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This model features realistic form with clearly defined anatomical landmarks for easy operational positioning.
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The model's facial skin, neck skin, chest skin, and other components utilize environmentally-friendly thermoplastic elastomer composite materials.
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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.
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Airway opening procedures can be performed through correct head tilt-chin lift maneuvers.
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Artificial ventilation practice can be conducted through mouth-to-mouth or bag-mask ventilator methods, with visible chest rise during effective ventilations.
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Manual squeeze ball simulates infant brachial artery pulsation.
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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 compression depth for this model is 4 cm. Compressions should be performed at a rate of 100–120 per minute, with the compression location at the lower half of the sternum to ensure accurate and effective training.
Q
What materials are used in the skin components of the model?
The facial skin, neck skin, chest skin, and other skin components of the manikin are made from environmentally-friendly thermoplastic elastomer (TPE) composite materials, providing a realistic feel while remaining safe and durable.
Q
What ventilation methods are supported by this training manikin?
This manikin supports both mouth-to-mouth ventilation and bag-mask ventilator methods. During effective artificial ventilation, visible chest rise can be observed, allowing trainees to confirm proper technique.
Q
How does the model simulate infant brachial artery pulsation?
A manual squeeze ball mechanism is integrated into the manikin to simulate infant brachial artery pulsation, enabling trainees to practice pulse-check techniques realistically during resuscitation scenarios.
Q
What do the different pupil sizes indicate on the model?
The manikin features two distinct pupil states: one dilated pupil simulating a critical, life-threatening condition, and one small (constricted) pupil indicating successful resuscitation. This helps trainees recognize and assess patient response during practice.
Q
How is the airway opened on this infant manikin?
The airway can be opened using the correct head tilt-chin lift maneuver, which is a standard emergency first-aid technique. This allows trainees to practice proper airway management positioning before proceeding with ventilation.
Guanbang Medical
