The NanoSP software system is designed for acquisition and processing of spectral data when working with confocal scanning microscopes of the Confotec® series manufactured by SOL instruments. NanoSP provides: complete control of all automated units and modules of the microscope, performing spectral measurements at a point on the sample, automated spectral calibration with a built-in light source, background subtraction, acquisition of one/two/three-dimensional maps of the sample, as well as further data processing and analysis. Below we present the NanoSP features as a demonstration of our skills and experience. If you are interested in development of a similar software for your equipment, contact us!
Software for Confotec® microscopes
The NanoSP software system is designed for acquisition and processing of spectral data when working with confocal scanning microscopes of the Confotec® series manufactured by SOL instruments. NanoSP provides: complete control of all automated units and modules of the microscope, performing spectral measurements at a point on the sample, automated spectral calibration with a built-in light source, background subtraction, acquisition of one/two/three-dimensional maps of the sample, as well as further data processing and analysis. Below we present the NanoSP features as a demonstration of our skills and experience. If you are interested in development of a similar software for your equipment, contact us!
NanoSP: functionality of the system
Control of all automated units and modules of the confocal microscope: starting the device, checking its status and adjusting the parameters, setting the optimal parameters for recording spectral information, and additional customization of parameters for advanced users.
Performing spectral measurements at a point on the sample: spectra detection in various acquisition modes, acquisition of panoramic spectra, displaying multiple spectra on the same graph, peak tracer, converting spectra into many different formats.
Automated spectral calibration with a built-in light source: when using a built-in compact calibration light source with known reference lines, NanoSP allows you to achieve maximum accuracy in determining the positions of spectral peaks.
Background subtraction and spectral edge analysis: background subtraction for several spectra simultaneously, baseline correction, spectrum normalization, spectrum smoothing, the ability to divide Raman bands into different spectral components (to perform fitting).
Acquiring spectral images of objects: fast mapping; saving Raman spectra at each image point; generation of distribution maps of molecular compounds; overlay of color-coded Raman images showing the distribution of individual molecular complexes.
Connection with Raman spectral databases: working with spectral databases, identification of chemical compounds using the LabCognition software, creation of custom spectral libraries, interpretation of spectra, search for functional groups based on Raman peaks.
3D data visualization and axonometry: 3D representation, all kinds of sections, resizing and rotating images, digital filtering, coloring, 3D view with different degrees of transparency, and axonometric representation (image as a three-dimensional surface).