Middle ear anatomical models play a significant role in medical education and clinical applications. The main application scenarios include:

1.  Surgical Skills Training  : In ear surgeries, trainees can conduct simulation operations through this model to master middle ear surgical techniques, such as tympanic membrane repair and ossicular reconstruction. Through simulation training, trainees can enhance operational accuracy and reduce surgical risks.

2.  Disease Diagnosis and Treatment  : The model helps trainees understand the pathological changes of common middle ear diseases, such as otitis media and tympanic membrane perforation, and assists medical staff in better disease diagnosis, treatment plan formulation and patient education.

3.  Clinical Imaging Learning  : Through the model, trainees can compare imaging data such as CT and MRI with anatomical structures, which helps to better understand the relationship between imaging manifestations and actual anatomical structures and improve their ability to read imaging films.

4.  Patient Communication and Education  : The model can also be used for patient education, helping patients understand the structure of the middle ear and related diseases, demonstrating surgical operations and treatment processes to patients, and enhancing their understanding and trust in treatment plans.

In conclusion, the middle ear anatomical model plays a significant role in various aspects such as surgical training, disease diagnosis, imaging learning, and patient communication, enhancing the efficiency and quality of medical teaching and clinical work.