FRK Rice Machine

The FRK Rice production line is a modern food processing equipment designed to produce artificial rice similar to natural rice by mixing multiple grains, vitamins, minerals and other nutrients, and using extrusion, cooking and molding technology. This production line can not only meet people's needs for balanced nutrition, but also has the advantages of high degree of automation and energy saving.

Powder Mixer: First, various raw materials (such as rice flour, millet flour, black rice flour, etc.) are mixed in a certain proportion, and an appropriate amount of water is added for stirring to ensure that the raw materials are fully and evenly combined.

Extruder: Next, the mixed raw materials are sent to the extruder, extruded, cooked and formed under high pressure, and finally form a granular product similar to natural rice.

Vibrating Screen: In order to prevent the freshly extruded particles from sticking together due to the high temperature, they need to be spread out and cooled through a vibrating screen.

Multi-layer Oven: After preliminary treatment, the semi-finished products will be sent to the multi-layer oven for baking and shaping. This process helps to further remove moisture and extend the shelf life.

Cooling Conveyor: The last step is to cool the product to room temperature through the cooling conveyor to facilitate the subsequent packaging process.

Avoid nutrient loss: Extrusion technology effectively avoids the loss of nutrients, thereby producing nutritious fortified rice.

Simple process flow: For example, broken rice is crushed and mixed with a certain amount of water, oil, etc., and the raw materials are matured in the extruder at a certain temperature, and then extruded through the mold to form rice, and the reconstructed rice grains are dried at low temperature.

High degree of automation: Adapting to the needs of modern food production, the operation is relatively simple, and labor costs can be reduced.

Energy saving: Some equipment adopts variable frequency speed regulation technology to reduce energy consumption. For example, the twin-screw extruder adopts variable frequency speed regulation technology, which is energy-saving and has precise speed control.

Reasonable structure: Flexible configuration and small footprint make it easy for enterprises to layout according to their own sites.

Stable performance: The design and manufacture of the equipment ensure the stability of the production process and can continuously produce products of consistent quality.

Convenient maintenance: Reasonable structural design and special materials ensure that the machinery has fast self-cleaning performance and is more convenient for maintenance.

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