OPUS/3D is a modern and intuitive spectral imaging software package for comfortable 3D data processing, evaluation and visualization. For visual and spectral data from micro-spectroscopic analysis e.g. with the Bruker microscopes LUMOS, HYPERION, SENTERRA II and RamanScope III, the OPUS/3D Chemical Imaging window provides powerful tools and functions.
Broad Variety of 2D and 3D Views for the display of chemical images resulting from regular (line, rectangular) and irregular mapping measurements.
View for user-selected Spectra in a 3D file.
Identification of Sample Components by library search of individual spectra from 3D data.
Uni- and multivariate Evaluation of 3D spectral Data. Selection of available methods: - Integration of user-defined bands (interactive and by predefined methods) - Peak picking - Quantification via univariate and multivariate (PLS) calibrations - Correlation of 3D data with single component spectra - 3D cluster analysis - Principal component analysis (PCA) of 3D data including calculation of loadings and factors
Combination of up to 8 Components in one Red Green Blue image (classical and “winner takes it all”).
Processing of 3D spectral Data. Selection of available methods: - Atmospheric compensation for minimized spectral interference by water vapor and CO2 - Subtraction of single and multiple spectra with automatic determination of scaling factor - Normalization functions (minimum-maximum- and vector normalization, offset correction) - Calculation of derivative spectra - Conversion of spectra (Absorbance, transmittance, ATR, reflectance)
Processing of individual Spectra inside 3D files
Extraction of single Spectra Files from 3D Data and creation of 3D data from single files
High Quality Export of all Views to different graphical formats, clipboard or printer