Locking Olecranon Plates (4–10 Holes) L&R with 3.5mm Screws, Titanium Grade 5, are orthopedic fixation implants designed for the stabilization of selected fractures involving the olecranon, the bony prominence of the proximal ulna at the elbow. This 126-piece set features left and right plate configurations in multiple hole options, providing flexibility for surgeons selecting an appropriate fixation construct according to the patient's anatomy, fracture pattern, and surgical requirements.

Olecranon fractures can affect elbow stability and the ability to extend the arm. Depending on the fracture characteristics, surgical treatment may require an implant that maintains fracture alignment and supports fixation during healing. Anatomically designed locking olecranon plates provide a plate-based fixation option when selected by a qualified orthopedic surgeon.

Design and Anatomical Compatibility

These olecranon plates are available in configurations ranging from 4 to 10 holes, with left-hand and right-hand options. The range allows the surgical team to select a plate with an appropriate length and orientation for the intended fixation procedure. The exact plate dimensions, contour, and hole arrangement depend on the specific model.

The anatomical design is intended to accommodate the proximal ulna and olecranon region. Proper positioning is important because the elbow has a complex structure involving bone, soft tissue, and joint movement. The selected plate must correspond to the intended side and anatomical requirements.

The locking mechanism is designed for use with compatible screws that engage the plate's locking holes. This connection can create a fixed-angle relationship between the plate and screws, helping maintain the intended fixation construct. Actual performance depends on implant design, bone quality, fracture configuration, and the surgical technique used.

Titanium Grade 5 Screws

The set includes 3.5mm screws specified as Titanium Grade 5. Grade 5 titanium, commonly designated Ti-6Al-4V, is a titanium alloy used in various implant applications because of its strength-to-weight characteristics, corrosion resistance, and suitability for appropriately manufactured medical devices.

The exact screw design, length range, thread configuration, and locking compatibility should be verified using the manufacturer's documentation. The plate material is not specified in the product title, so it should not be assumed to be titanium solely because the screws are made from Grade 5 titanium.

Using screws specifically approved for the plate system is essential. Components should not be interchanged unless the manufacturer confirms compatibility with the intended fixation system.

Orthopedic Applications

Locking olecranon plates are intended for selected fractures of the proximal ulna, particularly fractures involving the olecranon where plate fixation is clinically appropriate. Depending on the particular plate design and its approved indications, fixation planning may account for fracture displacement, fragment size, bone quality, and the need to restore the elbow's functional alignment.

The 4–10-hole options offer different plate lengths and screw-placement possibilities. Left and right configurations help accommodate the corresponding anatomical side. The final implant selection must be based on clinical assessment and the manufacturer's surgical technique guide rather than hole count alone.

Benefits of the 126-Piece Set

The 126-piece configuration provides a consolidated collection of olecranon fixation components for orthopedic implant inventory. Multiple plate configurations and compatible screw options can help support component selection for suitable procedures, provided the contents match the manufacturer's official packing list.

For hospitals, orthopedic clinics, and medical equipment distributors, a clearly specified set can simplify procurement and stock organization. Before ordering, buyers should verify the quantities of left and right plates, hole configurations, screw sizes and lengths, and any included accessories.

Handling, Sterilization, and Durability

Orthopedic plates and screws must be handled in accordance with the manufacturer's instructions to protect their surfaces and structural integrity. Sterility status should be confirmed from the product packaging and labeling. Non-sterile implants require processing according to validated manufacturer instructions, while reusable instruments must follow their own cleaning, inspection, and sterilization procedures.

Inspect all components before use for visible damage, deformation, corrosion, or packaging defects. Implantation should be performed by qualified orthopedic professionals using the approved surgical technique. Correct plate positioning, compatible screw selection, and adherence to the manufacturer's instructions are essential to the intended performance of the fixation construct.

Key Features

• Orthopedic locking plates designed for selected olecranon fracture fixation

• Available in 4-, 5-, 6-, 7-, 8-, 9-, and 10-hole configurations, subject to the supplied range

• Left and right plate options for anatomical compatibility

• Includes 3.5mm Titanium Grade 5 screws

• Grade 5 titanium alloy commonly designated Ti-6Al-4V

• Locking plate design for use with compatible locking screws

• Multiple plate lengths to support different fixation requirements

• 126-piece set for professional orthopedic implant inventory

• Intended for selected proximal ulna and olecranon fracture procedures

• Plate material and exact component quantities should be confirmed with the manufacturer

• Requires appropriate handling and compliance with product-specific instructions

Product Specifications

Frequently Asked Questions

1. What are locking olecranon plates used for?

Locking olecranon plates are orthopedic implants used to stabilize selected fractures of the olecranon, the bony prominence of the proximal ulna at the elbow. Their suitability depends on the fracture pattern and clinical requirements.

2. What hole sizes are available in this 126-piece set?

The product title specifies plate configurations ranging from 4 to 10 holes, with left and right options. The exact number of each plate configuration should be confirmed against the manufacturer's packing list.

3. Are the included screws made from Titanium Grade 5?

Yes, the product title specifies Titanium Grade 5 screws. Grade 5 titanium is commonly known as Ti-6Al-4V, but the exact alloy specification should be verified through the manufacturer's documentation.

4. What is the screw diameter for these olecranon plates?

The stated screw diameter is 3.5mm. Screw lengths, thread designs, and locking compatibility should be checked against the specifications for the particular plate system.

5. Why are left and right olecranon plates available?

Left and right plates are designed to correspond to the anatomical differences between the two sides of the proximal ulna. Selecting the appropriate side helps achieve the intended plate positioning.

6. What is the advantage of a locking olecranon plate?

A compatible locking plate-and-screw system creates a fixed-angle connection between the screws and plate. This design supports the planned fixation construct, although clinical performance depends on the implant, fracture, bone quality, and surgical technique.

7. Is the plate itself made from Titanium Grade 5?

The product title specifies Grade 5 titanium screws but does not identify the plate material. The manufacturer should confirm the plate's material and applicable implant specifications.

8. Is this 126-piece olecranon plate set supplied sterile?

Sterility cannot be determined from the product title alone. Check the packaging label and manufacturer's instructions to confirm whether the implants are supplied sterile or require validated processing before use.