Desktop fNIRS system
The device has a minimum of 1 test channel for those with entry level usage needs, or can be upgraded to over 100 test channels for higher usage needs. One or more hosts can be combined to form a 112 test channel system. When purchasing multiple hosts, they can be used as a single system or split into several systems (reducing the number of channels) for simultaneous use.
The device can be applied to brain oxygenation testing, brain science research, brain-machine annunciation BCI, functional research, and multi-person simultaneous ultra-scanning.
Portable fNIRS system
For the measurement of oxyhaemoglobin, deoxyhaemoglobin and total haemoglobin in local tissues. The attached electrode sheet is lightweight, bendable and easy to use. It can be used in brain oxygenation monitoring, high altitude blood oxygen monitoring, medical health, sports science, functional research, brain science research and other fields.
Product Features:
-Bluetooth connection with computer or data receiving device;
-Rechargeable and replaceable battery, can work continuously for 8 hours;
-Compact and lightweight device;
-Powerful analysis software;
-Optional acceleration option;
-Synchronised external data option;
-Easy to use and flexible, can be attached anywhere on the body.
Wireless portable fNIRS system
The device is a wireless, lightweight and flexible wearable fNIRS system. With a total weight of over 200 grams, it is abrasion-resistant and incorporates a soft neoprene skullcap, making it comfortable and easy to monitor brain oxygen activity, features that also make it ideal for real-life measurements.
Product Features:
-Portable, covers prefrontal cortical areas, motor cortical areas, visual cortical areas, etc;
-Can be combined with other technologies such as EEG and transcranial electrical stimulation;
-Can detect changes in oxygenated haemoglobin, deoxyhaemoglobin and total haemoglobin concentration;
-Integrates a 9-axis orientation sensor;
-Powerful software that makes it easy to analyse data;
-Real-time bluetooth wireless data transmission, support offline recording of local data with higher sampling rate;
-Satisfies indoor and outdoor all-weather testing applications.
Portable fNIRS system for infant research
We also offer a portable fNIRS system made specifically for the study of infant brain activity. Allowing researchers the flexibility to conduct experimental tests in a multitude of environments, its flexible template feature allows researchers to measure brain activity from any position on an infant’s head. In addition to the laboratory, it is also suitable for real-life interaction studies (e.g., car seats, parents’ laps, high chairs, crawling around). Flexible, comfortable, and reliable, this device can be used in studies of infant cognitive development, language development, infant brain disorders, parent-child interaction/synchronisation, and infant peer-to-peer interaction.
