A powerful, non-destructive tool for rapid physical and chemical analysis of a wide range of materials, including solids, liquids, powders, and even biological samples. It requires no special sample preparation or vacuum environment, making it ideal for everyday laboratory use. Raman spectroscopy works by analyzing molecular vibrations, offering both qualitative and quantitative data about chemical composition, functional groups, and concentration. Subtle shifts in spectral peaks can even reveal temperature or pressure changes within a sample.

This system integrates confocal optical microscopy for high-resolution, localized analysis with sub-micrometer precision. Its motorized stage and scanning mirrors enable 2D and 3D Raman mapping, allowing detailed chemical imaging of specific regions or layers within transparent samples — without damaging or altering them. Unlike infrared spectroscopy, Raman spectra are not affected by atmospheric moisture, making it ideal for analyzing aqueous solutions and delicate organic materials. Thanks to low-power laser excitation, there’s minimal risk of heating or destroying samples, ensuring clean, high-quality spectra. The LS RamBo 620 offers an advanced, flexible platform for researchers across materials science, chemistry, and life sciences to explore and map molecular structures in unparalleled detail.

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