Prace badawczo-rozwojowe, zastosowania naukowe

Specjalnie zaprojektowany do mielenia i dyspergowania do zakresu nanometrycznego. Jest to nowo opracowany wyrób, który łączy w sobie łatwość obsługi, rewolucyjną technologię maszynową i ergonomiczną konstrukcję.

The universally applicable laboratory circulation mill MiniZeta is essential for research and development. Its easy operation, equipped with easy to clean tools of stainless steel, achieves the machine excellent results down to the Sub-Micron range.

The compact, universally applicable laboratory circulation mills of the MiniSeries impress with their easy handling when processing very small quantities from 0.25 to 0.5 l up to particle sizes in the nanometer range. It is possible to conduct many tests with low loss of product and significant results within a short period of time.

The multi-functional laboratory mill LabStar enables scientific academic work even at difficult research and development tasks and convinces by easy handling. The laboratory mill LabStar is the smallest grinding unit of NETZSCH-Feinmahltechnik GmbH that enables an exact scale-up to comparable production machines.

Successful dispersion requires targeted force in order to separate agglomerated particles. The Omega^® Economic Disperser applies dispersive forces then and there, where they are especially effective: in the Omega^® disperser body, energy is transformed into very high speeds under pressure.

The comminution or desagglomeration of active pharmaceutical ingredients (API) is called micronization and brings about several advantages. The increase of the particle surface caused by the comminution results in a considerably better dissolution rate and bioavailability of the agents and therefore the APIs act faster.

The comminution or desagglomeration of active pharmaceutical ingredients (API) is called micronization and brings about several advantages. The increase of the particle surface caused by the comminution results in a considerably better dissolution rate and bioavailability of the agents and therefore the APIs act faster.

The smallest jet mills for virtually contamination-free fine grinding with an integrated classifier wheel – highest finenesses also achievable with the hardest of products.

For finenesses from 2.5 to 70 µm (d97).

Machine sizes with grinding air capacities of approximately 35 to 125 Nm³/h.

The universal laboratory mill – flexible, easy to operate! For a high variety of products and finenesses.

For finenesses from 30 to 800 µm (d₉₇).

Machine size with grinding air capacity of approximately 70 to 280 Nm³/h.

The mechanical impact mill with highly developed classifying technology – solid, robust, precise upper particle size limitation.

For finenesses from 10 to 150 µm (d97).

Machine size with grinding air capacity of approximately 100 to 180 Nm³/h.

A new interpretation of the spiral jet mill – with grinding finenesses adjusted by an integrated air classifier – for even steeper particle size distributions. For finenesses from 2.5 to 70 µm (d97). Machine sizes with grinding air capacities of approximately 35 to 125 Nm³/h.

System s-Jet^® (patent zgłoszony) jest nowym osiągnięciem na drodze konsekwentnego rozwoju technologii mielenia strumieniowo-fluidyzacyjnego. Przy pomocy młynów strumieniowo-fluidyzacyjnych można obecnie uzyskać rozdrobnienie końcowe w zakresie submikronowym (na przykład d₅₀ 0,2 µm). Odmiennie od konwencjonalnego procesu mielenia na sucho w młynie strumieniowo-fluidyzacyjnym system s-Jet^® wykorzystuje przegrzaną parę jako gaz do mielenia.

Truly a flexible laboratory system – with reproducible results – variable for ultra-fine grinding and classifying – for laboratory operations or the continuous production of small batches!

The fast operating fine cutting mills SecoMy^® S are the choice for the pulverization of fibrous, ductile, soft, viscoplastic or temperature-sensitive products. In contrast to classic cutting mills, final finenesses of up to 45 μm can be reached in a one-step process with the SecoMy^® S. 

The MiniVac laboratory-scale De-Aerator was specially developed for small batches or initial tests and – like the production-scale NETZSCH vacuum de-aerator – operates according to the VTR principle (vacuum - thin film - rotary process). With extreme ease of operation you can remove micronized pockets of gas and air from free-flowing products of various viscosities as well as from viscous pastes and compounds.

Efficient separation of grain sizes and effective results for both coarse material and fine material separation.

For separation limits from 10 to 250 µm (d97).

Machine sizes with gas volume of approximately 25 to 145 Nm³/h.

The smallest for the finest – exact separation results for superfine powder through best possible product classification with the sharpest separation and maximum gains.

For separation limits from 2.5 to 60 µm (d97).

Machine sizes with gas volume of approximately 25 to 145 Nm³/h.

Truly a flexible laboratory system – with reproducible results – variable for ultra-fine grinding and classifying – for laboratory operations or the continuous production of small batches!

The LabCompactPlant was designed especially for the production of laboratory and small batches. Naturally, the daily demands of laboratory operations were taken into consideration when the details of the plant construction were being planned.

Food grade chromium steel grinding beads, W 1.3505

Cast steel grinding beads of tempered carbon steel

Hardened steel grinding beads made of roller bearing steel

Yttrium-stabilized zirconium oxide grinding beads (High-end quality)

Yttrium-stabilized zirconium oxide grinding beads (High-end quality) for nano applications

Yttrium-stabilized zirconium oxide grinding beads (Standard quality)

Zirconium silicate grinding beads

Cerium-stabilized zirconium oxide grinding beads (Standard quality)

GlassBeads są mielnikami ze szkła wolnego od pęcherzy o gęstości 2,5 kg/l. Są one szczególnie polecane do mielenia na mokro w zakresie lepkości od niskiej do średniej.