PEDIATRIC ADVANCED LIFE SUPPORT SIMULATOR

Features:

1. The manikin features fully movable joints in the neck, shoulders, hips, and knees, allowing for effortless and realistic movement during training.
2. A 10-inch tablet is provided to serve as the control panel, enabling wireless management of audio prompts, ECG, intubation, pulse simulation and CPR applications.
3. The eyes of the manikin can realistically open and close within the eye sockets. Utilizing the provided eye pupil labels, trainers can simulate different states of pupils’ mydriasis.
4. The manikin can be narrated through the control panel for a realistic anamnesis practice.
5. The airway management system features oral cavity, tongue, teeth, glottis, trachea, esophagus, and both the right and left lungs. The neck and jaw are movable, enabling oral and nasal endotracheal intubation and applications of LMA, LTA, and Combi tubes. When examined with a laryngoscope, the vocal cords are visibly prominent. In case the tube is mistakenly placed in the esophagus with air supplied, significant bloating occurs in the stomach.
6. The user can monitor the position of the endotracheal tube during intubation through the control panel, to prevent it from advancing too far into the trachea, entering the right bronchus, or accidentally going into the esophagus.
7. The manikin allows for femoral artery pulse simulation. The pulse rate can be adjusted in synchronization with the selected ECG rhythm.
8. CPR can be effectively practiced on the manikin. The accuracy of CPR applications can be monitored in real-time through the control panel.
9. There is a valve system that prevents the air given to the manikin from coming back in order to provide hygiene during the training.
10. Artificial respiration can be performed at lifelike scales using mouth-to-mouth, mouth-to-nose techniques, and a bag-valve mask. Realistic bilateral and unilateral chest rise can be observed during ventilation. Additionally, breath sounds produced during ventilation can be observed.
11. While performing artificial respiration, the control panel allows for real-time monitoring of both adequate and excessive applications. The screen displays the number of correct and incorrect artificial respiration attempts.
12. The manikin’s chest structure simulates realistic resistance during CPR, facilitating training for accurate compression depths. To provide this resistance, a steel spring system is used under the rib cage, preventing collapse in the chest area that may occur due to repeated use.
13. While performing chest compressions, the control panel enables real-time monitoring of both the adequacy of compressions and the correct hand position. The screen displays the number of correct and incorrect chest compressions.
14. The manikin is equipped with 4 ECG points and 2 secure metal points for administering electrical treatments. Defibrillation shocks can be applied to the manikin using a real defibrillator. The manikin is designed to withstand the shocks delivered by the defibrillator.
15. The control panel offers a selection of 43 different ECG rhythms with adjustable heart rates, allowing trainers to modify the heart rhythm as needed.
16. The manikin is compatible with both simulative and real AED (Automated External Defibrillator) devices, which must be provided separately by the user.
17. Learners can practice IV puncture, injection, transfusion, and blood sampling on the bilateral forearms, using the basilic and cephalic veins and the dorsal surface of the hand. The simulation provides a distinct feeling of entry when the needle is inserted into the vein. The procedure can be repeated multiple times for comprehensive practice, and both the skin and blood vessels are replaceable for long-lasting use.
18. IM injections can be administered bilaterally to the deltoid muscle in the upper arm and the vastus lateralis muscle in the thigh.
19. Intraosseous access can be performed on the right leg. The bone modules can be filled with simulative blood fluid to enhance realism during training.
20. The manikin can be recharged and is ideal for field training.