Comparison of emergency ventilator | ROOETECH

Comparison of emergency ventilator

Time:2021-02-26

AV-2010 Portable Ventilator	AV-2020 Portable Ventilator	Traditional Portable Ventilator
1.The machine adopts single-chip digital circuit, and imported original chip, with reliable quality and long service life. Imported solenoid valve, low noise, high life.	1.Microprocessor, processing speed, image, reaction time more accurate, large capacity memory, can achieve complex function operation. Imported solenoid valve, proportional valve and other components, reliable performance.	1.The selection of transistor circuit or analog circuit, chip selection of domestic original, high noise solenoid valve, high service life.
2.The parameters are adjusted by electronic numerical control switch, the service life of 5-8 years, to avoid bad contact switch phenomenon.	2.The panel + flying shuttle is used to adjust the parameters, and the service life is 5-8 years to avoid the bad contact of the switch.	2.The mechanical wave band switch is selected, the service life is 1-2 years, usually there is the phenomenon of poor contact.
3.Choose high brightness liquid crystal display, monitoring parameters and monitoring breathing waveform can be viewed on different interfaces.	3.LCD7 inch LCD screen, operator observation and monitoring is more intuitive, waveform, parameters, alarm information at a glance, convenient for clinicians to reference and make accurate judgment. The monitoring display area is distinct and the setting is convenient.	3.Digital tube is used to display parameters, so breathing waveform cannot be monitored and is not intuitive.
4.A variety of breathing modes: patients can be used without or with independent breathing, to meet the needs of different patients in the hospital, which is conducive to the first aid and treatment of patients.	4.Multiple breathing modes, such as complex breathing modes, such as PCV,PSV.CPAP (optional), and PEEP. It can ensure that patients can use it without or with autonomous breathing. External oxygen concentration sensor can be configured to facilitate accurate monitoring of oxygen concentration, and less human-machine confrontation.	4.There is only one breathing mode of IPPV, which is used when the patient does not breathe autonomically. When the patient has spontaneous breathing, the patient and the equipment will have man-machine confrontation, which is not conducive to the patient’s normal breathing recovery.
5.Automatic control function of the equipment in patient transport. Both assist/control ventilation, when the patient does not breathe autonomously, the machine automatically controls. The machine provides assisted ventilation when the patient is breathing on his or her own, such as in an ambulance or in a hospital department.	5.Automatic control function of the equipment in patient transport. Both assist/control ventilation, when the patient does not breathe autonomously, the machine automatically controls. The machine provides assisted ventilation when the patient is breathing on his or her own, such as in an ambulance or in a hospital department.	5.No such feature. Nowadays, the multi-function of the machine is needed in clinic. In addition to emergency accidents, multiple treatment options are required for patient respiration during patient transport.
6.High efficiency, can be used for more than 3 hours on full charge. The battery can be continuously charged more than 1000 times.	6.High efficiency, replaceable lithium battery. (Not built-in) can be used for 4 hours on a full charge. The battery can be continuously charged 1000 times.	6.The general use of nickel cadmium battery, the standby time is short, the battery can be continuously charged more than 400 times.

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