Manufacturer : Stephan Model: UM44 Year : 2001 Type : Cutter Application: mixing, reducing, cutting, kneading Total volume: 44 L Useful volume: max. 35 L Max. temperature: 95°C Drain: manual through lid or tilting. Power: 2.2 / 4 / 5.5 kW Dimensions (closed): 525 x 800 x 1200 Display: T°C / Time / Speed Documentation available.
Manufacturer : Buhler Machine model: K60 Number: SRB 220 Year: 1998 Type: Bead mill / grinder with conical slot agitator. Dynamic pressure compensation in the mixer Cooling system for stator, rotor and separation ring. Grinding chamber volume: 4.8 dm3 / 4.8 liters Grinding chamber filling volume: 6.4 dm3 / 6.4 Litres Pressure system swept volume: 2.5 dm3 / 2.5
Manufacturer: Tietjen Type: NDK 5.2-S Year : 2017 Type : Hammer mill Applications : Designed for wet shredding of bulk food and agricultural products, Motor type : hydraulic Frame and rotor in stainless steel 304, 1.4301. Weight (excluding motor): 1250 kg Injection nozzles for liquids Bearing temperature monitoring Pneumatically operated inlet flap
Manufacturer : Bühler Model: MSE 10 Type : hammer mill Year : 1993 Engine : Schorch 110 KW Material : mild steel New paintwork New bearing gaskets New/refurbished screws and bolts Sold with Stolz feed hopper and fan 1 extra set of hammers available
Manufacturer : Frewitt Model: MGIF 624 Year : 1975 Type: Stainless steel oscillating arm granulator Material : stainless steel Overall dimensions: 130 X 90 X 250 CM Motor power : 1,5 KW Variable speed, regulator: mechanical Mounted on a stainless steel chassis with 4 wheels Capacity: approx. 1000 kg/h depending on product Technical file available. Manufacturer : Frewitt Model: MGIF
Manufacturer: Hosokawa Hosokawa Alpine Model: Contraplex 160 C Year : 2014 Type : pin mill + associated equipment Documentation : Brochure_CW_hosowakawa_contraplex.pdf Hosokawa Alpine Contraplex 160 C Fine impact mill with two driven pin discs Motor power (frame side) : 7,5 KW Pin speed (frame side) : 16 500 rpm Number of rows of spindles (frame side) : 3 Motor power
Manufacturer: unknown Year: unknown Multi-stage homogeniser VEM 9 KW motor Number of speeds: 2 Materials: stainless steel Delivery system
Manufacturer: Herbort Model: 159b699 Year : – Type : homogenizer Application : food processing, emulsions, sauces, dressings, soups and others Discharge Product hopper Tooling : rotor / stator
Manufacturer: Cruells Cruells Model: C30 Year : 1996 Type : cutter Bowl volume: 30 L Number of knives : 3 Weight : 210 Kg Tilting lid
Manufacturer: Gerteis Model: GMP-Polygran Macro Pactor 250/100/3 Year: 2004 Type: roller compactor, granulation unit for the pharmaceutical industry. Feeding screw Tamping screw Compaction zone with pressure rollers Granulation area with star rotor and screen Force: 1 – 20 KN/cm Gap width: 1.0 – 6.0 mm Pressure roller speed: 1 – 30 rpm Roller diameter: 250 mm Roller width: 100 mm
Manufacturer: Alpine (Hosokawa) Model: Rotoplex 28/40 Year: – Type: knife granulator / cutting mill with cross-scissor-cut technology Use : recycling industry (plastics, films, wastes …) or food industry. Power : 11 KW Diameter : 280 mm Width : 400 mm Number of knives : 3 on the rotor / 2 on the stator
The operation of a mill or granulator allows the volume reduction of products, raw materials or waste treatment. A mill is able to rapidly grind and shred large quantities of material.
Companies and laboratories generally use mills to achieve different tasks, such as improving storage conditions (space saving optimisation), transport, mixing and other process applications.
This equipment is used in the food and dairy, pharmaceutical, cosmetic, chemical, paper and biotechnology industries.
A distinction is made between different grinding solutions:
These machines are generally classified according to the size of the particles they process
When purchasing a shredder, some points must be studied, such as the desired reduction rate (particle size), the nature of the raw material (hardness, friability of the products and their moisture content) and the size of the machine (quantity, volume, power consumption). The choice of the type of mill depends above all on the nature of the product to be ground.
The hammer mill is used to reduce medium to heavy mass products by impacting the material with pendulum hammers. The product obtained by this mechanical action is transported through calibrated grids to the next stage of the transformation process. The final granulometry can range from medium to fine (granular or powder).
The hammer grinding mill consists of a grinding bowl with a thick and resistant shell. The ground product exits through openings in the grid. A rotor with hammers rotates inside the bowl. The speed of rotation can be variable. The hammer mill is mainly used for intensive industrial use.
The technology of the hammer mill differs depending on the use. The hammers will be more or less heavy and will rotate more or less quickly depending on the material and the required granulometry.
Knife mills are commonly used in laboratories for the preliminary size reduction of soft, medium-hard, fibrous and hard materials.
The cutter mill allows the destruction/reduction of soft materials. A rotor inside the mill rotates at high speed. The product is cut between blades mounted on a fast rotating shaft and a fixed row of blades. The presence of a grid can ensure granulometric control at the outlet.
A ball mill consists of a horizontal drum set in rotation by a motor. It is partially filled with the product to be ground and the grinding elements (e.g. metal balls). Once the drum is rotating, a cascade phenomenon grinds the product to be milled into a fine powder. This equipment works according to the impact principle.
These industrial mills can operate continuously or in batch mode.
The pin mill is generally used to obtain a fine powder with a precise particle size. A pin mill is a machine that grinds materials by the action of pins that repeatedly move in front of each other. The materials are broken up by regular impacts.
The pin mill is a type of vertical shaft impact mill and consists of two rotating discs with pins embedded on one side. The discs are arranged parallel to each other, so that the pins of one disc face the pins of the other. The substance to be homogenised is introduced into the space between the discs. One or both discs rotate at high speed.
A colloid mill is a machine used to reduce the particle size of a solid suspended in a liquid, or to reduce the particle size of droplets in emulsions.
Colloid mills operate on the rotor-stator principle: a rotor rotates at high speed. A high hydraulic shear stress is applied to the fluid, causing the structure to be disturbed and broken.
Micronisation is a mechanical process using high shear to reduce the size of particles to a very small powder (100 to 500 µm). This increases the reactivity of a product, facilitates its handling and separates the components.
Micronisation can be carried out with a jet mill or a bead mill.
The high-pressure homogeniser or piston homogeniser is a device that consists of making two materials homogeneous, i.e. mixing them efficiently. It produces microscopic particles with the same grain size. It is then possible to mix two substances that do not usually mix.
The high-pressure homogeniser is used to create emulsions, nano-emulsions, micro-emulsions, dispersions, deagglomerations, encapsulations, cell breaks or particle size reduction.
Recognised brands: Retsch, FrymaKoruma, Fitz-Patrick, Frewitt, Hosokawa, Poittemill Forplex, …
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