NanoSP is a state-of-the-art software with an intuitive interface, distinguished for its ease of use, and providing the following functionality:
- Control of all automated units and modules of the scanning confocal Raman microscopes-spectrometers of the SOL instruments Confotec® series
- Performing spectral measurements at a point on the sample in various acquisition modes, panoramic spectra, peak tracer, multitude of spectra representation
- Acquiring one-dimensional, two-dimensional or three-dimensional maps of the sample using the reflected laser light and Raman scattering signals
- Processing and analysis of the acquired experimental data
NanoSP is a state-of-the-art software with an intuitive interface, distinguished for its ease of use, and providing the following functionality:
- Control of all automated units and modules of the scanning confocal Raman microscopes-spectrometers of the SOL instruments Confotec® series
- Performing spectral measurements at a point on the sample in various acquisition modes, panoramic spectra, peak tracer, multitude of spectra representation
- Acquiring one-dimensional, two-dimensional or three-dimensional maps of the sample using the reflected laser light and Raman scattering signals
- Processing and analysis of the acquired experimental data
Control of all automated units and modules
- System condition test
- Rapid setting the optimum parameters for spectral information detection
- Additional level of parameter customization for advanced users
Performing spectral measurements at a point on the sample
- Spectra detection in various acquisition modes
- Acquiring panoramic spectra
- Multitude of spectra representation on the same graph
- Peak tracer
- Converting spectra into different formats
Automated fluorescence background correction
Peak fitting and Raman bands fitting
Control of all automated units and modules
Performing spectral measurements at a selected point on the sample
Automated fluorescence background correction
Peak fitting
Automated spectral calibration
Acquisition of spectral images
Uniquely fast mapping
Rapid panoramic mapping
Automated spectral calibration with a built-in light source
The best wavelength accuracy by utilizing a compact reference light source
Acquiring spectral images of the objects
- Very fast scan through the original SOL instruments® algorithm
- Full Raman spectra saving in every point
- Creating of color-coded maps which shows molecular species distribution
Rapid panoramic mapping of a large sample area with the galvanic mirror scanner and automated stage
Metrical and statistical image analysis
- Measuring of spacing intervals and areas
- Finding the min, max, sum, standard deviation, and other image statistics
Image processing
- Large variety of functions for mathematical processing
- Convenient representation of the results, various color schemes
- Digital filtering of images
- Building histograms
Axonometric representation of images
Metrical and statistical image analysis
Image processing
Digital filtering of images
Axonometric representation of images
Section view
Mathematical operations
Automated focusing on a sample surface
Section view
- Viewing any cross sections and convenient presentation of results
- Cross section analysis
Mathematical operations with spectra and images
- Summing and subtraction, smoothing, etc.
- Correction for cosmic ray emissions
Automated focusing on a sample surface with reflected unit
When you change between the objectives, the NanoSP software can ensure you are focused. Automated focusing on the sample surface performs with the use of the reflected laser light.
Linking to the Raman spectral databases
- Working with the spectral database (spectrum identification is possible using advanced capabilities of the LabCognition software package)
- Ability to create your own spectral libraries
- Spectrum interpretation, functional groups search using Raman bands
Optional chemometric software package
3D data analysis and visualization
3D representation of data and all kinds of sections
- Resizing images, rotating images
- Digital filtering, display in different colors, etc.
- 3D representation with varying degrees of transparency
Experiment management and program configuring
Linking to the Raman spectral databases
Spectrum interpretation
Chemometric software package
