Circadian Light Research | Sensio Bio-labs

Research

While the lighting industry is flooded with whitepapers , Sensio Bio-labs is built on a foundation of independent, peer-reviewed science.

The clinical foundation

Led by Dr. Martin Moore-Ede and supported by 25 years of engineering heritage, we provide the raw data and clinical evidence required to make informed decisions for high-stakes care environments.

Meet our experts

Our library

We have direct access to the body of work that informs our technology, featuring over 160 peer-reviewed papers. This includes foundational research from Harvard Medical School and the Circadian Lighting Research Center.

Access to pivotal studies by Meesters et al. (Journal of Affective Disorders) and Grant et al. (Harvard) regarding melanopsin receptors and the suprachiasmatic nucleus.

The "Ageing Eye" Focus: Specific research on how yellowing crystalline lenses absorb 450nm light, necessitating our proprietary 480nm approach.

SPD Lab Reports & Spectrometer Methodology

Transparency is our standard. We don't just claim spectral accuracy; we prove it using our in-house SPD (Spectral Power Distribution) spectrometer.

Every Bio-labs luminaire undergoes rigorous spectral testing to ensure the 480nm Circadian Blue and Short-Wave Violet channels meet clinical specifications.

Our reports detail how we adjust the blue peak within the LED spectrum to ensure maximum retinal penetration for elderly residents.

Our technology

Science vs Supply

Not all circadian lighting is created equal. This section highlights the "BioLabs Difference" by comparing science-led engineering against generic component supply.

We compare the Bio-labs approach (led by Harvard’s Dr. Moore-Ede) against standard suppliers who lack in-house science teams or dedicated ageing-eye protocols.

We optimise the use of 3D rapid prototyping and 6 dedicated product engineers, versus companies that merely white-label standard office lighting.