Fast Analysis of Particle Shape and Size Between 20 µm and 20 mm
Jun 29 2020 Read 261 Times
With the principle of Dynamic Image Analysis, the Fritsch ANALYSETTE 28 ImageSizer offers all the benefits of an analysis via microscope. The instrument records a considerably higher number of particles due to the fully automatic process, with up to 75 images per second. Instead of just one image, any freely definable number of images can be recorded and evaluated. Users can see the result of the analysis directly without any complicated evaluation, just like with a microscope.
Ensure higher quality, reduced rejects and lower costs with the Particle Sizer ANALYSETTE 28 ImageSizer - measuring times of less than 5 minutes and reliable reproducibility thanks to pixel-accurate evaluation.
If you conduct frequent sieve analyses, the ANALYSETTE 28 ImageSizer is the ideal, time-saving alternative, completely without weighing, assembling of a sieve stack and time-consuming cleaning. Advantages include substantially reduced follow-up costs, as there is no need to calibrate or purchase new sieves and valuable information about the particle shape as well as particle size distribution.
The ANALYSETTE 28 ImageSizer is the ideal Particle Sizer for fast analysis of particle shape and size of dry, free-flowing materials in the measuring range of 20 µm - 20 mm. Via the optical analysis of the particle shape and particle size, you can identify damaged particles, contaminates, agglomerates or oversized and undersized particles accurately and fast and view them completely uncomplicated in single images.
The ANALYSETTE 28 ImageSizer, in combination with the corresponding wet dispersion unit, is ideal for measurement of particle shape and size of suspensions and emulsions in a measuring range of 20 µm - 2.8 mm. Wet dispersion is particularly suitable for fine particles, poorly flowing, fine-agglomerating or sticky materials, which do not react in water or other liquids.
The evaluation software ISS displays each recorded particle clearly as a data point in the immediately available Fritsch Cloud as well as in the Fritsch Gallery. Freely choose which statement is of interest to you: for example the Sphericity in regards to the Minimum Feret Diameter, the aspect ratio, applied on the porosity, or the convexity as a function of the particle Cross Section. Or display the particle size distribution as a cumulative curve, as a bar chart or in a table form.
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