The grain separator is designed with advanced technology for cleaning and classifying grain kernels.

This machine is designed to remove both fine and coarse impurities from grain kernels by sifting.

In the stone separator machine, grains, legumes, and other similar products fall onto the first layer of the machine, which has a double sifting system.

It is used for peeling the husks of wheat, barley, rye, and similar grains, and for cleaning dust, sand, small seeds, husks, insects, and foreign materials attached to these grains.

It is used in grain processing plants to ensure the grain is moistened with a maximum of 5–6% water, as required for processing.

It increases product quality by separating metal parts from the material and prevents potential damage to the machine.

It provides continuous cleaning and separation by relatively cleaning the particles in the product to be processed.

It is used to continuously add the required amount of water to wheat before the dampening silos.

In the food industry; in flour and semolina mills, corn, rye, oats, barley, and similar grain processing plants, grain cleaning plants, vegetable oil factories, nut processing facilities, and grain silo plants.

The machine will have 13 feeding channels, each 300 mm wide. Secondary (complex) mechanics will have troubleshooting capabilities.

It is a robustly built, long-lasting cleaner used for the displacement of long pieces and smaller, round particles in grains, along with broken kernels.

This is a system designed to improve product quality, production efficiency, and control by creating desired blends (wheat, barley, rye, oats, rice, lentils, corn, and other grains) for processing.

It is a machine used for manually adjusting the desired ratios and capacity from the operator panel for mixing different types of grains and wheat of varying qualities before grinding or dampening.

The machine consists of two main structures. The first part is made up of a semi-cylindrical body and includes a vertically mounted rotor with moving blades, a motor drive unit, and a product passage sensor that controls the inlet and outlet pipes.