Osteoporosis vertebra 2x magnified, with stand

Our osteoporosis vertebra model, magnified 2x, offers a precise and clear representation of a human lumbar vertebra. Median sectioned, the model shows a healthy bone structure on one side and an osteoporotic bone structure on the other. Magnetically assembled and easily removable from the stand, this model allows for easy demonstration and analysis of the effects of osteoporosis on the spine.

Features:

1. 2x magnification:
The vertebral model is magnified 2x, which enables a detailed view of the bone structure. This is particularly helpful for understanding the changes caused by osteoporosis.

2. Median section:
The lumbar vertebra is median sectioned, allowing a clear view of the healthy and osteoporotic bone structure on both sides. This promotes a differentiated understanding of the pathological changes.

3. Magnetically assembled:
The model is magnetically assembled, which ensures a stable presentation on the stand. At the same time, the magnetic connection makes it easy to remove from the stand for closer inspection.

4. Easily removable from the stand:
The vortex model can be easily removed from the stand, allowing for interactive use and demonstration in training environments. This promotes hands-on learning and practical teaching.

5. Compact size and weight:
With dimensions of 13 x 12 x 7 cm and a weight of 0.5 kg, the model is compact and lightweight. This facilitates transportation and handling in various teaching environments.

6. Educational added value:
The osteoporosis vertebra model offers high educational added value for medical schools, universities and training institutions. It provides a clear illustration of the effects of osteoporosis on the spine.

Experience a detailed and practical illustration of osteoporosis with our vertebral model. This model is the ideal teaching aid for anyone who wants to develop an in-depth understanding of the pathological changes caused by osteoporosis in the spine. Invest in this model to ensure effective and engaging education in the field of osteoporosis.