Facelake ® FL400 Pulse Oximeter - grihaparivar.com

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Facelake ® FL400 Pulse Oximeter

Facelake ® FL400 Pulse Oximeter

  • ACCURATE SPO2: Determine your blood oxygen saturation levels (SPO2) and pulse rate.
  • SPORT/HEALTH ENTHUSIASTS : For enthusiast runners, bikers, swimmers, and others looking to monitor their SPO2 and pulse rate on the go.
  • EASY TO USE: Simple fingertip insert with results in under 10 seconds on a large LED display.
  • FREE ACCESSORIES: Includes 2x AAA batteries, nylon carrying case, lanyard, and user manual.
  • 1 YEAR WARRANTY: Every pulse oximeter is inspected, warrantied, and serviced by our US based support team available in Illinois by phone and e-mail.

Description

Facelake ® FL400 Pulse Oximeter with Carrying Case, Batteries, Neck/Wrist Cord – Blue


Facelake 400 Pulse Oximeter Blood Oxygen SPO2 Monitor Screen Display Adults Kids with Case Batteries

Frequently Asked Questions

Does this read blood pressure?This does not read blood pressure. The FL400 reads your SPO2 and pulse rate (heartbeat).
What is the max heart rate?The BPM range for the FL400 IS 30-240BPM.
Can I run with this on?It is not recommended for running since it hangs on your finger.
Can children use the device?This device works with all ages but users with smaller fingers may face difficulties.
Help! My device won’t turn on.The device’s battery configuration is misleading; the batteries should be inserted following the ‘+’ and ‘-’ on the bottom of the battery input area with the positive end of one of the batteries pointing to the spring.

 

Product details

  • Shipping Weight: 0.6 ounces
  • ASINB0117V8Q2O
  • Item model number: BD13075
  • Batteries 2 AAA batteries required. (included)

 

What is oximetry?

Oximetry is a procedure for measuring the concentration of oxygen in the blood. The test is used in the evaluation of various medical conditions that affect the function of the heart and lungs.

How is oximetry done?

This is done using an oximeter, a photoelectric device specially designed for this purpose. A reusable probe can be placed on the finger or a single use tape probe is placed on the earlobe or finger.

What are pulse oximeters?

The oximeters most commonly used today are called pulse oximeters because they respond only to pulsations, such as those in pulsating capillaries of the area tested.

How common are oximeters?

Oximeters are now a virtual fixture in intensive care units, pulmonary units and elsewhere in hospitals and health care facilities.

How does a pulse oximeter function?

A pulse oximeter works by passing a beam of red and infrared light through a pulsating capillary bed. The ratio of red to infrared blood light transmitted gives a measure of the oxygen saturation of the blood. The oximeter works on the principle that the oxygenated blood is a brighter color of red than the deoxygenated blood, which is more blue-purple. First, the oximeter measures the sum of the intensity of both shades of red, representing the fractions of the blood with and without oxygen. The oximeter detects the pulse, and then subtracts the intensity of color detected when the pulse is absent. The remaining intensity of color represents only the oxygenated red blood. This is displayed on the electronic screen as a percentage of oxygen saturation in the blood.

Are there other types of oximetry?

Yes. Oximetry can also be done on blood that is within the heart (intracardiac oximetry) or on whole blood that has been removed from the body. More recently, using a similar technology to oximetry, carbon dioxide levels can be measured at the skin as well.

How to use oximeter ?

What is PI (perfusion index) in pulse oximeter?

PI is an indicator of the relative strength of the pulsatile signal from pulse oximetry and has been found to be a reliable indicator of peripheral perfusion. PI is calculated by dividing the pulsatile signal (AC) by the nonpulsatile signal (DC) times 100, and is expressed as a percent ranging from 0.02% to 20%. A higher PI value, therefore, indicates a stronger pulsatile signal and better peripheral circulation at the sensor site. Because PI is an indicator of peripheral blood flow, and peripheral blood flow in the upper limbs is a clinical sign of an effective block, increased PI on the side of the block may be a reliable means to determine the efficacy of SGB. Visit here to find more details.

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