Image particle shape and size analyzer LISA-A11


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Image particle shape and size analyzer LISA-A11


Image particle shape and size analyzer LISA-A11 is an advanced and powerful characterization tool that overcomes the shortcomings of a static particle image analyzer. It uses high speed camera, which images moving particles of over 2 μm -6000 μm size range. In addition, it is well equipped with a built-in dispersion system.



Available Range :

Measuring range : 1μm to 6000 μm Measuring range : 2 μm to 6000 μm
Measuring range2 μm to 6000 μm
DispersionUltrasonic, Stirring, Circulation
CCDHigh speed and resolution CCD (The shutter speed is 10-6/s)
Maximum resolution1028 × 1024
Executive StandardISO/DIS-13322-2
Accuracy error< 3%
Reproducibility< 3%
Shape parametersL/D ratio, bulkiness ratio, sphericity, surface factor etc.
Distribution parametersD10, D50 (Median diameter), D90 etc.
Average diameter sizeXnl, Xns, Xnv, Xls, Xlv, Xsv etc.
Statistical methodsProbability/cumulative distribution of particle parameters against quantity, volume, area etc.
Communication interfaceIEEE1394 standard interface
Dimension760 × 440 × 460 mm
Net weight25 kg
  • Analyzes both size and shape
  • High speed camera having maximum resolution of 1028 x 1024 images moving particles
  • Maximum number of particles being analyzed is not limited
  • Strong data representation
  • Wide measuring range as compared to laser particle analyzer
  • Built-in dispersion system
  • Ultrasonic dispersion minimizes particle aggregation and improves accuracy of results
  • Data report can include more than ten parameters
  • Integrated POWDER software collects images at high speed, analyzes particle size/ shape, defocuses and records all data for further analysis
  • Executes international standard ISO/DIS-13322-2
  • Ensures accuracy and reproducibility
Image particle shape and size analyzer is used in pharmaceutical research and quality control applications, food product particle sizing application, chemical industry for particle sizing applications like granulation, milling, crystallization kinetics and product formulation applications, abrasives, catalysts, ceramics etc.