NIR spectroscopy is a well-established technology used in labs worldwide. With our NIR sensors based on organic semi-conductors we take it to the next level.
In laboratories, spectroscopy is mainly used for high-end, cutting-edge research. The spectrometers are expensive, bulky and sensitive to vibrations. Also, taking measurements is time consuming.
Our sensor on the other hand is designed and optimized for use in everyday life. A mobile, cost-effective, customizable solution, allowing for fast, reliable, and non-destructive testing.
By offering such a versatile product, we are transforming a decades-old lab technology into a mass market tool.
Near-infrared spectroscopy
MATERIAL SENSING MADE CONVENIENT
NIR spectroscopy is a well-established technology used in labs worldwide. With our NIR sensors based on organic semi-conductors we take it to the next level.
In laboratories, spectroscopy is mainly used for high-end, cutting-edge research. The spectrometers are expensive, bulky and sensitive to vibrations. Also, taking measurements is time consuming.
Our sensor on the other hand is designed and optimized for use in everyday life. A mobile, cost-effective, customizable solution, allowing for fast, reliable, and non-destructive testing.
By offering such a versatile product, we are transforming a decades-old lab technology into a mass market tool.
NIR spectroscopy - How it works
1) The sample is illuminated with a light source. | 2) The light is either reflected or absorbed by the sample. 3) A detector then observes the light reflected by or transmitted through the sample and translates it into data. 4) This data is analyzed to read the optical fingerprint of the sample and identify the material and its composition.
