Safe and uncomplicated fetal monitoring for mother and child.
Birth is the beginning of new life, a gift from nature.
Children are born every day,
and yet it is always something very special.
We have developed a new type of fetal monitoring that will make a significant contribution to the well-being of patients.
Why?
Adequate fetal monitoring is essential for optimal care management, both
for the expectant mother and her fetus during pregnancy and delivery. Ideally, the
technology used for monitoring should be reliable, safe and work without compromising comfort for
the mother and child. Unfortunately, there are few fetal monitoring technologies today that meet all of these
requirements.
The solution:
The non-invasive, wireless nemo Fetal Monitoring System provides data on the heart rate of the fetus and mother as well as on uterine activity with a single measurement.
The system uses the existing infrastructure to enable reliable early diagnosis in a safe and simple way.
Fetal monitoring that meets the highest expectations.
The nemo Fetal Monitoring System provides healthcare professionals with the information they need to
do their job even better than before.
• Is an innovative, non-invasive solution.
• Delivers reliable, accurate and high-quality measurements.
• Can be used by overweight women.
• Is easy to use and comfortable to wear.
• Delivers continuous measurements, even in the shower.
• Is geared towards future developments.
• Supports the reduction of care costs.
The nemo Fetal Monitoring System uses a specific, multi-surface electrode patch with 6 electrodes.
The heart rate of the fetus and mother is derived from the recorded, merged ECG signals,
and the uterine activity from the EMG signals recorded during the contraction of the uterine muscle.
The amplified electrophysiological signals transmitted wirelessly by the Nemo Link
are converted into readable information using special algorithms in the Nemo Base, which is displayed directly
on your central monitoring system.
The nemo Fetal Monitoring System is non-invasive, outperforms existing solutions and at the same time reduces the risk of complications.