Frequently Asked Questions
Q
What is the correct chest compression depth for this infant CPR manikin?
The correct chest compression depth for this infant CPR training model is 4 cm. The compression rate should be maintained at 100–120 compressions per minute, with compressions applied at the lower half of the sternum. The model provides realistic tactile feedback and ensures full chest recoil after each compression.
Q
What materials are used in the construction of the manikin's skin components?
The facial skin, neck skin, chest skin, and other surface components of the manikin are made from environmentally-friendly thermoplastic elastomer (TPE) composite materials. These materials provide a realistic feel that closely mimics human skin texture during training.
Q
What ventilation methods are supported for artificial respiration practice?
This model supports both mouth-to-mouth ventilation and bag-mask ventilator (BVM) methods for artificial ventilation practice. When ventilation is performed correctly and effectively, visible chest rise will occur, providing immediate visual feedback to confirm proper technique.
Q
How does the pupil simulation feature work on this infant manikin?
The manikin's eyelids can be opened to allow pupil observation during training. One pupil is dilated to simulate a critical, life-threatening condition, while the other is small to indicate successful resuscitation. This feature helps trainees practice clinical assessment skills as part of a complete resuscitation scenario.
Q
How is infant brachial artery pulsation simulated on this model?
The model includes a manual squeeze ball mechanism that simulates infant brachial artery pulsation. This allows instructors or trainees to manually trigger a pulse sensation, enabling practice of pulse-check assessment skills that are critical in infant emergency response protocols.
Q
Is this infant CPR manikin suitable for professional medical training programs?
Yes, this manikin is designed to meet the requirements of professional CPR and basic life support (BLS) training programs. It features clearly defined anatomical landmarks, realistic compression feedback, airway management capabilities, and clinical simulation features such as pupil response — making it suitable for use in hospitals, nursing schools, first aid courses, and emergency response training.