The electronic human tracheal intubation training model is a highly realistic teaching device, mainly used for the training of tracheal intubation skills for medical staff and emergency personnel. This model features the real head, neck and respiratory tract structures of the human body, and is equipped with an electronic sensing and voice feedback system. It can display in real time whether the intubation is correct or not, and provide feedback on the operation results through lights, sounds or data. During the operation, trainees can directly understand the positional differences between the trachea and the esophagus, and master the correct usage of the laryngoscope and intubation techniques.

In teaching and clinical training, electronic tracheal intubation training models are often used in scenarios such as emergency medicine, anesthesiology, critical care medicine, and nursing education, helping trainees repeatedly practice in a risk-free environment and thereby become familiar with the intubation process and emergency airway management. Its electronic feedback system can be used for skills assessment and evaluation, enhancing the scientificity and accuracy of training. The application of this model not only enhances the clinical operation ability of the trainees, but also improves their emergency response level in sudden airway obstruction, anesthesia induction or cardiopulmonary resuscitation and other urgent situations, which has significant teaching and practical training value.