With the fully automated SPE metal.ID 20 system you can determine the chemical composition of particles from 20 µm. at a rate of hundreds per hour. Thanks to the intuitive software control, you can obtain statistically relevant information after a short introductory training period. Simply insert the sample, select the relevant particle size and shape, then allow the system to identify the elemental distribution (metal.ID) at a throughput rate of 300 - 1000 particles per hour. Leading you quickly to the particles contamination source.
The SPE metal.ID 20 implements all the features of the SPE CSS. You receive particle count, shape, and size information about particles from 2 µm and above by using a particle size distribution with 8 customizable size classes. The sample is counted in just 1 - 15 minutes.
An integrated metal.ID spectra (LIBS) library is available for the following elements: Na, Mg, Al, Si, P, S, Cl, K, Ca, Ti, Cr, Mn, Fe, Ni, Cu, Zn, Mo, Sn, Ba, Pb, Co, Fe, V, W, over 100 alloys, and much more. With the integrated database search software the particle spectra are interpreted and metallic elements are identified. All raw data including raw images, analyzed images, particle morphology, particle stitch (merging) and spectra are stored in a “results” file.
The use of integrated metal.ID spectroscopy enables the equipment to conduct parts and components cleanliness testing as well as identify contaminating particles larger than 20 µm. in industrial applications such as hydraulics, surface, and plating industries. Particle samples are collected for the metal.ID on standard Cellulose Nitrate, similar filter papers, or filtr.AID patches. Analysis reports, including all raw data, are stored in compliance with 21 CFR Part 11.
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