Maliy pr. V. O., 62/2, liter A, St. Petersburg, Russian Federation, 199178
Cutting mills are designed to comminute fiber, polymer and plant materials.
In cutting mills, comminution occurs by means of cutting – shear strains of material particles between rotor blades and a housing.
The grain size of the comminuted product is regulated by the openings in the discharge grate and the physical properties of the material.
The CM 120 cutting mill is laboratory-class equipment designed for comminuting small batches of material with grain size up to 20 mm.
The CM 120 effectively comminutes fiber materials by crushing them with a plunger through a vertical shaft.
CM 120M is a tabletop modification of CM 120 cutting mill.
The CM 250 cutting mill is high-power equipment designed for busy laboratories or small production facilities.
Characteristics |
CM 120 |
CM 120M |
CM 250 |
Loading door dimensions (mm) |
60х58/80х60 |
60х56/80х60 |
250х278 |
Rotor dimensions (Length x Diameter) (mm) |
80 х 120 |
80 х 120 |
250 х 250 |
Maximum size of comminuted material (mm) |
20 |
20 |
100 |
Product particle size (mm) |
90%<0,5 |
90%<0,5 |
90%<2,0 |
Rotor rotational speed (rpm) |
1500 |
1500 |
1000 |
Electric motor power (kW) |
1,5/1,1 |
1,5/1,1 |
7,5 |
50 Hz supply voltage (V) |
220/380 |
220/380 |
380 |
Overall dimensions (Length x Width x Height) (mm) |
850х550х1185 |
500х380х685 |
1525х585х1465 |
Weight (kg) |
46 |
48 |
460 |
Blade material – tool steel |
AISI 01, DIN 150Cr14, AISI 5135 |
Advantages of VIBROTECHNIK Cutting mills:
Applications: bismuth telluride, carbon
Industries: non-ferrous metallurgy, food, chemical, pharmaceutical.