We present a novel hyperspectral imaging system working in the visible and in the short-wave infrared (SWIR) spectral region based on a Fourier-transform approach. The technology presents an exceptional light throughput, a high spatial resolution, a software adjustable spectral resolution, and a wide versatility of use. In this work, we illustrate a broad portfolio of applications both in the visible and in the SWIR regions, with particular focus on microscopy and biology, cultural heritage, and quality control for the agri-food sector, in collaboration with a vertical farm.
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