Bluetooth Pulse Oximeter

Bluetooth Pulse Oximeter

Features :

SPO2, 

PR and PI( Perfusion index) display,

PR waveform and bargraph display;

Low battery indicator;

Four directions and eight display modes;

Auto power off;

Pulse sound;

Alarm. 

OLED screen

carrying bag inside,support bluetooth 4.0 for both Android& ISO system

Packing :

100pcs/carton, carton size:46*28*29cm, weight: 10kg

A Bluetooth pulse oximeter is a portable, non-invasive device that measures your blood oxygen saturation (SpO2) and pulse rate, then wirelessly transmits this data to a smartphone or other mobile device via Bluetooth for tracking and analysis in a companion app. These devices offer enhanced features like data storage, trend reporting, and personalized monitoring, making it convenient to track your health at home or on the go.  

How it works

Measurement: The device uses a fingertip sensor to detect light that has passed through your finger. 

Data Analysis: It calculates your SpO2 (percentage of hemoglobin saturated with oxygen) and pulse rate by analyzing the light absorption patterns. 

Wireless Transmission: The device then sends this data to a paired smartphone via Bluetooth. 

App Integration: A dedicated mobile application (e.g., the A&D Heart Track app, MOBI Smart App) displays real-time readings, logs historical data, and can create graphical reports and trends. 

Key Features and Benefits

Wireless Data Syncing: Effortlessly transfers your SpO2 and pulse rate readings to a smartphone for easy tracking and sharing. 

Health Tracking: Allows you to monitor trends in your oxygen levels and heart rate over time. 

Data Storage: Records and stores measurements, providing a comprehensive history of your health data. 

User-Friendly Interface: Features a simple one-button operation and a clear, easy-to-read display, often with multi-directional viewing options. 

Portability: The lightweight, compact design makes it ideal for use at home or while traveling. 

Advanced Metrics: Some models provide additional information such as pulse strength, perfusion index (PI%), and respiration rate. 

To use a Bluetooth pulse oximeter, download the corresponding mobile app, enable Bluetooth on your smartphone, then place the oximeter on your finger. Open the app to find and connect to your device, which will then display your oxygen saturation and pulse rate readings, and automatically record your data. For accurate readings, ensure your finger is centered and still in the device for at least 30 seconds to a minute. 

1. Preparation

Download the App: Find and install the manufacturer's mobile application from your phone's app store (e.g., Apple App Store, Google Play Store). 

Enable Bluetooth: Go to your smartphone's settings and turn on the Bluetooth function. 

Prepare for Measurement: For the most accurate results, rest your hand on your chest or at heart level and remain still for at least 5 minutes before taking a reading. 

2. Taking a Reading

Insert Your Finger: Open the oximeter by pinching the device and insert your finger into the silicon cushion, pushing it in as far as it will go. Ensure the sensor is on the back of your hand. 

Start the Measurement: Press the on/off or function button to begin the measurement. The device will automatically start sensing your pulse and displaying readings. 

Allow Time for Stability: Keep the device on your finger for at least a minute to allow the readings to stabilize. 

3. Connecting to the App

Open the App: Launch the application you installed earlier. 

Search for the Device: The app will automatically search for nearby oximeters. 

Pair the Device: Select your oximeter from the list of found devices to pair and connect it to your smartphone. 

View Live Data: Once connected, you can view your real-time SpO2 (oxygen saturation) and pulse rate on the app's screen. 

4. Post-Measurement

Data Tracking: The app will record and store your readings, allowing you to track trends over time. 

Automatic Shut-off: The oximeter will automatically turn off to conserve battery life after several seconds of inactivity or when your finger is removed.