Brite Lite Frontal mini
Exploring the the little one’s prefrontal brain activation—made easy.
Measures oxy-, deoxy- and total hemoglobin concentration changes in the prefrontal cortex
Specially designed for pediatric studies and neonatal research
Truly light and wearable, weighing only a total of 222 grams
High data quality based on the improved Brite
Optimized flexibility to test in common infant research settings
Ready to wear
Easy data acquisition and analysis with our superior software solutions, OxySoft and Brite Connect
Hyperscanning across all ages made easy with the Brite family
Optimal fNIRS system for measuring prefrontal brain activation of little explorers
The Brite Lite Frontal mini, successor to the OctaMon mini, is an 8-channel fNIRS device that measures oxy-, deoxy-, and total hemoglobin. Designed with pediatric research in mind, it offers optimal measurement capabilities for prefrontal brain activation. The optode template is specifically tailored for accurate forehead coverage, ensuring precise readings. Ideal for cognitive studies, it is well-suited for research in psychology, behavioral sciences, neuroscience, and more.
Powerful as the Brite
As a member of the Brite family, the Brite Lite Frontal mini boasts the same powerful features found in the full Brite system. This includes live or offline data measurement, automatic data backup, multi-power gain control, and more—delivering high-quality, reliable results.
Lightweight & comfortable for kids on the go
The Brite Lite Frontal mini includes a dedicated mini headband, designed to fit snugly on the little one’s forehead for maximum comfort. The newly developed BriteBelt allows you to securely mount the control unit, enhancing the system’s lightweight design while providing flexibility for active toddlers to move freely during data collection. Weighing just 222 grams in total (including the headband and optode holders), this device is as lightweight and wearable as it is powerful.
Brite Lite Frontal mini specifications
fNIRS made easy
The Brite Lite Frontal mini can be used to measure changes in oxy- and deoxyhemoglobin concentration levels in the brain. As it only weighs 222 grams (!) and is a portable fNIRS device, toddlers are able to move and crawl freely while wearing the device.
The Brite Lite Frontal mini is the ideal device for all pediatric research, such as child cognitive development, parent-child interaction/synchrony, and toddler peer-to-peer interaction.
fNIRS applications
Easy maintenance for researchers
In this video we show you how to quickly, easily and effectively clean your BabyBrite.
Real-time recording & processing of your (f)NIRS data
SOFTWARE solutions
With the Brite Lite Frontal mini, we provide two different software solutions by default, both were developed by Artinis. OxySoft is our dedicated software application used to collect, store, view, and analyze all necessary data. This user-friendly software is highly customizable to individual requirements and allows for the display of your data in 3D in real-time. Brite Connect is our data acquisition software which aims to provide easy and quick recordings of your (f)NIRS data. It comes with a modern and sleek outlay and enables easy measuring, viewing and exporting of data.
Brite Lite Frontal mini research package
Designed, produced, and manufactured in the Netherlands, EU.
WHAT'S IN THE BOX
Brite Lite Frontal mini
mini headband and BriteBelt
Laptop with pre-installed software
OxySoft, our proprietary data analysis software
Brite Connect, our easy (f)NIRS data recording software
OxySoft and Brite Connect license keys
USB Bluetooth dongle
Universal micro-USB cable & charger
User Manual & Quick Start Guide in English
Support in setting up your research
The MediBrite is a CE marked medical device according to Medical Device Regulation (EU) 2017/745.
Other Artinis NIRS products are intended to be used for research applications only. Other Artinis products are not sold as Medical Device as defined in Medical Device Regulation (EU) 2017/745. Our products are not designed or intended to be used for the diagnosis or treatment of disease.