Bismuth telluride, carbon fiber, PVC, polyester resin, ABS plastic, CDs, SIM cards, nanotubes, collagen, rubber, jute, PAN fiber, fabric, cotton, rubber, silicone, wax, bark, chicory, dried mushrooms, tea
|Average product particle size when installing a grate with minimum openings, mm||0,2-0,4|
|Product particle size when installing a grate with minimum openings, mm||90%<0,5|
|Maximum initial material grain size, mm*||50|
|Mill loading door dimensions, mm||60х80|
|Size of discharge grate openings, mm||0,8-20|
|50 Hz supply voltage, V||220/380|
|Electric motor power, kW||1,5/1,1|
|Rotor speed, rpm||1500|
|Overall dimensions (Length x Width x Height), mm||850х550х1185|
|Weight/weight with control panel, kg||46/51|
|Blades material – tool steel||105WCr6, 90CrSi, 41Cr4|
|Blades hardness, HRC||40-45|
|Compatible control panel||MCP1-01/MCP3-02|
* It is possible to batch load materials of an elongated shape, the size of which in one of the dimensions significantly exceeds the specified
** Depends on the physical properties of the material and the size of discharge grate openings
The accuracy of setting the gap between the casing blades and the rotor blades provides shear deformation during grinding.
PRODUCT PARTICLE SIZE AJUSTMENT
There are 3 ways to adjust the particle size of the product:
The end switch excludes start-up with open milling chamber.
The shock absorbers reduce the vibration transmitted to the bearing surface.
Due to its small size and low energy consumption, CM 120 is suitable for use in laboratories.
COMPATIBLE WITH VIBRATORY FEEDERS
Easy loading of loose and fiber materials:
Increased service life of blades due to replacing of the casing blades and sharpening of rotor blades.
QUALITY SPARE PARTS
Knives are made of hardened tool steel.
Discharge grates are made of stainless steel.
CM 120 is equipped with blades template, rotor puller, thin-nose pliers.
DESCRIPTION OF THE DEVICE
In a cutting mill, comminution occurs due to cutting — shear deformations. The structure of CM 120M cutting mill includes: a loading funnel, a casing with fixed blades, a rotor with moving blades, a discharge grate, an unloading funnel, a base and an electric motor. An electric motor is installed on the base, to the flange of which a hollow cylindrical body is attached. In the upper part of the housing there is a loading funnel. It consists of a vertical shaft with a plunger and a horizontal hopper with a pusher. In the lower part of the body, a discharge grate is installed. The size of grate openings determines the size of the product particles
The milling chamber formed by the inner surface of the casing and the motor flange is locked by the front cover. Inside the milling chamber there is a rotor and seven blades: four fixed on the casing and three moving blades on the rotor.
The material fed through the loading funnel into the milling chamber. Milling (cutting) of the material occurs when particles enter between the casing blades and the rotor blades. The milled material passes through the openings of the discharge grate and enters the unloading funnel.
CM 120 milling chamber
MCP control panel
Loading scoops, V=1,2 L