Ambulance Nurse Vital Sign Monitor With SPO2 NIBP 8 Inch Screen

Vital sign monitor with SPO2 NIBP 8 inch screen suit for ambulance and nurse

Short Description:

◆Unique and fashion pattern, all color and large 8.4″ LCD display,

◆4 parameters: SPO₂, NIBP, TEMP,

◆Optional parameter: CHOL, UA

Product Detail:

◆Rechargeable lithium battery, support 10 hours working time.

◆120 hours data record.

◆Remote video call system between patient, monitoring center and doctors

◆Remote vital signs monitor system, which the doctor and the monitoring center can check the real-time data of different patients.

◆Remote environmental quality testing technology, which could be shown at PC side anytime.

◆Non-contact infrared thermometer.

◆Reduce unnecessary doctor-patient contact and prevent cross infection.

◆Make the management of hospital more efficient.

◆Real-time vital signs monitoring. It offers the patients 24-hour omni bearing care.

◆Intelligent video recognition. By algorithm, the device has the intelligent image recognition ability.

◆Be applicable for NIBP and SpO₂

◆Be applicable for medicine, surgery, operating room, ICU/CCU, emergency room, obstetrics and gynecology, pediatrics;

◆Compact and flexible appearance, easy for carrying and suitable for indoor and outdoor (in ambulance) monitoring;

◆Built-in rechargeable lithium polymer battery, ensuring uninterrupted monitoring;

◆Perfect menu design, user-friendly interface;

◆Display the measurement result of SYS, DIA, MAP, SpO2, PR and bar graph by the display screen of high-brightness digital tube;

◆8.4” true color TFT LCD screen, displays the information of time, SpO₂ Plethysmogram, alarm condition, trend graph, list and system settings…

◆Visual and audible alarm for SYS, DIA, MAP, SpO2 and PR, and upper and lower limit of alarm can be set as necessary;

◆Independent nonvolatile memory, storage for up to 2,000 groups of NIBP data and 78,000 groups of SpO₂ data;

◆Convenient and quick in reviewing measurement data, available for reviewing the NIBP trend graph of 24 hours and SpO₂ trend graph of 22 hours.