Oat flakes machine refers to the oat flakes processing plant which includes the following procedures: 　　Naked oats→cleaning→hulling→washing→spin-drying→thermal treatment of enzyme deactivation→cutting→steaming→flaking→drying→cooling→packaging→finished products

Oat dehuller can remove oat shells efficiently. Oat dehuller consists of input hopper, bucket elevator, main part of the machinery (including: two sets of dehuller, separating screen for shell-seeds-kernels, separating screen for seeds-kernels, shells-discharging device), re-separator, kernels collector, pneumatic device for back-flowing materials and electric control cabinet.

Oat dehulling machine ia also called oat dehuller, which is specially designed to hull, remove shells, separate and re-separate for oats. And un-hulled oats will be returned back to dehuller for re-hulling again automatically. It consists of input hopper, bucket elevator, main part of the machinery (including: 2 sets of dehuller, separating screen for shell-seeds-kernels, separating screen for seeds-kernels, shells-discharging device), re-separator, kernels collector, pneumatic device for back-flowing materials and electric control cabinet.

Oat grinder processes oats into nutritional oat flour. Oat grinder refers to the whole oat flour grinding plant, which includes oat cleaning, oat peeling and baking, oat flour milling and blending and oat products packaging.

　Oat flaking mill will flake your grain and grain pellets with the highest throughput and consistency to produce corn flakes, multigrain flakes, cereal flakes, breakfast cereals and oat flakes, whilst meeting the most stringent food safety and hygiene standards. Oat flaking mill usually can be used in oat, rice, wheat, corn and other grains for complete processing plant.

The vibrating fluidized bed dryer is widely used for drying, cooling, humidifying and other operations of powder and granular materials in the industries of grain and oil, chemical industry, light industry, medicine, food, plastics, slag, salt, sugar and other industries.

　Before flakes, there was steam by injecting steam via a hollow shaft directly into the product, the temperature rises to up to 100 degrees Celsius. In the subsequent tempering tank, the heat penetrates to the core of the product, resulting in starch gelatinisation and the deactivation of the lipolytic enzymes. The steamer, pre-bin, and the entire tempering zone are made of stainless steel, just like with all our machines for the hydrothermal segment.