Nirvascan's website

NIRvaScan

NIRvaScan

Nirvascan is part Allied Scientific Pro leader in distribution, manufacturing and innovation in photonics devices. Since 2009 it has served thousands of customers around the world. Allied Scientific Pro brought to market the Smart Spectrometer Lighting Passport and the Photometric Sphere.

The NIRvaScan is the world’s first portable, battery-operated smart spectrometer. It covers many field applications and its configuration is optimized for diffuse reflectance, transmission and fiber input detection for spectral range between 900 nm and 1,700 nm.

Knowledge at the tip of your fingers

The NIRvascan™ is the first world portable smart and affortable near infrared spectrometer with integrated tungsten halogen light source build in. It covers many field applications and its configuration is optimized for diffuse reflectance, transmission and fiber input detection. Diffuse reflectance is the reflection of light from a surface such that an incident ray is reflected at many angles rather than at just one angle as in the case of specular reflection. Each chemical, substance or material have their own reflectance spectrum. It is a non-evasive and non-destructive technique.

For more info: https://www.nirvascan.com

Experience Speed. Efficiency. Mobility.

The NIRvascan™ smart spectrometer is already setup to be used with most Android or iOs devices with Bluetooth, as well as with any computer running on Windows. With the touch of a finger, you can can now have extensive informations on the NIR spectrum of any substance. The data can easily updated to a computer for more complex tasks.

For more info: https://www.nirvascan.com

What is Near-Infrared Spectrocopy?

The NIR region of the light spectrum mainly contains overtones and combination bands that are primarily attributed to hydrogen vibrations (CH, OH, NH).

Absorption of light in the IR region causes molecules to vibrate and rotate because of the light excitation on the molecule bonds.

Absorption of light in the matter is usually not uniform and depends on the molecular structure and the number of bonds in the molecule.

For more info: https://www.nirvascan.com



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