The electric brainstem model is a teaching device that integrates anatomical display and dynamic demonstration, mainly used in medical education, neuroscience research and clinical training. This model reproduces the structure of the human brainstem in real scale, including the midbrain, pons, medulla oblongata and related neural nucleus groups, nerve fiber pathways and other anatomical details. Through the electric drive system, the model can simulate the coordinated activities of neural signal transmission, respiratory and heartbeat centers, vividly demonstrating the crucial role of the brainstem in maintaining life functions.

In teaching applications, the electric brainstem model can help students vividly understand the functional connections between the brainstem and the brain, cerebellum and spinal cord, and visually observe the origin and course of brain nerves, which is conducive to mastering the complex structure and information transmission mechanism of the nervous system. Compared with traditional static models, the dynamic display of electric models makes abstract neurophysiological processes easier to understand, enhancing the interest and effectiveness of teaching.

In addition, this model can also be used for medical lectures, clinical case analysis and scientific research demonstrations. It is an important auxiliary tool for teaching neuroanatomy and physiology in medical colleges, nursing schools and neurologists.