The brainstem magnification model is a highly realistic model used for neuroanatomy teaching and clinical training. It clearly presents the structural features of the midbrain, pons and medulla oblongata and their relationships with cranial nerves and blood vessels through magnification ratios. The surface annotation of the model is precise and the color zoning is distinct, which helps learners identify key neural nuclei, the origin sites of brain nerves and conduction pathways.

In medical education, brainstem magnification models can help students establish three-dimensional cognition and understand the core role of the brainstem in life maintenance, motor coordination and neural conduction. In clinical training and skills assessment in neurology, models are used to demonstrate neurological examinations, injury mechanisms, and surgical operation demonstrations, enhancing learners' understanding of brainstem functional localization. This model is also suitable for popular science displays and teaching demonstrations, allowing learners to intuitively grasp the connection between brainstem structure and function. It is an important auxiliary tool for neuroanatomy and clinical teaching.