Ankle Joint Anatomy Model

Human ankle Joint with Ligaments Model is an anatomically accurate representation of the human ankle joint and its connective ligaments. Our ankle joint model is flexible and can be bent to demonstrate movement. The model features major ligaments, bones, tendons, bands, and a base stand.

The ankle joint with ligaments model is life-size and displays realistic textures associated with the ankle joint’s anatomical parts.

The Foot and Ankle Model is a life-size anatomical model of a right foot, featuring the plantar calcaneonavicular (spring) ligament with plantar fascitis. Also includes tibia, fibula, calcaneus, calcaneal (Achilles) tendon, deltoid ligament, lateral (collateral) ligament, plantar aponeurosis, cuneiform, phalanges, cuboid, navicular and metatarsal bones.
This foot and ankle anatomical model is best used for patient or student education purposes. The Foot and Ankle Model includes an informative key card, and a sturdy plastic base. It is removable from base for closer examination.

Features:

Life-Size Human Ankle Joint Anatomy Model

Ankle Joint Model features 26 foot bones, ligaments, and tendons involved in the ankle joint’s anatomy. Cast from real human bones, the model includes the tibia, fibula, calcaneus, calcaneal (Achilles) tendon, deltoid ligament, lateral (collateral) ligament, plantar aponeurosis, cuneiform, phalanges, cuboid, navicular and metatarsal bones.

Our ankle joint model offers an anatomically correct representation of the connection between the different bones in the area and how they relate to the anatomy, structure, and stability of the ankle.

Ankle Ligaments

This ankle joint anatomy model features textured ligaments to provide a better understanding of the connective structures around the bones. The tough elastic tissues are presented prominently on the model to represent a detailed view of the human ankle joint’s anatomy.

Sturdy Base Stand

Our ankle joint with ligaments model comes with a sturdy base stand, making it perfect for study, display, and transport. The base stand allows the model to be viewed upright for an uninterrupted study of the ankle joint anatomy.