Product Review
Fingertip Pulse Oximeter C1F is designed for spot-checking blood oxygen saturation levels and pulse rate. Using it,athletes,pilots and people who would like to know their SpO2 and pulse rate can get accurate readings quickly. Operation of this oximeter is simple and convenient.You just need to plug one of your fingers into the comfortable clamp and press the button on the front pannel(Details please read the attached users manual). Its small size makes it easy to carry around in its durable carrying case.Simple operation allows it to turn on and off with the touch of a button. This is not a medical device,perfect for sports and aviation. Package contents:One Fingertip Pulse Oximeter C1F with lanyard,users manual,durable carrying pouch, two AAA 1.5V alkaline batteries could be continuously operated 30+ hours.
- ACCURATE AND RELIABLE: ChoiceMMed oxygen meter finger pulse oximeter accurately determine your SpO2 in 10 seconds and can read and display up to 100% on a larger LED display.
- EASY TO USE: Our pulse monitor is easy to use and has an efficient One Button Operation. The SPO2 Sensor will spot check and display in real time SpO2, PR, Pulse bar graph which great for checking your pulse signal strength. Please follow the plus/minus signs engraved on the battery casing and not follow the direction of the springs.
- OUT OF BOX READY: Our portable oxygen saturation machine comes with a durable protective pouch (with loop for belt), Instruction manual, 2 AAA alkaline batteries, Neck lanyard (detachable and adjustable length) you'll be ready to use your portable oxygen sensor right out of the box.
- COMPACT AND LONG BATTERY LIFE: Oxygen saturation finger monitor is light weight, easy to carry, and accommodates wide range of finger sizes. 40 hours battery life and automatic power off in 8 seconds.
- SPORT ENTHUSIASTS: This device is for Sports and Aviation use only and not intended for medical use. Its great for mountain climbers, bikers, trainers, aviators, and general sport enthusiasts to spot check SpO2 on the fly.
