Erler-Zimmer Leg Skeleton Model with Flexible Foot
The Erler-Zimmer Leg Skeleton Model with Flexible Foot is a detailed lifesize casting of the human right leg, which can be dismantled into four bones for greater in-depth study. This skeleton leg also includes half of the right-hand side of the pelvis, and a flexible movable foot that demonstrates the motion of joints during activity.
What's Included?
- 1 x Leg Skeleton Model with half pelvis, and flexible foot
Features of the Erler-Zimmer Leg Skeleton Model
- Lifesize Leg Skeleton Model allows for the study and observation of the human leg and foot bones
- Dismantlable into femur, tibia, fibula, and foot for an in-depth study of each bone
- Flexible foot mounted on a rubber band allows for the demonstration of the motion of foot joints
- Removable half pelvis
- Strong synthetic material for longevity even with frequent use
- High accurate detail for use in medical training scenarios
What Environments Is This Leg Skeleton Model Designed for?
With its high-quality detail, the Erler-Zimmer Skeleton Leg Model with Flexible Foot is designed for professional institutions such as:
- Schools
- Universities
- Hospitals
- Laboratories
Highly Detailed and Anatomically Accurate
The Erler-Zimmer Leg Skeleton Model offers a highly detailed and anatomically accurate skeleton part, for the most accurate of teaching of the human leg and foot bones. The leg and foot are made from durable synthetic materials that feel life-like for the most realistic study.
Dismantlable Parts
For a detailed view of the joints of the leg, this model leg skeleton can be dismantled into the femur, tibia, fibula and foot. The ability to dismantle each bone allows for effective teaching and learning of the function of each individual bone.
Demonstrates Foot Movement
The Erler-Zimmer Skeleton Leg features a flexible foot which is mounted on a rubber band, to allow for the demonstration of the foot movements experienced during walking. This feature allows for a more in-depth study of the motion of the foot during activity, and for an easier explanation of the function of each bone.
Technical Specifications
