Locking L Plates 3 and 6 Hole for 2.7mm LCP Screws are orthopedic fixation implants designed to support bone stabilization in selected fracture management procedures. These L-shaped plates are intended for use with compatible 2.7mm locking compression plate screws, providing a plate-and-screw fixation construct for orthopedic surgeons managing fractures that require small-fragment fixation. Their configuration allows the surgeon to select a suitable plate length and hole arrangement according to the anatomical location, fracture characteristics, and fixation requirements.

Purpose and Orthopedic Applications

The primary purpose of a locking L plate is to provide a platform for screw fixation that helps maintain bone alignment during fracture healing. The L-shaped design may be useful in anatomical regions where a plate with an angled configuration is appropriate for the required fixation strategy. The 3-hole and 6-hole options offer different plate lengths and screw-placement possibilities, allowing selection based on the available bone surface and the planned construct.

These plates may be considered for selected small-bone or periarticular fracture fixation applications when the plate geometry, dimensions, and implant system are suitable for the intended anatomy. The specific indication depends on the plate design, manufacturer specifications, and the surgeon's clinical assessment. They should not be assumed suitable for every fracture location or orthopedic procedure.

Design and Screw Compatibility

The L-shaped configuration provides an alternative to straight orthopedic locking plates when an angled plate profile is required. The available 3-hole and 6-hole configurations allow flexibility in selecting the number of available screw positions and the overall plate footprint. The actual working length and fixation pattern depend on the plate dimensions, screw placement, and fracture configuration.

These plates are intended for use with compatible 2.7mm LCP screws. Locking screw compatibility must be verified against the implant system's specifications, including the thread design, hole geometry, and approved screw types. When used as part of a compatible locking construct, threaded engagement between the screw head and plate hole can help maintain the intended relationship between the plate and screw.

Material and Construction

The product title does not specify the plate material. Depending on the particular implant system, orthopedic fixation plates may be manufactured from implant-grade stainless steel or titanium alloy. The exact material, grade, dimensions, and applicable standards should be confirmed from the manufacturer's documentation before purchase or clinical use.

Material selection is important because orthopedic implants must meet requirements for mechanical performance, biocompatibility, and intended clinical application. Buyers should verify the material specification and applicable regulatory documentation for the exact product variant rather than relying on generic plate specifications.

Benefits and Surgical Usability

The availability of 3-hole and 6-hole options helps orthopedic teams choose a plate configuration appropriate to the planned fixation construct. The angled profile may support positioning in selected anatomical locations, while compatibility with the designated 2.7mm LCP screw system allows the use of matching fixation components.

For medical distributors, hospitals, and orthopedic suppliers, clearly identified plate configurations and screw compatibility are important for inventory management and implant selection. Before ordering, confirm the plate dimensions, left or right orientation if applicable, material, hole arrangement, and compatibility with the intended screws.

Handling, Sterilization, and Durability

Implantable locking plates must be handled according to the manufacturer's instructions to protect their surface finish and structural integrity. Sterilization requirements depend on whether the product is supplied sterile or non-sterile and on the validated processing instructions for the specific implant. Reusable instruments used during implantation must be cleaned, inspected, and sterilized according to their own instructions for use.

The implant should be inspected for visible damage, deformation, or surface defects before use. Plates and screws must be selected and applied by qualified orthopedic professionals in accordance with the implant system's surgical technique and applicable clinical protocols. Correct component selection and appropriate surgical technique are essential to the intended performance of an orthopedic fixation construct.

Key Features

• Orthopedic locking L plate design for selected fracture fixation applications

• Available in 3-hole and 6-hole configurations

• Designed for compatibility with specified 2.7mm LCP screws

• Angled plate profile for anatomically appropriate positioning

• Supports small-fragment orthopedic fixation strategies

• Multiple hole configurations provide options for screw placement

• Intended for use as part of a compatible plate-and-screw construct

• Suitable for professional orthopedic implant inventory

• Material and dimensions should be verified against manufacturer specifications

• Requires handling and use according to the applicable implant instructions

Product Specifications

Frequently Asked Questions

1. What are Locking L Plates used for?

Locking L Plates are orthopedic fixation implants used to help stabilize selected fractures when an L-shaped plate configuration is appropriate for the anatomy and fixation plan.

2. Are these L Plates compatible with 2.7mm LCP screws?

They are designed for 2.7mm LCP screws. Exact compatibility must be confirmed against the manufacturer's specifications for the plate and screw system.

3. What is the difference between 3-hole and 6-hole L Plates?

The main difference is the number of available screw holes and typically the overall plate length. The appropriate option depends on the anatomy, fracture pattern, and fixation requirements.

4. What material are Locking L Plates made from?

The material is not identified in the supplied product title. Confirm whether the specific product is made from implant-grade stainless steel or titanium alloy before purchasing.

5. Can these plates be used for all types of fractures?

No. Their suitability depends on the plate dimensions, anatomical design, fracture pattern, bone quality, and approved indications for the specific implant system.

6. How do locking plates differ from conventional bone plates?

Locking plates use a compatible threaded screw-head and plate-hole interface to create a locking connection. Conventional plates generally rely on different screw-to-plate mechanics, depending on the design.

7. Are Locking L Plates supplied sterile?

Sterility cannot be determined from the product title. Check the packaging label and manufacturer's instructions to establish whether the implant is supplied sterile or requires validated processing before use.

8. What should buyers verify before ordering these plates?

Buyers should confirm the hole configuration, plate dimensions, material, screw compatibility, applicable regulatory documentation, and sterility status before placing an order.