The Locking Distal Humerus Medial Plates L&R 3.5mm is a specialized orthopedic fixation system designed for internal fixation of selected fractures involving the medial aspect of the distal humerus. The system combines anatomically oriented left- and right-sided medial plates with compatible 3.5 mm LCP screws, providing orthopedic surgeons with a broad selection of fixation components for complex elbow fracture management.

Distal humerus fractures can present significant challenges because of the complex anatomy of the elbow, limited bone stock in the distal fragments, variable fracture patterns, and proximity of important neurovascular and soft-tissue structures. A dedicated medial locking plate can provide a fixation option for selected fracture configurations where medial column stabilization is required as part of the overall fixation strategy.

The system provides left and right medial plate configurations, allowing selection according to the affected limb. Side-specific plate geometry is intended to facilitate anatomical positioning when the plate dimensions and contour correspond with the patient’s distal humerus. Implant selection should always be based on patient-specific anatomy, fracture morphology, bone quality, radiographic assessment, surgical approach, and the manufacturer’s approved indications.

The plates are designed for use with 3.5 mm LCP screws. LCP, or Locking Compression Plate, technology incorporates locking interfaces that allow compatible screws to engage with the plate. When correctly assembled, the screw can form a fixed-angle relationship with the plate. This provides a stable plate-and-screw construct according to the design characteristics of the implant system.

A locking fixation system can be particularly useful in selected fractures where conventional screw purchase may be challenging because of smaller distal fragments or compromised bone quality. However, locking technology does not eliminate the need for accurate fracture reduction, appropriate plate positioning, correct screw length selection, and sound surgical technique.

The 3.5 mm screw configuration provides a defined fixation size for the system. Screw selection should account for the patient’s bone anatomy, fracture pattern, available bone stock, plate geometry, and desired fixation construct. Screw trajectories should be carefully planned around the distal humerus to avoid inappropriate penetration of the joint or interference with surrounding anatomical structures.

The plates are manufactured from stainless steel, a material widely used in orthopedic fixation systems. Stainless steel can provide suitable mechanical strength and corrosion resistance for surgical implant applications when manufactured and finished according to appropriate medical-device standards. The exact alloy grade, mechanical characteristics, surface finish, and clinical performance should be confirmed through the manufacturer’s technical documentation.

The 173-piece set provides a comprehensive collection of left- and right-sided distal humerus medial plates and associated LCP 3.5 screws. Such a multi-component system can be useful for orthopedic trauma departments, hospitals, surgical centers, and specialty orthopedic facilities that manage a range of distal humerus fracture patterns. A broad implant inventory can help surgical teams select an appropriate plate configuration based on intraoperative findings.

Distal humerus fixation requires careful consideration of fracture anatomy and the surrounding elbow structures. Medial plate positioning should be planned with appropriate preoperative imaging and intraoperative assessment. Depending on fracture complexity, a medial plate may be used as part of a broader fixation construct involving additional distal humerus plates or fixation methods.

Before implantation, each plate and screw should be inspected for deformation, damage, contamination, corrosion, compromised threads, or other abnormalities. Particular care should be taken to protect the locking interfaces and screw threads during handling. Only compatible plates, screws, and approved surgical instruments should be used together.

The surgeon should verify the screw diameter, length, trajectory, and plate compatibility before insertion. Proper implant positioning and screw placement are essential to achieving the intended fixation construct. The manufacturer’s surgical technique and applicable orthopedic fixation principles should be followed throughout the procedure.

Cleaning and sterilization should be performed according to the manufacturer’s validated instructions for use (IFU). Stainless steel composition alone does not establish a universal sterilization cycle. Healthcare facilities should follow validated sterilization procedures and applicable infection-control requirements.

With left and right medial plate configurations, compatible 3.5 mm LCP screws, stainless steel construction, and a 173-piece set, this Locking Distal Humerus Medial Plate System provides qualified orthopedic professionals with a versatile fixation option for selected distal humerus and elbow fracture procedures.

Key Features

• Locking distal humerus medial plate system for selected elbow fracture fixation applications.
• Includes both left and right side-specific medial plate configurations.
• Designed for use with compatible 3.5 mm LCP screws.
• Stainless steel construction provides a durable orthopedic implant material platform.
• Locking interfaces are designed for compatible fixed-angle screw engagement.
• Side-specific designs support appropriate medial distal humerus positioning.
• Suitable for selected distal humerus and medial column fracture fixation.
• 173-piece set provides a comprehensive selection of plates and screws.
• Multiple fixation components support orthopedic trauma surgical preparation.
• Designed for professional orthopedic and trauma surgery applications.
• Screw trajectory and length can be selected according to patient anatomy and fixation requirements.
• Components should be inspected for integrity and compatibility before implantation.
• Cleaning and sterilization should follow the manufacturer’s validated instructions.

Product Specifications

FAQs

1. What are distal humerus medial locking plates used for?

Distal humerus medial locking plates are orthopedic implants used for selected fractures involving the medial aspect of the distal humerus. They can form part of a fixation construct intended to stabilize the medial column of the distal humerus.

2. Are both left and right medial plates included?

Yes. The system includes left and right plate configurations to correspond with the affected side.

3. What size screws are used with these plates?

The product is specified for compatible 3.5 mm LCP screws. Screw lengths should be selected according to the plate design, patient anatomy, bone stock, and surgical technique.

4. What does LCP mean?

LCP stands for Locking Compression Plate. Compatible locking screws engage with designated plate interfaces to create a fixed-angle screw-to-plate relationship according to the implant system’s design.

5. What material are these distal humerus plates made from?

The product is specified as stainless steel. The exact stainless-steel grade should be confirmed from the manufacturer’s technical documentation where required.

6. How many pieces are included in the set?

The product is specified as a 173-piece set, including distal humerus medial plates and compatible LCP 3.5 screws.

7. Why use a medial locking plate for distal humerus fractures?

A medial locking plate may provide fixation of the medial column in selected distal humerus fracture patterns. Its use depends on fracture morphology, anatomy, bone quality, and the surgeon’s planned fixation construct.

8. Can these plates be used for complex distal humerus fractures?

They may be incorporated into fixation constructs for selected complex distal humerus fractures. Complex injuries require individualized assessment, and the appropriate fixation strategy depends on the fracture pattern and patient anatomy.