Erler-Zimmer Skeleton Foot Model
A natural casting of the human foot, the Erler-Zimmer Skeleton Foot Model is designed for the study of the anatomical structures of the foot. Mounted on wire, the bones of this foot model are fully flexible to allow medical or physiotherapy students to gain a realistic feel of the natural bone movement of the foot.
What's Included?
Features of the Erler-Zimmer Skeleton Foot Model
- Highly detailed life-size foot skeleton model to study and observe foot bones
- Includes the tarsals, metatarsal bones, and phalanges
- Flexible and mounted on a wire allowing for the demonstration of the motion of foot during activity
- Anatomically accurate detail for use in medical training scenarios
- Strong synthetic material for longevity even with frequent use
Demonstrates Foot Motion
The Erler-Zimmer Skeleton Foot Model is mounted on wire, for effective demonstration of all natural movements of the foot. This feature allows for a more in-depth study of the motion of the foot bones during activity, and for an easier explanation of the function of each bone.
For Professional Institutions
With its high-quality detail, the Erler-Zimmer Skeleton Foot Model is designed for study at for professional institutions such as:
- Schools
- Universities
- Hospitals
- Physiotherapy clinics
- Laboratories
Patient Education Tool
The Erler-Zimmer Skeleton foot also makes an excellent patient education tool. Use this skeleton foot model as a visual aid when giving explanations to patients about painful foot conditions such as big toe arthritis, bunions, gout, hammer toes, and heels spurs.
Highly Detailed and Anatomically Accurate
The Erler-Zimmer Foot Skeleton Model offers a highly detailed and anatomically accurate foot skeleton part, for the most accurate of teaching of the human foot. The foot is made from durable synthetic material that feels life-like for the most realistic study.
Does this Erler-Zimmer Foot Model Come with a stand?
No, this particular skeleton foot model does not come with a stand, and so must be displayed or studied without.
Technical Specifications
