Laboratory Sieve Shakers: Precise. Reliable. Durable.

The Fritsch sieve range provides the solution for all typical sieving tasks in the laboratory: three well-conceived instruments for every application, with Fritsch designs that make the work simpler and faster - easy to operate, reliable and long-lasting.

FRITSCH Sieve Shakers are ideal for: dry, wet and micro-precision sieving; measuring the quantitative particle size distribution of solids and suspensions; separating and fractioning; simple, ergonomic operation; fast, reproducible results; sample quantities between 0.05 g and 15 kg; sieve diameter from 100 mm to 450 mm, mesh widths from 5 μm - 125 mm; can be used as testing equipment in accordance with DIN EN ISO 9001;  automatic sieve evaluation with the Fritsch software AUTOSIEVE.

Precise sieving with amplitude control

The high performance Vibratory Sieve Shaker ANALYSETTE 3 PRO offers everything you need for fast determination of quantitative particle size distribution in the laboratory. As a shaking sieve system with an electromagnetic drive oscillates the sieve stack into regulated vertical oscillations, and is the ideal solution for sieving sample quantities up to 2 kg and a measurement range from 5 μm to 63 mm. The ANALYSETTE 3 PRO is perfectly suited for quality control of incoming and outgoing products, offers user-friendly operation and is low-noise, robust and long-lasting.

Simple sieving for all tasks

The ANALYSETTE 3 SPARTAN is suitable for all typical sieving tasks in the laboratory with optical adjustment of the amplitude on the running instrument. Complete with the practical Fritsch sieve stack tensioning system EASYTWIST and the Fritsch evaluation software AUTOSIEVE for evaluation of the sieve analysis.

Effective sieving of large quantities

Fritsch’s ANALYSETTE 18 is a robust, heavy duty, analytical sieve shaker which can effortlessly sieve up to 15 kg of material between 20 μm and 125 mm. The three-dimensional sieving motion ensures particularly fast sieving results without manual re-sieving, and also optimal reproducibility.

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