Chemical Imaging

This technique allows high-resolution chemical images to be obtained based on the absorption of infrared radiation by materials. FTIR imaging makes it possible to identify the distribution of chemical components within a sample and is particularly useful in the pharmaceutical, biomedical, and industrial fields.

This technique provides chemical maps based on the Raman scattering of laser light, identifying molecular composition and structural variations in materials. It is used in the pharmaceutical industry, cultural heritage, semiconductors, and advanced materials to analyze microplastics, pigments, minerals, and contaminants.

This methodology uses a beam of primary ions to analyze the surface of a material, obtaining images of the elemental and molecular distribution with submicrometric resolution. It is applied in the electronic, biomedical, and environmental sectors for the study of contaminants, biomolecules, and thin coatings.

XPS Imaging allows the chemical composition of a material's surface to be analyzed down to a few nanometers deep, providing information on the oxidation states and chemistry of the elements present. It is used in the aerospace, automotive, and electronics industries for the inspection of coatings and surface treatments.

This technique enables the analysis of light absorption in a spectral range extending from ultraviolet to near infrared and provides chemical maps of transparent or semiconducting materials. It is used in the display industry, nanotechnology and the investigation of biomaterials.