Nowadays, traditional measurement techniques are substituted by modern, electronic analyzers that improve accuracy and complexity of studies while subsequently reducing time of measurement.
Electronic measurement can eliminate most of human errors. It can prevent sieves from losing accuracy of calibration and does not include the influence of changes in distribution of granularity during measurement of the specific surface area - substituting two measurement methods at the same time.
IPS L is a device for measurement of solid particles of any concentration suspended in liquid (water or water solution). It substitutes tiring areometric analysis with electronic measurement.
Measurement range: 0,2 - 500 µm
It's an analyzer for the measurement of fine, sticky particles. It determines their shape, size and specific surface area.
Measurement of granulation of coherent fraction.
Measurement range: 0,5 - 600 µm
It's an universal device for the measurement of dry, non sticky, loose particles in air. It measures shape, size and specific surface area of the particles.
Measurement of granulation of coherent fraction.
Measurement range: 2 - 2000 µm
Analyzer for the meassurement of loose materials in laboratory conditions (for example minearal substances, like fine aggregates, thick sand). It can be used for the full simulation of sieve analysis and for three dimensional determination of particles' shape.
Measurement range: 0,2 - 31,5 mm
AWK B is an unical device with autromatic feeder destined for the measurement of granulation thick aggregates.
Measurement range: 1 - 130 mm
MM System
It's a system that enables joining results of measurements of granulation obtained on any of our analyzers.
Measurement range: 0,2 µm - 130 mm
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