A full-body Cpr Training manikin is a device used to practice cardiopulmonary resuscitation (CPR) techniques. It is designed to mimic the size and weight of a real human body, allowing trainees to perform CPR in a realistic simulation. Features of a full-body CPR Training manikin may include: Realistic Anatomy: The manikin typically has realistic anatomical features, including a head, neck, torso, arms, and legs. This allows trainees to practice proper hand placement and compression depth. Chest Rise: The manikin may be equipped with a chest rise feature, which simulates the rise and fall of the chest during rescue breathing. This provides trainees with feedback on their ventilation technique. Compression Feedback: Many full-body CPR training manikins have sensors that provide feedback on compression depth and rate. This helps trainees to maintain proper technique while performing chest compressions. Airway Management: The manikin may have options for airway management training, such as insertion of an endotracheal tube or a supraglottic airway device. This allows trainees to practice these advanced techniques in a realistic setting. Aed Training: Some full-body CPR training manikins are compatible with automated external defibrillators (AEDs), allowing trainees to practice using these life-saving devices during CPR simulations. Wireless Technology: Some manikins come with wireless technology that can be connected to a computer or mobile device. This enables real-time feedback and data tracking of trainee performance, enhancing the learning experience.
Full-body CPR training manikins are commonly used in healthcare training institutions, CPR certification courses, and emergency response training programs. They provide a hands-on, interactive learning experience that helps individuals develop the skills and confidence needed to perform effective CPR in real-life emergencies
Features:
1. Executive standard: in comply with the latest AHA CPR& ECC Guidelines
2. Free movement of upper limbs joints
3. Changes in pupils and carotid arteries: after successful rescue, the pupil will automatically change from dilated to normal and restore the autonomous pulsation
4. Three training modes: Free practice, AHA standard practice, Examination
① Free practice mode: free and separate training of chest compression, airway open and ventilation practice, voice prompt during the whole process.
② AHA standard practice: In the prescribed time, compression and ventilation ratio 30: 2, finished 5 cycles,voice prompt during the whole process.
③ Examination mode: available to preset the operation time and cycles, no voice prompt during the whole process, system auto score and print out 5. Chest compression, press position and depth indicated on monitor, yellow, green and red lights to represent the insufficent, correct and excessive operation, correct compression depth 5-6cm, frequency 100-120 times/min.
6. Ventilation operation indicated on monitor, yellow, green and red lights to represent the insufficent, correct and excessive operation, air into stomach have voice prompt, correct ventilation volume 500-600ml
7. Airway open status indicated on monitor, chest compression and ventilation operation correct and incorrect times all shows on monitor
8. Built-in thermal printer allow to print the results after finish the operation