The advantages of the infant tracheal intubation training model mainly lie in its high simulation, safety and teaching value. The model is made based on the real anatomical structure of infants, including key parts such as the oral cavity, tongue, epiglottis, glottis, and trachea, allowing trainees to practice intubation operations in a realistic tactile and resistance feedback environment, and better understand the physiological characteristics of the infant's airway.

During the teaching process, the training model can be repeatedly operated without the risk of infection, making it suitable for beginners to gradually master skills such as jaw lifting, airway opening, control of intubation Angle, and judgment of pipe depth. Some models are equipped with electronic feedback systems that can immediately indicate whether the intubation is correct, whether it has entered the esophagus by mistake, and the ventilation effect, thereby helping trainees adjust their movements in time and increase the success rate.

In addition, the model can simulate various difficult airway scenarios, such as tongue hypertrophy and glottic exposure difficulties, which is convenient for trainees to train their emergency response abilities under different challenging conditions. Overall, this training model provides a safe, standardized and repeatable learning environment for tracheal intubation in infants, which is conducive to cultivating stable and accurate clinical skills.