Reliable,
quantitative
tissue oximetry
“here at PIONIRS we are developing the next generation of non-invasive devices for tissue oxygenation monitoring”
NIRSBOX
PIONIRS unveils the most accurate TD-NIRS instrument available on the market
Serving elite scientists in their next discovery
Delivering Time-Domain NIRS technology to the world
Time Domain Near-infrared Spectroscopy (TD-NIRS) is a non-invasive optical technique that uses low-power laser light to measure various biomarkers in humans, like functional activations in our brain or hemodynamics in our muscles.
Proven unbiased tissue oximetry
Our NIRSBOX, based on advanced TD-NIRS technology, ensures accurate and reliable results across all skin types, reinforcing our commitment to inclusive healthcare.
Monk, Ellis. “Monk Skin Tone Scale,” 2019. https://skintone.google
The study
In the different landscape of healthcare, optical diagnostics often struggle with accuracy due to variations in skin pigmentation. However, through rigorous in vivo and phantom experiments, we’ve demonstrated that skin pigmentation does not affect the accuracy of our technology. This reinforces the instrument reliability across all skin tones, making it a powerful and unbiased tool for your research.
Our findings pave the way for the continued advancement of our technology, ensuring unbiased and inclusive healthcare.
Providing the technology to cover unlimited research applications
With a background of more than 20 years of experience in TD-NIRS, we will help you overcome the challenges in your research.
Clinical research
Step into the forefront of medical innovation with precision monitoring of cerebral and somatic oxygen levels, along with microvascular and endothelial health assessment.
Sport science
Where science meets athleticism. Evaluate athletes performance with precise measurements providing unparalleled insights into regional muscle oxygen consumption.
Scientific research
Take your research activity to the next level. Discover our plug-and-play and highly customizable solutions for, cutting edge research studies, hibrid photonic device integration, and much more…