The Med Dimensions Canine Fibula Left is a precise, high-fidelity 3D-printed anatomical bone model of the canine left fibula produced by Med Dimensions using advanced 3D printing technology derived from real canine imaging data. While non-weight-bearing, the fibula plays a clinically important role in hock (talocrural) joint stability through its lateral malleolus, the bony projection that forms part of the lateral ankle mortise and contributes articular surfaces to both the proximal and distal limb joints. This model faithfully reproduces all key anatomical features of the canine left fibula, including the fibular head and its proximal articular facet, the slender fibular shaft, and the prominent distal lateral malleolus, providing a highly accurate reference for veterinary anatomy education, fracture pattern teaching, hock joint anatomy explanation, and orthopedic surgical preparation. As the left-side counterpart to the Canine Fibula Right model (MD-E-C0035R), it enables bilateral comparative anatomy study and supports more comprehensive limb anatomy learning.

Accurate left fibula model lateral crus bone with fibular head, shaft & lateral malleolus
Advanced 3D printed derived from real canine CT/MRI imaging for dimensional accuracy
Multi-purpose educational tool for fracture teaching, hock joint anatomy & orthopedic training
Left-side counterpart pairs with Canine Fibula Right for bilateral anatomy comparison