Erler-Zimmer Flexible Female Pelvis Model with Sacrum
Life-size and with a natural casting, the Erler-Zimmer Flexible Female Pelvis Model with Sacrum is mounted on elastic and can be fully articulated to show the movement of the joints in the female pelvis. Designed as a visual aid for anatomy studies or for supporting medical training scenarios, this model is ideal for students and teachers alike.
What's Included?
- 1 x Female Pelvis Model with Sacrum
Features of the Erler-Zimmer Flexible Pelvis Model
- Life-size flexible adult female pelvis model for the study of the bones of the pelvis
- Textured casting of a female pelvis for a realistic look and feel
- Flexible and mounted on elastic to demonstrate the motion of joints in the pelvis
- Anatomically accurate detail to support medical training scenarios
- Strong synthetic material for longevity even with frequent use
- Removable sacrum included for further study
Perfect Educational Tool
This adult pelvis model makes a great aid to medical education and anatomy studies. It can be used in demonstrations with students, or as a tool to educate patients about disorders such as pubic symphysis dysfunction and sacroiliac joint dysfunction.
Is the Erler-Zimmer Female Pelvis with Sacrum Moveable?
Yes, this adult pelvis model with sacrum is fully moveable for the best teaching and study experience. The model is mounted on elastic which allows for the demonstrate of the movement of joints in the pelvis, whilst the sacrum can be removed for further in-depth study of this area.
Greater Understanding of Sacroiliac Joint Dysfunction
For the most realistic manipulation, the sacroiliac joint between the pelvis and the sacrum on this model is entirely flexible. The movements of this joint can be demonstrated to gain a greater understanding of sacroiliac joint dysfunction.
Realistic Look and Feel
The Erler-Zimmer Flexible Female Pelvis Model with Sacrum is based on an adult cast of the female pelvis, and has a life-like texture for a realistic look and feel during study. Detailed and anatomically accurate, the model can support medical training scenarios for the most effective learning.
Technical Specifications
