Masimo Rad-57® portable CO oximeter

Masimo Rad-57® portable CO oximeter in detail

The Rad-57® portable CO oximeter features Masimo ^SET® Measure-through Motion (includes _SpO2 and PR) and Low Perfusion™ pulse oximetry and upgradeable rainbow SET™ technology. The device is quick and easy to use and supports continuous monitoring. Thanks to its robust, lightweight design, the device is ideal for outdoor and hospital use. A low "Signal I.Q^.® (SIQ)" display value indicates a low quality of the measured value. The Rad-57® has a history memory of up to 72 hours.

Info brochure with technical details

Overview of Masimo Rad-57

The Masimo Rad-57 is an innovative medical device capable of monitoring and measuring important vital physiological parameters. The device was developed by Masimo Corporation and is specifically designed for use in medical facilities and emergency management. It provides non-invasive and continuous measurement of oxygen saturation (SpO2), pulse rate (PR), carbon monoxide (CO), respiratory rate (RRa) and perfusion index (PI). The Rad-57 uses Masimo SET technology, which is based on revolutionary signal processing algorithms to provide accurate and reliable measurement results. The device is extremely user-friendly and offers an intuitive interface that allows medical staff to quickly capture and interpret the information. In addition, the Rad-57 has wireless communication capabilities that enable seamless integration with other medical devices and hospital information systems. With its advanced technology and versatile features, the Masimo Rad-57 is an indispensable tool for accurate patient monitoring and assessment in a clinical setting.

The importance of oxygen saturation monitoring

Oxygen saturation monitoring is of great importance for patient health and risk assessment. Oxygen saturation provides information about the degree to which the blood is oxygenated. It is given as a percentage of the maximum possible oxygen content.

A low oxygen level in the blood can indicate various medical problems, such as lung disease or heart problems. By continuously monitoring oxygen saturation, doctors can recognise abnormalities at an early stage and take appropriate action.

Background information shows that oxygen saturation levels below 90% are considered low and may indicate hypoxia. Hypoxia is a condition in which the body is not supplied with sufficient oxygen. This can lead to impaired organ function and can be potentially life-threatening.

Oxygen saturation is monitored using a pulse oximeter attached to the patient's finger or earlobe. This non-invasive method enables oxygen saturation to be measured quickly and accurately.

Overall, oxygen saturation monitoring is an important part of medical care as it provides information about the oxygen content in the blood and thus enables early diagnosis and treatment of medical problems.

Brief history of Masimo Rad-57

The short history of Masimo Rad-57 began in the early 1990s when engineer Joe Kiani founded the medical technology company Masimo. Originally developed to produce blood oxygen saturation meters, Masimo soon realised that conventional pulse oximeters were not accurate enough. For this reason, the company began developing a new device that could take accurate measurements in real time.

After many years of intensive research and development, the Masimo Rad-57 was finally launched. This revolutionary device is able to accurately measure not only oxygen saturation in the blood, but also monitor carbon dioxide levels and measure pulse. With its advanced signal processing technology, the Rad-57 is able to provide accurate measurement results even under difficult conditions such as exercise or a weak pulse.

Thanks to its versatility and accuracy, the Masimo Rad-57 has become an indispensable device for medical professionals and emergency services. It is often used in hospitals, emergency rooms and ambulances. It helps doctors and nurses to make informed decisions about the necessary medical care and to recognise possible complications at an early stage.

Since its first introduction, the Masimo Rad-57 has made continuous progress to further improve the accuracy and reliability of measurements. It remains the leading pulse oximeter on the market and ensures that patients receive the best possible medical care.

Features and technology of Masimo Rad-57

The Masimo Rad-57 is a medical device used to measure various characteristics of the body. Using state-of-the-art technology, the Rad-57 provides accurate and reliable measurements of oxygen saturation, pulse rate, carbon monoxide and methaemoglobin levels in the blood. The device is easy to use and provides quick results, making it particularly useful in emergency situations.

The accuracy of the measurements is ensured by Masimo's innovative signal processing technology, which provides reliable results even in poor perfusion. The Rad-57 can be used in both adults and children and is suitable for various clinical areas such as emergency medicine, intensive care and anaesthesia. In addition, the device has a wireless Bluetooth function that allows measurements to be displayed and monitored in real time on mobile devices.

The Masimo Rad-57 is therefore a powerful and advanced medical device that is suitable for use in both medical facilities and home care. With its precise measurements and user-friendly operation, it contributes to improving patient care and helps to quickly and safely diagnose and monitor various medical conditions.

Masimo SET® Measure-through Motion and Low Perfusion™ pulse oximetry

Masimo SET® Pulse Oximetry with Measure-through Motion and Low Perfusion™ is an advanced technology for monitoring oxygen saturation, pulse rate and perfusion index. This method enables reliable measurement of oxygen saturation and pulse rate even during motion or poor perfusion.

