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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/min, compression location at the lower half of the sternum. The model provides realistic compression tactile feedback with full chest recoil.
Key Feature
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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.
Key Feature
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Manual squeeze ball simulates infant brachial artery pulsation.
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Eyelids can be opened for pupil observation — one pupil dilated (simulating critical life-threatening condition) and one pupil small (successful resuscitation).
Key Feature
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 manikin is 4 cm. The model provides realistic tactile feedback to help trainees feel and practice the appropriate compression depth, along with full chest recoil between compressions.
Q
What compression rate should be used during training with this manikin?
The recommended compression rate is 100 to 120 compressions per minute, following standard CPR guidelines. Compressions should be applied at the lower half of the sternum for correct positioning.
Q
What ventilation methods are supported by this training model?
This model supports both mouth-to-mouth and bag-mask ventilator methods. During effective ventilation, the chest visibly rises, allowing trainees to confirm proper technique in real time.
Q
What materials are used in the construction of this infant manikin?
The facial skin, neck skin, chest skin, and related components are made from environmentally-friendly thermoplastic elastomer (TPE) composite materials, ensuring a realistic feel while being safe and durable for repeated training use.
Q
How does the pupil observation feature work on this manikin?
The eyelids can be opened to reveal two different pupil states: one dilated pupil simulates a critical, life-threatening condition, while one constricted pupil indicates successful resuscitation. This feature helps trainees assess patient status during training scenarios.
Q
How is the brachial artery pulsation simulated on this infant training model?
A manual squeeze ball is used to simulate the infant's brachial artery pulsation. This allows instructors or trainees to practice pulse checks as part of a complete infant CPR assessment workflow.
Guanbang Medical
