Cutting Mill SM 100
The SM 100 is an economically priced powerful cutting mill that is particularly suitable for size reduction of soft, medium-hard, elastic or fibrous materials, whose size can be reduced without requiring the use of extremely high forces.
Application Examples
plant parts, plastics, feeds, spices, drugs, lignite, paper, cardboard, straw, plastic beakers and other substances
Product Advantages
- rapid and gentle size reduction of dry materials
- defined final fineness by use of bottom sieves
- 3 different hoppers for different materials
- samples subjected to low thermal stress
- nearly dust-free comminution
- easily exchangeable cutting tools, long working life
- 2-year warranty, CE-conforming
Features
Applications |
size reduction by cutting |
Feed material |
soft, medium-hard, elastic, fibrous |
Material feed size* |
max. 60 x 80 mm |
Final fineness* |
0,25 - 20 mm |
Collector capacity |
5 litre (standard)
30 litre (option) |
Throughput* |
0,2 - 50 kg/h |
Rotor |
Parallel section rotor |
Motor speed at 50 Hz (60 Hz) |
1390 min-1 (1690 min-1) |
Drive |
1- and 3-phase motors |
Power consumption |
1500 W |
W x H x D |
approx. 560 x 1415 x 700 mm (with base frame and standard hopper) |
Net weight |
approx. 68 kg |
*depending on feed material and instrument configuration/settings
Function Principle Size reduction in the cutting mill SM 100 takes place by cutting and shearing forces. The sample passes through the hopper and into the grinding chamber where it comes into contact with a rotor equipped with three cutting blades; it is comminuted between the blades and the four stationary cutting bars inserted in the housing. The chamber dwell time is short; as soon as the sample can pass through the openings of the bottom sieve it is discharged and collected in the receiver. The rotor speed of 1390 min-1 at 50 Hz (1690 min-1 at 60 Hz) ensures gentle, rapid and nearly dust-free size reduction. The ground product is quickly discharged by using a filter bag or a ring filter.
Product overview
Knife & Cutting Mills
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