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CRM100 is a Raman spectrometer module integrating a 785 nm narrow-linewidth laser spectrometer and Raman probe in one unit. It is supplied as a module and development kit for manufacturers building portable and handheld Raman spectrometers.

CRM100 is an OEM component rather than a finished instrument. It is bought by manufacturers who need proven Raman performance as the starting point for their own product, and who would otherwise have to integrate a spectrometer, laser and probe themselves.
The optical design addresses the two problems that usually limit a compact Raman build. Filter elements coated with high-performance filtering technology maximise transmission of the Raman signal while suppressing Rayleigh scattering, and the spectrometer and Raman probe are spatially coupled rather than fibre-linked, which removes the signal loss fibres introduce and improves acquisition efficiency. Laser power reaches 500 mW and holds stable across time and temperature variation.
Because the module is integrated and physically small, it fits the space constraints of a handheld design. A simple, reliable serial interface and a tailored design approach support secondary development, so the module can be adapted to the host product rather than dictating it.

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robust communication protocol and supported development toolkit
well-suited for localization purposes

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Explore the related operating environment
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Explore the related operating environment
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Explore the related operating environment
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Explore the related operating environment
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Explore the related operating environment
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An illustrative scenario for bringing selected analytical capability closer to a controlled incident area and shortening the information cycle between collection, analysis and operational decision.
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An illustrative response scenario showing how perimeter monitoring, complementary field instruments and disciplined sampling can support the assessment of an unknown chemical release.
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A method-led analytical workflow uses Raman, gas separation and ion-mobility techniques for different questions in rapid material research.
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At-line Raman verification supports production quality by checking compatible raw materials, intermediates or finished products against governed reference methods.
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