Capnograph and multi-gas module solutions

Kingst's end-tidal carbon dioxide (EtCO2) and multi-gas monitoring modules are available in both sidestream and mainstream configurations, offering efficient and flexible integration solutions to meet diverse clinical needs.

Sidestream EtCO2 and multi-gas monitoring modules feature a zero-calibration design, allowing for immediate use with minimal warm-up time, delivering fully accurate performance within seconds. The sampling flow rate ranges from 50 to 250 mL/min, ensuring precise gas measurements and clear waveform displays. Additionally, the sidestream multi-gas module enables users to manually select the required anesthetic gas type for personalized monitoring. Its compact size and lightweight design facilitate easy integration with various breathing circuits, while low power consumption and automatic temperature and pressure compensation further simplify equipment maintenance and operation, ensuring stable monitoring outcomes.

Mainstream EtCO2 monitoring modules are directly positioned within the breathing circuit, allowing for rapid response and minimal external interference, thus ensuring precise and stable data. Each module is equipped with automatic atmospheric pressure compensation, enabling adaptation to different altitudes and environmental conditions, guaranteeing consistent measurement results. Furthermore, the mainstream modules support accurate detection of multiple anesthetic gases, with users required to manually select the gas type to be monitored, addressing specific clinical requirements. The design of these modules thoroughly considers various influencing factors in the clinical environment, ensuring data stability and reliability.

Kingst's EtCO2 and multi-gas monitoring modules deliver exceptional performance, providing healthcare professionals with rapid and precise monitoring solutions. These modules not only enhance the efficiency of anesthesia and respiratory management but also offer robust technical support to ensure optimal safety for patients during various medical procedures.