The AZtecOneGO Energy Dispersive Spectroscopy (EDS) System from Oxford Instruments is the ideal solution for conducting EDS analysis as quickly and easily as possible. AZtecOneGO provides a materials characterisation capability that is powerful yet simple to use, with proven stability and accuracy. The AZtecOneGO package consists of the intuitive AZtecOneGo software, and Oxford Instrument's compact x-act Silicon Drift Detector (SDD).
Ease of Use
EDS analysis can be carried out quickly and easily with AZtecOneGO, even by novice users with no advanced knowledge of the EDS technique. A streamlined user interface makes it simple to achieve the right results. Users can be trained in a matter of minutes, and produces reports from imaging in seconds.
With X-ray mapping in the AZtecOneGO software, it is easy see chemistry of a sample and where it is distributed. A layered image, labelled with a colour key, visualises in a single image the phase and element distribution.
The advanced TruMap functionality can eliminate common artefacts and better show a sample's true element distribution. Spectra with overlapping peaks are separated, eliminating false information and improving accuracy.
The variation of elemental composition along a line can be visualised with X-ray Linescanning. Major and trace elements can be compared by normalising the display, and performing multiple linescans can be automated.
AZtecOneGO can provide detailed analysis, powered by Oxford Instrument's Tru-Q technology. Tru-Q automatically detects and identifies elements, enhancing efficiency and improving quantified results. Sample composition is instantly displayed in the MiniQuant viewer, and acquisitions can be made from points, rectangular, circular or freehand regions.
Reports can be generated quickly and easily from the AZtecOneGO software. Data selection and report design can all be customised, and exported in a range of formats.
Compact x-act SDD
Oxford Instrument's compact x-act Silicon Drift Detector (SDD) is a proven and reliable instrument for delivering accurate quantitative results and all count rates. Features a detector chip size of 30mm2, and resolution of <133eV. Peak position guaranteed to change no more than 1 eV between 1,000 cps and 100,000 cps.