Continuous, accurate tcPCO₂ information means fewer painful arterial punctures can be performed without sacrificing visibility into patient status.

No cannula is required, and the gently-warming sensor can be left in place for as long as 12 hours at a time.

Real-time, accurate tcPCO₂ data means clinicians can keep a close eye on patient status with fewer painful blood draws.

tcPCO₂ has been shown to have better accuracy than end tidal CO₂, especially in COPD patients and those on NIV.

Fewer blood draws on ventilated patients translates to cost savings on supplies and increased efficiencies in the respiratory care workflow.

Noninvasive ventilation methods are more important than ever – transcutaneous monitoring lets clinicians choose NIV without settling for CO₂ monitoring that is inaccurate or incomplete.

The SensorBelt is designed to provide a secure fit without restricting breathing, all while offering outstanding next-to-skin, adhesive-free comfort.

The LuMon™ System offers an opportunity to decrease radiation exposure without limiting visualization of regional lung function.

See ventilation distribution change over time (up to 24 hours) as treatment changes take effect.

Regional lung function monitoring can enable clinicians to identify and individualize optimal PEEP values and reduce ventilator induced lung injuries.

The LuMon™ System offers clinicians a new option to “take a look” at their patient’s lungs without adding to their radiation exposure.

The LuMon™ System can help inform care at transition points, allowing clinicians to make intubation, weaning, and extubation decisions with the best information at hand.