Masimo EMMA capnograph set in detail

The small, portable EMMA capnograph from Masimo impresses with its minimal warm-up phase, which enables immediate result output. Within 15 seconds, end-tidal carbon dioxide (EtCO2) and respiratory rate (AF) measurements as well as the EtCo2 real-time curve are displayed. The lightweight design ensures easy handling and convenient short-term EtCO2 monitoring for adults, children and infants. The capnograph is versatile and can be easily connected to a breathing circuit. Safe operation is guaranteed even in difficult environments thanks to the robust, waterproof housing. Routine calibration of the capnograph is not necessary. The acoustic alarm indicates a missing adapter, clogged adapter, respiratory failure or low battery. The battery life for standard use is 10 hours.

Brief overview of the Masimo EMMA capnograph

The Masimo EMMA Capnograph is a medical device for monitoring carbon dioxide levels in breath. This portable and easy-to-use device provides accurate and continuous measurement of end-tidal CO2 (ETCO2) and respiratory rate.

Key features of the Masimo EMMA capnograph include real-time monitoring of ETCO2 and respiratory rate. The device also has an alarm function that alerts the user when the ETCO2 value exceeds a predefined threshold. The Masimo EMMA capnograph is suitable for monitoring adults, children and infants, allowing it to be used in various medical environments such as critical care, emergency medicine and anaesthesia.

The device is battery powered and offers two different battery options: Disposable batteries or rechargeable batteries. These battery options ensure a reliable power supply for the device, especially in emergency or intensive medical situations.

The Masimo EMMA capnograph therefore provides reliable and accurate monitoring of ETCO2 and respiratory rate in adults, children and infants. With its portable and user-friendly design, the device is ideal for use in various medical environments.

Features of Masimo EMMA-Kapnograph

EMMA-Kapnograph is a state-of-the-art portable monitor used in medical facilities to measure carbon dioxide levels in breath. This innovative device offers numerous features that make it a favourite choice for healthcare professionals. Firstly, EMMA-Kapnograph is extremely compact and lightweight, allowing for easy handling and portability. Its intuitive operation and ease of use make the device suitable for both experienced professionals and beginners in the medical field.

Furthermore, EMMA-Kapnograph is characterised by its high accuracy and reliability. It is able to measure precise carbon dioxide levels, providing healthcare professionals with important information about the patient's condition. In addition, EMMA-Kapnograph has a fast response time, which is essential for emergency needs. It provides real-time data and enables rapid diagnosis and treatment.

Another outstanding feature of EMMA-Kapnograph is its versatility. It can be used on both adults and children, covering a wide age range. It is also compatible with various endotracheal tubes and breathing masks, which increases its flexibility and adaptability.

Overall, EMMA-Kapnograph is an innovative and powerful device that enables precise measurement and monitoring of the carbon dioxide content in the breath. Its compactness, accuracy, reliability and versatility make it an indispensable piece of equipment for medical professionals in various fields of application.

Routine calibration

Routine calibration of the EMMA Emergency Capnograph is an important step to ensure the accuracy of the measurements. Certain steps and procedures are required to perform an accurate calibration.

Firstly, the EMMA Emergency Capnograph should be switched on and warmed up to ensure stable measurement results. A suitable calibration standard should then be used to calibrate the device to the correct measurement. This calibration standard is normally supplied with the device and should be used in accordance with the manufacturer's instructions.

Calibration should be carried out regularly to ensure that the device provides correct measurements. The exact frequency will depend on the manufacturer's recommendations, but calibration every six months is generally recommended. However, if the device is used frequently or if an incorrect measurement is suspected, calibration should be carried out more frequently.

Special materials or tools are required for routine calibration of the EMMA Emergency Capnograph. In addition to the calibration standard, cleaning wipes or sanitising solutions can also be used to ensure that the device remains clean and hygienic.

Overall, routine calibration of the EMMA emergency capnograph is an important step to ensure the accuracy of measurements and to enable reliable monitoring of respiratory gases. By following the necessary steps and procedures and performing calibration regularly, you can ensure that the device always provides accurate measurements.

• Medical practices
• hospitals
• therapy centres
• rescue service