Mainstream Anesthesia Gas Sensor

Mainstream anesthesia gas sensor analyzing EtCO2, N2O, ISO, DES, ENF, HAL, and SEV with waveform display for real-time monitoring during surgical anesthesia administration.

Precision sensor for measuring anesthetic gas flow delivery in operating room equipment. Ensures accurate gas mixture administration with stable performance under clinical conditions.

Specialized MEMS sensor for measuring anesthetic gas flow in operating room equipment. Provides real-time flow monitoring for safe anesthesia delivery.

Mainstream capnography sensor for real-time monitoring of end-tidal carbon dioxide in respiratory circuits. Provides continuous measurement for anesthesia management and patient ventilation assessment.

Oxygen concentration measurement sensors for respiratory gas monitoring in anesthesia and critical care. Provides real-time monitoring of inspired and expired oxygen levels during mechanical ventilation.

MEMS-based gas mass flow sensor designed for medical anesthesia and respiratory equipment. Provides accurate measurement and control of gas flow rates in clinical applications.

Mainstream capnography sensor measuring end-tidal and inspired CO2 concentrations and respiratory rate for real-time respiratory status monitoring during anesthesia and mechanical ventilation.

Carbon dioxide sensor for measuring gas concentrations in respiratory and anesthesia applications with calibration and maintenance protocols for clinical accuracy.

High-precision capnography sensor for anesthesia and intensive care medicine. Provides stable measurement of carbon dioxide levels even under changing conditions. Fully sterilizable and designed for reliable clinical performance in critical care environments.

A CO2 mainstream sensor probe used for capnography monitoring in medical electronic devices. It is widely applied in cardiac monitors, electrocardiographs, and other medical equipment for real-time measurement of end-tidal carbon dioxide levels.

High-precision capnography sensor for anesthesia and intensive care unit monitoring with stable measurement performance under varying conditions. Fully sterilizable and designed for real-time monitoring of carbon dioxide levels in medical gas streams.