Masimo SET® technology is based on an algorithm that recognises the patient's movements and adjusts the measurements accordingly. This enables accurate and continuous monitoring, even when the patient is moving.

Another advantage of Masimo SET® pulse oximetry is its applicability in different environments. The portable device allows monitoring both in the hospital and in the field. It is light and handy, so it can easily be taken along on mobile missions.

Masimo SET® technology supports various measurement parameters such as oxygen saturation, pulse rate and the perfusion index. The perfusion index provides information about the blood flow in the tissue and can provide important information about the patient's state of health.

Masimo SET® pulse oximetry can also be upgraded to rainbow SET™ technology. The rainbow SET™ technology enables additional measurement of non-invasive parameters such as the carbon dioxide content in the blood or methaemoglobin saturation.

Overall, Masimo SET® pulse oximetry with Measure-through Motion and Low Perfusion™ provides reliable and accurate monitoring of oxygen saturation, pulse rate and perfusion index. With its continuous monitoring function and applicability in various environments, it is a valuable tool for healthcare professionals.

Spo2 finger clip sensor for accurate readings

The Spo2 finger clip sensor is a device used to measure blood oxygen levels and pulse rate. The sensor is attached to a person's finger and sends infrared light through the tissue to measure the oxygen saturation in the blood. At the same time, it also records the pulse rate.

The sensor has various functions that contribute to the accuracy of the measured values. These include the use of high-quality infrared LEDs and photodiodes to take precise measurements. In addition, the sensor has a good fit and stable contact with the finger to minimise interference.

The price of the Spo2 finger clip sensor varies depending on the manufacturer and model. However, it is usually between 20 and 50 euros. The sensor is available in different sizes to accommodate different finger sizes. It is also compatible with different devices and monitors, which increases its versatility.

Overall, the Spo2 finger clip sensor provides accurate readings of blood oxygen levels and pulse rate. Thanks to its features such as high-quality components and good fit, it enables reliable and precise health monitoring.

Advantages of using Masimo Rad-57

The Masimo Rad-57 is a medical device designed to measure blood oxygen levels and other important parameters. It is a handy and user-friendly device that can be used in various medical settings. Using the Masimo Rad-57 offers numerous advantages that are of great benefit to both medical staff and patients.

Firstly, the device enables fast and accurate measurement of blood oxygen levels. The measurements are taken in real time and provide reliable results that can help in the diagnosis and treatment of various medical conditions. This fast and accurate measurement of oxygen levels is particularly important for patients with respiratory problems, cardiovascular disease or other life-threatening conditions.

Secondly, the Masimo Rad-57 offers high mobility and flexibility. The device is lightweight and portable, allowing medical staff to easily transport it between different patients or rooms. In addition, the device has wireless capabilities that allow seamless connection with other medical devices or computer systems. This allows the measured data to be transmitted and analysed in real time, improving the efficiency of patient treatment.

Overall, the Masimo Rad-57 offers a variety of benefits, including fast and accurate measurements of blood oxygen levels as well as high mobility and flexibility. By using this medical device, medical staff and patients alike can benefit from its performance.

Precise tracking of oxygen saturation levels

Oxygen saturation levels can be accurately tracked using a specialised device called a pulse oximeter. This device is usually attached to the finger and continuously measures oxygen levels in the blood. The pulse oximeter sends infrared and red light through the finger to record the measured value. It is important that the device is correctly attached to the finger in order to obtain accurate results.

Relevant background information includes the importance of oxygen saturation levels to health. Low oxygen saturation may indicate respiratory or cardiovascular impairment and may require medical attention. Regular monitoring of oxygen saturation levels is particularly important for people with chronic lung disease or sleep apnoea.

To accurately track oxygen saturation levels, the pulse oximeter instructions should be followed carefully. The device must be calibrated regularly to ensure accurate measurements. It is also advisable to remain still and in a stable position during the measurement to avoid inaccurate results.

Overall, precise tracking of oxygen saturation levels using a pulse oximeter enables accurate assessment of blood oxygenation and can help to recognise potential health problems early and act accordingly.

Easy-to-read display for a quick assessment

The portable device's easy-to-read display for quick assessment is based on advanced Masimo SET® technology. This technology enables precise measurement of oxygen saturation level (SpO2) and pulse rate even under difficult conditions such as exercise or poor circulation. By combining Measure-through Motion* and Low Perfusion™ pulse oximetry, the device captures accurate measurements even when the patient is moving or has poor circulation.

The display is designed to be particularly user-friendly to allow easy and quick assessment of the data. The relevant information, including SpO2 values and pulse rate, is displayed in large, easy-to-read numbers. The backlight of the display ensures optimum readability even in poor lighting conditions.

The portable device itself is robust and lightweight, making it ideal for use in various medical environments. It can be easily transported from one place to another, making it suitable for mobile use. The ease of use and accurate measurement make it an indispensable tool for medical professionals to quickly and accurately obtain information about a patient's health status.

• Medical practices
• hospitals
• therapy centres
• rescue service