The infant cardiopulmonary resuscitation (CPR) manikin is a highly realistic medical model specifically designed for teaching and skills training. Its clinical significance lies in helping medical staff and emergency personnel master the correct operation procedures and technical key points of infant CPR. Due to the small physiological structure and unique respiratory and circulatory characteristics of infants, cardiopulmonary resuscitation (CPR) operations require precise force and rhythm. Therefore, through repeated training with mannebulids, trainees can become familiar with the position, depth, frequency of compression and artificial respiration methods in a safe environment, thereby increasing the success rate of treatment.

This model can simulate the real undulation of the chest cavity, breathing airflow and cyclic feedback. Some models also have electronic monitoring and voice prompt functions, which can evaluate the operation quality in real time. Teachers can provide guidance and corrections based on the feedback data, making the training more scientific and targeted. The application of the infant cardiopulmonary resuscitation simulation manikin not only enhances the first aid skills and teamwork ability of medical staff, but also effectively reduces clinical operation risks, which has significant practical significance for improving the level of emergency and critical care treatment for newborns and infants.