experimental Raman Plasmonic Hyperspectral Imaging

Product Synopsis

eRPHiX is an experimental mobile field lab instrumentation platform capable of fast hyperspectral imaging of the plasmonic effect of Raman active organic composites in colloidal liquids or on nano-substrates.

The platform is intended to facilitate the verification of sensitivity and reproducibility of SERS-substrates and the development of novel solutions.

It addresses a need of research labs and nanomaterials manufacturers.

Main Features

The present functional prototype enables the detection and dynamic hyperspectral
imaging of Raman spectra in:
·        solids, powders and liquids at a min. 10% concentration and
·        surface enhanced plasmonic Raman spectra of low concentration of organic volatiles in droplets of colloidal solutions on glass slides or solid nano-substrates

The unit has a GigE interface and can be easily connected to state-of-the-art hyperspectral imaging software packages for further data evaluation and modelling.

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It comes in a robust transportation case, is fast to build up and versatile in use, either in horizontal or vertical standing; SERS droplets are scanned in the present version on a microscope slide in vertical standing only. Customized adaptations are easy to implement.

experimental Fluoride Spectroscopic Measurement

Product Synopsis

eFLUORiX is an experimental mobile lab instrumentation platform, capable of fast and sensitive analysis of liquids by measuring the solution’s spectroscopically resolved colorimetric absorbance or fluorescence emission.

Main Features

The present functional prototype enables the rapid quantification by means of visible range spectroscopy of analytes in liquids.

Compared to simpler colorimeters (which use filters), eFLUORiX is specifically built around an optical transmission spectrograph. This allows the application of derivative spectroscopy methods, enabling thus highly sensitive quantification of
investigated analytes.

The provided PC-based eFLUORiX software enables the display of measurement data and the quantitative
calibration of the measurement task. Classical analytical techniques like spectral peak heights, peak areas and ratios are implemented, allowing an easy calibration of quantities of investigated species.

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All basic spectral data can be recorded and accessed by the user for further processing with alternative chemometric tools.

It comes in a robust transportation case, fast to build up and versatile in use.
The Windows 10 PC is included and eFLUORiX software is installed.
Customized adaptations are easy to implement.

This product development has received funding support from the Austrian Research Promotion Agency (FFG) - Mobility of the Future Programme

 B.GASUS