Handheld SpO2 ETCO2 Monitor Accurate Pulse Oximeter With Capnography Visual And Audio Mode

Handheld SpO2 & ETCO2 Monitor Accurate Pulse Oximeter With Capnography

Handheld SpO2 & ETCO2 Monitor Advantanges:

• Dual Vital Sign Monitoring: It simultaneously measures two essential physiological parameters: blood oxygen saturation (SpO2) and end-tidal carbon dioxide (ETCO2). This comprehensive view helps users quickly assess both oxygenation and ventilation.

• High Accuracy: Engineered for accurate and reliable readings for both SpO2 and ETCO2, which is crucial for medical assessment and monitoring.

• Integrated Capnography: The inclusion of capnography provides real-time waveform display of exhaled CO2, offering in-depth insights into respiratory status beyond just a numerical value.

Handheld SpO2 & ETCO2 Monitor Technical Specifications

Handheld SpO2 & ETCO2 Monitor Features:

• The smallest and exquisite handheld vital sign monitor in the worldwide.
• Accurate measurement in0.05% 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
• Multiple vital signs measurement parameters for collocation optional Spo2,CO2
• two measurements mode: Spot,Monitoring
• Data storage capabilities, support for historical data view and trend chart back to see
• In monitoring mode, can continuously record 48 hours of measurement data
• In spot mode,100 users ID, each user can store 200sets data
• Support audio and visual alarm,support to set alarm upper and lower limit values
• Lithium ion battery power supply
• Optional Charging dock

A Handheld SpO2 & ETCO2 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.