Description:
Leadtek Fingertip Pulse Oximeter (Wireless)
The Leadtek Fingertip Pulse Oximeter (Wireless) is a compact, user-friendly device designed and manufactured by Leadtek Research Inc. This innovative medical device serves a critical role in assisting healthcare providers, patients, and individuals focused on health and wellness to monitor vital physiological parameters.
The primary function of this Pulse Oximeter is to measure and display the level of oxygen saturation in your blood, a critical indicator of respiratory function. It also measures pulse rate concurrently, giving a comprehensive view of your cardiovascular health.
The cutting-edge wireless feature of this device offers utmost convenience by allowing real-time data accessibility and transferability. No longer hindered by wires or complex setups, you can now monitor your or your loved one's health anywhere, anytime.
Also, its portable design makes it a perfect companion for individuals with active lifestyles, frequent travelers, sports enthusiasts, or anyone needing regular monitoring of their oxygen saturation and pulse rate.
Key Benefits
Simplicity: Designed with the user's convenience in mind, the Leadtek Fingertip Pulse Oximeter (Wireless) is simple to operate with one-button functionality.
Reliability: It provides an accurate and swift reading of SpO2 and pulse rate, trusted and validated by healthcare professionals.
Portability: Lightweight and compact, it is suitable for use at home, clinical settings, during travel or outdoor activities.
Connectivity: With the wireless feature, users can effortlessly synchronize this device to a smartphone or tablet, enabling seamless data transfer and remote monitoring.
Prioritize your health by staying informed and proactive! Leadtek Fingip Pulse Oximeter (Wireless) is a highly effective tool to ensure optimal oxygen levels and pulse rate.
How It Works:
Introduction to the Leadtek Fingertip Pulse Oximeter (Wireless)
The
Leadtek Fingertip Pulse Oximeter (Wireless) is an innovative medical device specifically tailored for seamless monitoring of patients' oxygen saturation (SpO
2) and pulse rate. It's a practical staple for medical practitioners in the cardiovascular field, particularly those managing patients with pacemakers.
Operation of the Leadtek Fingertip Pulse Oximeter (Wireless)
The Leadtek Fingertip Pulse Oximeter operates on the principle of differential light absorption and plethysmography. This device uses two light-emitting diodes (LEDs) — one in the red light spectrum and another in the infrared spectrum. These LEDs shine through a translucent portion of the patient's body, usually a fingertip or earlobe.
When the light passes through the patient's finger, varying amounts of light are absorbed by the blood, depending on the level of oxygen saturation. The photodiode on the reverse side of the light source detects the light that passes through and shifts in light absorption are converted to electrical signals which are processed by the device to compute oxygen saturation.
The pulse oximeter also employs the mechanism of
plethysmography where light absorption changes with each pulse. The rhythmic variation of light absorption, which coincides with the patient's heartbeat, is utilized to calculate the pulse rate.
Wireless Connectivity and Data Transmission
On top of its main functionality, the Leadtek Fingertip Pulse Oximeter sets itself apart through its wireless connectivity, meaning it does not require a physical connection to transmit data. The inclusion of wireless feature permits real-time transmission of key data, such as oxygen saturation and pulse rate, straight to a smart device, or a designated health monitoring system. This enables instant access to patient readings, and provides the potential for remote monitoring and immediate response to critical changes in a patient's condition.
Conclusion
The Leadtek Fingertip Pulse Oximeter (Wireless) stands out as an indispensable tool for continuous, non-invasive monitoring of oxygen saturation levels and pulse rates in patients with
pacemakers. Its wireless connectivity feature promotes seamless integration into digital health systems and facilitates efficient remote patient monitoring. It embodies the fusion of practicality, precision, and technological advancement in medical devices designed to support cardiovascular practices.