Spectrometers are instruments that measure the properties of light over a specific portion of the electromagnetic spectrum. 1 They are used to identify and quantify substances by analysing their spectral “fingerprints.”
High Performance in your hands:
This highlights the device's portability and capability. It suggests that despite being handheld, it offers performance comparable to larger, more stationary spectrometers.
The handheld spectrometer dedicated for fast raw materials identification and verification:
This specifies the primary use case: quickly determining the composition of raw materials. This is crucial in industries like pharmaceuticals, food production, and manufacturing, where quality control and material verification are essential.
"Fast" implies that the device provides results quickly, enabling on-the-spot analysis.
With optimal spectrum quality and an unrivalled bunch of features:
"Optimal spectrum quality" means the device produces clear, accurate, and reliable spectral data, which is essential for precise identification.
With optimal spectrum quality and an unrivalled bunch of features:
"Unrivalled bunch of features" suggests that the spectrometer has a wide range of advanced capabilities that set it apart from competitors. These features could include things like:
Advanced data processing and analysis software.
A wide spectral range.
High resolution.
Ruggedized design for field use.
Wireless connectivity.
On board libraries for quick comparison.
In essence, this is a marketing description for a sophisticated handheld tool designed for rapid and accurate material analysis.