The electric brainstem model is mainly used to demonstrate the three-dimensional anatomy and functional operation of the brainstem and its related neural structures, and it is an important teaching tool in neuroscience education.

This model is usually electrically driven to present different parts of the brainstem, such as the midbrain, pons, medulla oblongata and their related neural nuclei, in a dynamic manner, thereby helping learners understand the spatial relationships and functional connections of neural pathways more intuitively. The model can be combined with light indication, voice explanation or zone demonstration to make complex neural structures easier to recognize and remember.

By dynamically presenting the associated structures of physiological activities such as the respiratory and cardiac regulation centers, learners can better understand the core role of the brainstem in maintaining life.

This model is applicable to anatomy courses in medical colleges and universities, neuroscience teaching, clinical training, and health science popularization exhibitions. It can enhance teaching efficiency and strengthen students' overall understanding of brainstem anatomy and function.