Hazelnuts , Sesame Commercial Nut Grinder Machine Professional

Specification:

This machine is suitable for crushing oily materials (such as soybeans, peanuts, almonds, walnuts, hazelnuts, sesame, rapeseed, cocoa beans, etc.). It is a new product which has been improved many times on the old products of our company. It runs smoothly and has no noise. It can continuously crush peanut and sesame, with large output, absolutely no oil and non-sticking machine. Sesame powder is uniform and delicate, and there is no need to worry about oxidation in stock because of the amount of crushing can not keep up. It is especially suitable for large-scale crushing of peanut and sesame. The machine has filled a gap in the domestic sesame crushing market, and now achieves the advanced level at home and abroad.

Contact Us:

We are an Food Machinery company that stocks Nut Roasting Machine,Nut Shelling Equipment,Nut Chopping Machine,Peanut Butter Making Machine,Oil Press Machine,Automatic Fryer Machine,Deoiling Machine,Seasoning Machine,Potato Chips Production Line,Vegetable Cutting Machine,Fruit And Vegetable Washing Machine,Juice Extractor Machine,Fruit And Vegetable Processing Line,Peanut Butter Production Line,Packaging MachineNoodle Making Machine,Injera Making Machine. To ensure the highest-quality machinery repair or remanufactured unit, We stay up-to-date with the latest diagnostic and assembly and test equipment.If you have any problems please contact us by emailing a675991295@163.com .

Working Principle:

Adjustment of discharging granularity: Wedge or gasket adjusting device is installed between two rollers, wedge adjusting bolt is installed. When adjusting bolt pulls wedge upward, wedge lifts movable roll wheel from fixed wheel, that is, the gap between two rollers becomes larger, discharging granularity becomes larger. When wedge is downward, movable roll wheel is under the action of compressing spring. The gap between two wheels becomes smaller and the particle size of discharge decreases. Gasket device adjusts the size of discharged material by increasing or decreasing the number or thickness of gaskets. When gaskets are increased, the gap between two rollers becomes larger, and when gaskets are reduced, the gap between two rollers becomes smaller, and the size of discharged material becomes smaller.