Locking One-Third 3.5mm Plates with Titanium Screws

Locking One-Third 3.5mm Plates (4–12 Holes) with Titanium Grade 5 LCP Screws are orthopedic fixation implants intended for selected fracture stabilization procedures. The one-third tubular plate design provides a relatively narrow profile for anatomical locations where this configuration is appropriate. With plate options ranging from 4 to 12 holes, the set offers different plate lengths to accommodate varying fixation requirements.

The 61-piece configuration combines orthopedic plates with LCP screws specified as Titanium Grade 5. The exact distribution of plates, screw lengths, and individual components should be confirmed against the manufacturer's packing list before purchase.

Plate Design and Configuration

One-third tubular plates are characterized by their relatively narrow profile and curved cross-sectional design. They are used in selected orthopedic procedures where a compact plate configuration is suitable for the bone surface and planned fixation construct.

The available 4- to 12-hole configurations provide different options for screw placement and plate length. The appropriate configuration depends on the fracture location, the size of the bone, the number and position of fracture fragments, and the surgeon's fixation strategy.

The locking holes are designed to engage compatible locking screw heads. When used with the approved screws, this interface creates a fixed-angle connection between the plate and screws. The specific plate dimensions, thickness, contour, and hole geometry depend on the manufacturer's design.

Titanium Grade 5 LCP Screws

The included screws are specified as Titanium Grade 5, commonly known as Ti-6Al-4V. This titanium alloy is used in orthopedic implant manufacturing because of its favorable strength-to-weight characteristics, corrosion resistance, and suitability for appropriately manufactured medical devices.

The 3.5mm designation identifies the stated screw-size category. Exact screw dimensions, thread design, available lengths, and locking compatibility should be verified against the manufacturer's technical documentation. Screws should only be used with plates for which compatibility has been established.

The product title identifies the screws as Grade 5 titanium but does not explicitly establish the plate material. Buyers should confirm the plate's composition separately rather than assuming that all components use the same alloy.

Orthopedic Applications

One-third tubular plates may be used for selected fracture fixation procedures involving anatomical regions such as the fibula and ankle, when the specific plate design is appropriate. Their relatively narrow profile can be useful in locations where a broader plate may not be required or suitable.

The choice of implant depends on the fracture pattern, bone quality, anatomical location, soft-tissue conditions, and mechanical demands of the fixation construct. These plates are not suitable for every fracture, and the surgeon must follow the approved indications and surgical technique for the particular implant system.

Benefits of the 61-Piece Set

The 61-piece set provides a collection of orthopedic fixation components for professional implant inventory. Multiple plate lengths can support selection according to the planned fixation construct, while compatible LCP screws provide the intended plate-and-screw interface.

For hospitals, orthopedic clinics, and medical distributors, a consolidated set can help organize procurement and component management. The total piece count does not establish the exact number of plates, the screw-length range, or whether additional instruments are included. These details should be confirmed through the official packing list.

Material Quality, Handling, and Sterilization

Titanium Grade 5 screws are intended for use as medical implant components when manufactured and supplied according to the applicable requirements. Material certification and product traceability should be obtained from the manufacturer. The plate material and its specifications should also be verified.

Before use, inspect all components for visible damage, deformation, corrosion, or packaging defects. Sterility status must be confirmed from the product labeling. Non-sterile implants require validated processing according to the manufacturer's instructions, while reusable surgical instruments must follow their own cleaning and sterilization procedures.

Implantation should be performed by qualified orthopedic professionals using compatible components and the approved surgical technique. Correct plate selection, screw compatibility, and appropriate fixation planning are essential to the intended performance of the implant system.

Key Features

• One-third tubular orthopedic locking plate design

• Plate configurations ranging from 4 to 12 holes

• Compatible 3.5mm LCP screw system, subject to manufacturer verification

• Titanium Grade 5 screws, commonly designated Ti-6Al-4V

• Relatively narrow profile for selected anatomical applications

• Multiple plate lengths for different fixation requirements

• Locking interface designed for compatible screw heads

• 61-piece orthopedic fixation set

• Intended for selected fracture stabilization procedures

• Suitable for professional orthopedic implant inventory

• Plate material and exact component quantities require confirmation

• Sterility and handling requirements depend on manufacturer instructions

Product Specifications

Frequently Asked Questions

1. What are Locking One-Third 3.5mm Plates used for?

They are orthopedic implants designed for selected fracture fixation procedures where a one-third tubular plate profile and compatible locking screw system are appropriate.

2. What hole configurations are included in this set?

The product title specifies plate configurations ranging from 4 to 12 holes. The exact quantity of each plate size should be verified using the manufacturer's packing list.

3. Are the included LCP screws made from Titanium Grade 5?

Yes, the product title specifies Titanium Grade 5 screws. The precise alloy and material certification should be confirmed with the manufacturer.

4. What does the 3.5mm designation mean?

It identifies the stated screw-size category for the fixation system. The exact dimensions and compatibility must be checked against the plate and screw manufacturer's specifications.

5. Can one-third tubular plates be used for ankle fractures?

They may be suitable for selected ankle-region fractures, including certain fibular fractures, when the plate design and clinical requirements align. A qualified orthopedic surgeon must determine the appropriate implant.

6. What is the benefit of a locking plate design?

A locking plate creates a fixed-angle connection between compatible screw heads and threaded plate holes. This helps maintain the intended relationship between the fixation components when used according to the approved surgical technique.

7. Are the plates also made from Titanium Grade 5?

The title specifies Grade 5 titanium screws but does not confirm the plate material. The plate's composition should be verified through manufacturer documentation.

8. Is the 61-piece set supplied sterile?

The title does not establish sterility status. Check the product packaging and manufacturer's instructions to determine whether the implants are supplied sterile or require validated processing before use.