Request InfoTeledyne Princeton InstrumentsPrinceton Instruments and Acton Research Corp. have created the TriVista triple Raman spectrometer with an optimal working range from 250 to 1050 nm and typical spectral resolution of <0.02 nm over the entire range, or 0.2 cm−1 at 500 nm. High stray-light rejection allows Raman spectra down to 5 cm−1 from the laser's Rayleigh line. Optionally, Stokes and anti-Stokes can be acquired at once. Multiple I/O options and scanning photon counting are supported. A sample chamber is available for solid and liquid samples. The multiple entrance option allows three sources to be connected...See full productRelated content from Photonics MediaPRODUCTSPhotonics Showcase September 2022 IssuePEBBLE OEM SpectrometerThe Pebble spectrometer enables high sensitivity in a miniature, cost-effective, and configurable package. 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Just as heat waves shimmering above a hot patch of ground can distort our...Photonics HandbookSpectroscopy: Mastering the TechniquesThe scope of optical spectroscopic instrumentation is indeed very broad. Many analytical methods rely on the interaction of radiation with matter and are often described in the context of quantum and...Photonics HandbookQCL Primer: History, Characteristics, ApplicationsSince its first successful operation in 1960 at Hughes Research Labs, the laser technology has been at the center of innovation and research. Semiconductor lasers first made their appearance in 1962...Photonics HandbookIntegrating Spheres: Collecting and Uniformly Distributing LightAn integrating sphere’s function is to spatially integrate radiant flux (light). 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With respect to spectroscopy, a false image of a spectral line formed by...VIDEOSPhotonics.com 11/20/2023The Most Precise and Flexible Optical Cryostats - Andor TechnologyAndor's range of optical cryostats provide cryogenic sample environments with a variety of design and performance characteristics. 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