What is a defibrillator?
Defibrillator is a medical device that integrates defibrillation, electrocardiogram (ECG) monitoring and other vital signs monitoring functions, and is widely used in pre-hospital emergency, hospital emergency, intensive care (ICU) and operating rooms.
Defibrillator Main Functions
Our Products
CNME011301
Debrillator Monitor
Display:8.4” TFT touch screen
Energy output:1 ~ 360 J,25 types
Paddles charge time:Less than 4 seconds to 200J with a new, fully charged battery
Less than 8 seconds to 360J with a new, fully charged battery
Battery number: Max 2
Standard Configuration: Manual defibrillation, AED, Pacer, 3/5-lead ECG, RESP, Thermal Recorder,One Battery (7500mAH)
Optional Configuration: 12 lead ECG,SpO2,PR,NIBP,TEMP,IBP,EtCO2
CNME011301simple
Debrillator Monitor
Display:7” TFT LCD screen
Energy output:1 ~ 360 J,25 types
Paddles charge time:Less than 5 seconds to 200J with a new, fully charged battery
Less than 8 seconds to 360J with a new, fully charged battery
Standard Configuration: Manual defibrillation, AED, Pacer, 3/5-lead ECG, RESP, Thermal Recorder,One Battery (5500mAH)
Optional Configuration:,SpO2,PR,NIBP,EtCO2,Battery (7500mAH)
CNME011302
Debrillator Monitor
Display:7” TFT LCD screen
Energy output:1 ~ 360 J,25 types
Paddles charge time:Less than 3 seconds to 200J with a new, fully charged battery
Less than 7 seconds to 360J with a new, fully charged battery
Standard Configuration: Manual defibrillation, 3/5-lead ECG, RESP, Thermal Recorder,One Battery (3000mAH)
Optional Configuration:12 lead ECG,SpO2,PR,NIBP,EtCO2,Battery (5000mAH)
CNME011305A
Debrillator Machine
Charge Time: Less than 10 seconds to 360 Joules
Standard Adult/Pediatric Paddles
AC-DC dual-use: Use the batteries,AC100V~240V,50/60 Hz.
CNME011305B
Debrillator Monitor
7 inches (17.7cm) diagonally screen
provide 12 types energy selections from 1 ~ 360 J
Standard: Manual defibrillation, 3/5-lead ECG, RESP, Thermal Recorder,Two Battery (4000mAH)
CNME011307
Debrillator Monitor
Display:8” TFT LCD screen
Energy output:1 ~ 360 J,13 types
Paddles charge time:Less than 9 seconds to 200J with a new, fully charged battery
Less than 14 seconds to 360J with a new, fully charged battery
Standard Configuration: Manual defibrillation, AED, 3/5-lead ECG, RESP, Thermal
Recorder,One Battery (3700mAH)
Optional Configuration: Pacer,SpO2,PR,NIBP,EtCO2
Defibrillation waveforms
The key factor in the success of defibrillation is the current; the energy of the shock is simply the means by which the current is generated, and the direction of the current delivery makes a difference to the myocardium.
single phase wave
The technique has been used for over 40 years, the shock is delivered in one direction from “A” to “B”, a large energy passes through the patient’s heart all at once, and studies have shown that monophasic waves can cause myocardial damage in patients, the
duplex Phase Wave
The passage of a biphasic current, where the shock is directed from “A” to “B” and then back to “A”, is a technique that greatly reduces the amount of current passing through the heart and reduces myocardial tissue damage. Damage
Superiority of biphasic waves: small spike currents, less myocardial damage, and high defibrillation success rates “Biphasic wave defibrillation is safer and more effective than monophasic waves”
Time is of the essence
The timing of electrical defibrillation is critical in the treatment of ventricular fibrillation; for every 1-minute delay in defibrillation, resuscitation success decreases by 8 to 10%. If defibrillation is performed within 1 minute of cardiac arrest, the survival rate of the patient can reach 90%, while after 5 minutes it drops to about 50%, after the 7th minute about 30%, after 9 to 11 minutes about 10%, and after 12 minutes only 2 to 5%, so there is a "golden 5 minutes" in the timing of sudden cardiac death.
Defibrillator Indications
- Synchronized electrical cardioversion
- supraventricular tachycardia
- synchronized electrical cardioversion
- supraventricular tachycardia
- tachycardia
- rapid atrial fibrillation
- pulsatile ventricular tachycardia
- tip-twist ventricular tachycardia
- asynchronous electrical cardioversion
- pulseless ventricular tachycardia
- ventricular flutter
- ventricular fibrillation
Applicable Scenarios
Disease emergency centers
emergency departments
