Wrist Pulse Oximeter by Beijing Choice Electronic Technology Co. Ltd.
The Wrist Pulse Oximeter is a sophisticated, yet user-friendly, medical device designed to measure and monitor oxygen saturation (SpO2) levels and pulse rate in the body. Developed by the eminent Beijing Choice Electronic Technology Co. Ltd., it signifies a remarkable advancement in patient health monitoring devices. This device supports the timely detection of potential health irregularities and enables a proactive approach to health management.
The primary use of the Wrist Pulse Oximeter revolves around non-invasive measurement of the oxygen levels in the blood. It employs infrared radiation technology for this purpose, allowing precise, consistent and swift results. This makes the Wrist Pulse Oximeter indispensable for patients with conditions like asthma, pneumonia, chronic obstructive pulmonary disease (COPD), and other respiratory ailments.
Benefits of the Wrist Pulse Oximeter:
The Wrist Pulse Oximeter offers a host of benefits. These include:
Portable and Convenient: Being a wrist-mounted device, it offers easy portability and convenience, allowing continuous monitoring even on the go.
Non-invasive: It measures oxygen saturation levels without the need for any invasive procedures, ensuring usage comfort.
Accurate: It provides accurate and reliable data, aiding in appropriate medical interventions.
Instant results: The device delivers instant readings, significantly reducing wait times and promoting effective patient management.
Overall, the Wrist Pulse Oximeter is a versatile, user-friendly device bringing noteworthy advancements in patient health monitoring technology. It supports healthy living by facilitating swift, accurate monitoring of vital readings, directly contributing to improved healthcare decision-making and outcomes.
Primary Use:
Understanding the Wrist Pulse Oximeter
The Wrist Pulse Oximeter is a sophisticated diagnostic tool designed for continually monitoring the oxygen saturation level in your patients’ blood and their pulse rates. This device offers comprehensive, real-time data, assisting medical professionals in providing accurate, efficient, and timely care to their patients.
Key Features and Benefits
The key benefit of the Wrist Pulse Oximeter is its ability to provide you with immediate, reliable readings on a patient's oxygen saturation level and pulse rate. The compact design of the device enables easy, non-invasive placement on the patient’s wrist, greatly reducing discomfort and facilitating constant monitoring, even in ambulatory situations.
Medical Use of the Wrist Pulse Oximeter
At its core, the Wrist Pulse Oximeter serves as an essential diagnostic tool to assess the respiratory status of your patients. It is particularly useful in situations which require continual monitoring of oxygen levels in the blood, including conditions such as COPD, asthma, and other respiratory diseases. The device can also be instrumental during procedures that might impact breathing, such as anesthesia administration.
Understanding and acting upon the data obtained from this device can allow a healthcare professional to preempt complications and intervene effectively when necessary. It is an invaluable tool in the armamentarium of any modern healthcare setting, enabling enhanced patient care.
Remember, as with any medical equipment, it's essential to receive appropriate training on the use of the Wrist Pulse Oximeter to ensure accurate readings and patient safety.
How It Works:
Understanding the Wrist Pulse Oximeter
A Wrist Pulse Oximeter is a cutting-edge diagnostic tool employed within diverse medical settings and practices. This device falls within the category of 'Diagnostic Tools' and is essential for the optimized monitoring of patient oxygen levels.
The Working Principle of a Wrist Pulse Oximeter
Fundamentally, a Wrist Pulse Oximeter performs its function by utilizing two key components: a probe that is typically worn on the patient's finger and a wrist-worn unit housing the display and necessary processing hardware.
Probe Functionality
The probe comprises two LEDs emitting light at two wavelengths: one in the visible red spectrum and the other in the near-infrared spectrum. These two lights penetrate the finger, or sometimes other body parts, where they are absorbed by oxygenated and unoxygenated hemoglobin—the molecule responsible for oxygen transport—found in the blood. The amount of light absorbed is directly proportional to the concentration of oxygenated hemoglobin present. This principle is commonly known as the Beer–Lambert law in the field of Biophysics.
Wrist-Unit Processing
The wrist unit is responsible for analyzing the light absorption data and calculating a precise measurement of a patient's blood oxygen saturation level. This digital oxygen saturation reading is then numerically displayed on the device's integrated screen for medical professional review.
Applications of a Wrist Pulse Oximeter
Within the medical profession, a Wrist Pulse Oximeter is deemed indispensable for the careful assessment of a patient’s oxygen saturation levels. This can be particularly essential for patients with conditions that may impact their oxygen levels, such as COPD, asthma, or other Respiratory Conditions.
In conclusion, with its merits of being non-invasive, easily interpretable, and delivering quick results, the Wrist Pulse Oximeter stands as a critical instrument in today's medical landscape. The device, being part and parcel of the critical diagnostic toolset, enables professionals to deliver prompt and accurate care, improving overall patient outcomes.
Manufacturer:
Beijing Choice Electronic Technology Co. Ltd.
Status: In Stock
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