The advanced transparent curettage model is a medical teaching tool that integrates teaching, demonstration and practical training, mainly used for training corneal curettage or surface surgery operations in ophthalmology-related courses. This model is made of highly realistic transparent material, which can clearly display the structural layers of the cornea, allowing learners to obtain intuitive visual feedback during observation and operation, and is conducive to understanding corneal anatomy and surgical principles. Through this model, trainees can repeatedly practice the techniques, force and direction of film scraping, master the correct usage of the equipment, and thereby enhance the accuracy and proficiency of the operation.

In addition, the transparent design of the model enables teachers to observe the operation process of students in real time, correct errors promptly and provide guidance, thereby enhancing teaching efficiency and interactivity. As there is no risk of infection or resource consumption during the operation process, trainees can practice multiple times in a safe environment to enhance their practical experience. The application of advanced transparent curettage models helps shorten the transition time for learners from theory to clinical practice, providing reliable training support for cultivating high-level ophthalmic medical staff.