support internal fixation of selected distal radius fractures. The system combines left- and right-sided volar plates with compatible locking compression plate (LCP) screws, providing multiple configurations for different fracture patterns and patient anatomy.

Distal radius fractures can vary significantly in location, displacement, comminution, and articular involvement. A dedicated volar distal radius plate provides a fixation option when a volar surgical approach is clinically appropriate. The left- and right-sided configurations are designed to correspond with the anatomical differences of each wrist, helping the surgeon select an appropriately oriented plate.

The system includes 2-, 3-, and 4-hole plate configurations, offering different plate lengths and fixation options. The appropriate plate should be selected based on the fracture pattern, anatomical dimensions, bone quality, required fixation span, and the manufacturer’s surgical technique.

The plates use locking plate technology, allowing compatible LCP screws to engage with threaded plate holes. This creates a fixed-angle relationship between the screw and plate and can provide angular stability within the fixation construct. Locking fixation may be useful in selected fracture patterns where stable fixation of distal fragments is required.

The LCP screws supplied with the system are designed to work with the corresponding locking plate interface. Correct screw diameter, length, thread design, and locking compatibility are essential. Only screws and instruments specifically approved for the plate system should be used.

The 80-piece configuration provides a broad selection of left- and right-sided plates and compatible screws in one organized system. This can be beneficial for orthopedic hospitals, trauma centers, surgical facilities, and medical distributors that require multiple distal radius fixation options.

The exact implant material is not specified in the product title. The plates and screws should be confirmed against the manufacturer’s technical documentation for material grade, dimensions, screw sizes, and applicable implant standards before clinical use.

Before implantation, all components should be carefully inspected for deformation, corrosion, surface damage, manufacturing defects, or compromised packaging. Plates should not be bent, modified, or otherwise altered unless specifically permitted by the manufacturer.

Implantable plates and screws are generally intended for single-patient use. Used, damaged, or compromised implants should not be reused or reprocessed for implantation unless expressly authorized by the manufacturer.

The Locking Distal Radius Volar Plate System is intended for qualified orthopedic and trauma surgeons trained in wrist fracture fixation. Plate selection, fracture reduction, plate positioning, screw placement, and postoperative management should be determined according to patient anatomy, fracture characteristics, bone quality, and the manufacturer’s instructions for use.

This 80-piece system provides a practical solution for professional facilities seeking a left and right distal radius volar locking plate set with compatible LCP screws.

Key Features

• Locking distal radius volar plate system
• Left and right plate configurations
• 2–4 hole plate options
• Compatible LCP locking screws included
• 80-piece complete configuration
• Designed for selected distal radius fractures
• Supports fixed-angle screw-plate fixation
• Multiple plate lengths for fixation flexibility
• Anatomically oriented volar design
• Suitable for orthopedic trauma surgery
• Professional internal fixation system
• Intended for qualified orthopedic surgeons

Product Specifications

*Confirm the exact plate and screw material with the manufacturer.

Product Contents

The 80-piece set includes a combination of:

• Left-sided distal radius volar locking plates
• Right-sided distal radius volar locking plates
• 2-hole plate configurations
• 3-hole plate configurations
• 4-hole plate configurations
• Compatible LCP locking screws

Total: 80 Pieces

Exact plate quantities, screw diameters, screw lengths, and individual component counts should be confirmed against the manufacturer’s packing list.

Applications

The system may be used for selected:

• Distal radius fractures
• Volarly displaced distal radius fractures
• Comminuted wrist fractures
• Intra-articular distal radius fractures
• Metaphyseal distal radius fractures
• Complex wrist trauma
• Orthopedic fracture fixation
• Internal fixation procedures
• Selected reconstructive wrist procedures

Specific indications depend on regulatory approval, fracture morphology, patient anatomy, and the manufacturer’s instructions for use.

FAQs

1. What are distal radius volar plates used for?

They are designed to support internal fixation of selected distal radius fractures through a volar surgical approach.

2. Are both left and right plates included?

Yes. The product specification states that the system includes left- and right-sided plates.

3. What plate sizes are available?

The system includes 2-, 3-, and 4-hole configurations.

4. Are LCP screws included?

Yes. The product is specified as volar plates with LCP screws, with a total configuration of 80 pieces.

5. How many pieces are included?

The complete system contains 80 pieces.

6. What does LCP mean?

LCP stands for Locking Compression Plate. Compatible locking screws engage with threaded plate holes to create a fixed-angle screw-plate relationship.

7. Can these implants be reused?

No. Implantable plates and screws are generally intended for single-patient use unless specifically authorized otherwise by the manufacturer.

8. What material are the plates and screws made from?

The material is not specified in the supplied title. The exact material and implant specifications should be confirmed with the manufacturer before clinical use.

9. Who should use this plate system?

It is intended for qualified orthopedic and trauma surgeons trained in distal radius fracture fixation and familiar with the manufacturer’s surgical technique.