Industry & Quality Control
With a small footprint but a great performance and efficiency, our spectrometers are tailored for industry-specific application in chemical, food, pharmaceutical, agriculture, and light industries, among others.
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Assessing the Color and Bitterness of Beer according to the SRM and EBC methods using both a cuvette and a flow cell
In this application note, we used an absorbance setup, combining a deuterium tungsten-halogen high power light source (LS-DWHP) with the FLEX spectrometer, and tested the bitterness and color of beer using either a cuvette as a standard laboratory solution and a flow cell for inline measurements .
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Measuring the purity of olive oil using UV-Vis absorption spectroscopy
In this application note, we used an absorbance setup, combining a deuterium tungsten-halogen high power light source (LS-DWHP) with the FLEX spectrometer in a UV-Vis-NIR absorption configuration to verify the quality of three labeled olive oil samples.
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Measuring the CIELAB color space of two fabrics using an integrating sphere
In this application note, we combined the tungsten-halogen lamp of our LS-W20 with a Vis/NIR FLEX spectrometer and the new Sarspec's Integrating Sphere with a Slide System for color coordinates according to CIELAB color space.
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Measuring the Color Intensity and Shade of Red Wine using an absorption cuvette and flow cell
In this application note, we used an absorbance setup, combining a deuterium tungsten-halogen high power light source (LS-DWHP) with the FLEX spectrometer in a UV-Vis absorption configuration both with a cuvette and a flow cell for the determination of Color Intensity and Shade of Red Wine.
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Investigating the amount of ultraviolet and visible light transmitted by sunglasses
In this application note, we used and absorbance setup, and combined a high-power deuterium tungsten-halogen light source (LS-DWHP) with a FLEX spectrometer to investigate the amount of ultraviolet and visible light that passes through the optical sun lens of five different sunglasses.
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Determining the amount of blue dye present in four peanut chocolate candies using UV-Vis absorption spectroscopy
In this application note, we used an absorbance setup combining a high-power deuterium tungsten-halogen light source (LS-DWHP) with a FLEX spectrometer in an absorption configuration to determine the amount of blue dye present in four blue peanut chocolate candies.