Quantax 100 Low-Cost EDS System. Innovation with Integrity

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1 Quantax 100 Low-Cost EDS System Innovation with Integrity

2 XFlash 410 Low Cost Silicon Drift Detector Quantax 100 EDS system includes the XFlash 410 SDD Proven Bruker SDD technology, since 1997 Maintenance-free, liquid nitrogen-free Excellent for every routine EDS task 10mm 2 SDD 133 ev resolution (Mn Kα) Detection of boron to americium Input count rate >150,000 cps Low dead time at high count rates, so x-ray maps and line profiles are acquired quickly XFlash 410 Bruker Sensitive Material

3 Software Options Packages Can Be Purchased When Needs Arise Tools for in-depth x-ray map analysis Q213 ESPRIT MaxSpec - maximum pixel spectrum for locating rare elements in HyperMaps Price: 1,000 Q211 ESPRIT AutoPhase - automatic phase analysis Price: 2,500 Perform automated, unattended particle analysis Q812 Workstation Class PC (required for EDS automation or high resolution HyperMaps) Price: 2,300 Q209 ESPRIT DriftCorr - correction of beam drift Price: 2,900 Q241 ESPRIT StageControl - control of the motor stage in SEM Price: 2,000 Q242 ESPRIT JobControl - automatic task processing (automation of EDS functions) Price: 3,500 Q244 ESPRIT Feature - particle analysis with chemical classification Price: 7,000 Create image and map montages (also extends particle analysis) Q202 ESPRIT Vision - digital image processing (required if purchasing Q214) Price: 1,950 Q214 ESPRIT ImageStitch - automatic stitching of overlapping images Price: 500 Re-analyze data and write reports at your desk, at home or on trips Q127 ESPRIT Remote - software licence for remote data analysis without EDS hardware Price: 1,000 Bruker Sensitive Material 3

4 Quantax 100 Configuration with XFlash 410 SDD No PC or monitor is included in the base configuration EDS can share a SEM monitor, or you could quote your standard monitor for EDS use Applications requiring more PC capacity require purchase of the separate EDS computer (Q812) Ø Ø Ø HyperMap acquisitions > 1k x 1k pixels in resolution Automation of the system to perform EDS functions unattended (Q214) Particle analysis applications (Q244) Bruker Sensitive Material 4

5 Spectrum Acquisition and Analysis Full control of spectrum acquisition parameters K,L,M and N lines in the most complete and accurate spectral database Auto element ID, user-selected peak labels and user-customized quant routines Quantification during acquisition with automatic results update Interactive peak deconvolution shows that correct elements were identified and that quantification results create a matching spectrum, even with difficult peak overlaps cps/ev Background free O Ti N C Sum C N Ti O kev

6 MultiPoint Spectrum Acquisition from User-Defined Points and Regions Selection of many points or definition of many rectangles, ellipses or polygons as spectrum acquisition locations (scanning only within shapes saves time) Automatic selection of a predefined number of measurement points in a field of view, either as an evenly spaced grid or as random distribution, or a combination of both Manual or automatic quantification of spectra using selectable and custom methods Spectra of individual objects can be renamed, processed and saved

7 Mapping for Any Number of Elements High speed mapping for any number of elements Powerful integrated image mixer overlays selected maps and images (SE, BSE ) Resolution up to 4096 x 4096 pixels with adjustable dwell time Automatically optimized ROI setting for selected elements according to measurement conditions, with user adjustable KLM peak selection and ROI width Automatic and user-selectable map colors and intensity for each element map

8 Line Scan with Spectral Database Spectral database (spectrum at every pixel) lets you begin line scanning and spectral acquisition without knowing what elements are present Line profiling for any number of elements or ROIs (energy ranges) User-selected scan line position, length, and angle using preview image High resolution (up to 4000 points per line) and high speed scanning Repeated scans with data integration for reduction of sample stress Selection of elements before, during, or after active line scanning

9 HyperMap Spectral Imaging Acquires a spectrum at every pixel, so you don t have to know the elements before you start mapping (any number of elements) Frame integration shows map results instantly, builds with time, mixes images and maps MultiPoint tools allow real-time extraction of spectra from points and geometric regions Extensive analysis and customization during data acquisition as well as afterward Dead-time corrected maps with background subtractraction and peak deconvolution

10 Bruker Reports Live and Interactive Data are automatically placed in customizable report pages, geared toward the data you created All data types (images, maps, spectra, quant results ) can be inserted while data are accumulating All data types can be edited, recolored, and re-analyzed while data are in the report Ø Change spectrum colors and peak labels Ø Modify spectrum quantification and requantify spectra Ø Annotate images and maps Export reports in PDF or Word format Raw data are all exportable in standard formats (jpg, tif, png, txt, xls, etc.)

11 Copyright 2011 Bruker Corporation. All rights reserved. Innovation with Integrity