The horizontal dissection model of the human head and brain is a highly realistic anatomical model used in medical teaching and research, mainly demonstrating the horizontal sectional structure of the human skull and brain.

This model is designed based on real human anatomical data and can clearly present the interrelationships among key parts such as the cerebral hemispheres, cerebellum, brainstem, ventricles and skull. Through stratified observation, learners can intuitively understand the distribution of brain tissue, the structure of gray and white matter, and the direction of neural pathways, thereby deepening their understanding of the complex anatomy of the brain.

The model's colors are vivid and the layers are distinct, which can effectively assist in imaging teaching, enabling students to match anatomical knowledge with CT and MRI tomographic images, and enhancing their spatial cognition and clinical analysis abilities. The application of the horizontal incision model of the human head and brain makes medical anatomy teaching more intuitive and systematic, which helps students fully master the structural characteristics of the brain and lays a solid foundation for neurosurgery and imaging diagnosis.