Brain Interchange System Evaluation Kit

Compact system for mobile EEG and fNIRS measurement in field or bedside settings. Enables neurological assessment outside traditional laboratory environments.

Portable medical-grade EEG device with instant AI-powered reports designed for standardized workflow in clinic, home, or ICU settings. Enables objective measurement and assessment of brain disorders through electroencephalography.

A packaged EEG solution designed for clinical trials and research protocols. The kit includes necessary components for standardized EEG data collection across multiple study sites.

A BITalino assembled kit featuring the Core module with dual Bluetooth connectivity and accelerometer sensors. Designed for home-based physiological monitoring and wellness research applications.

A BITalino wearable biosignal kit designed for electroencephalography and brain activity monitoring. Supports neurology research and cognitive performance assessment applications.

A comprehensive BITalino wearable biosignal kit for multimodal psychophysiological monitoring. Integrates multiple sensors for simultaneous measurement of cardiac, respiratory, and electrodermal responses.

Brain-computer interface devices that enable direct neural signal acquisition and processing for diagnostic and therapeutic monitoring. These systems translate brain electrical activity into actionable clinical data, supporting neurological assessment, rehabilitation tracking, and patient communication applications.

A wearable brain signal acquisition and processing system that translates neural impulses into control commands for therapeutic applications. The system enables neuromuscular assessment and training without requiring physical movement from the user.

EEG-based brain-computer interface system enabling neural signal interpretation and conversion to device control commands for research and clinical applications.

A brain-computer interface system designed for neurological assessment and neurorehabilitation applications. The system enables direct communication between the brain and external devices for patients with neurological conditions.

Non-invasive brain-computer interface system that decodes motor imagery brain signals to enable intent expression for patients with motor impairments. Supports communication and control functions for individuals with limited physical mobility.

A non-invasive brain-computer interface platform designed for precise diagnosis and treatment applications. The system integrates advanced signal processing with clinical workflows to enable real-time neural monitoring and intervention in medical settings.