X-Strata980
The X-Strata980 has been designed to improve process and quality control with its outstanding precision, accuracy,and long-term stability:
- Fast and precise analysis: high sensitivity with Oxford Instruments’ 100 W X-ray tube
- Simple identification and differentiation of elements: high resolution, Peltier-cooled silicon PIN detector
- Optimised performance across a wide range of elements: multiple primary beam filters
- Measure samples as small as 150 μm in size: multiple collimators
- Low limits of detection, even in matrices such as plastics: Oxford Instruments’ unique low-background measurement plate
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Electronics & Metal Finishing
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Compliance and Metals Testing
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Alternative Energy
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Electrical and electronic components
Increase productivity with better process control
- Component reliability assurance
– Simultaneous solder alloy composition and thickness measurement
- Lifetime product assurance through
optimised quality control – Analysis of gold and palladium thickness of electrical contacts – Coating thickness of NiP layer on´ computer hard disc
- Analysis of very thin coatings
(e.g. Au/Pd coatings of < 0.1 μm) |
Metal Finishing
Minimise production cost of the plating process and maximise production output
- Speed and simplicity of analysis
– Simultaneous single or multi elements coating thickness analysis and coating composition – Analysis of up to 4 layers (plus substrate – Plating bath analysis
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High Reliability
RoHS/WEEE/ELV* compliance testing
Improve quality control to ensure products meet specifications
- Determination of hazardous substances from parts per million
to high percent levels
- Quantification of toxic elements e.g. Cd, Hg, Pb etc. to verify
compliance
*) Restriction of Hazardous Substances/ Waste Electrical and Electronics Equipment/End of Life vehicles (directives) |
Metal alloy composition and identification
Rapid, non-destructive analysis of jewellery and other alloys
- Precious metal alloy assay
- Karat analysis
- Material identification
- Quantification of impurities
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Solar panels and fuel cells
Ensure product efficiency and uniformity
- Composition analysis of the thin-film absorber layer
(e.g. CIS, CIGS, CdTe) in thin-film photovoltaic cells
- Optimise electrical conductivity through layer
thickness analysis |