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HAVER CpaServ - Software for HAVER CPA Systems

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Code: #19190

Supplier: Haver & Bocker OHG

The HAVER CPA Software deployed in all HAVER CPA Systems is easy to use and runs under all popular Windows operating systems. It offers a wide range of analysis functions as well as evaluating the measuring results and displaying them graphically.


  • Expanded shape analysis: Particle list

    Using the particle list point, a measurement for all particles can be individually considered. The table lists each single particle along with a scaled figure and diverse measurement and analysis values.

    Using the function of the particle list, a supplemental manual evaluation can follow. Also fliter values or user-defined classifications of the shape class, for example, can be established as well.

  • FunctionsHAVER CpaServ
    HAVER CpaServ

    Size analysis through volume (freely definable size classes)

    Size analysis through count (freely definable size classes)xx
    en/shape-analysis-of-particles/Shape analysis through mean valuesxx
    Inputting the limit values for size distributionxx
    Characteristic sizes and mean values for particle sizes and particle shapesx


    Takeover of old CPA measurement datax x
    Copying data over to Excel, Word, etc. (copy & paste)xx
    Preparing TXT files as interfaces to other programsxx
    Shape analysis via shape classes (e.g. length/width, circularity, sphericity)-x
    Freely definable shape classes-x
    Inputting limit values for shape distribution-x
    Freely definable filter on particle size and particle shape-x
    New calculation of existing results (virtual measurement)-x
    Particle list (incl. scaled figures of all particles)-x

  • Look at the details

    • Measurement of all particles and calculation of all particle shapes and particle size values in real time (HAVER REAL TIME).
    • Freely definable size and shape classes – can also be changed after measurement is done.
    • Tabular and graphical display of the various size and shape parameters.
    • Filters remove foreign bodies from all displays of results.

    Further advantages at a glance

    • User friendly and clearly structured user interface.
    • Saved results data need little memory.
    • Storing of an extended dataset for virtual measurement, subsequent processing of results and considering all particles (see Applications).