Locking L Plates 3 6 Hole for 2.7mm LCP Screws are orthopedic fixation plates designed to support fracture stabilization using compatible 2.7 mm Locking Compression Plate (LCP) screws. The L-shaped plate configuration provides a practical solution for orthopedic surgeons requiring targeted fixation around anatomically challenging regions where a compact plate profile and locking screw technology may be beneficial. With multiple hole configurations ranging from 3 to 6 holes, the selection provides flexibility for different fracture patterns and fixation requirements.

Manufactured from SS 316L stainless steel, these orthopedic locking plates are designed for strength, durability, and suitability for surgical instrumentation and implant-related applications where corrosion resistance and material reliability are important considerations. SS 316L is widely recognized for its low-carbon stainless steel composition and resistance to corrosion, making it an established material choice for medical and surgical applications.

The 3 to 6 hole configuration allows surgical teams to select a plate according to the required fixation length and available bone stock. These plates are intended for use with 2.7 mm LCP screws, allowing compatible locking fixation through the plate holes. Locking screw technology can provide angular stability between the screw and plate, supporting secure fixation when used according to the appropriate surgical technique and implant system specifications.

The L-shaped design can be useful in orthopedic procedures requiring fixation along two intersecting directions. This configuration may help surgeons address fractures where a conventional straight plate does not provide the preferred geometry. Depending on the anatomical site, fracture characteristics, and surgical plan, locking L plates may be considered for small-fragment orthopedic fixation and other applications requiring appropriately sized locking plate technology.

The 60-piece selection provides multiple plate options within the 3-, 4-, 5-, and 6-hole range, helping orthopedic facilities maintain a broader inventory of compatible fixation plates. This format can be particularly useful for hospitals, orthopedic surgical centers, distributors, and medical instrument suppliers that require multiple plate configurations for different procedures.

The plates are designed for professional orthopedic use and should be selected based on the patient’s anatomy, fracture pattern, bone quality, fixation requirements, and the manufacturer’s compatible screw and instrumentation system. Proper surgical planning is essential to determine the appropriate plate configuration, screw length, fixation strategy, and placement.

For processing, reusable surgical instruments used alongside these plates should be cleaned, inspected, packaged, and sterilized according to the applicable manufacturer’s instructions and validated hospital sterilization protocols. Implant plates themselves must be handled according to their specific device labeling and sterilization requirements. Proper handling and storage help protect the surface finish and maintain product integrity.

With their SS 316L construction, 3–6 hole options, L-shaped configuration, and compatibility with 2.7 mm LCP screws, these locking plates provide a versatile component for orthopedic fixation systems requiring compact and stable plate-based fixation.

Key Features

• L-shaped orthopedic locking plate design for targeted fracture fixation.
• Available in 3, 4, 5, and 6 hole configurations.
• Designed for compatibility with 2.7 mm LCP locking screws.
• Manufactured from SS 316L stainless steel.
• Suitable for small-fragment orthopedic fixation applications.
• Provides multiple plate-length options for different fixation requirements.
• Locking screw compatibility supports angular-stable fixation when used with the appropriate system.
• Compact L-profile supports fixation in anatomically demanding areas.
• 60-piece selection provides a versatile range of plate configurations.
• Designed for professional orthopedic surgical and fracture fixation applications.
• Durable stainless-steel construction supports reliable handling and surgical use.
• Suitable for use within compatible orthopedic plating and fixation systems.

Product Specifications

FAQs

1. What are Locking L Plates used for?

Locking L Plates are orthopedic fixation plates designed to help stabilize fractures when used with compatible locking screws. Their L-shaped configuration can be useful for fixation around anatomically challenging areas.

2. What size screws are compatible with these Locking L Plates?

These plates are specified for use with 2.7 mm LCP screws. Screw compatibility should always be confirmed with the corresponding implant system and manufacturer specifications.

3. What material are the Locking L Plates made from?

The plates are manufactured from SS 316L stainless steel, a corrosion-resistant stainless-steel material commonly used in medical and surgical applications.

4. How many holes are available in this Locking L Plate selection?

The product selection includes 3-hole through 6-hole configurations, providing multiple options for different fracture fixation requirements.

5. How many pieces are included?

This product is supplied as a 60-piece selection, covering the specified 3- to 6-hole Locking L Plate configurations.

6. Are these plates suitable for orthopedic fracture fixation?

Yes, the Locking L Plates are designed for professional orthopedic fracture fixation applications when used with compatible 2.7 mm LCP screws and appropriate surgical instrumentation.

7. Can these plates be sterilized?

Sterilization and processing requirements depend on the specific device and its intended use. Always follow the applicable manufacturer’s instructions, device labeling, and validated healthcare-facility sterilization procedures.

8. What are the benefits of a locking L-shaped plate?

An L-shaped locking plate combines a compact angular configuration with locking screw compatibility. This can provide surgeons with an additional fixation option when the anatomy or fracture pattern requires a specialized plate geometry.