Locking Distal Humerus Plates SS 316L with LCP Screws are orthopedic fixation implants designed for the surgical management of selected fractures involving the distal humerus, the lower portion of the upper arm bone near the elbow joint. These plates provide a platform for screw fixation to help maintain fracture alignment during healing. The system is intended for use by qualified orthopedic surgeons following appropriate patient assessment and surgical planning.

Distal humerus fractures can vary in location and complexity, including fractures that extend toward the elbow joint or involve multiple bone fragments. Selecting an appropriate fixation system depends on the fracture pattern, bone quality, anatomical requirements, and the surgeon's preferred technique. Locking distal humerus plates provide options for internal stabilization when indicated as part of an orthopedic trauma procedure.

Locking Plate Design and LCP Screw Compatibility

The system combines a plate design with compatible locking compression plate (LCP) screws. Locking screws engage with corresponding threaded holes in the plate to establish a fixed-angle relationship between the screws and the plate. This configuration can help maintain construct stability without depending entirely on compression between the plate and the underlying bone.

Correct screw selection and placement are essential to the performance of the fixation construct. Plate dimensions, hole configurations, screw lengths, and compatibility must be confirmed against the manufacturer's specifications. Components from different systems should not be mixed unless the manufacturer explicitly confirms compatibility.

SS 316L Stainless Steel Construction

The product is specified as SS 316L stainless steel, a corrosion-resistant alloy used in various medical and surgical applications. Material selection is important for orthopedic fixation devices because they must meet the mechanical and biocompatibility requirements applicable to their intended use.

The exact implant-grade designation, chemical composition, mechanical properties, manufacturing standards, and regulatory status should be verified through the manufacturer's technical documentation. Buyers should confirm that the supplied components are specifically intended for orthopedic implantation rather than assuming that a general stainless steel designation establishes implant suitability.

Orthopedic Surgical Applications

Locking distal humerus plates may be used in selected procedures involving distal humerus fracture fixation. Depending on the fracture pattern and clinical assessment, applications may include fixation of certain extra-articular or intra-articular fractures and complex fractures requiring carefully planned internal stabilization.

The appropriate plate configuration depends on the fracture's location, the available bone stock, and the desired fixation strategy. The surgeon must evaluate the implant options and determine whether a particular plate and screw arrangement is suitable for the individual case.

Benefits for Orthopedic Implant Inventory

A locking distal humerus plate system with compatible LCP screws provides orthopedic departments and medical distributors with fixation components for appropriate trauma surgery applications. A clearly organized selection of plates and screws can support inventory management and help ensure that compatible components are available for surgical planning.

The locking mechanism offers a fixed-angle screw connection when used as designed, while the specified stainless steel construction provides a consistent material category across the system. Product performance depends on implant quality, correct selection, surgical technique, and adherence to the manufacturer's instructions for use.

Handling, Sterilization, and Storage

Before clinical use, verify the product's packaging, sterile status, labeling, material specifications, and applicable regulatory documentation. If the implants are supplied non-sterile, they must be processed according to the manufacturer's validated instructions before use. Do not assume that the implants are reusable or suitable for a particular sterilization cycle without explicit manufacturer guidance.

Store the components under the conditions specified by the manufacturer and protect them from damage, contamination, and deterioration of packaging. Inspect all components before use and ensure that the selected plates and screws are compatible. Proper handling and adherence to the instructions for use help support safe implant management in orthopedic surgical settings.

Key Features

• Locking distal humerus plates for orthopedic fracture fixation

• SS 316L stainless steel material specification

• Designed for selected distal humerus fracture procedures

• Compatible LCP locking screw system

• Fixed-angle screw-to-plate connection when correctly assembled

• Supports planned internal stabilization of suitable fractures

• Intended for professional orthopedic trauma applications

• Plate and screw selection based on anatomical and surgical requirements

• Material and implant specifications should be verified with the manufacturer

• Suitable for orthopedic implant inventory management

Product Specifications

Frequently Asked Questions

1. What are locking distal humerus plates used for?

Locking distal humerus plates are orthopedic implants used to stabilize selected fractures near the elbow end of the humerus. They help maintain fracture alignment as the bone heals.

2. What material is used in these distal humerus plates?

The product title specifies SS 316L stainless steel. Buyers should confirm the implant-grade material specification and supporting documentation with the manufacturer.

3. What is the purpose of LCP screws in distal humerus fixation?

LCP screws engage with compatible threaded plate holes to create a fixed-angle connection. This design can help provide construct stability when used according to the manufacturer's instructions.

4. Are locking distal humerus plates suitable for complex fractures?

They may be suitable for selected complex fractures, depending on the fracture pattern, bone quality, anatomy, and surgical assessment. The treating orthopedic surgeon determines the appropriate fixation method.

5. Are all LCP screws compatible with these plates?

No. Screw dimensions, thread design, material, and locking mechanism must match the specific plate system. Compatibility should be confirmed using the manufacturer's documentation.

6. Are these distal humerus plates supplied sterile?

Sterile status is not specified in the product title. Confirm the packaging and sterilization status with the supplier before clinical use.

7. How should locking distal humerus plates be stored?

Store the implants according to the manufacturer's instructions, protecting their packaging and surfaces from damage and contamination. Check labeling and packaging integrity before use.

8. What should buyers confirm before purchasing these orthopedic implants?

Buyers should verify plate dimensions, available hole configurations, screw sizes, material certification, implant compatibility, regulatory documentation, packaging, and sterile status before ordering.