The ideal rice extruder machine is the one that can produce the perfect mixture of color, texture, and flavor. It uses a food grade stainless steel twin screw feeding machine to keep materials steady during the entire food production process. It also features an automatic lubrication function and an increased radiator on the driving part to ensure safe and hygienic operation.
It has a water-cooled circulation barrel and is able to handle high viscosity raw materials. It can process a wide variety of products with different moisture-extrusion temperature ratios.
The extruder can be used in different voltages to suit the requirements of different users. It is mainly made of food-grade stainless steel and features an alloy screw, which is produced by nitriding process.
Moreover, it does not require cleaning of barrel, ensuring that the finished product is hygienic. A speed-adjusted converter on feeding and extrusion systems improves the efficiency of the machinery and extends gear life. It is designed with twin screws and an increased radiator on the driving part to ensure safe and efficient operation.
The main parts of the rice extruder machine include a high-efficiency electric motor and a durable stainless steel gearbox. It has two speed-adjustable converters on the feeding and extrusion systems. The twin-screw design makes it easy to clean the barrel and it also features a speed-adjustable converter on the feeding and the ejecting system.
It has a twin-screw feed system that is easy to operate. Its speed-adjusted feeding and extrusion system adopts a double-screw feeding machine. Its advanced lubrication function extends the gears’ life. Its increased radiator on the driving part makes it safe to operate.
The rice extruder machine can be purchased in a variety of capacity options. Its high-quality stainless steel construction and automatic speed-adjustable converters on the extrusion and feeding systems are a great choice for large-scale producers.
Its twin-screw design provides additional stability for the machine. It can be made with a number of different voltages. The extruder machine can produce up to 200kg of rice per hour.
The rice extruder machine can be used to produce artificial rice and can be made with various voltages. It has a high degree of automation and can save energy. The single-screw machine can make up to 250kg per hour of rice.
Depending on the size of your space and the type of grain you use, you can choose between two different capacities: 120-150 kgh and 200-250kg/h.
A rice extruder machine that is made to be portable is also ideal for restaurants or other small businesses. This machine is easily portable and has many benefits. For example, it can be used to make baby food. It can be used for a variety of purposes.
Some are specifically designed for the processing of rice. Others can be used to make flavored breads and desserts. You can choose one that is built for a single-screw rice.
The single-screw rice extruder is used for artificial rice production. The artificial rice produced by this machine is very similar to natural rice, and contains high levels of vitamin and mineral content. It can be used for both natural and artificial rice.
However, it can be a continuous or batch type of machine. It has different voltages and can also be a multi-screw model. Unlike a single-screw model, this machine can process a variety of grains and cereals.
The single-screw rice extruder is often used to produce artificial rice. This machine has many benefits, including abundant nutrition and a rice-like shape. It can be a continuous machine, or it can be a batch-based machine.
Despite its versatility, it is a high-tech food-production machine that can process different types of grains. Its high-quality and easy-to-use design make it an ideal choice for any kitchen.
The rice extruder machine is designed to retain the nutritional properties of rice grains. Its capacity can range from 120 to 200 kilograms per hour. In addition to natural rice, it can be used for artificial rice production.
Some of these machines also work with broken rice. In the case of the former, the broken rice can be reused to produce artificially-produced rice. The other two are designed to produce nutrition-rich food.