The advanced ear examination model is a simulation model specifically designed for otology teaching and clinical operation training, aiming to help learners master the anatomical structure of the ear and routine otology examination skills. This model is usually made of high-precision materials, accurately reproducing the auricle, external auditory canal, eardrum and middle ear structure, and can mark important anatomical landmarks, providing intuitive references for otological operations.

In teaching, advanced otoscopy models can be used to practice operations such as otoscopy, external auditory canal cleaning, tympanic membrane observation, and lesion identification, allowing students to repeatedly practice in a safe and controllable environment and improve their examination skills and operational proficiency. Through model training, learners can master the anatomical characteristics of the ear, identify abnormal structures, and become familiar with operation techniques and precautions, laying a foundation for clinical practice.

In addition, this model can also be used to simulate the demonstration of common clinical diseases, such as otitis media and earwax obstruction, enhancing the interactivity and practicality of teaching. The application of advanced otoexamination models not only enhances the efficiency of otology teaching but also effectively reduces the risks of clinical operations, making it an important auxiliary tool for otology education and training.