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Protecting Brain and
Vital Organ Health

in Neonates and Infants Worldwide 

preterm neonate of 970 g with OxyPrem NOAH sensor

Latest Technology
for Newborns

Advanced Algorithms

Reusable High-Precision Sensors

Designed
for Smallest Patients 

preterm neonate with OxyPrem 1.4 sensor

A Summary of
Challenges

Just 5 minutes 

of inadequate oxygenation are enough to cause permanent brain damage. 

46% of survivors

of severe prematurity suffer from life-long consequences.

At OxyPrem, we provide precise and accurate brain oxygen monitoring, so that medical teams can react before damage occurs.

Latest News

Crowd investing campaign crosses the 100% mark, remains open for investment

January 2025

Our crowd investing campaign at https://capitalcell.com/en/campaign/oxyprem/ has crossed the 100% mark. This means that the campaign will close successfully, latest on 28-FEB-2025. 

The campaign remains open for investment beyond the 100% mark until it closes. Additional investors are welcome to join us and become a shareholder in OxyPrem.  

Additional patent granting in China

December 2024 

Another granting within the patent applications of the company's patent portfolio has occurred: For a patent already granted by the European Patent Office, the Chinese patent authorities have now granted it in China as well. This extends the range of granted patents to 3 (one in Europe and China, one in the US and China, and one in Europe).

Our Mission
Our non-invasive sensors offer real-time insight into tissue oxygen levels. This enables early intervention to prevent brain and other organ damage.

We are proud of our supporters

Dive Deeper.

More insights about our products.

Long-standing wish

A next-generation device for high-technology tissue oximetry has been a long-standing request by the clinical community.

Fragile patients

Premature children belong to the most vulnerable patient groups and require extra careful handling and treatment. 

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