Skalar is pleased to present the next step in automation for the small scale sealed-tube COD analysis including automatic sample pipetting. This new feature completes the automation of st-COD procedure.
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Skalar launches its latest Robotics software package for controlling the range of Robotic analyzers.
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Increased sensitivity can be achieved for the automated Phosphate method by implementation of a special flow cell in the San++. This long pathlength flow cell combines an increased optical pathlength of 500 mm with a small sample volume (125 µl).
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Skalar's most recent development is the implementation of a new type of flow cell in the San++ which increases the sensitivity for the automated procedure of Phenol analysis considerably.
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Skalar is pleased to introduce its next generation of the HTAccess™ software package, used by the TOC/TN analyzer range.
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Skalar India has been moved to a new office in Chennai.
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Skalar was present during the International Conference on Flow Analysis in Krakow, Poland.
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Skalar Belgium is moving to a new office.
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Skalar has developed a highly accurate and reliable application for detecting low levels of anionic surfactants in all kind of water samples for the San++ continuous flow analyzer.
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To enable quick, easy and save transport between one location to another, Skalar has now special transport cases available for the San++ seawater analyzer.
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