Produkt-Neuheit

The purpose of an anesthesia machine is to deliver precise amounts of anesthetic gases or medications to patients during surgical procedures to maintain anesthesia. Throughout this process, closely monitoring key respiratory parameters, including EtCO2 (end-tidal carbon dioxide concentration) and oxygen levels, could ensure the patient's respiratory function remains normal and safe.

Given that metabolic carbon dioxide (CO2) is transported from the blood to the lungs and then exhaled during breathing, EtCO2 levels can serve as indicators of the body's physiological condition. Monitoring EtCO2 during the use of anesthesia machines can assist medical professionals assess a patient's ventilation status and provide early warning of respiratory compromise. Based on the dual beam non-dispersive infrared (NDIR) technology, Cubic mainstream EtCO2 sensor module CM2201 has been specially developed to monitor the respiratory end tidal CO2 concentration and respiration rate. Leveraging the NDIR principle, Cubic CM2201 exhibits high selectivity, enabling accurate measurement of CO2 concentrations without interference from other gases. With the feature of fast response time, CM2201 ensures timely and precise monitoring. Additionally, constructed from durable materials with excellent stability and no wearing parts, CM2201 boasts a long service life and low maintenance costs. Beyond its core performance, the modular design of CM2201 ensures compatibility and easy integration into monitors and anesthesia machines with an 8-pin socket.