Veterinary Locking L Plate Type II 2.0 mm Left Right with 2 Head and 3 Shaft Holes

Description

The veterinary locking L-plate Type II 2.0 mm with two head holes and three shaft holes is engineered for enhanced fixation control in small animal orthopedic procedures. This configuration extends shaft coverage while maintaining a compact L-shaped geometry, making it suitable for fractures requiring additional longitudinal stabilization without increasing implant bulk.

Designed specifically for veterinary use, this plate provides angular stability through a locking screw interface that creates a fixed-angle construct. This reduces reliance on bone quality and minimizes micro-motion at the fracture site, supporting consistent healing in small animal patients. The extended shaft hole pattern allows improved load distribution along the bone while preserving precise alignment.

The anatomical L-shape supports fixation in areas where intersecting bone planes demand controlled angular support. This makes the plate appropriate for metaphyseal, periarticular, and junctional fracture patterns commonly encountered in veterinary orthopedic surgery. The presence of left and right options ensures accurate anatomical placement while reducing the need for intraoperative plate bending.

With a 2.0 mm locking system, the implant is compatible with mini locking screws commonly used in small animal procedures. The low-profile design helps minimize soft tissue irritation and allows placement in anatomically constrained regions. Rounded contours and smooth transitions further enhance tissue compatibility.

Available in a 12 mm shaft length for both left and right orientations, this locking L-plate offers a balanced solution for surgeons requiring extended fixation while maintaining surgical efficiency. It is well suited for small breed dogs, cats, and other small animals where implant precision and stability are critical.

Manufactured for veterinary orthopedic applications, the locking L-plate Type II 2.0 mm with 2 head holes and 3 shaft holes delivers reliable fixation performance, anatomical adaptability, and predictable mechanical behavior for advanced fracture management.