Locking Reconstruction Plate 3.5mm Titanium G5 Set

The Locking Reconstruction Plate 3.5mm (5–10 Holes) and LCP Screws Titanium G5 Set is an orthopedic implant collection designed to support selected fracture fixation procedures. With 58 pieces in the set, it combines locking reconstruction plates in multiple hole configurations with compatible locking compression plate (LCP) screws, subject to the manufacturer's specified inventory.

Reconstruction plates are designed to accommodate anatomical contours that may require more adaptable plate positioning than straight plates. Their configuration can make them useful in selected orthopedic procedures where bone anatomy, fracture location, and screw placement requirements call for a plate that can be contoured according to the manufacturer's instructions.

The set's 3.5mm designation identifies the intended screw system. Correct plate and screw selection depends on the implant design, the fracture pattern, the available bone stock, and the treating surgeon's clinical assessment.

Purpose and Orthopedic Applications

Locking reconstruction plates provide fixation support for selected fractures where the plate's profile and contouring characteristics are suitable. Depending on the specific model and approved indications, reconstruction plates may be used in selected pelvic, acetabular, and other anatomically complex fracture fixation procedures.

Their adaptability can help accommodate curved or irregular bone surfaces. The locking mechanism allows compatible screw heads to engage with threaded plate holes, creating a fixed-angle connection that helps maintain the intended screw-to-plate relationship.

Not every reconstruction plate is approved for every anatomical location. Plate dimensions, thickness, hole configuration, and the manufacturer's intended-use instructions must be considered before selecting the implant for a specific procedure.

Plate Design and Hole Configurations

This set is described as including 3.5mm locking reconstruction plates with 5–10 holes. Different hole configurations provide options for selecting plate length and planning screw placement according to the fixation requirements.

The reconstruction plate design is intended to accommodate selected anatomical contours. Where permitted by the manufacturer, controlled contouring can help the plate follow the bone surface. Excessive or repeated bending can weaken the plate, damage locking-hole threads, or compromise structural integrity, so contouring must follow the approved surgical technique.

The precise plate lengths, hole spacing, profile, and contouring limits should be confirmed using the manufacturer's technical documentation.

Titanium Grade 5 Construction

The product title specifies Titanium Grade 5, commonly designated Ti-6Al-4V. This titanium alloy is widely used in medical implant manufacturing because of its favorable strength-to-weight ratio, mechanical properties, and corrosion resistance.

Titanium Grade 5 can provide a strong, relatively lightweight material option for orthopedic fixation components. The implant's actual performance depends on its design, manufacturing quality, surface finish, and compliance with applicable medical-device requirements.

Buyers should confirm that both the plates and the included screws use the specified material grade. The alloy designation and relevant material certification should be verified with the manufacturer rather than assumed for every component in the set.

LCP Screws and Locking Fixation

Locking compression plate screws are designed to work with compatible plate holes. In a locking configuration, the screw head engages the threaded plate hole to form a fixed-angle connection. This design helps maintain the relationship between the plate and screw and may be useful in selected fixation constructs.

The exact screw diameters, lengths, head designs, and thread specifications must match the plate system. The 3.5mm designation does not guarantee compatibility with every 3.5mm implant system.

Before use, verify the supplied screw inventory and the manufacturer's compatibility requirements. Components from different implant systems should not be mixed unless compatibility has been explicitly confirmed.

Benefits for Orthopedic Implant Supply

A 58-piece reconstruction plate and screw set can simplify implant inventory management by consolidating multiple plate configurations and fixation components in one package. The 5–10-hole range provides options for selecting plate length according to the intended application and the surgeon's fixation plan.

For hospitals, orthopedic departments, surgical centers, and medical distributors, the set may offer a convenient purchasing option for selected reconstruction procedures. The exact inventory list, plate dimensions, screw sizes, material certification, and regulatory documentation should be reviewed before ordering.

Handling, Sterilization, and Storage

These components are orthopedic implants rather than routine reusable surgical instruments. Their preparation and handling must follow the manufacturer's instructions. Confirm whether the set is supplied sterile or nonsterile before clinical use.

Sterile packaging should be checked for damage or compromised seals. If supplied nonsterile, the implants must undergo the validated cleaning and sterilization process specified by the manufacturer. Correct handling helps prevent contamination and surface damage.

Implants removed from a patient should not be reused unless reuse is explicitly permitted by the manufacturer and applicable regulations. Implant selection and placement must be performed by qualified professionals using the appropriate surgical technique.

Key Features

• Product Type: Locking reconstruction plate and LCP screw set.

• Set Quantity: 58 pieces, as specified in the product title.

• Plate System: 3.5mm locking reconstruction plate system.

• Hole Configurations: 5–10 holes, according to the stated product range.

• Material: Titanium Grade 5, commonly designated Ti-6Al-4V.

• Plate Design: Reconstruction profile for selected anatomically contoured fixation applications.

• Locking Mechanism: Threaded plate holes for compatible locking screws, where specified.

• Screw Components: LCP screws designed for the compatible plate system.

• Contouring: Permitted contouring must follow the manufacturer's instructions.

• Orthopedic Applications: Selected fracture fixation procedures, subject to approved indications.

• Material Verification: Confirm alloy specifications and component certifications.

• Sterilization: Follow the manufacturer's validated preparation and sterilization instructions.

Product Specifications Table

Frequently Asked Questions

1. What is a 3.5mm locking reconstruction plate used for?

A 3.5mm locking reconstruction plate is designed to stabilize selected fractures where an adaptable plate profile is useful. Depending on the model and approved indications, applications may include selected pelvic, acetabular, and other anatomically complex fractures.

2. What is included in the 58-piece titanium reconstruction plate set?

The set is described as containing locking reconstruction plates with 5–10 holes and compatible LCP screws, totaling 58 pieces. The exact quantity of each plate configuration and screw size should be confirmed with the supplier.

3. What is Titanium Grade 5?

Titanium Grade 5 is commonly known as Ti-6Al-4V, an alloy used in medical implants because of its mechanical strength, favorable strength-to-weight ratio, and corrosion resistance. The supplied material should be verified through manufacturer documentation.

4. What do the 5–10-hole configurations mean?

The numbers refer to the plate-hole configurations available in the set. Different configurations provide varying plate lengths and screw-placement options for suitable fixation applications.

5. What are the benefits of a locking reconstruction plate?

A reconstruction plate can accommodate selected anatomical contours when contouring is permitted by the manufacturer. Its locking holes can create fixed-angle connections with compatible screws, helping maintain the planned screw-to-plate relationship.

6. Are the included LCP screws compatible with all 3.5mm plates?

No. Screw compatibility depends on the plate-hole design, thread geometry, screw-head configuration, and manufacturer specifications. The components should be used only when compatibility is confirmed.

7. Can titanium reconstruction plates be bent during surgery?

Some reconstruction plates are designed to permit controlled contouring, but this depends on the specific model. Excessive or repeated bending can compromise the plate's strength or damage locking holes. Always follow the manufacturer's instructions.

8. Is the 58-piece reconstruction plate set supplied sterile?

The product title does not specify the sterility status. Confirm whether the set is supplied sterile or nonsterile and follow the manufacturer's preparation instructions before clinical use.

9. What should buyers verify before purchasing this set?

Verify the 58-piece inventory, plate lengths, hole configurations, screw sizes, Titanium Grade 5 certification, component compatibility, regulatory documentation, packaging, and sterility status.