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The X-Cite system utilizes 35kV, 9-watt X-ray technology to analyze samples without damaging them. This approach is particularly valuable in applications where limited sample quantities are available or where sample integrity must be preserved for other purposes. The innovative unit outperforms traditional systems without the cost and difficulties associated with liquid nitrogen cooling. Full computing capabilities are integrated into the system’s self-contained design for comprehensive data analysis and transfer. Coupled with X-Cite’s MIL810E certified shock resistance and space-saving form factor, the unit is ideally suited for mobile lab applications.
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Energy Dispersive X-ray Fluorescence (EDXRF) is an analytical technique used to detect all elements at once and determine the concentration levels present.
The powerful 50kV, 50 Watt X-Calibur Energy Dispersive X-ray Fluorescence (EDXRF) spectrometer system is contained within a single cabinet and configured for benchtop operation. This exciting evolution in Xenemetrix product line delivers performance capabilities similar to traditional liquid nitrogen-cooled detector units by achieving similar resolution to an LN2 cooled Si(Li) detector.
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Xenemetrix Precious Metal Analyzer (X-PMA) is a non-destructive technique that can easily identify and quantify the presence of various elements such as gold, platinum, silver and other precious and base metals present in jewelry, coins and other forms. Analysis is often achieved within a matter of minutes. Solid samples as small as 2 centimeters can also be analyzed. Essential advantages of using XRF are the high reproducibility, precision, high accuracy and its ability to give the same as or nearly as good as quantification as fire assay - without destroying the sample
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A small compact analyzer that can be taken to the job site. When the task calls for fast real time high quality results the S Mobile meets the job description perfectly. This powerful 50kV, 50 Watt portable X-Ray Analyzer is capable of sensitive, precise analysis that you would expect from a laboratory class analyzer. The ease of use, portability and fast precise analysis makes this instrument of choice for those field excursions where knowing what you are looking at will help you make the most of your field excursion time as well as plan future surveys.
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If you are looking for Fast and Easy Method for Ensuring Compliance with Environmental Regulations for Hazardous Substances, Xenemetrix RoHS Vision is the instrument for your needs. Instrument is compact, analytically powerful and easy-to use for non-technical people with the same confidence as skilled users. It is able to meet all of the levels of the ROHS Directive MCV verification tests and utilizes the test procedures used in the IEC TC111 White Paper
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Designed especially for difficult sample matrices, the EX-3600M gives customers a choice of advanced powerful options to optimize the instrument for your particular application. The result is a custom-built, high performance instrument, at a price less than that of a larger laboratory unit. The EX-3600M's options include the specialized CLS (Custom Line Source) that increases excitation energy to specific hard-to-measure elements within the sample matrix. The CLS option provides increased peak to background ratio and improved detection limits - a 5x improvement in the MDL for sodium (Na). The ultra-sensitive LEO (Light Element Optimized) detector option affords a 10x improvement in the MDL for sodium (Na). Analyzer is also available in a thermoelectrically cooled version - EX-3600M TEC.
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 Advanced Wide Angle Geometry (WAG™) optics provide high x-ray flux, which leads to optimal excitation conditions. Through the use of secondary targets with computer-varied voltages and emission currents, the EX-6600 provides polarized excitation energy, increased signal-to-noise ratio, superior sensitivity and selective excitation of elements. The near absence of background radiation produces extremely low detection limits. The Multi-Channel Acquisition resolution provides superior peak-to-background ratio for improved detector response.
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