Advanced CPR Training Manikin–Computer/Tablet Control

Advanced CPR training manikins with computer or tablet control are highly sophisticated and realistic simulation tools used in medical training. These manikins, such as the Full Body Trauma Manikin and the High Fidelity Simulation Model, are designed to mimic human physiology and respond to various medical interventions, including cardiopulmonary resuscitation (CPR).

The computer or tablet control feature allows instructors or trainees to remotely control and monitor the manikin's vital signs, movements, and responses. This technology is particularly useful in First Aid Skill Training Model and ACLS Training, where trainees need to practice lifesaving techniques. By using an Electronic CPR Manikin or a Full Body CPR Training Manikin, trainees can receive real-time feedback on their compression depth, rate, and recoil quality, helping them improve their technique.

Instructors can also adjust the manikin's parameters, such as heart rate and blood pressure, to simulate different patient conditions or scenarios. This is especially helpful in Trauma Training and Trauma Nursing Model, where trainees need to learn how to handle various traumatic injuries. By using a Full Body Training Manikin, trainees can practice their skills in a realistic environment and develop their critical thinking skills.

The interactive scenarios made possible by the computer or tablet control feature enhance the realism of the training. For example, instructors can control the manikin's responses, such as changes in breathing patterns or pupil dilation, using a Simulated Cricoid Membrane or an Infant Obstruction Manikin. This helps trainees develop their diagnostic skills and learn how to manage different medical emergencies.

The data tracking and analysis capabilities of these manikins are also crucial for evaluating trainees' performance. Instructors can record and analyze data, such as compression depth and rate, using advanced medical training manikins like the Diagnostic Skills Model or Hemostasis Training Model. This allows for targeted feedback and continuous improvement.

Furthermore, the wireless connectivity options of these manikins enable instructors to control multiple units simultaneously and monitor trainee performance from a central location. This is particularly useful in large-scale training sessions or AED Training where multiple trainees are involved.

Overall, advanced CPR training manikins with computer or tablet control provide a versatile and immersive training experience. They offer trainees the opportunity to practice lifesaving techniques in a realistic and controlled environment while receiving immediate feedback and guidance from instructors. The use of specialized manikins like the Obstetrics and Gynecology Skills Model or the Geriatric Care Model further enhances the training curriculum and prepares trainees for real-life medical scenarios.

Features：
1. Executive standard: in comply with the latest AHA CPR& ECC Guidelines 
2. New product upgrade, beautiful software interface design, using 2D charts to display the datas
3. The software supports PC and tablet versions, Windows / Android systems
4. The manikin and PC/Tablet device adopt wireless connection: support USB serial port / WiFi
5. Free movement of upper limbs joints.
6. Changes in pupils and carotid arteries: after successful rescue, the pupil will automatically changed from dilated to normal and restore the autonomous pulsation
7. Consciousness judgment, first aid call, breath and pulse judgment, foreign body removal, AED arrival, electric shock  and other operational process exercises can be performed
8. Airway open status indicated on software interface
9. Real-time operation wave to display the performance of chest compression and ventilation, voice prompts for correct  and incorrect operation, statistical data printing results. Two modes can be realized:
①　Training mode: 4 training modules: single operation, double operation, single ventilation operation, and single chest   compression operation. No time limits, A voice prompt during the operation which can be turned off. Both of the single operation and double operation moudles, compression and ventilation ratio are strictly in accordance with 30: 2
②　Examination mode: single operation and double operation can be selected according to the requirements of the  examination. voice prompt during the whole process. Available to set the operation time and cycles, and count down the time. Compression and ventilation ratio are strictly in accordance with 30: 2 . After successful rescue, the manikin restore the vital signs
10. Real-time data monitoring:
①　Compression depth: insufficient compression, correct compression, excessive compression, non-rebound compression, correct and incorrect compression position, playback of the compression waveform
②　Compression frequency: real-time frequency and average frequency
③　Ventilation: insufficient ventilation, correct ventilation, excessive ventilation, air into stomach, playback of the ventilation waveform
11. System settings: Available to set the compression depth, compression frequency, ventilation volume, ventilation frequency, cycle numbers, and operation time
12. Records of compression interruption time: the interruption time and average interruption time between each cycle
13. Operation results can be saved in local document, played back, and printed
14. The setting of the student timeline, clearly record what the student did at the determined time, and can be played back
15. Power supply: using large-capacity rechargeable lithium battery
16. Defibrillation function: Simulated AED (DM-FA6822) can be used for defibrillation exercises (AED is an optional accessory)

① Lung bag
② Transparent sheet
③ Silicone sheet
④ Bottom plate
⑤ Battery
⑥ Compression ruler
⑦ Spring
⑧ Abdominal skin (removable)
⑨ Sponge legs
⑩ Arm (joint movable)
⑪ Switch
⑫ Power jack
⑬ Carotid pulsation (recovery of pulsation 
 after rescue)
⑭ Facial skin (replaceable)
⑮ Pupil teaching (successful rescue from 
 dilated to normal)