The multi-functional transparent nasal feeding model plays an important role in promoting nasal feeding care, mainly reflected in the following aspects:

Through the fine anatomical structure design, the key parts of the human body such as the nasal cavity, pharynx and esophagus are highly restored, so that medical personnel can feel a touch very similar to the real situation when carrying out nasal feeding operation. This highly simulated feature provides a safe and controllable practice platform for medical staff to practice repeatedly in a simulated environment, so as to master the nasal feeding operation skills and improve practical skills.

The transparent design of the model is another highlight. Medical staff can visually observe the whole process of feeding tube insertion, including how the feeding tube smoothly enters the esophagus through the nasal cavity and pharynx, as well as possible obstacles and solutions. This kind of immediate feedback mechanism helps the medical staff to correct the errors in the operation in time and deepen the understanding and mastery of the nasal feeding operation. At the same time, the transparent design is also convenient for teaching staff to conduct on-site guidance and comments to improve the teaching effect.

It is not limited to the training of nasal feeding operations, but usually integrates other training functions related to nursing skills, such as sputum aspiration and oral care. This multi-functional design makes the model can meet the diversified needs of nasal feeding nursing training and improve the comprehensiveness and effectiveness of training. Medical staff can complete multiple skills training on the same model to improve learning efficiency.

In actual nasal feeding nursing, improper operation may lead to serious consequences, such as patient discomfort, infection and so on. This risk can be greatly reduced when training with a multifunctional clear nasal feeding model. Medical staff can practice repeatedly without actual patients until they have mastered the operation skills, thereby reducing the risk caused by improper operation in future combat.

In summary, the multi-functional transparent nasal feeding model effectively promotes the development of nasal feeding nursing through the characteristics of high simulation, intuitive observation, versatility, safety and reliability, and promoting the combination of teaching and scientific research. It not only improves the practical skills and safety awareness of medical staff, but also provides strong support for the teaching and research of nasal feeding nursing.