The GC-IMS-SILOX is a stand-alone device that has been developed for user-friendly and reliable one-site measurements of siloxanes in biogas, landfill or sewage gas.
The device has a straight-forward single-click menu and can alternatively be run as online monitoring system testing the gas automatically in user defined intervals. Results of siloxanes, silica (SiO2) same as silicon (‘Total Si’) are stored on its flash memory and shown on the 6.4" touchscreen or the ‘Total Si’ value is transferρed via 4–20mA or MODBUS (TCP). To run the system it only takes power and nitrogen (cylinder or N2 -generator).
Flexible sampling is assured by an integrated pump and a six-port valve to either test from gas sample-bags or as preferred directly from the gas pipe via a by-pass. Condensation water can be trapped by the use of an optional (GENIE-) filter.
Its menu allows that an on-site test can securely be carried out by non-specialists. Alternatively it can be used as a 24/7 based on-line monitoring tool to test for individual siloxanes at their relevant concentration levels to take immediate on-site decisions.
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The technical configurations with gas chromatographic (GC) columns include standard capillary (15-60m) or multi-capillary of various stationary phases that are selected acc. to the requirements of the analytical assignments.
The GC-IMS has integrated temperature and flow controller allowing firmware steered ramping to better separate highly volatile compounds and shorten run times which is decisive QC related assignments. The availability of positive same as negative ionization modes enables the applicability for a wide range of substances e.g. ketones, aldehydes, alcohols, amines, phosphor organics same as chlorinated or halogenated compounds.
The integrated six-port valve secures a very flexible sampling of gases. Further to that all relevant measurement parameters for method development are easy to access so that the operator can optimize the system with regard to his specific application.
The GC-IMS operates isotherm in a range of 40-80°C and >100°C for baking out (cleaning). The GC-IMS provides an automatic data acquisition on the device and when connected to a PC 3-D data visualization and analysis by G.A.S. software suite called Laboratory Analytical Viewer (LAV). Besides the possibility of quantifying single marker compounds additional software plug-ins allow to easy detect the appearance of new compounds or the differences of concentrations of existing compounds. The result classifies differences from a selected reference (golden standard) to quickly characterize e.g. the quality of a sample.
An easy menu, manual or automatic operation modes as well as data acquisition, -analysis on board plus analogue data output via 4-20mA current loop facilitate a remote online process control. While the standard configuration of the GC-IMS requires N2 or synthetic for its operation it can alternatively be equipped with a circular gas flow unit (CGFU) to be independent from any external gas supply. All these characteristics together represent highest flexibility and make up the usefulness of the GC-IMS as analytical online and/or on-site tool.
Through this the device can be applied for several analytical measurements e.g. testing for residual solvents, impurities from production, off-flavour detection, product or ingredients authentication, bad smell or TICs monitoring from industrial plants, perfume and cosmetics on human skin, etc.
ΠΕΡΙΛΑΜΒΆΝΕΙ
The technical configurations with gas chromatographic (GC) columns include standard capillary (15-60m) or multi-capillary of various stationary phases that are selected acc. to the requirements of the analytical assignments.
The GC-IMS has integrated temperature and flow controller allowing firmware steered ramping to better separate highly volatile compounds and shorten run times which is decisive QC related assignments. The availability of positive same as negative ionization modes enables the applicability for a wide range of substances e.g. ketones, aldehydes, alcohols, amines, phosphor organics same as chlorinated or halogenated compounds.
The integrated six-port valve secures a very flexible sampling of gases. Further to that all relevant measurement parameters for method development are easy to access so that the operator can optimize the system with regard to his specific application.
The GC-IMS operates isotherm in a range of 40-80°C and >100°C for baking out (cleaning). The GC-IMS provides an automatic data acquisition on the device and when connected to a PC 3-D data visualization and analysis by G.A.S. software suite called Laboratory Analytical Viewer (LAV). Besides the possibility of quantifying single marker compounds additional software plug-ins allow to easy detect the appearance of new compounds or the differences of concentrations of existing compounds. The result classifies differences from a selected reference (golden standard) to quickly characterize e.g. the quality of a sample.
An easy menu, manual or automatic operation modes as well as data acquisition, -analysis on board plus analogue data output via 4-20mA current loop facilitate a remote online process control. While the standard configuration of the GC-IMS requires N2 or synthetic for its operation it can alternatively be equipped with a circular gas flow unit (CGFU) to be independent from any external gas supply. All these characteristics together represent highest flexibility and make up the usefulness of the GC-IMS as analytical online and/or on-site tool.
Through this the device can be applied for several analytical measurements e.g. testing for residual solvents, impurities from production, off-flavour detection, product or ingredients authentication, bad smell or TICs monitoring from industrial plants, perfume and cosmetics on human skin, etc.
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Syft Tracer is next generation of SIFT-MS real-time trace gas detection designed to solve the most difficult analytical challenges. This advancement to SIFT-MS delivers trace-level detection sensitivity, unparalleled performance stability, superior selectivity, and highly reproducible, quantitative data.
Syft TracerTM is the latest advancement in real-time, direct injection mass spectrometry (MS) built to solve the most difficult analytical challenges faced within a variety of industries and applications.
This advancement to SIFT-MS delivers trace-level detection sensitivity, unparalleled performance stability, superior selectivity, and highly reproducible, quantitative data. Target multiple analytes in the same analysis without the need for sample prep or other time-consuming chromatography steps. Run chemically diverse compounds in one method, or between numerous methods, with a single instrument configuration that does not require changeover or reequilibration steps. Syft Tracer is engineered for durabality and optimized for high-throughput environments where 24/7 operation is the standard. Never miss a product or environmental contamination event again.
