Oximeter

Explore the world of medical precision with our dedicated oximeter booth: enhance the quality of your care, optimize patient comfort, and make every measurement a precise and reliable experience! Our partner vendors offer a comprehensive range of oxygenation monitoring instruments designed for demanding healthcare professionals. From hospitals to clinics, from doctor's offices to research centers, we have selected the best of technology to ensure accurate and reliable measurements.
Our selection offers oximeters tailored to every need and context: pulse oximeters for routine monitoring, pediatric oximeters for younger patients, as well as wrist and tabletop oximeters for situations requiring extended monitoring.
Navigate through our booth to discover high-quality products, trusted brands, and recent innovations that make oxygenation monitoring easier, faster, and more efficient.

What is an OXIMETER?

An oximeter is a crucial medical device used to monitor blood oxygen saturation levels. This small machine, often attached to the fingertip, uses infrared technology to estimate the percentage of hemoglobin in the blood that is saturated with oxygen. Pulse oximeters are essential in a variety of medical contexts, ranging from monitoring chronic lung diseases to monitoring patients' condition during and after surgery. These devices can also be used by athletes and individuals living or working at high altitudes to ensure they receive sufficient oxygen. With a range of options available, including wrist, pediatric, and tabletop oximeters, understanding the importance and functionality of oximeters is essential for healthcare professionals and those who need to closely monitor their blood oxygen levels.

What is the history of the OXIMETER?

The history of the oximeter is marked by notable technological advancements that have shaped how healthcare professionals measure blood oxygen saturation. Born in the 20th century, the initial concept of oximetry developed alongside progress in the fields of electronics and optics. The first oximeter was introduced in the 1940s, but it was truly in the 1970s that modern pulse oximeters became widely used in the medical field. Since then, the oximeter has undergone significant transformations, transitioning from bulky and expensive devices to portable and affordable ones. Today, with improvements in terms of accuracy, size, ease of use, and connectivity, the oximeter has become an indispensable tool in hospitals, clinics, medical offices, and even at home. This evolution highlights the crucial role that the oximeter plays in monitoring respiratory health and blood oxygenation, a significance that only continues to grow over time.

How does an oximeter work?

An oximeter operates on a simple yet ingenious principle. It uses two beams of light at different wavelengths, typically red and infrared, that pass through the body (often the finger) and detect the percentage of hemoglobin saturated with oxygen. Oxyhemoglobin and deoxyhemoglobin absorb light at different wavelengths, allowing the device to assess blood oxygen saturation.
But how do you use it? Using an oximeter is indeed a simple process. You just need to place the device on the fingertip (or sometimes on the earlobe or big toe), wait a few seconds for the device to analyze the data, and read the displayed percentage of oxygen saturation. It is a non-invasive, painless, and quick process.
What are its limitations? Although oximeters are valuable tools, they have certain limitations. For example, their accuracy can be affected by various factors such as body temperature, movement, certain medical conditions, and the use of certain medications. Additionally, they measure blood oxygen saturation but cannot determine if a person is breathing properly. Despite these limitations, oximeters remain a reliable and essential tool for monitoring blood oxygenation.

What are the different types of oximeters?

Oximeters come in various types to cater to different medical needs. Here are the main types of oximeters you may encounter:

Pulse oximeters

These are the most commonly used oximeters. They are typically placed on the fingertip and use light to measure blood oxygen saturation. They are portable, easy to use, and provide quick results.

Pediatric oximeters

Designed specifically for children, these oximeters are often smaller and more delicate to fit on small fingers. They may also feature colorful or playful designs to make the experience less intimidating for children.

Wrist oximeters

These devices are similar to wristwatches and are typically used for long-term monitoring of blood oxygen saturation, especially during sleep.

Tabletop oximeters

Larger and more sophisticated, these oximeters are commonly used in hospital settings to monitor oxygen saturation for multiple patients simultaneously.

How to choose the right oximeter

Choosing the right oximeter may seem daunting given the multitude of options available in the market. However, by considering several key factors, you can ensure that you select the best device for your specific needs.

1. Accuracy: Make sure it is a certified model that offers an accuracy of ±2%. Most medical-grade oximeters meet this standard.
2. User-friendliness: The model should be easy to use, with a clear and readable display and simple instructions.
3. Type of oximeter: Depending on the intended use, you can choose between a pulse oximeter, pediatric oximeter, wrist oximeter, or tabletop oximeter. For home or sports use, a pulse oximeter is often sufficient. For continuous monitoring, opt for a wrist oximeter.
4. Reliability: Choose a model from a reputable brand known for reliability and durability.
5. Additional features: Some oximeters offer extra features such as low oxygen level alerts, trend graphs, or Bluetooth connectivity.