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X-Strata980_Brochure_August_2010.pdf

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    X-Strata980

    Rapid, non-destructive coating thicknessmeasurement and elemental analysis

    Robust/Easy to Use/Total Reliability

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    X-Strata980: Improving quality and process control

    X-Strata980 X-Strata980

    Electronics Metal Finishing Compliance Testing Alternative Energy

    Electrical and electronic components

    Increase productivity with better process control

    Component reliability assurance Simultaneous solder alloy composition

    and thickness measurement

    Lifetime product assurance throughoptimised 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 m)

    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

    Metal Alloy

    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

    RoHS/WEEE/ELV*

    compliance testing

    Improve quality control to ensure

    products meet specifications

    Determination of hazardoussubstances from parts per million

    to high percent levels

    Quantification of toxic elementse.g. Cd, Hg, Pb etc. to verify

    compliance

    * Restriction of Hazardous Substances/

    Waste Electrical and Electronics

    Equipment/End of Life vehicles (directives)

    Solar panels and fuel cells

    Ensure product efficiency and

    uniformity

    Composition analysis of thethin-film absorber layer

    (e.g. CIS, CIGS, CdTe) in

    thin-film photovoltaic cells

    Optimise electricalconductivity through layer

    thickness analysis

    Solderability

    ElectricalContact

    Surface Finish

    CorrosionResistance

    Wear/HeatResistance

    CosmeticFinish

    HazardousMaterials

    High Reliability

    Assay and ID Photovoltaic Cells

    Au

    Ni

    Cu

    Epoxy

    Ag

    Cu

    Epoxy

    Au

    Ni

    Cu-alloy

    Au/Ag

    PdNi

    Ni

    CuNi

    Cu

    NiP

    Al

    ZnFe

    Fe

    Cr

    Zn

    Fe

    NiP

    Fe

    TiN

    Tool-steel

    TiAlN

    W-carbide

    Cr

    Fe

    ZrCN

    Brass

    Cr

    Ni

    Cu

    Al

    AuCuCd

    Ni

    Cu

    ppm Pbppm Hgppm Cdppm Crppm Br ppm Pb

    Au

    Ni

    Cu

    SnPb

    Ni

    Cu

    Au

    NiPPb

    Cu

    % Au% Ni% Cu% Zn

    % Cr% Fe% Ni% Mo

    % Au% Ag% Cu% Zn

    % Cu% In% Ga% Se

    % Cu% In% Ga

    % Cd% Te

    Glass Ceramic Glass

    Mo

    SAC

    Ni

    Ag

    Ceramic

    Top layer:SAC (SnAgCu) alloycomposition andcoating thickness

    Second layer:Ni coating thickness

    Third layer:Ag coating thickness

    Fourth layer:Substrate

    Ni

    Ag

    Ceramic

    SAC

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    ro-XRF Analysis As easy as... Comprehensive analysis

    ta980 X-Stra

    Non-destructive analysis: no sample preparation Easysample introduction/presentation: large door Safeand secure operation: closed chamber Sample chamber size: 580mm x 510mm x230mm wdh

    ce samples in large analysis chamber

    No operator-to-operator resultsvariability:point- and-click laser focus

    Clear, pin-point analysis: high-resolution colourvideo camera with high magnification

    Unattended operation: single or multiple analysisusing the programmable XY stage and Z axis

    Simple and quick m ulti-point analysis:customer pre-defined analysispatterns

    ptimise camera focus at the click of a button

    Resultsdisplayed within seconds Rapid compliance assessment: user-defined

    colour-coded Pass/Failresults

    Save, print or send results Pre-defined or customised reportsfor totalflexibility

    ess Go

    Rugged and robust design:

    Fastand precise analysis:high sensitivitywithOxford Instruments 100 WX-ray tube

    Simple identification and differentiation ofelements:high resolution, Peltier-cooled silicon

    PINdetector

    Optimised performance acrossa wide rangeofelements: multiple primarybeam filters

    Measure samplesassmall as 150 m in size:multiple collimators

    Low limitsof detection, even in matricessuch asplastics:Oxford Instruments unique

    low-background measurement plate

    Samplescanbe measuredatvariablefocal distances(0.5to4 inches):methodssetup forsampleshape andsize

    Distance independent measurement: with thisoption,one universalcalibration isused to measureirregular-

    shapesamples, regardlessof focal distance (measurable

    range 0.5 to 4 inches)

    Quick,precisesamplealignmentwithAutoRangeFinder(ARF)

    Simple calibration setup for optimised elemental compositionand thickness analysis

    Focusin

    ut

    Results

    Stand-alone spectrometer:onlyone mainsplug needed

    Compactwo rkstation:excellent ergonomicsand smallfootprint

    Operationinalaborby theproductionline

    Sturdy, industrial design

    Outstanding precision, accuracy,

    and long-term stability:

    Analysis of large, oddly-shaped samples

    4

    C U C L LI U

    C I LL

    L

    Advanced Data Export Option

    Complete statisticaldata function including average,standard deviation, histogramsand controlcharts

    Real-time data export or export to Microsoft Excel TMfor rapid statisticalreport generation

    Shortcut keysallow user to choose correct calibrationfor a particular sample with oneclick

    User interface availablein nine languages

    Sample mapping for identification of problem areas on sample

    Flexible results reports:

    Analysequalitativelythesample areaof interest in onemeasurement cycleusing theMapping function Generate an imageof the samplewith superimposed element maps Using thecolour-coded element maps, identifythe problem area(s) on thesample Carryout a full quantitative analysisof the areato confirm non-compliance

    Select the best analytical method for

    your application:

    Whenfewor nostandardsareavailable,FundamentalParameters(FP) methodsprovidereliablequantitativeresults.

    Theseusea comprehensivespectrumdatabase,andcover a

    widerangeofconcentrationsandthicknesses.Itonly takesa

    fewminutestosetupa workingmethod

    Whenstandardsmatchingyoursamples(i.e.matrix,analytes,rangeofconcentrations)areavailable,empiricalcalibrations

    providethebestaccuracy.Thereagain,theintuitive,step-

    by-stepmethodbrowserenablesusersto developtheirown

    calibrationmethodsafterminimumtraining)

    Cu

    Pb

    Br

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