CRAIC launches 5D spectral surface mapping tool
CRAIC Technologies, a Californian provider of scientific instrumentation, has launched its 5D Spectral Surface Mapping tool for analysing the composition, morphology, and behaviour of materials at the micro and nanoscale.
Spectral mapping, a technique combining spectroscopy and microscopy over surfaces, allows researchers to visualise and analyse the spatial distribution of chemical and structural properties within samples with high detail and precision.
"The introduction of our 5D Spectral Surface Mapping solution marks a significant milestone in the field of materials science and microscale spectroscopy," said Paul Martin, president of CRAIC Technologies.
"By integrating high-performance UV-Visible-NIR, Raman and Photoluminescence microspectroscopy systems with sophisticated spectral analysis and mapping algorithms, we are enabling researchers to unravel the complexities of diverse materials with unprecedented clarity, accuracy, and efficiency."
The 5D Spectral Surface Mapping tool's spectral mapping algorithms facilitate the acquisition of spatially resolved spectral data across samples, allowing researchers to correlate chemical and structural information with sample morphology and composition.
The support of multi-modal spectral techniques, including UV-visible-NIR, fluorescence, photoluminescence, Raman and thin film thickness, providing researchers with versatile spectral imaging options for a wide range of sample types and research objectives.
Intuitive software interface and data visualisation tools are designed to streamline data acquisition, analysis, and interpretation, enabling researchers to extract meaningful insights from complex spectral datasets with ease, according to CRAIC.
