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Orion™ 2117xp Chloride Analyzer

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  • Opus Full Spectrum Analyzer

    Opus Full Spectrum Analyzer

    OPUS is the new generation of spectral probes for the online measurement of nitrogen and carbon compounds. By analyzing a complete spectrum, OPUS is able to provide reliable readings for N-NO 3, N-NO 2, organic compounds (COD eq, BOD eq, DOC eq, TOC eq) and a range of other. OPUS 9. OPUS is a true 64 Bit software, delivering utmost performance under native 64 Bit operation. This manual is a quick reference guide about the OPUS spectroscopy software.


  • DN2000 Spectrum Analyzer

    DN2000 Spectrum Analyzer

    This is a small lightweight benchtop spectrum analyzer with coverage from 9 kHz up to 2. This analyzer includes most analysis functions such as RBW, VBW, Span, Markers and basic signal demodulation. The NXT-2000 Tri-Band Portable Spectrum Analyzer, when used with AirCheck® G3, EtherScope® nXG, or CyberScope ®, delivers a complete view of RF interference and its impact on your network's performance. Opt In YES! I want Coherent. The SPECTRAN® V4 DF is a lightweight, cost-effective handheld solution with spectrum analysis and direction finding capabilities – ideal for radio monitoring, interference detection, research, education, and military applications. Spectrum Analyzers Three Year Total Product Protection Plan. Siglent's innovative spectrum analyzers provide reliable measurement precision and a wide range of RF measurement functions.

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  • Metal content analysis by hyperspectral analyzer

    Metal content analysis by hyperspectral analyzer

    This study introduces a rapid, non-destructive method for detecting wear metal content in lubricating oil using hyperspectral technology to overcome limitations such as bulky, expensive instruments and destructive testing in current spectroscopic techniques. The physiological and biochemical parameters of crops undergo similar changes under different heavy metal stresses. PPI-VCA with prior-guided SAM improves endmember purity and interpretability. Traditional alloy identification methods such as X-ray fluorescence or laser-induced brea down spectroscopy, are precise but often costly, slow, or destructive.


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