This model features realistic form with clearly defined anatomical landmarks for easy operational positioning.
The model's facial skin, neck skin, chest skin, and other components utilize environmentally-friendly thermoplastic elastomer composite materials.
Chest compression training is supported (correct compression depth 4 cm, compression rate 100–120 compressions per minute, compression location at the lower half of the sternum). The model provides realistic compression tactile feedback with full chest recoil.
Airway opening procedures can be performed through correct head tilt-chin lift maneuvers.
Artificial ventilation practice can be conducted through mouth-to-mouth or bag-mask ventilator methods, with visible chest rise during effective ventilations.
Manual squeeze ball simulates infant brachial artery pulsation.
Eyelids can be opened for pupil observation, with one pupil dilated (simulating critical life-threatening condition) and one pupil small (successful resuscitation).
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 manikin is 4 cm. The model provides realistic tactile feedback to help trainees develop proper technique and muscle memory.
Q
What compression rate should be used during training on this model?
The recommended compression rate is 100 to 120 compressions per minute, which aligns with current CPR guidelines. Trainees should practice maintaining this rate consistently throughout a resuscitation sequence.
Q
What ventilation methods are supported by this infant training manikin?
This manikin supports both mouth-to-mouth ventilation and bag-mask ventilator methods. Visible chest rise occurs during effective ventilations, allowing trainees to confirm correct technique in real time.
Q
What materials are used in the skin components of the manikin?
The facial skin, neck skin, chest skin, and related components are made from environmentally-friendly thermoplastic elastomer (TPE) composite materials, providing a realistic feel while being safe and durable for repeated training use.
Q
How does the pupil feature help with resuscitation training?
The manikin's eyelids can be opened for pupil assessment. One pupil is dilated to simulate a critical, life-threatening condition, while the other is constricted to simulate successful resuscitation — helping trainees recognize clinical signs during practice scenarios.
Q
How is infant brachial artery pulse checking simulated on this model?
A manual squeeze ball mechanism is integrated into the manikin to simulate infant brachial artery pulsation, allowing trainees to practice locating and assessing the brachial pulse as required in infant CPR protocols.
Guanbang Medical
