Cutting Mills for fine cutting and highest bulk density | NETZSCH Grinding & Dispersing

Products / Solutions > Dry Grinding > Fine Cutting Mill CS-Z

The finest cut!

CONDUX CS-Z Fine Cutting Mill

General Information

The fine cutting millmill
A mill is a machine with which a feed material is crushed into a finer end product. CS-Z for the size reduction of non-friable and soft products.

By maximizing the cutting strokes (rotational speed of the rotor x number of rotor knives x number of stator knives) and the use of special screen inserts, highest finenesses can be achieved with this multi-knife cutting millmill
A mill is a machine with which a feed material is crushed into a finer end product.. The open rotor design increases the air flow, the results of which are a high throughput capacity, good powder quality and the highest bulk densitydensity
The density refers to the mass-to-volume ratio of a body..

Due to the central position of the feed inlet, product can be fed without danger of overloading!

Continuous feeding of rolled product is possible when specially designed feeding systems are mounted on top of the machine inlet.

finest pulverisation with high flow rate with 4 bar pressure shock resistant machine

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Applications

Examples of applications for the CONDUX CS-Z Fine Cutting MillMill
A mill is a machine with which a feed material is crushed into a finer end product.

Cellulose
Aramide fiber
Potatoe starch
Leather
Textiles
Mineral fibers
Carbon fibers
Paper
Plastics

pulverisation of cellulose with highest bulk density

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Technology

Finenesses from 0.1 to 3 mm
Multi-knife cutting millmill
A mill is a machine with which a feed material is crushed into a finer end product. for the fine cutting of non-friable and soft products
Fineness adjustment through a wide selection of screen perforations
Variable number of knives
Bearing of the rotor shaft in heavy roller bearing with continuous heat exhaust through water-cooled flange bearing shields
Particle contamination of the bearing housing is prevented by air rinsing of the bearing seal to the cutting chamber of the machine
High rotational speed of the cutting rotors
Effective cooling of product directly on the cutting surfaces
Energy saving due to real shear cut
High cutting capacity through maximized cutting strokes
Extreme stability due to robust design
Fast knife changes made possible by easy, exact rotor knife adjustment
Fast, easy screen changes without tools
Water cooled housing designs available
Pressure shock resistant designs also available