• Cascade Technologies

    Glendevon House Castle Business Pk
    Stirling FK9 4TZ
    United Kingdom
    44-1786-447-721
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    More Info on Cascade Technologies

    Provides application of Mid IR quantum cascade lasers. The advanced laser system was developed for multiple applications spectroscopy, gas sensing, and characterization. The company also sells QC lasers and digitizers.

    Articles

    Emerson acquired Cascade Technologies, manufacturer of gas analyzers and monitoring systems using quantum cascade laser (QCL) technology.
    (All images courtesy of Cascade Technologies)
    FIGURE 1. A modular, ruggedized architecture includes interchangeable laser modules and dual-path-length gas cells, easily configured to meet particular application requirements.
    A patented quantum-cascade laser intrapulse technique is at the heart of a ruggedized, accurate, industrial measurement platform designed to disrupt conventional gas measurement...
    Paris, France and Stirling, Scotland--Morpho and Cascade Technologies have installed a next-gen mid-IR QC-laser-based optical spectroscopy system for a field trial at Glasgow ...
    STIRLING, SCOTLAND-Cascade Technologies has won the Science and Technology Entrepreneur of the Year title at the Ernst & Young Scotland Entrepreneur of the Year Awards 2007.
    Courtesy of Cascade Technologies
    The advantages of the QC laser have been harnessed in a commercialized gas-sensor platform (top). This platform can switch up to four lasers to eight measurement points simultaneously. In a typical emissions-monitoring application (bottom), design features such as fiber coupling and in situ probes improve measurement integrity.
    Extensive research and manufacturing improvements are delivering the output power levels and spectral behavior necessary to prove quantum-cascade lasers viable for commercial ...
    FIGURE 1. Raw data for background and transmission spectra of room air was recorded using a 1270-cm-1 QC laser with intrapulse spectroscopy. A 2000-ns pulse is applied to the laser resulting in a frequency chirp, which sweeps the laser through the spectroscopic transitions of interest. A 0.048-cm-1 germanium etalon signal confirms greater than 6-cm-1 single-mode tuning.
    Innovative spectroscopic techniques and advances in spectrometer hardware promise major performance and cost improvements in tunable diode-laser absorption gas sensors.

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