MIXER MILL COMBY MCM
HAMMER MILL FOR FLOUR PRODUCTION FROM 100 TO 1300 KG/HOUR.
The COMBY MCM plant is used for the production of flour from different types of cereals, and is particularly suitable for large farms that need a simultaneous system that can grind and mix the product and that can have a special auger.
Hourly production: 100 – 1300 KG/HOUR
Electric motor power: 15,5 – 18 HP
Electric motor absorption: 8,5 – 14 Ah
Feeding: three-phase deferred electric motor
Cutting unit: front disc with 3 blades + mobile hammers (9 to 12 pieces)
Weight: 470, 580, 1150, 1500 KG
Application Areas
AGRICULTURE
Features
The COMBY MCM plant is chosen by our customers for several reasons: for limited space requirements as its dimensions are compact, for its large seed loading hopper (suitable for being machined by the mill), for its good hourly profitability and for its low prices. The COMBY MCM system has a low power consumption since, for its correct use, the mill and the loading screw must be operated while the mixer remains off. Finally, and when the grinding is completed, the operator is able to operate the mixer while the mill and the auger remain off.
Features and Benefits
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Equipped with 8 mobile hammers of 8mm thickness each made of hardened steel and up to 4 times reversible
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The Comby series allows you to work in the absence of dust, keeping the working environment clean and healthy
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Number of revolutions of the grinding unit: 3000 rpm
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Frame on fixed base and auger (for the version with electric motor)
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Extraction available only by screw conveyor
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Hourly production: 100 – 1300 Kg/hour
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It mounts 3 steel screens with holes of different sizes, both small and large, depending on the customer’s needs
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Large surface screens, adhering to the grinding unit, allow rapid grinding and less overheating of the flours
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Equipped with a screen containment cage, adhering to the cutting unit, which guarantees uniformity of the processed product, ensuring greater durability over time
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Three-phase flanged electric motor, with star/delta starter and IE3 ammeter
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High productivity and low energy consumption
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Motor protection switch with release coil
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Large diameter mixing screw for smooth and fast mixing
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Large size and high hourly capacity
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Ideal for corn on the cob, corn mash, grains and straw
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Electrical panel from 15.5 to 18 hp
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Multi-purpose hammer mill, suitable for the production of both coarse and fine flours
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Equipped with “CE” safety protections
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Flour extraction screw of different lengths, depending on the customer’s needs
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Two product outlets: one for product control and one for bagging the mixed product
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Bar magnet to stop the accidental introduction of ferrous parts (on request)
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Upper door for loading auger housing and cleaning
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Lower door for inspection and cleaning from accidental obstruction
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Control panel for adjusting the hourly production according to the material inserted
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It needs 15 – 18 hp of power to be operated
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Three-phase electric motor in flanged version
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Equipped with TS100 dedicated electronic scale (on request)
Technical Specifications
| | Capacità Miscelatore | Potenza |
|---|---|---|
| MCM B17/1000 | 1000 kg / 1800 lt | 15.5 - 11 kw |
| MCM C17/1500 | 1500 kg / 2500 lt | 18 - 13 kw |
Video
Brochure
FAQ / FREQUENTLY ASKED QUESTIONS
How does a grain mill work?
The operation of a grain mill can vary depending on the specific type of mill:
Cereal feeding: The cereals are introduced into the mill via a hopper.
Grinding: The mill is equipped with hammers that rotate at high speed. These hammers crush the grains into smaller particles.
Sieving: The particles are then passed through a sieve to separate to the desired size.
Flour collection: The ground particles are collected in a container.
How is the grain grinding mill made?
Structure and Components of a Hammer Mill Feed hopper: The upper part of the mill where the grains are introduced. Grinding chamber: Contains the rotating hammers that carry out the grinding. Hammers: Metal elements mounted on a rotating shaft that crush grain. Sieve or grid: Filter that allows only particles ground to the desired size to pass through. Motor: Provides the energy needed to rotate the hammers. Discharge duct: Where the ground flour is collected.
Why use a cereal mixer?
A grain mixer is a tool used mainly in agriculture and animal husbandry to mix different types of grains and other ingredients, in order to obtain a uniform and nutritionally balanced feed for animals. Here are some reasons to use a grain mixer:
Benefits of Using a Grain Mixer Mix Uniformity:
A blender ensures that all ingredients are mixed evenly, ensuring that each portion of the feed contains the same amount of nutrients. This is crucial to ensure that all animals receive a balanced diet.
Improved Nutrition: Mixing different types of cereals and additives allows you to create a more complete and nutritionally balanced diet, improving the health and productivity of animals.
Efficiency: Using a mixer reduces the time and labor required to prepare feed compared to manual mixing, increasing operational efficiency.
Diet Customization: The mixers allow farmers to customize the composition of the feed based on the specific nutritional needs of the animals, which can vary based on the species, age, growth phase or production (milk, meat, eggs, etc.).
Waste Reduction: A uniform mix reduces the risk of some ingredients being left behind or not consumed by animals, minimizing waste.
Flexibility: Mixers can handle a variety of ingredients, from grains to oilseeds, to vitamin and mineral supplements, offering great flexibility in feed formulation.
What type of mixer to use?
Types of Grain Mixers
Screw Mixers: They use an auger (worm screw) to move and mix materials. They are effective for mixing dry and granular ingredients.
Drum Mixers: They use a rotating drum to mix materials. They are suitable for more homogeneous mixtures and are commonly used in larger plants.
Vertical Mixers: They have a vertical design with an auger that moves materials from the bottom to the top, ensuring good mixing even for small quantities of ingredients
Horizontal Mixers: They use paddles or belts within a horizontal drum to mix materials. They are particularly suitable for large volumes and complex mixtures.
