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Products & Solutions

NETZSCH Dry Grinding Solutions

We are your first choice for the grinding of dry products!

From A (activated carbon) to Z (zinc oxide) -
we offer the right mill for your product.

Our extensive experience and wide range of mills are available for the fine cutting, fine grinding and ultra-fine grinding of dry products of all desired finenesses.

High-performance classifiers for the finest of products, round off our program.

From individual mills to complete turnkey milling systems; non-PSR or dust explosion protected plants up to 10 BAR PSR (pressure shock resistant) and inert gas plants are available; material executions in a diversity of designs including stainless steel with polished surfaces or wear protected models - We have the perfect solution for you!

Impact Mills
Jet Mills
Bead Mills
Cutting Mills
Laboratory Plants
Additional Equipment

Impact Mills

In general, rotary impact mills are used for the grinding of soft products to products with medium-hardness (up to hardness 3 on Mohs scale) with a fineness of several mm down to a one-digit µm-range. These mills are equipped with a rapidly-running rotor with suitable grinding tools around which grinding tracks, screens or counter-rotating pins are used as an impact partner.

  • Condux® 60 Impact Mill

    The smallest, complete grinding plant by NETZSCH for processing a wide variety of products up to a Mohs hardness of 3 - 3.5.

  • Condux® Impact Mill

    Condux® fine impact mills can be used for a wide range of applications. Equipped with various grinding tools and stators, optimum adaptations to different processes are guaranteed.

    finenesses from 30 to 800 µm (d97)

  • CSM 50&80 Classifier Mills

    The laboratory version of our Classifier Mill – solid, robust and precise upper particle size limitation.

    finenesses from 10 to 150 µm (d97)

  • CSM Classifier Mill

    The dynamic air classifier integrated into the grinding chamber housing of this fine impact mill manufactures fine particle sizes with a defined maximum particle size limitation.

    finenesses from 10 to 150 µm (d97)

  • GyRho Rounding Unit

    Particle rounding with the newly designed NETZSCH GyRho Rounding Unit which is available in various construction sizes and can be specially designed to suit the necessary output quantity.

  • Sierra - Pin mill

    Developed for grinding soft and medium-hard products and for surface coating of fillers.

  • Ural - Air Classifier Mill

    Ural Air Classifier Mills combine high classifying eciency with the advantages of a multi-purpose mill.

Jet Mills

In jet mills the size-reduction of particles is carried out in a gas jet. The grinding gas (air or argon) is guided into the grinding chamber and accelerated in such a way, that product particles are carried along in the gas flow and impact against each other. Size-reduction is autogenous and contamination is therefore low. Jet mills are predestined for grinding dry- and very hard materials to obtain a particle fineness in a range of  0.1 µm to 100 µm.

  • CGS 10&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.

    finenesses from 2.5 to 70 µm (d97).

  • CGS Fluidized Bed Jet Mill

    The combination of an air jet mill and a dynamic air classifier represent fine dry grinding in perfection. The highest of final finenesses with an exact maximum particle size limitation become reproducible. 

    finenesses from 1 to 70 µm (d97)

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

    The s-Jet® 25 is the smallest laboratory unit of the s-Jet® Steam Jet Mill series. With the compact plant it is possible to produce submicron particles on a laboratory scale by dry-grinding.

  • s-Jet® Steam Jet Mill

    The s-Jet® System is an 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.

  • ConJet® 10 and 16 High Density Bed Jet Mill

    A new interpretation of the spiral jet mill – with grinding finenesses adjusted by an integrated air classifier – for even steeper particle size distributions.

    finenesses from 2.5 to 70 µm (d97)

  • ConJet® High Density Bed Jet Mill

    The ConJet® high-density bed jet mill is a spiral jet mill combined with an integrated dynamic air classifier. This classifier enables the ConJet® to achieve highest finenesses independent of the product load, and therefore also highest throughput rates.

    finenesses from 2.5 to 70 µm (d97)

     

  • m-Jet High Density Bed Jet Mill

    The m-Jet is specifically designed for the precise and efficient fine grinding of magnetic materials, ensuring a narrow particle size distribution under inert gas conditions.

Bead Mills

There are numerous application areas which demand a high fineness at high throughput capacities with a low energy consumption, especially in the area of dry grinding. For this reason, it was important for NETZSCH to transfer the globally tried and tested agitator bead mill technology to dry-grinding and to complement the triumph of the IsaMill in wet-grinding in the mining sector with the dry agitator bead mill.

  • SpheRho® Lab Size Dry Agitator Bead Mill

    The Dry Laboratory Agitator Bead Mill SpheRho® can be used for development of new products, for processing smallest quantities, for quality control, quality assurance and process optimization.

  • Dry Agitator Bead Mill Pamir

    Dry Agitator Bead Mill tailor-made for applications which demand extremely fine products and at the same time require high throughput capacities and low energy consumption.

  • Taurus - Ball Mill

    The Taurus Ball Mill is the latest technology in mills using grinding media for comminution.

Cutting Mills

Cutting mills are used to grind and homogenize medium-hard to soft and elastic materials. In this process the material is ground by shearing forces using rotary- and stator knives. As a rule, the material is fed into the machine from above, it falls onto the rotor and is ground between rotor- and fixed cutting knives.

  • SecoMy® S Fine Cutting Mill

    Fine Cutting Mills where the screen insert has  been completely replaced by the installation of a rotating classifier wheel to produce finer products down to 45 µm.

  • SecoMy® Fine Cutting Mill

    The SecoMy® range of NETZSCH fine cutting mills comprises rapidly running cutting mills with a high rate of cuts for the ultrafine grinding of cuttable materials.

  • CS-Z Fine Cutting Mill

    Proven and robust Fine Cuttting Mills with an open rotor design for a high air flow rate. Higher throughputs and a good quality of the powder produced are the results of this feature.

Laboratory Plants

NETZSCH laboratory plants are setting new benchmarks as regards operating convenience, compactness and flexibility. Depending on the application, these plants are rounded off with fluidized bed jet mills, high density bed jet mills, classifier mills and impact mills, as well as fine-classifiers and high-performance fine classifier.

  • NETZSCH 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.

  • NETZSCH LabPilot

    The LabPilot is particularly suitable for flexible use in a laboratory and/or for producing small quantities of sample material. It is possible to install two different machine modules.

Additional Equipment

  • SmartRemoval

    An innovative filter hose replacement system saving time and money, which combines the advantages of the conventional Top and Side Removal Systems.

  • Control & Data Acquisition Systems

    Monitor and optimize your production process for maximum efficiency and process reliability.