Locking One-Third 3.5mm Titanium Plate Set – 61 Pcs

The Locking One-Third 3.5 mm Plates (4–12 Holes) and LCP Screws Set is an orthopedic implant system designed to support fracture fixation and bone stabilization in appropriate surgical applications. This 61-piece set combines one-third tubular-style locking plates with compatible locking compression plate (LCP) screws to provide multiple fixation options for selected fractures. Manufactured with Grade 5 titanium components, the system is intended for orthopedic professionals who require a coordinated selection of plates and screws for suitable bone fixation procedures.

The set includes plates with different hole configurations, ranging from 4 to 12 holes, allowing the surgical team to select an appropriate plate length according to the fracture pattern, anatomical requirements, and planned fixation construct. The exact distribution of plates and screws should be confirmed with the supplier before purchase.

Purpose and Orthopedic Applications

Locking one-third tubular plates are used in selected orthopedic procedures where a relatively low-profile plate design can support fracture stabilization. Depending on the specific implant dimensions and approved indications, these plates may be considered for selected fibular fractures, certain malleolar fractures, and other fractures where the plate configuration provides appropriate support.

The accompanying LCP screws are designed to work with compatible locking plate holes. When correctly engaged, the threaded screw head and plate hole create a fixed-angle connection that can help maintain the intended relationship between the plate and screw. This design may be beneficial when a stable fixation construct is required.

The choice of plate and screw configuration depends on the patient's anatomy, bone quality, fracture characteristics, and the treating surgeon's clinical judgment. Not every plate in the set will be suitable for every fracture.

Plate Design and Hole Configurations

The one-third tubular plate profile provides a relatively narrow design intended for selected anatomical locations. The available 4–12-hole configurations offer flexibility in choosing plate length and screw placement according to the surgical plan.

The number of holes influences the potential screw-placement options and the length of the plate. However, the correct configuration must be determined by the surgeon based on fracture reduction, available bone stock, and the mechanical requirements of the fixation construct.

Before use, the plate dimensions, hole design, and permitted contouring requirements should be checked against the manufacturer's technical documentation. Any plate contouring must follow the manufacturer's instructions to avoid compromising structural integrity or locking-hole function.

Grade 5 Titanium Material

The product title identifies the set as being made from Titanium Grade 5, commonly designated Ti-6Al-4V. This titanium alloy is widely used in medical implant applications because of its favorable strength-to-weight ratio, mechanical properties, and corrosion resistance.

Titanium Grade 5 can provide a strong yet relatively lightweight option for orthopedic fixation components. Its performance depends on the component's manufacturing quality, surface finish, design, and compliance with applicable implant standards. Buyers should verify the exact material specifications and relevant certifications with the manufacturer.

LCP Screws and Fixation Compatibility

Locking compression plate screws are designed for use with compatible plate systems. In a locking configuration, the screw head engages the threaded plate hole to create a fixed-angle connection. Certain compatible systems may also allow conventional screws for different fixation purposes, but this depends on the specific plate design.

The screw diameter, thread pattern, head design, and length must match the manufacturer's specifications. Components should not be mixed across different implant systems unless compatibility has been confirmed. Proper screw selection and placement are essential for achieving the intended fixation construct.

Benefits for Orthopedic Instrumentation and Implant Supply

A coordinated 61-piece plate and screw set can simplify implant inventory management by bringing multiple plate lengths and compatible fixation components together in one package. The range of plate hole configurations may support the preparation of different fixation options, subject to the set's actual contents and approved applications.

For hospitals, orthopedic departments, surgical centers, and authorized medical distributors, the set offers a consolidated option for sourcing selected orthopedic fixation implants. Before ordering, confirm the complete inventory, screw sizes, plate dimensions, packaging, regulatory documentation, and sterility status.

Sterility, Storage, and Handling

These products are orthopedic implants rather than reusable surgical instruments. They must be handled, stored, and used according to the manufacturer's instructions. If supplied sterile, the original packaging should be inspected for damage and integrity before use. If supplied nonsterile, validated cleaning and sterilization procedures specified by the manufacturer must be followed.

Implants should not be reused unless explicitly permitted by the manufacturer and applicable regulations. Appropriate storage and careful handling help protect the components from damage or contamination before use.

Key Features

• Complete Set: 61-piece orthopedic plate and screw set.
• Plate Type: Locking one-third tubular-style plates.
• Plate Sizes: Multiple configurations ranging from 4 to 12 holes.
• Material: Titanium Grade 5, as specified in the product title.
• Titanium Alloy: Commonly designated Ti-6Al-4V; verify the supplied material certification.
• Screw Components: LCP locking screws designed for compatible plate holes.
• Fixation Design: Supports fixed-angle screw-to-plate connections where compatible.
• Orthopedic Applications: Intended for selected fracture fixation procedures.
• Inventory Convenience: Multiple plate configurations supplied in one set.
• Compatibility Requirements: Plate and screw specifications must be verified before clinical use.
• Sterility Requirements: Follow the supplied packaging and manufacturer instructions.
• Professional Use: Intended for qualified orthopedic professionals within approved indications.

Product Specifications Table

Frequently Asked Questions

1. What is included in the 61-piece locking one-third plate set?

The set is described as containing locking one-third 3.5 mm plates in 4–12-hole configurations and compatible LCP screws, with a total of 61 pieces. The exact number of plates and screws in each size should be confirmed with the supplier.

2. What is Titanium Grade 5 used for in orthopedic implants?

Titanium Grade 5, commonly known as Ti-6Al-4V, is used in orthopedic implant manufacturing because of its strength-to-weight characteristics, mechanical properties, and corrosion resistance. The supplied alloy should be verified through manufacturer documentation.

3. What are locking one-third tubular plates used for?

These plates support selected fracture fixation procedures where their dimensions and design are appropriate. Potential applications include certain fibular and malleolar fractures, depending on the fracture pattern, anatomical requirements, and approved indications.

4. What is the difference between a locking plate and a conventional plate?

A locking plate uses compatible screws that engage threaded holes in the plate, creating a fixed-angle connection. A conventional plate typically relies on screw compression between the plate and bone. The appropriate system depends on the clinical requirements and implant design.

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

No. The 3.5 mm designation alone does not establish universal compatibility. Screw-head threads, plate-hole geometry, screw diameter, and manufacturer specifications must match.

6. What do the 4–12-hole configurations mean?

The numbers indicate the available plate-hole configurations. Different configurations provide different plate lengths and screw-placement options, allowing the surgical team to select an appropriate implant based on the fracture and anatomical requirements.

7. Is the 61-piece titanium plate set supplied sterile?

The product title does not specify whether the set is supplied sterile or nonsterile. Confirm the sterility status and packaging details with the supplier before purchase or clinical use.

8. What should buyers verify before purchasing this orthopedic implant set?

Buyers should confirm the complete 61-piece inventory, plate dimensions, hole configurations, screw sizes, material grade, compatibility, manufacturer documentation, regulatory compliance, and sterility status.

9. Can titanium locking plates be reused after removal from a patient?

Implants removed from a patient should not be reused unless reuse is explicitly permitted by the manufacturer and applicable regulations. Reuse can introduce contamination and compromise implant integrity. Follow the manufacturer's instructions and relevant clinical policies.