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Syft Tracer is next generation of SIFT-MS real-time trace gas detection designed to solve the most difficult analytical challenges. This advancement to SIFT-MS delivers trace-level detection sensitivity, unparalleled performance stability, superior selectivity, and highly reproducible, quantitative data.
Syft TracerTM is the latest advancement in real-time, direct injection mass spectrometry (MS) built to solve the most difficult analytical challenges faced within a variety of industries and applications.
This advancement to SIFT-MS delivers trace-level detection sensitivity, unparalleled performance stability, superior selectivity, and highly reproducible, quantitative data. Target multiple analytes in the same analysis without the need for sample prep or other time-consuming chromatography steps. Run chemically diverse compounds in one method, or between numerous methods, with a single instrument configuration that does not require changeover or reequilibration steps. Syft Tracer is engineered for durabality and optimized for high-throughput environments where 24/7 operation is the standard. Never miss a product or environmental contamination event again.
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The Syft Explorer offers real-time and selective analysis, presented in a mobile solution. This allows investigation of contamination sites and short-term chemical leaks for critical concentration levels. Detect crucial volatile emissions at their source such as airborne molecular contaminants. Syft Explorer comes with built-in data acquisition and processing capabilities, facilitating quick decision-making from sample measurements. It provides high resolution data collection at locations of interest without the need for chromatography or sample preparation.
Syft Explorer is an all-in-one solution designed for environmental, indoor air and semiconductor applications. It delivers high sensitivity, exceptional performance stability, and highly reproducible data. With its mobile functionality, it enables rapid, selective, and reliable analysis of contaminants at ambient air sites. Syft Explorer offers a unified configuration for analyzing volatile organic compounds and inorganics with a single method or between multiple methods. It enables continuous, on-line analysis and provides a dedicated user-friendly interface for instrument control, status information and data visualization.
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The Syft Explorer offers real-time and selective analysis, presented in a mobile solution. This allows investigation of contamination sites and short-term chemical leaks for critical concentration levels. Detect crucial volatile emissions at their source such as airborne molecular contaminants. Syft Explorer comes with built-in data acquisition and processing capabilities, facilitating quick decision-making from sample measurements. It provides high resolution data collection at locations of interest without the need for chromatography or sample preparation.
Syft Explorer is an all-in-one solution designed for environmental, indoor air and semiconductor applications. It delivers high sensitivity, exceptional performance stability, and highly reproducible data. With its mobile functionality, it enables rapid, selective, and reliable analysis of contaminants at ambient air sites. Syft Explorer offers a unified configuration for analyzing volatile organic compounds and inorganics with a single method or between multiple methods. It enables continuous, on-line analysis and provides a dedicated user-friendly interface for instrument control, status information and data visualization.
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Maximizing the sensitivity, repeatability, and robustness of your LC and LC-MS applications is critical. The ACQUITY Premier System is the next evolution of the Performance LC System which include the ACQUITY UPLC H-Class PLUS and ACQUITY UPLC I-Class PLUS Systems. Along with the reliability, ruggedness, high quality, and configuration flexibility you expect from the ACQUITY UPLC PLUS Series, the ACQUITY Premier System delivers a step change in chromatographic performance, lab efficiency, and risk control.
The ACQUITY Premier System features MaxPeak High Performance Surfaces (HPS) Technology, which offers improvements in separation and detection of metal-sensitive analytes, enabling you to minimize the risk of undetected analytes – for increased efficiency and confidence in your results.
Recommended Use: For improving the peak shape and reproducibility for the most challenging metal-sensitive compounds.
ΠΕΡΙΛΑΜΒΆΝΕΙ
Maximizing the sensitivity, repeatability, and robustness of your LC and LC-MS applications is critical. The ACQUITY Premier System is the next evolution of the Performance LC System which include the ACQUITY UPLC H-Class PLUS and ACQUITY UPLC I-Class PLUS Systems. Along with the reliability, ruggedness, high quality, and configuration flexibility you expect from the ACQUITY UPLC PLUS Series, the ACQUITY Premier System delivers a step change in chromatographic performance, lab efficiency, and risk control.
The ACQUITY Premier System features MaxPeak High Performance Surfaces (HPS) Technology, which offers improvements in separation and detection of metal-sensitive analytes, enabling you to minimize the risk of undetected analytes – for increased efficiency and confidence in your results.
Recommended Use: For improving the peak shape and reproducibility for the most challenging metal-sensitive compounds.
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Elevate your research beyond Raman with the RMS1000: Its open architecture design allows for extensive customization and upgrades, covering every application need, no matter how complex.
The RMS1000 is a Multimodal Confocal Raman Microscope built for adaptability and designed to grow, upgrade, and evolve with your research needs.
Built without compromise, this premium research tool offers unmatched specifications and ease of use. Its unique design allows full optimisation to any Raman microscopy application. With versatile laser, detector, and spectrograph options, the RMS1000 is perfect for any laboratory, finding applications in bioscience, nanomaterials, pharmaceuticals, semiconductors, geology, and more.
The RMS1000 is more than a Raman-only system. Harnessing Edinburgh Instruments’ extensive expertise in photoluminescence, we’ve integrated advanced fluorescence techniques to create a user-friendly, multimodal instrument. Seamlessly operate Raman and fluorescence lifetime imaging (FLIM) in a single software package, making RaFLIM® data acquisition from the same point both easy and intuitive.
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