The head and neck neurovascular model is based on detailed anatomy, truly reproducing the main nerves, arteries and veins in the craniocervical region and their distribution relationships, providing intuitive and operable learning tools for medical teaching, clinical training and surgical planning.

This model addresses the issues of complex anatomical structures of the head and neck, overlapping layers, and the difficulty in overall observation in traditional atlas and specimens, enabling learners to clearly understand the spatial relationships among cranial nerves, carotid arteries, jugular veins, and their surrounding tissues.

Meanwhile, the model is applicable to nerve block, vascular puncture and surgical path practice, helping medical students and clinical personnel familiarize themselves with the operation procedures and reduce the actual operation risks. Through intuitive display and repeatable training, the head and neck neurovascular model has enhanced the effectiveness of anatomical teaching and the safety of clinical skills training, which is of great significance for cultivating high-level medical talents.