Rapid Intervention Capnograph

Device measuring and displaying carbon dioxide levels in exhaled breath. Used for monitoring ventilation adequacy and confirming proper endotracheal tube placement.

Stationary capnography monitoring unit for fixed clinical locations. Provides continuous CO2 measurement and waveform analysis for respiratory assessment.

An emergency capnography device for monitoring and measuring end-tidal carbon dioxide levels in emergency medical situations.

Portable capnography monitoring system designed for mobile clinical environments. Provides continuous CO2 monitoring with compact design for transport and emergency use.

Pulse oximetry device for continuous non-invasive monitoring of blood oxygen saturation and heart rate. Integrates capnography capability to measure end-tidal carbon dioxide levels. Available as standalone oximeter or combined oxicapnograph unit for perioperative and critical care monitoring.

A configurable capnograph monitor available in four models: Sidestream, Sidestream with SpO2, Mainstream, and Mainstream with Sidestream and SpO2 configurations. The device monitors end-tidal carbon dioxide levels with flexible measurement options.

Handheld capnography monitor for real-time measurement and monitoring of end-tidal carbon dioxide (EtCO2) levels. Designed for use in operating rooms, intensive care units, and emergency departments to assess patient ventilation status and metabolic conditions. Features portable design with infrared gas analytics technology for continuous respiratory monitoring.

Portable capnography monitor that measures end-tidal carbon dioxide (EtCO2) levels for real-time respiratory monitoring. Used in anesthesia, critical care, and emergency settings to assess patient ventilation status and airway management. Features infrared gas analytics technology for accurate, non-invasive CO2 measurement.

Oxlantic’s novel capnography solution, MARIE, measures CO₂ concentration using a disposable airway adapter and a miniature sensor positioned close to the patient’s nostrils. Exhaled breath is directed through the adapter and sensor, where CO₂ levels are determined using solid-state infrared absorption technology. This approach enables the capnograph to be compact, cost-effective, lightweight and wearable, supporting continuous respiratory monitoring across a wide range of care settings. Oxlantic aims to make respiratory monitoring accessible to more patients and environments—from emergency care and hospital wards to home care and sleep diagnostics—on the basis that life-saving monitoring should not be a premium feature limited to the ICU.

Capnography monitors measure end-tidal CO2 levels to assess patient ventilation and metabolism during anesthesia, critical care, and emergency medicine. These devices provide real-time waveform and numerical data essential for monitoring respiratory function and detecting hypoventilation or equipment malfunction.

Carbon dioxide monitoring system for respiratory assessment in critical care. Provides continuous end-tidal CO2 measurement for ventilated patients.

Portable end-tidal CO2 monitor for real-time capnography monitoring during anesthesia, sedation, and critical care. Measures exhaled CO2 levels to assess patient ventilation status and metabolic function. Features compact design, rapid response time, and compatibility with standard anesthesia gas modules for perioperative and ICU applications.