Gowerlabs LUMO wearable fNIRS and HD-DOT brain imaging headset for high-density functional neuroimaging research.

What is LUMO fNIRS ?

High Density, Whole-head Wearable fNIRS System in India

LUMO fNIRS expands the capabilities of functional neuroimaging. LUMO fNIRS is the world's lightest and quickest whole-head HD-DOT system, combining the multi-distance sampling of a diffuse optical tomography (DOT) system with a high-density, fiberless, wearable architecture.

LUMO's distinctive modular architecture effortlessly expands to meet your expanding research demands, whether you are scanning infants in realistic settings or adults in a lab. By doing away with bulky fiber and cable bundles, setup times are shortened and unmatched data quality is provided.

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Why Researchers in India Choose LUMO fNIRS ?

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Spatial Resolution Comparable with fMRI

LUMO dramatically improves spatial resolution and experimental repeatability, ensuring consistent results across every session.

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Outstanding Comfort & Data Quality

Stop fighting with fibre bundles, bulky cables and individual optodes. LUMO's compact headgear can be put on and set up in under 60 seconds.

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Unprecedented Modularity & Flexibility

LUMO's modular architecture allows you to seamlessly expand your system as your research evolves.

Baby and Mother wearing LUMO fNIRS

How does LUMO fNIRS Works ?

LUMO’s ground-breaking modular design features independent hexagonal sensor tiles that can be easily inserted into any cap at any location, to form a high-density DOT array.

Illustration of the Gowerlabs LUMO fNIRS tile architecture showing high-density brain coverage with 12 LUMO tiles, 36 light sources, 48 detectors, and approximately 1,200 measurement channels.
Close-up of a Gowerlabs LUMO modular fNIRS tile featuring dual-wavelength LED light sources and optical detectors for high-density brain imaging.

TILES

The heart of LUMO fNIRS - the sensor modules, each housing 3 dual-wavelength sources and 4 detectors

Exploded view of the Gowerlabs LUMO modular fNIRS tile showing the sensor module, docking base, and optical source-detector array for high-density brain imaging.

DOCKS

Secured to the cap in your chosen configuration, connected together by low-profile cabling.

Gowerlabs LUMO optical light guides for wearable fNIRS and HD-DOT systems, designed to improve signal quality and support measurements through hair during functional brain imaging.

LIGHT GUIDES

Inserted into the underside of each dock to comb through hair

LUMO Headgear

LUMO fNIRS Headgear

The LUMO tile, a sensor module with 3 dual-wavelength sources and 4 detectors

An array of docks, fixed to the headgear in your chosen configuration, provide power and data transfer

Light guides to comb through hair, providing optimum optical coupling whilst maximising comfort

Comparison table of Gowerlabs LUMO fNIRS configurations (LUMO12, LUMO18, LUMO36, and LUMO54) showing sources, detectors, channel count, frame rate, cap weight, short-separation channels, and brain coverage.

Example Configurations by Tile Count

Each cap is custom designed and built to order to your particular regions of interest. Tiles can be partially or fully populated in dock arrays, allowing single or multi-region imaging. Use this table to compare key specifications across different system configurations.

Contact us for a tailored quote or system demonstration.

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