Laboratory Machines and Laboratory Systems

Wet and dry preparation, mixing, dispersing, kneading and de-aeration, as well as classifying is difficult to perfect without laboratory machines. They are used for development of new products, for processing smallest quantities of a high-tech product, for quality control, quality assurance and process optimization. The reproducibility of the results that are achieved is an essential point. The ease of operation and the high degree of flexibility is a plus. Additionally a low cleaning expenditure at the highest possible product recovery can be guaranteed.

The operation of air jet mills or high-efficiency fine classifiers in laboratories also calls for ready to use lab systems with all the necessary procedural components such as dosing equipment, cyclone, filter, blower and electrical control equipment. For this purpose NETZSCH Trockenmahltechnik has developed ready to use plant modules which can be completed with the machine module required for the particular case. For all kinds of uses as well as for various machine sizes, the solution for you is: NETZSCH Laboratory Systems!


Wet Mills

From machines for grinding of the smallest product quantities to production of small batches you will find the right model for your needs.

LaBaratory agitator bead mill Alpha® Lab

The LabStar laboratory-scale agitator bead mill is one of the most successful machines in the history of NETZSCH-Feinmahltechnik GmbH. With the new Alpha® Lab laboratory agitator bead mill, the concept of the new generation of agitator bead mills, presented for the first time in 2015 with the Alpha®® 22 and the Alpha®® 45, has been consistently transferred to the laboratory mill.

Laboratory agitator bead mill LabStar

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.

Laboratory agitator bead mill MiniZeta

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.

MiniSeries / MicroSeries - Laboratory Mills for Product Development of Smallest Batches

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.

Finest wet grinding technology – the laboratory mills of the MicroSeries are an investment in the future for new product developments of different fields of application of pigmented ink jets, technical ceramics, cosmetics, pharmaceutical applications and nano-scale high-tech products.

NETZSCH DeltaVita® 15-300

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.

NETZSCH DeltaVita® 600

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.

NETZSCH Omega® 60

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.


Dry Mills

For fine grinding of dry products of all industrial sectors.

We have the right laboratory mill for each required target fineness, both with or without integrated classifier.

Impact Mill Condux® 60

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.

LabCompactPlus

The LabCompactPlus was especially designed for use in laboratories - machine (mills or classifiers) are taken up by a swivel arm on the machine base and can be exchanged very easily.

LabPilotPlant

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!

PilotPlant

The basic module of the PilotPlant can be operated with different mills and classifiers - predestined for the production of small quantities.

s-Jet® 25 Laboratory-Scale-Steam Jet Mill

The s-Jet® System (patent pending) is a new innovation in a line of consistent developments being made in the area of air jet milling. Final finenesses in the submicron range (example: d50 0.2 µm) can now be achieved with fluidized bed jet mills. As opposed to conventional dry grinding processes with fluidized bed jet mills, the s-Jet® System uses superheated steam as its milling gas.

CGS 10 and CGS 16 Fluidized Bed Jet Mills

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.

ConJet® 10 and ConJet® 16 High-Density Bed Jet Mills

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.

CSM 50 and CSM 80 Classifier Mill

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.


Classifier

For separation of coarse particles or for so called dedusting of an already ground powder, we have the suitable laboratory classifier in our program!

CFS 5 and CFS 8 Fine Classifiers

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.

CFS 5 HD-S and CFS 8 HD-S High-efficiency Fine Classifiers

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.

LabCompactPlus

The LabCompactPlus was especially designed for use in laboratories - machine (mills or classifiers) are taken up by a swivel arm on the machine base and can be exchanged very easily.

LabPilotPlant

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!

PilotPlant

The basic module of the PilotPlant can be operated with different mills and classifiers - predestined for the production of small quantities.


Laboratory De-Aerator

Removal of micronized gas and air pockets from flowable products in a wide range of viscosities.

Laboratory De-Aerator MiniVac

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.