Erler-Zimmer Flexible Female Pelvis Model with Sacrum and Lumbar Vertebrae
A highly detailed skeleton model part for study and display, the Erler-Zimmer Flexible Female Pelvis Model with Sacrum and Lumbar Vertebrae is ideal for use at a wide range of medical and educational settings. Anatomically accurate and flexible, students may take advantage of this model's ability to demonstrate movement to learn more about the female pelvic region.
What's Included?
- 1 x Female Pelvis Model with Sacrum and Lumbar Vertebrae
Features of the Erler-Zimmer Flexible Female Pelvis Model
- Life-size flexible adult female pelvis model for the study of the bones of the pelvis
- Includes removable sacrum and flexible lumbar vertebrae
- Textured natural casting for a realistic look and feel
- Flexible and mounted on elastic to demonstrate movement of the iliosacral joint
- Anatomically accurate detail to support medical training scenarios
- Strong synthetic material for longevity even with frequent use
How Can The Erler-Zimmer Female Pelvis Model Support Study?
The Erler-Zimmer Flexible Female Pelvis with Sacrum and Lumbar Vertebrae Model is ideal for use by physiotherapists and medical professionals as a teaching or learning aid. The wings of the ilium, sacrum, and flexible L5 and L4 Lumbar Vertebrae are included in this pelvis model which allows an in-depth understanding of how the pelvis interacts with the spine.
Flexible and Removable
For observation and study, the Erler-Zimmer Female Pelvis Model comes complete with a removable sacrum, flexible joints, and two flexible Lumbar vertebrae. As the model is mounted on rubber, the movement of the iliosacral joint can be demonstrated on this Erler-Zimmer Female Pelvis Model making it ideal for gaining a greater understanding of pelvis morphology.
Realistic Look and Feel
The Erler-Zimmer Flexible Female Pelvis Model with Sacrum and Lumbar Vertebrae 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 also support medical training scenarios for the most effective learning.
Technical Specifications