APEX™ Software for EDS

APEX™ is EDAX's intuitive and user-friendly 64-bit software program for the collection and analysis of Energy Dispersive Spectroscopy (EDS) data and the compositional characterization of materials. APEX™ ensures high-quality, accurate results and increased productivity with its easy to use interface, live-time graphical display, and simultaneous review mode analysis.

The EDAX APEX™ software platform for the collection and analysis of EDS and EBSD data.
APEX™ layout customization toolbar.
APEX™ layout customization toolbar.
Ease of Use
  • Intuitive, user-friendly interface for easy operation for all user levels
  • Data acquisition and reporting in as little as one mouse click
  • Automation of routine tasks for quick and easy analysis
  • Single logon for ease of use or full account control through Windows® login or administrator mode
Customization
  • Selectable color scheme to match the Scanning Electron Microscope (SEM) interface or user preferences
  • Display configuration options to show data according to user preferences
  • Ability to resize and arrange data windows according to user requirements

Features

Simultaneous Live and Review Mode
In APEX™, a spectrum, linescan or map can be collected while users work simultaneously with existing data and generate reports, thus saving time and increasing efficiency.
Easy to Interpret Data
  • Live-time spectrum display with Element ID showing which elements are found in the analysis
  • Live-time dynamic element editing for the most accurate and efficient analysis
  • Live-time quantification values shown together with charts or graphs for easy understanding of the measured composition
Graphical representation and statistical analysis of quantification results.
Graphical representation and statistical analysis of quantification results.
Graphical representation and statistical analysis of quantification results.
Smart Quant
  • ZAF corrected spectral analysis for quantitative compositional information
  • Quantitative analysis can be performed live-time during spectral data collection with no delay in the acquisition
Multipoint Analysis
  • Survey mode for quick and easy point sampling
  • Several locations on a sample can be marked and analyzed for efficient collection workflow
  • Multipoint scan lists can be saved and recalled for automated analysis and quick and consistent data collection
Data Management and Reporting
  • Ability to edit and export files in Microsoft® Word, Excel or PowerPoint, and PDF formats
  • Project tree storage for seamless management of all data
  • Project exports to zip and HDF5 file formats
  • One-click saving of windows as .bmp, .jpg, .png, or .tif images
  • Automatic data backups at user selected intervals or events for increased security
Reports toolbar.
Reports toolbar.
Advanced Reporting
  • Reports can be generated directly from APEX™ Live mode for efficient data workflow
  • Report Designer provides customizable templates for images, spectra, quantification results, text, logos, and sample information for the flexible presentation of data
  • Data from multiple areas or samples can be sent to the same report for easy comparisons
  • Multiple templates can be combined to easily display results according to user preferences
  • Automatic report generator mode creates reports immediately at the completion of data collection
APEX™ CompoMap showing separated P K and Zr L overlapping peaks
CompoMap showing separated P K and Zr L overlapping peaks.
EDS Mapping
  • Counts per second (CPS) map showing count rate quality at every pixel displayed to provide a CPS distribution and allow a unique view of map data to explain variations caused by surface features
  • CompoMaps for separation of elemental contributions from overlapping peaks to individual elemental maps for more accurate representations of EDS maps
  • Easy activation and addition of elements while mapping to simplify operation and inspection
  • Selection from 40 color options for elements allows the easy creation of vibrant images during mapping
  • Simultaneous mapping of multiple element lines (K, L, M)
Dynamic Element Mapping
  • Addition and removal of elements while in Mapping and Linescan modes to show only elements of interest
  • Ability to edit elements, element lines, and user selected regions of interest during map collection
Dynamic Element Mapping window.
Dynamic Element Mapping window.
Element color selector window.
Element color selector window.
Smart Phase Mapping.
Smart Phase Mapping.
Smart Phase Mapping
  • No user setup required
  • Spectra, elemental and phase maps collected automatically
  • User-defined naming and color selection of phases
  • Ability to predefine or reanalyze phases based on spectra
Linescan Acquisition
  • Collection of spectra along a user-defined line with configurable parameters for efficient analysis of compositional gradients
  • Linescan chart overlay is updated live on the image and scaled to the selected line for easy correlation of compositional data with image features
  • Linescan can be used with drift correction in the APEX™ Advanced software package to avoid errors due to sample drift
Advanced Linescan function.
Advanced Linescan function.
Drift Correction view panel.
Drift Correction view panel.
Drift Correction
  • Drift parameters automatically set for easy operation
  • Correction frequency adjusted dynamically based on drift magnitude for robust correction performance
  • Options to save drift images and define manual reference area for advanced correction needs
  • Available in Spectrum, Linescan, and Mapping modes for quality data in all collection modes
Spectrum Match
  • Optional feature allowing users to search through a spectrum library to find similar spectra
  • Identification of unknowns simplified by comparing them to a group of potential candidates and reducing the complexity of finding discrepancies and similarities between spectra
  • Ability for users to create their own spectrum library to be used for Spectrum Match
  • Smart Materials and Minerals Library option enables the matching of a collected “unknown” spectrum to a library of reference spectra
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