Handheld Vital Signs Monitor SpO2, NIBP, TEMP & PR For Clinic & Home

Handheld SpO2 & ETCO2 Monitor Advantanges:

• Comprehensive Monitoring: It provides essential vital sign measurements in one compact device: SpO2 (blood oxygen saturation), NIBP (Non-Invasive Blood Pressure), TEMP (Temperature), and PR (Pulse Rate). This offers a complete picture of a patient's health status.

• Versatile Use: Designed for both clinic and home use, it's perfect for healthcare professionals needing a portable solution and for individuals or caregivers who need to regularly track vital signs at home.

• Accuracy & Reliability: Engineered to deliver accurate and reliable readings for all parameters, ensuring trustworthy data for assessment and decision-making.

Handheld Vital Signs Monitor Technical Specifications

Handheld Vital Signs Monitor Features:

The smallest and exquisite handheld vital sign monitor in the worldwide.
Accurate measurement in 0.05% Low perfusion Index,the word leading production in the movement environment
Provide the parameter of PI( Perfusion Index 0.05%-20%)
Accurate measurement in all kind of extreme environment measurement such as neonatal and shock patients
NIBP adopt
SAWAA(Self-Adaptive-Waveform-Amplitude-Adjust) algorithm and SAFD(Self-Adaptive-Fast-Deflation)algorithm
Easy operation by 3.5’’color TFT Up to 100 users ID switch

A Handheld Vital Signs Monitor is primarily used to measure the oxygen saturation level (SpO2) in a person's blood and their pulse rate (PR).

Here are its main uses, simply put:

• At Home: People with conditions like asthma, COPD, or heart failure use it to monitor their oxygen levels and heart rate regularly. It's also common for athletes to track their recovery or performance at altitude.

• In Clinical Settings: Doctors, nurses, and paramedics use them in hospitals, clinics, and during emergencies to quickly assess a patient's respiratory and circulatory status.

• During Exercise: Athletes and fitness enthusiasts might use it to monitor their SpO2 during intense workouts, especially at higher altitudes, to optimize training.