“Best of all, the pieces of jewelry do not need to be ground and scratched for measurements with the XRF instrument. “Our instrument, however, shows the precious metal content to both parties,” emphasizes Dirk Wissmann, who is responsible for the XRF spectrometer product line at SPECTRO. The precious metal content of typical gold alloys can be determined well enough with traditional touchstone testing (acid test), but this procedure requires someone with experience – and the seller has to believe the collector. Operation of the instrument is simple measurements are conducted at the press of a button.įor precious metal recycling, the handheld spectrometer offers security for both buyer as well as seller. In addition, the XRF instrument’s non-destructive measuring makes it suitable for applications in archaeometallurgy.
#Used spectro xsort portable
The inexpensive, portable instrument is able to identify the gold and silver content in many jewelry alloys within seconds. KLEVE, GERMANY- SPECTRO Analytical Instruments, a unit of AMETEK, Inc., has equipped the SPECTRO xSORT handheld XRF spectrometer with a new application package for precious metal analysis. Examination of Precious Metal Archeological Objects as Secondary Application.Non-destructive Analysis with a Vote of Confidence.
Inexpensive Instrument for Examination of Many Jewelry Alloys.SPECTRO xSORT Handheld XRF Spectrometer with New Application for Precious Metals Optional integrated video camera can be used to precisely determine measuring point. For precious metal recycling, unit offers security for buyer and seller by showing precious metal content to both parties. Non-destructive measurement, conducted upon button actuation, makes portable instrument suitable for applications in archaeometallurgy.
#Used spectro xsort download
To download SPECTRO xSORT Family Brochure brochure please click here (PDF, 1.With application package for precious metal analysis, SPECTRO xSORT can identify gold and silver content in jewelry alloys within seconds. To download White Paper titles “Precious Metals Analysis” please click here(PDF, 1.9MB) It’s ideal for scrap metals sorting, positive material identification (PMI), and more! Get metal grade analysis in only 2 seconds for most alloys, or take only 10 additional seconds to sort alloys containing “light” elements such as Magnesium, Aluminum, Silicon, Phosphorous, and Sulfur. With its top-of-the-line Silicon Drift Detector (SDD), this model provides reliable, high-productivity measurement and analysis.
#Used spectro xsort plus
SPECTRO xSORT Alloy Plus – Top-of-the line Metals Identification With the xSORT family’s reliability and ease of use (including an ultra-simple pass/fail sorting mode), SPECTRO xSORT Alloy is ideal for the quick incoming inspection of materials - and more… Get grade identification of metals in seconds without extensive analysis. This entry-level model employs an innovative Silicon PIN (Si-PIN) detector. SPECTRO xSORT Alloy – Affordable Metals Identification Example: its shutter and unique iCAL calibration system allow SPECTRO xSORT to continuously correct for drift - eliminating the need for tedious annual recalibration! A focus on long-term reliability is evident in every facet of their design. SPECTRO xSORT models are optimized for fatigue-free, on-site measurements. They deliver laboratory-quality results in a matter of seconds. SPECTRO xSORT spectrometers are used in the plant, on the jobsite, or in the most challenging field location. At a range of affordable prices, SPECTRO xSORT spectrometers are leaders in their class for a broad spectrum of applications. Simple, user-friendly displays and efficient ergonomics make these instruments extremely easy to use. They offer metals or non-metals identification in seconds, with innovative technologies and designs that provide repeatable, laboratory-quality results. These energy dispersive X-ray fluorescence devices are recognized for ruggedness and reliability on the job.
The SPECTRO xSORT family of handheld ED-XRF spectrometers supplies elemental testing and spectrochemical analysis of myriad materials in widely varying conditions.
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