Randomized U.S. Trial Finds Autonomous System Improves Precision of Hospital Oxygen Therapy
Read moreAutomated oxygen therapy
Precision in every breath.
A closed‑loop system that replaces frequent, time‑consuming manual O₂ adjustments with data‑driven SpO₂ control – and notifies staff when intervention is needed. Designed to support staff by reducing repeated manual oxygen adjustments and increase patient safety.
SAVE-O2 AI study published
Read the full paperThe problem
Manual oxygen dosing is a century old.
Supplemental oxygen is the most widely used drug in acute care. Healthcare professionals set the flow from a spot reading, then move on. Patients fluctuate in and out of the safe SpO₂ range between measurements.
of oxygen errors are overdoses
patients on supplemental O₂ across the EU and US
chronic patients on long-term oxygen at home
The system
O2matic closes the loop.
Oxygen flow is continuously adjusted to the patient’s real‑time SpO₂, turning data into precise dosing – and alerting staff when clinical attention is actually needed.
Clinical outcomes
The data is consistent.
12 peer-reviewed studies across care settings. Numbers round to what the studies reported.
time in target SpO₂ range
Hansen et al, 2018
reduction in severe hypoxemia
Hansen et al, 2018
reduction in hyperoxemia
Hansen et al, 2018
longer walking time
Kofod et al, 2021
Two products, one technology
Hospital and home, covered.
Living with COPD
O2matic HOT - Mie's story
Interview with Mie Raben, a COPD patient using O2matic HOT and her daughter Charlotte Raben.
Dual-use
From hospital ward to forward operating base.
Closing the same loop that supports nurses job also supports medics job.
Ground Evacuation
Scenario 1
MEDEVAC / HEMS
Scenario 2
Field hospital Role 1-3
Scenario 3
Disaster and mass‑casualty
Scenario 4
CE marked · 12 peer-reviewed studies · Data from more than 600 patients · Patent protected · Made in Denmark