Oxygen Assist Module (OAM)
The Automatic Oxygen Controller for Vapotherm’s Precision Flow® System.
*Not available in all markets.
When Precise Oxygen, Control Is Essential
- OAM assists staff in maintaining SpO2.
- When compared to manual control, OAM automated control can keep your patient in the target SpO2 range for a greater proportion of time.
From Premature Neonates To Adult Covid-19 Patients
Keeping your patients‘ SpO2 in range is crucial in avoiding clinical consequences of too high or too low SpO2, such as retinopathy of prematurity (ROP) in neonates, or pulmonary damage or vasoconstriction in certain critically ill adult populations.
Guidelines call for COVID-19 patients’ SpO2 target range ideally between 92-96%. Keeping your COVID-19 patients in this narrow target range can be demanding, often requiring frequent manual adjustments to the FiO2. But OAM can help you improve oxygen control and meet your patients’ oxygen demands as they fight the disease and help improve their mortality outcomes.
More Time In Range. More Time To Care.
- Precise control of FiO2 delivery.
- Fast and easy set up.
- May reduce time in SpO2 alarms and noise due to SpO2 alarms.
- Facilitates kangaroo care of neonates without bulky interfaces.
- May reduce the amount of manual FiO2 adjustments needed, and allow nurses to spend more time with patients and families.
Safe. Sophisticated. Simple.
Product simplicity and safety features give providers the option to confidently and easily control automated oxygen delivery:
- Full compatibility with Vapotherm Precision Flow Systems.
- Integrated patient safety alarms.
- Convenient touch screen display on OAM.
- Connection to nurse call.
- Uses Masimo SET® Measure through Motion and Low Perfusion™ pulse oximetry and Medtronic Nellcor™ OxiMax™ pulse oximetry.
- Easy one-button control on the Precision Flow System.
- Sophisticated trend views.
- The Precision Flow System is incubator safe and all components are safe to touch without burn risk.
- Large LCD screen conveniently displays selected therapy parameters.