The Locking Narrow 4.5/5mm Plate with Titanium Screws is an orthopedic fixation system intended for use in selected fracture management procedures. Combining a narrow locking plate configuration with compatible titanium screws, this set is designed to support bone stabilization when a locking plate construct is appropriate for the fracture pattern, anatomical location, and surgical plan. The 79-piece configuration provides a collection of fixation components for professional orthopedic use.

Locking plates are designed to create a connection between the plate and compatible locking screw heads. Unlike conventional plate constructs that primarily depend on plate-to-bone compression, a locking system can maintain a fixed-angle relationship between the plate and screws. This design may help preserve the intended alignment of the fixation construct when used according to the implant manufacturer's instructions.

Orthopedic Applications

Narrow locking plates in the 4.5/5mm category may be used in selected long-bone fracture fixation procedures, depending on the plate's dimensions, anatomical profile, and approved indications. The appropriate plate and screw combination is determined by the treating orthopedic surgeon after evaluating the fracture configuration, bone quality, and stabilization requirements.

The system may be considered for appropriate fixation strategies involving long bones where a compatible narrow plate profile is indicated. However, the exact anatomical applications cannot be confirmed from the product title alone. Buyers should consult the manufacturer's product documentation and surgical technique guide to establish the approved indications for the specific plate design.

Narrow Plate Design and Locking Mechanism

The narrow plate configuration provides a relatively reduced plate profile compared with a corresponding broad plate design. Its suitability depends on the available bone surface, implant dimensions, and the intended fixation construct. The plate's hole geometry is designed to work with specified compatible screws, allowing the surgeon to select screw positions according to the approved surgical technique.

The 4.5/5mm designation should be verified against the manufacturer's specifications because it may refer to the implant system's screw category or plate compatibility. Correct identification is essential to ensure that the selected titanium screws match the plate's locking interface and intended application.

Titanium Screws and Material Considerations

Titanium screws are commonly used in orthopedic fixation because suitable implant-grade titanium alloys offer a combination of biocompatibility, corrosion resistance, and mechanical properties appropriate for specific implant applications. The precise alloy used in this set is not identified in the product title and should be confirmed through the manufacturer's documentation.

The plate material is also unspecified. It should not automatically be assumed to be titanium simply because the set includes titanium screws. Confirm the plate material, screw alloy, implant standards, and compatibility requirements before purchase or clinical use.

Benefits of the 79-Piece Set

The 79-piece configuration provides a consolidated collection of orthopedic fixation components for professional implant inventory. A set format can simplify the organization and selection of compatible components, provided that the included plates, screws, and any accompanying accessories are clearly identified in the manufacturer's inventory list.

For hospitals, orthopedic clinics, and medical equipment distributors, confirming the exact contents of the set is important for procurement planning and stock control. The number of pieces alone does not establish the number of plates, the range of screw lengths, or the availability of instrumentation. These details should be checked against the official packing list.

Handling, Sterility, and Durability

Orthopedic plates and screws must be inspected for damage, defects, or compromised packaging before use. Sterility status depends on the manufacturer's packaging and product labeling. Any non-sterile implant must be processed according to the validated instructions supplied by its manufacturer; reusable surgical instruments must follow their own cleaning and sterilization protocols.

Implant selection and placement should be performed by qualified orthopedic professionals using the approved surgical technique. Correct screw selection, compatible components, appropriate fixation strategy, and adherence to manufacturer instructions are essential to the intended performance of the system.

Key Features

• Narrow locking plate configuration for selected orthopedic fixation procedures

• Designed for use within a compatible 4.5/5mm fixation system

• Includes titanium screws as specified in the product title

• 79-piece set configuration

• Locking screw interface designed for compatible plate-and-screw assembly

• Intended for selected fracture stabilization applications

• Supports organized orthopedic implant procurement and inventory management

• Titanium screw material offers properties associated with implant-grade titanium alloys

• Plate material and exact screw alloy require manufacturer verification

• Plate dimensions, screw lengths, and component quantities should be confirmed

• Intended for use by qualified orthopedic surgical professionals

• Sterility and handling requirements must follow product-specific instructions

Product Specifications

Frequently Asked Questions

1. What is a Locking Narrow 4.5/5mm Plate used for?

It is an orthopedic fixation implant system intended for selected fracture stabilization procedures. Its specific applications depend on the plate design, dimensions, and manufacturer-approved indications.

2. How many pieces are included in this orthopedic set?

The product title specifies a total of 79 pieces. The exact distribution of plates, titanium screws, and any additional components should be confirmed through the manufacturer's packing list.

3. Are the screws in this set made from titanium?

Yes, the product title identifies titanium screws. The exact titanium alloy and its material certification should be verified with the manufacturer.

4. What does 4.5/5mm mean in a locking plate system?

The designation identifies the stated size category of the fixation system, but its precise meaning can vary with the manufacturer's product nomenclature. Confirm the compatible screw diameters and plate specifications before ordering.

5. What is the advantage of a narrow locking plate?

A narrow plate provides a reduced-width profile compared with a corresponding broad plate design. Whether it is appropriate depends on the anatomy, fracture pattern, plate dimensions, and the surgeon's fixation strategy.

6. Are titanium screws compatible with every locking plate?

No. Titanium screws must match the plate's specified screw interface, dimensions, and system requirements. Using components that have not been confirmed as compatible may compromise the intended fixation construct.

7. Is the locking narrow plate itself made from titanium?

The plate material is not specified in the product title. The manufacturer should confirm whether the plate is made from titanium alloy, stainless steel, or another approved implant material.

8. Is the 79-piece set supplied sterile?

The product title does not establish sterility status. Check the manufacturer's packaging, labeling, and instructions for use to determine whether the set is supplied sterile or requires validated sterilization before use.