Veterinary Gap-Bridge Straight Locking Plate 2.0 mm for Small Animal Bone Stabilization

Description

This veterinary gap-bridge straight locking plate is engineered for controlled bone stabilization in small animal orthopedic procedures where biological fracture management is required. Designed for compatibility with a 2.0 mm locking screw platform, the implant delivers fixed-angle mechanical support while incorporating a central gap to encourage indirect bone healing. The gap-bridge configuration allows stabilization without compressing the fracture site, supporting preservation of the local vascular environment.

The plate features four locking fixation points positioned symmetrically on either side of the central gap, providing balanced anchorage and uniform force transmission. The locking interface between the screws and the plate forms a rigid construct that resists rotational and bending stresses during post-operative movement. This is particularly advantageous in veterinary patients with high activity levels or delicate skeletal structures.

Available in an extensive range of lengths from 6 mm to 22 mm, the implant offers exceptional adaptability across varying bone sizes and fracture patterns. This wide length selection allows veterinary surgeons to tailor fixation precisely for each patient, whether addressing short metaphyseal segments or longer diaphyseal regions. The straight linear geometry supports accurate axial alignment, contributing to stable skeletal positioning throughout the healing phase.

The low-contact plate surface and refined contour reduce interaction with surrounding soft tissues, helping to minimize irritation and post-surgical discomfort. Smooth transitions around the locking holes support atraumatic implantation and ease of screw insertion. These design elements are critical in veterinary orthopedic care, where tissue preservation directly impacts recovery quality.

Gap-bridge straight locking plates are commonly utilized in veterinary fracture bridging, staged fixation, and corrective bone alignment procedures. By maintaining controlled spacing at the fracture zone, the implant supports callus formation and natural bone regeneration while maintaining structural stability. This fixation philosophy is widely applied in cases requiring biological healing rather than direct compression.

Manufactured specifically for veterinary orthopedic applications, this 2.0 mm locking plate integrates seamlessly with standard veterinary fixation instrumentation. Its dimensional precision, structural reliability, and versatile sizing make it a dependable solution for veterinary clinics and surgical centers focused on modern fracture stabilization strategies in small animal patients.