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Co2 Analyzer Equipment & Supplies
11 equipment items found
by:Olythe SAS based inAix-en-provence, FRANCE
An effective solution to get valuable information on your respiratory functions and general health. Analyzing carbon dioxide (CO2) in human breath air is a common practice in the medical and scientific fields. This allows for obtaining valuable information about respiratory function and an individual’s overall health. Here are some reasons why ...
Manufactured by:Quantek Instruments, Inc. based inGrafton, MASSACHUSETTS (USA)
The Q3 is a portable CO2 analyzer, used for incubator measurement and other scientific applications. It weighs only 2 lbs, and comes with rechargeable batteries, sample probe, charger, and accessories to begin sampling. There is also a TSA approved hard carry case for easy portability and protection ...
Manufactured by:SMT Medical Technology GmbH based inWuerzburg, GERMANY
Digital extracranial/transcranial Doppler system; TCD monitoring with robotic ...
Manufactured by:NOXERIOR S.r.l. based inGrosseto, ITALY
Noxerior proposes an optimal solution for gas analysis and monitoring in the hospital piping network. This device allows continuous analysis of all Medical Gases delivered to patients and ensures that they comply with the requirements of the European Pharmacopeia monograph, or of any other local regulation. ...
Manufactured by:Zoe Medical, Incorporated based inTopsfield, MASSACHUSETTS (USA)
The Nightingale PPM3 patient monitor meets the needs of outpatient surgery clinics for reliable monitoring of physiological parameters in a clean, compact design. The bright, high-contrast display, together with the simple screen and menu layouts make the device quick to learn and easy to ...
Manufactured by:Oxygen Generating Systems Intl. (OGSI), A part of NOVAIR Group based inNorth Tonawanda, NEW YORK (USA)
OSGI medical gases quality monitor is designed to measure continuously the quality of medical air and/or oxygen injected in the hospital medical gas piping network. ...
Manufactured by:COSMED srl based inAlbano Laziale (RM), ITALY
The Quark CPET (Cardio Pulmonary Exercise Test) is the ideal solution for the assessment of physiological response to exercise. Its high quality components and super-fast analyzers assure unsurpassed accuracy, reliability and real breath-by-breath analysis of pulmonary gas exchange, even during high intensity exercise. The easy-to-use and intuitive software guides the user through calibration and ...
Manufactured by:AEI Technologies based inPittsburgh, PENNSYLVANIA (USA)
The MOXUS is the only completely modular metabolic cart currently available today. The MOXUS uses the legendary CD-3A & S-3A analyzers recognized worldwide as the standard for respiratory gas measurement for over 45 years. The MOXUS is Ideal for Research, Teaching and Clinical metabolic measurements with the fastest response time available, unsurpassed accuracy and unwavering stability ...
Manufactured by:AEI Technologies based inPittsburgh, PENNSYLVANIA (USA)
The Max-II and MAX-IIa Metabolic Carts are a highly accurate, durable and streamlined systems offering our customers an economically priced alternative with the same service and quality that you come to expect from the AEI Technologies’ world renowned Moxus system. The MAX-II offers software independent gas calibration using the front panel displays and controls; the MAX-IIa does not ...
Manufactured by:COSMED srl based inAlbano Laziale (RM), ITALY
The Quark RMR is a state-of-the-art metabolic cart designed for accurate measurement of Resting Energy Expenditure (REE) and respiratory ratio (R), in a non-invasive way, through the measurement of oxygen consumption (VO2) and carbon dioxide production (VCO2) together with other ventilatory parameters. Energy requirements are monitored accurately and instantaneously either on spontaneously ...
Manufactured by:COSMED srl based inAlbano Laziale (RM), ITALY
The Quark RMR is a state-of-the-art metabolic cart designed for accurate measurement of Resting Energy Expenditure (REE) and respiratory ratio (R), in a non-invasive way, through the measurement of oxygen consumption (VO2) and carbon dioxide production (VCO2) together with other ventilatory parameters. Energy requirements are monitored accurately and instantaneously either on spontaneously ...