· Fiber cables free bending, flexible use
· High transmission rate SCHOTT Glass Fiber
· Different specifications of core diameter and length can be customized
· A variety of standard interfaces are available: SMA, FC, ST ...
· Customized connector for headgear.
Product Item: Near-Infrared Fiber Optic Cable for fNIRS
At the beginning of the 21st century, under the continuous promotion of the technology wave of human genome projects and Internet technologies, the United States, the European Union, and Japan have launched "brain plans." Brain health is an important part of the “brain plan” in each country.
At present, the research of cognitive neuroscience in China is gradually paying attention to education, neuroscience and the development of cognitive neuroscience research, and the research on these aspects and the research progress of brain function imaging in special populations rely on appropriate imaging technology as a support.
Over the past 30 years, fNIRS technology has been steadily developed. The advantages and reliability of this technology in studying the neural mechanisms of the brain have been supported by more and more research. The research report of fNIRS has also appeared in Nneuroimage. Published in the magazine of the contour level. Due to the unique advantages of fNIRS itself, this technology has opened up a new direction of brain functional imaging research and a new field of brain research, which will certainly provide deeper support for people to understand brain function.
Nanjing Hecho Tech uses imported high-transmission Schott glass fiber and quartz fiber as light-guide materials, providing OEM and ODM services according to customer requirements.
Near-infrared fiber bundles can be customized with different fiber core diameters, lengths and interfaces. Meet different use effects and needs.
Product Item: Near-Infrared Fiber Optic Cable for fNIRS
Functional near-infrared spectroscopy (fNIRS) uses the main components of blood to achieve good scattering of 600-900 NM near-infrared light, thereby obtaining changes in oxyhemoglobin and deoxyhemoglobin during brain activity. At present, the technology is applied to research in many fields such as advanced cognition, development, psychology, and abnormal psychology in a natural context. The technology has low cost, good portability, no noise, no invasiveness, and is The test action is not overly sensitive, but there are also deficiencies in the spatial resolution and the correction algorithm to be further improved.
In the future, fNIRS research can be combined with other imaging techniques such as fMRI to conduct cognitive neuroscience research in infants and special populations and neurological mechanisms of brain cognition in natural contexts.
Nanjing Hecho Tech uses imported high-transmission Schott glass fiber and quartz fiber as light-guide materials, providing OEM and ODM services according to customer requirements. Near-infrared fiber bundles can be customized with different fiber core diameters, lengths and interfaces. Meet different use effects and needs.
SCHOTT Glass fiber, 30μm, NA0.64, Length up to 10 meters
The Fibertips with 90 degree bending, dimension can be customized.
The standard output ferrules including SMA, FC, ST, etc...
Use the high flexible silicone protection tube
Custom configurations are available
All the Fiber Optic Cables are Manufactured by HECHO.
Product Item: Near-Infrared Fiber Optic Cable for fNIRS
Nanjing Hecho Tech uses imported high-transmission Schott glass fiber and quartz fiber as light-guide materials, providing OEM and ODM services according to customer requirements. Near-infrared fiber bundles can be customized with different fiber core diameters, lengths and interfaces. Meet different use effects and needs.