In the field of medical rehabilitation, manual defecation training model, as a professional auxiliary tool, is designed to simulate the real scene and help patients or nurses to get familiar with and master the correct methods and skills of manual defecation. The emergence of this model has undoubtedly brought revolutionary changes to the rehabilitation training of patients with defecation disorders.

First, a highly simulated design provides a safe and risk-free practice environment for patients. This simulation training not only avoids the risks and complications that may occur in the actual operation, but also allows the patient to practice multiple times without psychological stress, thus mastering the correct operation skills more quickly.

Secondly, the model plays an important role in simplifying the training process. Traditional training methods often rely on repeated demonstrations and explanations by professionals, while manual defecation training models allow patients to observe and imitate autonomously through intuitive and three-dimensional display. This way of self-learning not only improves the efficiency of training, but also enhances the patient's sense of participation and self-confidence.

In addition, the model can be reused. Compared with traditional training tools, it can be used multiple times without frequent replacement, thus reducing training costs. At the same time, the model can also be personalized according to different training needs to meet the specific needs of different patients.

In terms of simplifying the training process, it is reflected in its easy operation and maintenance. The design of the model usually takes into account the user's habits and needs, making the operation more simple and intuitive. In terms of maintenance, it is usually only necessary to carry out simple cleaning and maintenance, without complex maintenance work.

To sum up, the manual extraction training model does have significant advantages in simplifying the training process. It can not only provide a safe and risk-free practice environment, but also improve training efficiency, reduce training costs and meet the individual needs of different patients through intuitive and three-dimensional display.