Desktop Near-Infrared Brain Function Imaging

Portable functional near-infrared spectroscopy system for non-invasive brain hemodynamic monitoring. Enables real-time assessment of cortical activity in cognitive neuroscience and clinical research settings.

A near-infrared based brain imaging system for non-invasive neurological imaging applications. This biomedical instrument provides portable imaging capabilities for clinical and research use.

Portable functional Near-Infrared Spectroscopy (fNIRS) system, NIRSIT-Lite is a light-weight, easily configurable, multi-channel fNIRS neuroimaging system for prefrontal cortex, specifically targeted for research. It is designed to measure variations in cerebral hemodynamics on a real time basis by radiating a near-infrared light beam, at two wavelengths of 780nm and 850nm of LED, into the cerebral cortex. Boasting light weight of only 200g, it is designed to fit the head sizes of adults. The system comes with its dedicated monitoring and analysis software for researchers.

OBELAB’s NIRSIT is a high-resolution, portable, and software application-based advanced brain imaging device that utilizes functional Near-Infrared Spectroscopy (fNIRS). It allows brain researchers and medical professionals to measure brain function easily and quickly in real-time. The NIRSIT uses near-infrared laser light (~780nm, ~850nm) with millimeter-level spatial resolution to measure changes in oxygen saturation in the brain’s blood flow, helping to assess brain activation levels. It operates with a low power output of less than 1mW, making it harmless to the human body. It is used for cognitive function verification, as well as diagnosing and monitoring psychiatric and neurological disorders for both research and medical purposes.

Non-invasive diagnostic imaging device for identifying and mapping functional brain regions in clinical settings. Supports preoperative planning for neurological interventions and functional assessment.

Functional brain imaging system utilizing fluorescence technology for clinical research applications. Enables sensitive detection and analysis of brain activity patterns in research and clinical settings. Designed for institutions requiring high-performance neuroimaging capabilities with established reliability across academic and clinical environments.

Near-infrared optical devices for medical imaging applications, including tissue visualization and vascular assessment. Supports diagnostic procedures requiring penetrating wavelength imaging capabilities.

Synchronized acquisition platform combining EEG, fNIRS, TMS, and fMRI modalities for simultaneous brain monitoring. Enables comprehensive assessment of neural activity across multiple measurement techniques.

An all-in-one multimodality brain imaging system featuring 32 channels of combined EEG-fNIRS technology. The system enables neurovascular coupling analysis and represents patented technology with over 20 related patents.

Magnetoencephalography platform designed for cognitive neuroscience research including attention, memory, and perception studies. Provides real-time functional brain mapping without ionizing radiation.

Diagnostic imaging equipment tailored for neurological assessments and brain imaging applications. Supports evaluation of neurological conditions and structural abnormalities.

Non-invasive infrared thermal imaging device for rapid multi-dimensional health screening and real-time visualization in clinical assessment and preventive medicine.