Our instrument is especially optimized for fast hyperspectral imaging of complex samples and materials, where a full Raman spectrum is collected at every pixel. This technique, combined with advanced ...

The study establishes that advances in both sensor platforms and AI models have been instrumental in elevating crop type ...

Our system is optimized for fast hyperspectral Raman imaging of sample surfaces (areas up to a few square millimeters) at spatial resolutions down to about 1 micron. We are equipped with 532 nm and ...

LabRAM Soleil™ enables high-quality Raman imaging up to 100 times quicker compared to a traditional Raman spectrometer. TurboDrive™—Quick grating turret drive of up to 400 nm/second SmartSampling™—New ...

Raman microscopy is a useful technique for imaging biological samples because it can provide chemical information about specific molecules—such as proteins—that take part in the body's processes.

In addition, tissue can be spectroscopically mapped over large regions using single wavenumber mapping (fastest) or hyperspectral mapping where ... noise and spatial resolution for both IR and Raman ...

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However, traditional hyperspectral Raman imaging can only detect targets close to the instrument. The researchers used a combination of hyperspectral Raman spectroscopy and lidar for remote detection.

Importantly, this was achieved using 3D Raman imaging, a noninvasive method that provides detailed, spatial insights into the chemical reactions occurring within live cells. Their study revealed ...

Alkynes show characteristic and strong Raman scattering light that is not shown by intracellular molecules, despite being very small entities. Therefore, we investigated the use of alkynes as tags for ...