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.

Applications

X-Cite - S: S in Oils and Fuels; Pb in Gasoline; Ni and V in Crude Oil; S, Ni, V in Residual Oil; S in Coke or Carbon; Mg, P, S, Ca, Ba, Zn, Mo in Lubricating Oils
X-Cite - F: The Forensics industry can identify elements found in glass, steel, gun shot residue, automotive paints, and items used in the manufacture of drugs.
X-Cite - A: Was created as a teaching tool in a variety of scientific fields as a way to introduce students to the EDXRF technique The EX-Cite “A+” will prove a great asset to any chemistry, physics, chemical engineering, geological, earth science or materials science teaching resource.
X-Cite - C: Conforms to ASTM method C-114 for use in the Cement industry Na, Mg, Al, Si, S, K, Ca, and Fe in Cement, Clinker, and Raw Meal
X-Cite-PPCP: Perfect tool for identification of active ingredients in cosmetics and pharmeceuticals: Cr, Mn, Fe in eye shadows; Fe, Ti and Zn in base makeup; Bi, Al, Ca, Mg in antacids, laxatives, gastrointestinal ailment
remedies; personal hygiene products (deodorants, hair care, dental hygiene); antibacterial agents, Ag, I and Zn in fabrics, contact lenses; Ti and Zn in sunscreen.
X-Cite-M: Designed for measurements of major elements and major impurities in: Zn metal, Zn powder, ZnO production; Fe metal, Fe powder, Fe₂O₃ production; Bauxite mining –aluminum; Kaolin clay analysis – ceramics; Tin ores; Silver ores