China Infant CPR Training Simulator - Leading China Suppliers and Factory for Advanced Emergency Resuscitation Solutions Manufacturers, Factories

Introducing our state-of-the-art Cardiopulmonary Resuscitation (CPR) simulator, designed in line with the latest International CPR and Emergency Cardiovascular Care (ECC) Guidelines from the American Heart Association (AHA). As one of the leading manufacturers and suppliers in China, our factory produces an extensive range of CPR training models catering to infants, children, and adults. Our innovative product line features various types of Infant CPR simulators, including basic models, digital display simulators, color touch-screen options, and software-integrated solutions. We also provide customization services to meet your specific training needs, ensuring comprehensive first-aid education. Choose us as your trusted supplier for high-quality CPR training equipment from China

Product Description

Functional Overview
  • 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 — 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?
A
The correct compression depth for this infant CPR training model is 4 cm, with a recommended compression rate of 100–120 compressions per minute. Compressions should be applied at the lower half of the sternum. The model provides realistic tactile feedback and full chest recoil to simulate actual resuscitation conditions.
Q
What materials are used in the construction of this infant CPR manikin?
A
The facial skin, neck skin, chest skin, and other skin-contact components are made from environmentally-friendly thermoplastic elastomer (TPE) composite materials. These materials are safe, durable, and closely mimic the feel of real human skin for a realistic training experience.
Q
What ventilation methods are supported for artificial respiration practice?
A
This model supports both mouth-to-mouth ventilation and bag-mask ventilator (BMV) methods. When a ventilation is performed correctly, the chest visibly rises to confirm an effective breath, providing immediate visual feedback during training.
Q
How does the model simulate infant brachial artery pulsation?
A
The model is equipped with a manual squeeze ball that, when pressed, simulates the pulsation of the infant's brachial artery. This feature helps trainees practice locating and assessing the brachial pulse, which is the recommended pulse check site for infant CPR.
Q
What do the different pupil sizes on the manikin represent?
A
The manikin's eyelids can be opened to allow pupil observation. One eye features a dilated pupil, simulating a critical or life-threatening condition, while the other eye has a small (constricted) pupil, indicating successful resuscitation. This feature trains responders to assess neurological status during emergency care.
Q
How do you perform the airway opening procedure on this infant manikin?
A
Airway opening is performed using the head tilt-chin lift maneuver, which is the standard technique recommended for infant CPR. The model's anatomical design allows trainees to practice this technique accurately, ensuring the airway is properly opened before attempting ventilation.

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