Capnography Module

Device measuring end-tidal carbon dioxide levels to assess ventilation adequacy and airway placement. Provides real-time respiratory monitoring during anesthesia.

Device for measuring and analyzing end-tidal carbon dioxide levels. Used in respiratory assessment and monitoring of ventilation status.

Device measuring end-tidal carbon dioxide levels during respiration. Used for ventilation monitoring and airway management verification.

Portable capnography device for measuring end-tidal CO2 levels in patient respiration. Features flexible configuration options and can be deployed in various clinical settings including emergency and intensive care environments.

Device measuring end-tidal carbon dioxide concentration to assess respiratory function and ventilation adequacy. Used in sleep studies and respiratory assessments. Provides quantitative data on breathing patterns and gas exchange.

High-precision capnography sensor for continuous CO2 monitoring in anesthesia and intensive care settings. Maintains stable measurements across varying temperature and humidity conditions with enhanced accuracy.

A combined capnography and oximetry monitoring device that measures end-tidal CO2 and blood oxygen levels. Equipped with automatic atmospheric pressure compensation and suitable for multiple clinical care areas including pre-hospital emergency, ICU, and respiratory care.

An EtCO2 waveform capnography monitor designed for end-tidal carbon dioxide detection and monitoring. Features automatic atmospheric pressure compensation and is available in sidestream and mainstream models for durable and easy use.

A device measuring exhaled carbon dioxide levels to assess respiratory function. Detects hypoventilation and apnea events during sleep or clinical monitoring.

A medical device that measures carbon dioxide concentration in exhaled breath to assess respiratory status. Provides real-time monitoring for detecting hypoventilation, apnea, and other breathing irregularities in clinical settings.

An integrated capnography and oximeter device for simultaneous monitoring of end-tidal CO2 and blood oxygen saturation. Features infrared gas analytics technology with automatic atmospheric pressure compensation.

A capnography and oximetry monitor providing combined end-tidal CO2 and oxygen saturation monitoring capabilities. Designed for versatile use across multiple clinical settings with automatic pressure compensation.