Milling & Mixing
RIELA® Grain Mills
High quality demands on our food require that good grain and components be used for unloaded feed.
The own grinding and mixing plant with an individual recipe ensures good and unloaded compound feed.
An adapted for the operation feed mixing plant requires a needs-based storage of grain and components. RIELA designs compound feed systems for every farm.
Whoever implements this produces food that the end user wishes.
RIELA® Grain Mills with and without throw blowers are designed for grinding cereals, corn and legumes.
RIELA flour mills can be equipped with different sieves to achieve the optimal and individual structure for each feed.
The grain mills are supplied in steel and are suitable for permanent use.
Hammer Mill Type Mahlfix
3,0 kW – 220 V / 4,0 kW – 380 V / 5,5 kW – 380 V
- in galvanized finish
- robust construction
- on stand
- with 2 sieves (sieves sizes selectable)
- Inlet funnel
- Inlet regulation with magnet
- Bag holder
- Motor protection switch and ammeter
Special accessories:
Tube as a special inlet füor spindles
Hammer Mills
Typ RM 6
- Hammer mill without fan
- for grinding grain, maize with 20% residual moisture
- as well as dry peas, field beans and soybeans
- high performance and good feed structure
- stable rotor with 40 hardened clubs
- Mill housing as a thick-walled welded construction
- Foot / flange motor 2,800 rpm, 400 volts
- Engine console
- Inlet connection Ø 150 mm with magnetic separator
Typ RM 2 und RM 3
- for grinding grain, corn, legumes and rice
- Infeed and outfeed through independent suction and pressure
- directly flanged electric motor 3,000 rpm
- 2 sieves (3.0 and 3.5 mm)
- Separator for separating foreign bodies, including suction and pressure ports
- Fan RM 2: 2-bladed
- Fan RM 3: 4-bladed
Typ RBM 5
- Industrial model
- directly flanged electric motor 30 kW, approx. 3,000 rpm
- 2 sieves (3.5 + 4.0 mm)
- Pipe transition Ø 150 mm
RIELA® Mixers
High quality demands on our food require that good grain and components be used for unloaded feed.
The own grinding and mixing plant with an individual recipe ensures good and unloaded compound feed.
An adapted for the operation feed mixing plant requires a needs-based storage of grain and components.
RIELA® designs compound feed systems for every farm. Who ever implements this produces food that the end user wishes.
RIELA® Mixers are available in horizontal and vertical versions and are suitable for particularly gentle mixing of sensitive feed components
RIELA® Vertikal Mixer / Compulsory Mixer
The RIELA Vertical Mixer consists of a cylindrical housing and a centrally mounted screw conveyor. The auger conveys the mixture out of the center and throws it out. The vertical mixer produces homogeneous mixtures which can be dosed not only with dry substances but also with liquid components. Areas of application are the animal feed industry, the food industry, the plastics processing industry and the recycling industry. The Vertical Mixer in combination with a flour mill and pre- and post-container is a special use as a compact compound feed system.
- in painted version RAL 9006
- for particularly gentle mixing of sensitive feed components
- no segregation of smaller quantities
- high mixing performance with maximum mixing accuracy
- directly coupled gear motor
- Mixing screw with progressive intake thread
- 3 legs
- Sight glass is supplied loose
- Addition of additional components via mixing funnel
RIELA® Horizontal Mixer
The RIELA® Horizontal Mixer as single-shaft counter-rotating mixer brings a high mixing performance with the greatest possible mixing accuracy. The mixers have a corresponding mixing accuracy certificate. It is particularly suitable for the compound feed industry. The horizontal mixer is available in capacities of 1,000 and 2,200 liters.
- Gear motor
- as a single-shaft countercurrent mixer, horizontal design
- with a spiral
- Motor 7.5 kW / 20 rpm
- with electric outlet slide
- Proximity switch IFM IG512A-M18x1
- Entrance hatch on the right
- with closed lid
- incl. filter cloth and edge protection for flexible transition
