Veterinary Locking L Plate Type II 2.0 mm Left Right with 2 Head and 2 Shaft Holes

Description

The veterinary locking L-plate Type II 2.0 mm is a precision-engineered orthopedic implant developed for controlled fixation in small animal surgical applications. Designed with two locking holes in the head section and two locking holes along the shaft, this configuration provides balanced load distribution while maintaining angular stability across complex fracture planes.

This Type II L-plate is intended for use in anatomical regions where angular fixation and limited bone surface area require a compact yet mechanically stable implant. The L-shaped geometry allows surgeons to stabilize fractures or osteotomies that involve intersecting bone segments, making it particularly useful in periarticular and metaphyseal regions of small animals.

Utilizing a 2.0 mm locking screw interface, the plate forms a fixed-angle construct that reduces dependence on plate-to-bone compression. This enhances fixation reliability in cases involving osteopenic bone, comminuted fractures, or revision procedures. The locking mechanism preserves alignment and minimizes the risk of screw loosening during postoperative recovery.

The presence of left and right anatomical variants ensures accurate placement without excessive intraoperative contouring. This reduces surgical time and helps maintain the structural integrity of the implant. Available shaft lengths of 8 mm, 10 mm, 12 mm, and 15 mm allow surgeons to select an option best suited to the specific fracture pattern and patient anatomy.

The low-profile design minimizes soft tissue irritation while enabling placement in confined surgical sites. Smooth surface transitions and rounded edges contribute to improved tissue compatibility and postoperative comfort. The compact form factor supports use in small breed dogs, cats, and other small animal patients where implant bulk must be carefully controlled.

Manufactured specifically for veterinary orthopedic use, the locking L-plate Type II 2.0 mm delivers predictable fixation performance, anatomical adaptability, and mechanical stability. It is a reliable solution for surgeons seeking precision control in angular fracture fixation and reconstructive procedures in small animal orthopedics.