Locking Small Plates 3.5mm Titanium Set – 85 Pieces

The Locking Small Plates 4 to 12 Holes for 3.5mm LCP Screws Titanium Set is an orthopedic implant collection designed to support selected fracture fixation procedures. With 85 pieces, the set combines small locking plates in multiple hole configurations with compatible locking compression plate (LCP) screws, subject to the manufacturer's specified inventory.

The range of 4–12-hole plates provides options for selecting plate length and screw placement according to the fracture pattern, anatomical requirements, and surgical plan. The locking plate design allows compatible screw heads to engage with threaded plate holes, creating a fixed-angle connection that helps maintain the intended relationship between the plate and screws.

Manufactured from titanium, these plates offer a material option commonly used in orthopedic implants because of its favorable strength-to-weight characteristics and corrosion resistance. The exact titanium grade should be confirmed with the manufacturer before purchase.

Purpose and Orthopedic Applications

Locking small plates are used to stabilize selected fractures where a plate-and-screw construct is appropriate. Depending on their dimensions, hole configuration, and approved indications, small locking plates may be suitable for selected fractures involving smaller bone segments or other anatomical locations specified by the manufacturer.

The plate provides a structural platform for securing bone fragments with compatible screws. The locking mechanism creates a fixed-angle relationship between the plate and screws, which may help maintain the planned fixation geometry. The effectiveness of the construct depends on correct implant selection, fracture reduction, bone quality, screw placement, and surgical technique.

The term small plate describes the implant system category and does not establish suitability for every small bone or fracture. Surgeons must select plates according to the specific anatomical location, required fixation strength, and approved implant indications.

Plate Design and Hole Configurations

The set includes plate configurations ranging from 4 to 12 holes. These options allow the surgical team to select a suitable plate length and plan screw placement based on the fracture pattern and available bone stock.

The locking-hole design is intended to accept compatible 3.5mm LCP screws. The exact plate profile, dimensions, hole spacing, and available configurations depend on the supplied model. Buyers should request the manufacturer's technical specifications to confirm these details.

Plate positioning is essential for achieving the intended fixation construct. Any plate contouring must follow the manufacturer's instructions because improper or repeated bending can compromise structural integrity or damage the locking-hole threads.

Titanium Construction and Material Benefits

Titanium is widely used in orthopedic implant manufacturing because of its favorable strength-to-weight ratio, corrosion resistance, and established use in medical applications. These characteristics make titanium an option for fixation systems where mechanical performance and implant material properties are important.

The product title identifies the plates as titanium but does not specify the exact grade. Buyers should confirm whether the components are manufactured from commercially pure titanium or a titanium alloy such as Ti-6Al-4V. Material certification should be obtained from the manufacturer rather than assumed.

The performance of an orthopedic implant depends on its alloy, manufacturing quality, design, surface finish, and correct clinical application.

3.5mm LCP Screw Compatibility

Locking compression plate screws are designed to engage with compatible threaded plate holes. This connection forms a fixed-angle construct that helps maintain the intended relationship between the screws and the plate.

The 3.5mm designation generally identifies the compatible screw system rather than the plate thickness. Screw diameter, length, thread pattern, and head configuration must match the specifications of the selected plate.

Not all 3.5mm screws are interchangeable across different manufacturers or implant systems. Before clinical use, verify the compatibility of every component and follow the manufacturer's surgical technique.

Benefits of an 85-Piece Orthopedic Set

An 85-piece set consolidates multiple plate configurations and fixation components into one inventory. The 4–12-hole range offers flexibility when selecting an appropriate plate length for the intended procedure, subject to the actual contents of the set.

For hospitals, orthopedic departments, surgical centers, and medical distributors, a complete plate and screw set can simplify purchasing and stock management. Buyers should verify the number of plates, screw quantities, screw sizes, plate dimensions, material specifications, and packaging details before ordering.

Handling, Sterilization, and Storage

These products are orthopedic implants rather than standard reusable surgical instruments. They must be handled and prepared according to the manufacturer's instructions. Confirm whether the set is supplied sterile or nonsterile before clinical use.

Sterile packaging should be inspected for damage or compromised seals. If the components are supplied nonsterile, validated cleaning and sterilization procedures specified by the manufacturer must be followed. Proper 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 approved surgical technique.

Key Features

• Product Type: Small locking orthopedic plate and screw set.

• Total Quantity: 85 pieces, as specified in the product title.

• Plate Configurations: 4–12-hole locking plates.

• Screw System: Compatible 3.5mm LCP screw system.

• Material: Titanium; exact grade requires manufacturer confirmation.

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

• Fixation Design: Supports a fixed-angle screw-to-plate connection.

• Plate Selection: Multiple hole configurations for different fixation requirements.

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

• Material Verification: Confirm titanium grade and certification with the manufacturer.

• Component Compatibility: Use only manufacturer-approved plate and screw combinations.

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

Product Specifications Table

Frequently Asked Questions

1. What is included in the 85-piece locking small plate set?

The set is described as containing titanium locking small plates with 4–12-hole configurations and compatible 3.5mm LCP screws, totaling 85 pieces. The exact number of plates and screws in each size should be confirmed with the supplier.

2. What are 3.5mm locking small plates used for?

They are designed to support selected orthopedic fracture fixation procedures where the plate dimensions and approved indications are appropriate. The correct plate depends on the fracture location, bone anatomy, and required fixation construct.

3. What material are the titanium locking plates made from?

The product title specifies titanium, but the exact grade is not provided. Confirm the alloy specification and material certification with the manufacturer.

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

The numbers indicate the available plate-hole configurations. Different configurations provide varying plate lengths and screw-placement options for appropriate fixation applications.

5. Are all 3.5mm LCP screws compatible with these plates?

No. Compatibility depends on the plate's locking-hole geometry, screw-head threads, dimensions, and manufacturer specifications. Use only screws approved for the specific plate system.

6. What is the benefit of a locking plate compared with a conventional plate?

A locking plate allows compatible screw heads to engage with threaded plate holes, creating a fixed-angle connection. Conventional plates generally rely on screw compression between the plate and bone. The appropriate design depends on the fracture and clinical requirements.

7. Are the 85-piece titanium locking plate sets 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 instructions before clinical use.

8. Can titanium locking plates be bent to fit the bone?

Contouring depends on the specific plate design and manufacturer instructions. Bending a locking plate may damage the threaded holes or compromise its strength, so only permitted contouring methods should be used.

9. What should buyers verify before purchasing this set?

Confirm the total piece count, plate-hole configurations, plate dimensions, screw sizes, titanium grade, plate-screw compatibility, regulatory documentation, packaging, and sterility status before ordering.