Xenemetrix Ltd. products

A small compact analyzer that can easily be transported to the job site. When the task calls for fast, real time, high quality results, the S-Mobile spectrometers are the perfect answer for the job. This powerful 50kV, 50 Watt portable X-ray analyzer is capable of rendering sensitive and precise analysis, similar to laboratory class analyzers.

Ideal for Ultra Low Sulfur applications in diesel, oils, fuels, gasoline & other. A small compact analyzer that can easily be transported to the job site. When the task calls for fast, real time, high quality results, the S-Mobile spectrometers are the perfect answer for the job. This powerful 50kV, 50 Watt portable X-ray analyzer is capable of rendering sensitive and precise analysis, similar to laboratory class analyzers.

The powerful Energy Dispersive X-ray Fluorescence (EDXRF) analyzers of Xenemetrix are capable of more sensitive and precise analysis than can be expected from a laboratory class analyzer.

Xenemetrix’s X-Calibur Energy Dispersive X-Ray Fluorescence (EDXRF) spectrometer offers a cost-effective solution in today’s market for elemental analysis.

Xenemetrix’s Genius IF (Secondary Targets) EDXRF spectrometer offers a cost-effective solution in today’s market of elemental analysis. The analyzer provides a non-destructive qualitative and quantitative determination from Carbon(6) to Fermium(100), providing detection limits from sub-ppm to high weight percent concentrations.

The Restriction of Hazardous Substances (RoHS) is a set of standards that limit the use of certain toxic metals in electrical and electronic equipment. The fast quantitative analysis allows manufacturers to comply with the new regulations, while automatically identifying the matrix components and selecting optimal acquisition parameters for samples of various matrices, thicknesses, and sizes. RoHS fully complies with the latest RoHS 2 2011/65/EU directive and is ready for future regulation updates and upgrades.

Xenemetrix’s laboratory Energy Dispersive X-ray Fluorescence (EDXRF) spectrometers offer the ultimate non- destructive solution in elemental analysis applications. The Silicon Drift Detector (SDD) simultaneously delivers lower electronic noise and a higher count rates, which is translated into higher energy resolution and faster results in comparison with Si-PIN detector.

Xenemetrix laboratory Energy Dispersive X-ray Fluorescence (EDXRF) spectrometers offer the ultimate non- destructive solution in elemental analysis applications. The Silicon Drift Detector (SDD) simultaneously delivers lower electronic noise and a higher count rates, which is translated into higher energy resolution and faster results in comparison with Si-PIN detector.

The Apollo analyzer can test for inorganic air pollutant species while supporting compliance with the US-EPA’s air quality regulation requirements. Along with the power to quantify the deposits of airborne particulates up to 60 elements, the Apollo is fast, accurate, easy to use, and achieves low detection limits. With the ability to analyze filters “as received” without destruction and with no preparation or extraneous handling, the instrument ensure that the air filter sample can be preserved for future reference.

The new induction fluxers F1 and F2 have been specially created to speed up and facilitate the process of preparation of glass discs for their analysis via XRF, and solutions of AA for ICP. They can produce, accurately and fast, beads and solutions with classical flux (Borates) as well as undertaking high quality fusions of non oxidized elements with peroxide. It is effective both in high and in low temperatures. They can easily adapt to your production needs, as it is designed to accept up to ten fusion modules using the same control unit, becoming that way a real Production and Control System of discs and solutions. Also, both equipment admit crucibles of different materials, such as platinum, zirconium, nickel, etc., as the unit adjust automatically the best frequency of the resonant system for the type of crucible being used.