Edmund Optics has introduced a new family of Anthropomorphic fNIRS Phantoms designed to support the calibration, validation, and benchmarking of optical imaging systems used in brain-related and life science research.
The product family includes adult and infant head phantoms that replicate the optical and anatomical properties of human tissue, as well as advanced dynamic liquid phantoms that simulate microvasculature and allow researchers to study how light interacts with moving and absorbing media. The fNIRS Phantom version is designed in compliance with IEC 80601-2-71, providing a standardized reference for evaluating fNIRS system performance.
These solutions support a range of applications, including:
- Functional Near-Infrared Spectroscopy (fNIRS)
- Diffuse Correlation Spectroscopy (DCS)
- Fluorescence Imaging
- Brain Monitoring
- Biomedical Optical Imaging Research
By providing realistic and repeatable testing conditions, Anthropomorphic fNIRS Phantoms help researchers evaluate imaging depth, absorption sensitivity, spatial resolution, and overall system performance before moving to clinical environments.
As the Israeli representative of Edmund Optics, Prolog Optics supports researchers, academic institutions, medical device developers, and photonics companies seeking advanced solutions for biomedical imaging, neuroimaging, and optical system validation.
For additional information about Edmund Optics solutions for fNIRS, brain imaging, and biomedical optics, contact Prolog Optics.
