Head and neck neurovascular model

The head and neck neurovascular model is an anatomical auxiliary tool often used in medical teaching and clinical training, which can visually present the nerve course and blood vessel distribution in the head and neck region. This model is usually made based on the real scale of the human body, presenting the cranial nerves, carotid arteries, jugular veins and branch systems in a three-dimensional way, helping learners clearly understand the complex anatomical relationships.

Through model demonstrations, medical students and clinical personnel can more intuitively grasp the mutual positions of nerves and blood vessels in the head and neck, and understand their significant importance in surgical operations, anesthesia procedures and disease diagnosis. Especially when it comes to head and neck tumor resection, carotid endarterectomy or local anesthesia, the learning value of this model is particularly prominent. It not only enhances the visualization level of anatomy teaching, but also reduces the risks in practical operations, providing significant support for medical education and clinical training.