Super Aurius Performance

The Super Aurius range offers uncompromised performance and analytical power only available in much larger and more expensive instruments. With 1.8nm optical bandwidth even closely spaced or narrow bands may be resolved, as illustrated by the benzene vapour spectrum shown here.

With the added power of the 'Quant S' software module, scans may be overlayed and differencing, stripping and band area computation carried out.

Storage for 30 spectra, with full security, is provided. Derivative spectra are also standard, with multi-cell Kinetics provided by the 'Kinetics K' module.

Derivative Spectra

Spectral information is often masked by overlapping absorption bands, sloping background absorption, or the occurrence of a small peak or shoulder on the side of a broad absorption band.
Derivative spectroscopy may be used to enhance fine detail, reduce the effects of a sloping background and accurately locate a masked band for measurement.

Derivatives may be displayed alone or superimposed on the fundamental, with or without an offset.

Band Quantification

For accurate quantitative work it is often required to determine the area or height of an absorption band corrected for background absorption.

A very easy to use programme is provided for this purpose. The analytical result is displayed on the screen, with construction lines, enabling the quality of the chosen parameters to be assessed.

Band quantification may be stored as a method security protected.

Multi-Cell Kinetics

The Super Aurius Series offers multi-cell Kinetics as well as single cell Kinetics as available on the Aurius Series. Plots are displayed on the screen and printed.

Regression analysis is applied to the user selected portion of the reaction curves (t1-t2) and results are reported in Units/Litre.
Data may be reprocessed and curves stored security protected.

Water and thermoelectric sample temperature control are available, also sample stirring.