Finger Type Pulse Oximeter

A Pulse Oximeter Related Image

(Not Necessarily related to the device)

Description:

Finger Type Pulse Oximeter by TAIDOC TECHNOLOGY CORPORATION

The Finger Type Pulse Oximeter from TAIDOC TECHNOLOGY CORPORATION is an essential device for medical professionals and patients alike. Its primary use is to measure and monitor both blood oxygen saturation levels (SpO2) and pulse rate. This compact, user-friendly device can provide accurate readings within seconds, making it both efficient and reliable.

TAIDOC's pulse oximeter is designed with the user in mind. Its comfortable finger clip design and easy-to-read LED display ensure simplicity and comfort amongst patients and healthcare professionals. Notably, this device is suitable for both at-home use and clinical settings, with accuracy that complies with medical standards.

One of the significant benefits of this product is its portability. Its light and compact design make it conveniently portable, facilitating continuous patient monitoring wherever necessary. Furthermore, it comes with an automatic power-off feature, promoting an extended battery lifespan for sustained use.

TAIDOC TECHNOLOGY CORPORATION's Finger Type Pulse Oximeter embodies a perfect blend of practicality, accuracy, and convenience. It is a valuable tool for tracking patient health, enabling early detection and management of ailments that impact blood oxygen levels.

Primary Use:

A Deep-Dive into the Finger Type Pulse Oximeter: A Key Diagnostic Tool

The Finger Type Pulse Oximeter is an instrumental diagnostic device that is designed to provide quick, accurate, and non-invasive assessment of a patient's oxygen saturation levels. Primary Medical Use
At the heart of any medical diagnosis is information, and the Finger Type Pulse Oximeter is a tool that provides vital information promptly and precisely. The primary use of this device is to measure the percentage of hemoglobin in the blood that is saturated with oxygen. How Does It Work?
The working of the Finger Type Pulse Oximeter is simple yet efficient. It works by shining light through a thin area of the patient's body, such as the fingertip. This device uses two light wavelengths to find the difference in absorption caused by pulsations. This difference is then used to calculate the oxygen saturation level, often displayed alongside the pulse rate. The Importance of Pulse Oximetry
Being able to measure oxygen saturation in a patient's blood is of crucial importance across various medical scenarios. It is commonly used to monitor patients under anesthesia, patients with cardiac or respiratory issues, and those receiving supplemental oxygen. It also plays a vital role in the management of conditions like COPD and sleep apnea. To wrap it up, the Finger Type Pulse Oximeter is a go-to diagnostic tool for doctors looking to efficiently monitor and diagnose a range of conditions related to oxygen saturation in the blood.

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Remember, all critical diagnostics such as these should be used and interpreted in conjunction with clinical signs and patient symptoms, as part of a comprehensive clinical assessment.

How It Works:

Mechanism of Finger Type Pulse Oximeter

A finger type pulse oximeter is a compact, affordable, and highly accurate medical diagnostic device used for determining the patient's blood oxygen saturation level (SpO2) and heart rate (pulse). The working of this particular equipment is based on the principles of Photoplethysmography. The device emits wavelengths from two LEDs, one infrared and one red. The amount of light absorbed by oxygenated and deoxygenated hemoglobin in the capillary blood is different. The pulse oximeter measures the light absorbed by the blood pulsing through the finger and calculates the SpO2. Process:
1. The finger is inserted into the pulse oximeter, and the device is switched on. 2. The light emission occurs from the LEDs located on one side of the finger. 3. The light sensor is on the opposite side, which receives the light passing through the finger. 4. The device calculates the proportion of absorbed red and infrared light by detecting the variations in light absorption throughout the pulse. The calculated data is then displayed on the digital screen of the pulse oximeter. This primary information helps clinicians to assess the oxygenation status of patients and act accordingly.

Applications of Finger Type Pulse Oximeter

In the field of medicine, finger type pulse oximeters play a vital role in patient monitoring. 1. Used during or after surgical operations that require general anesthesia. 2. To monitor oxygen levels in patients who have or are at risk for respiratory or cardiovascular conditions. 3. Evaluation of a patient’s ability to tolerate increased physical activity. 4. To assess the effectiveness of supplemental oxygen therapy. 5. Monitoring during sleep studies to diagnose sleep disorders. In conclusion, the finger type pulse oximeter, with its simplicity of use, convenience, affordability, and quick response time, plays a crucial role in patient care and management, proving itself as a must-have in every healthcare setting.