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In pneumatic systems, it is used to separate air and product and to discharge the product inside the cyclones. The product inside the cyclones enters from the cage part of the machine and product passage is provided through the pockets on the rotor.

It is used to separate substances such as light grains, husks and dust in wheat with the help of air. Thanks to the vibrating motor at the front, it easily carries out the separation process by spreading the product coming from the flow pipe in the pan.

Chain conveyors are conveyor systems that drive chains and thus enable transportation of the material to be transported with equipment suitable for the material to be transported. Chain conveyors are high-strength carriers that transfer goods at high capacities. In chain conveyors, the chain appropriate to the size and weight of the material to be transported is selected. Chain conveyors consist of 3 main parts: drive section intermediate body tensioner section

It is manufactured in different sizes and capacities depending on the facility.

Discharge tube screws enable the grain stored in the silo to be transported horizontally and unloaded safely.

CONVEYOR BELT

PMX 600

CAPACITY: Varies between 12 tons/hour and 20 tons/hour, depending on the product to be bagged and the desired tolerance. (It is guaranteed to work with a capacity of 15 tons/hour for flour or products of the same character, with an average error margin of +-50gr. per sack.) SET VALUE: set value can be programmed individually by the user. WEIGHT DISPLAY: The weight display screen has 4 digits. FAST - SLOW CYCLE: There are two programmable set values ​​in the system. And the filling kilos for these values ​​can be entered separately. The slow speed transition program adjustment is automatically determined and adapted by the system to provide the most precise and fastest weighing. Optimum speed adjustment is made automatically according to the weighed flour type and silo level. TOLERANCE: Upper or lower tolerances can be programmed individually. If the weighing result is outside these tolerances, flour is not loaded into the sack from the weighing bunker without

Funnel-shaped silos have an angle of 45º or 60º, which allows the grain to flow with its own fluidity. However, 45º conical bottoms are used for grains, and 60º conical bottoms are used for feeding purposes, moist grains or low-fluidity materials. Conical bottom silos are produced from 5 tons to 1,000 tons. Generally, they are operated in a continuous discharge state. Low energy consumption and operating costs during the unloading process are one of the reasons why these silos are preferred. Special steel structures, chassis and platforms have been developed for conical bottom silos. These steel structures are placed at the bottom of the silo to add height to the silo unit. These combined systems are designed for easy and healthy loading of wagons.

8.8 & 10.9 quality very durable decromat 500 armored bolts were used to connect the sheets and increase the durability of the silos. Special insulation has been applied to the silo sheets and ceiling cone head connections to ensure air and water tightness.

It is used for cleaning and classifying semolina in flour and semolina factories. The product, whose flow rate can be adjusted, is distributed evenly over the entire sieve surface thanks to a curtain. The elimination process is carried out with 2 or 3 layers of telora. With the aerodynamic air duct and air adjustment valves, equal vacuum is created on all sieve surfaces, and products with extended adhesion surfaces, such as bran and bran, are suspended by vacuum, separated from the product and pushed into the outlet channel. The bran-free product (semolina) is classified according to grain size by means of sieves.

It has wide usage opportunities in all areas where engine use is intense, such as production lines, factories, smart buildings, treatment facilities, pump stations. Our panels are designed considering the ease of operation and maintenance of MCC, with standards-compliant solutions for production lines and control that require process control. Our project support, the solutions we produce for control systems with conventional or "process controllers", our knowledge and experience are an important privilege we offer to our customers. Using the right equipment or system in the right place and our complete solutions made with quality equipment are part of our tradition of achieving important criteria such as operational safety and investment efficiency for the benefit of the end user.

It carries out the transportation in horizontal and angular directions in places where there is a difference in elevation.

STEEL CONSTRUCTION

Aspirators have high air suction power and are manufactured in different sizes and engine powers. Aspirators with different capacities; It is frequently used in the aspiration of cleaning machines in Flour Factories. This type of aspirators are also used for the aspiration of low capacity semolina purifiers. They operate at a flow rate of approximately 300 m3/hour. They are generally used in small capacity cleaning units.

Thanks to the roof design with 300 angle, it is ensured that the grain flows easily into the silo. In this way, very easy air circulation occurs within the grain pile in the silo. Roofs are manufactured to withstand loads from 7000 kg to 14000 kg. Our designs are designed to withstand 154 kg/m² standard snow weight and 170 km/h standard wind speed. Silos with a radius of 3.65 m - 12.80 m have a single layer reinforced roof system. This type of roof structures can withstand loads heavier than 907 kg (2000lb) and live loads of 78 kg/m2 (16 psf). A two-stage roof system is used in silos with a radius of 14.63 meters or more. This type of roof structure is suitable for loads of 4536 kg or more and is resistant to live loads of 122 kg/m2. "May Your Cereals Be SAFE" The roof panels are triangular in shape and trapezoidal on both sides with a depth of 90 mm. Roof access covers are available in all roof systems.

Radial scanning machine is used to separate low density substances from high density grain products such as wheat, barley, corn and similar. Separates foreign substances such as dust, sand and small seeds in wheat. Wheat entering the machine from the wheat inlet is filled into the vibro feeder and distributed smoothly across the width of the air duct. Here, in the horizontal aspiration channel, the product is separated from low density materials through its double adjustable wall. The fan of the radial scanning machine is mounted on the main body through bearings. The outer body is made of sheet metal, and the foot part and the outlet nozzle located on the foot part are mounted on the body.

The air duct is made of sheet metal construction. It is possible to make the desired air setting with air valves. Thanks to the mica glass, the cleaning process of the product can be clearly seen. The air duct is used to separate foreign substances that are lighter than the product with the help of air. It is mounted in front of the garbage separator and at the outlet of the peeler. The feeding table located at the product entrance ensures homogeneous goods flow throughout the channel. The rear curtain, which is moved throughout, allows the duct cross-section to be adjusted as desired by means of adjustment bolts. This precise adjustment of the air speed in the duct ensures that the light substances in the grain passing through the duct are separated in the desired amount.

Measuring the moisture of the flowing raw material with high precision. Calculation of the amount of water to be given according to the desired humidity amount in lt/hour Control of the calculated amount with the electronic water flow meter placed in the system Calculation of faults from the operator panel Instant monitoring of raw material moisture in % Ability to instantly monitor the amount of water given in lt/hour Ability to monitor the amount of water that needs to be given in lt/hour Ability to monitor the total amount of water given in liters. Ability to connect the system to the computer at any time and perform all controls from the computer without having to go near the device.

It is a machine that works with a fully compressed air system and is used to turn wheat coming from the cleaning unit into flour in flour factories. The chassis is made of sheet metal construction, and the sub-chassis is completely scanned on the borvek bench to ensure the parallelism of the balls. Rubber wicks are placed under the bed slides to absorb vibration. The properties of the rollers installed on the machine vary according to the diagram and are determined according to the purpose of obtaining the desired flour yield from the factory. All controls on the machine are made with the help of air stimulated valves and there is no electricity consumption. Depending on the amount of incoming product, the valves are stimulated, the pistons close and the grain balls come into action. Thanks to the plate on the grain rolls, the amount of product can be adjusted and flow is provided as a curtain between the roll rolls.

Roof exhaust fans prevent grain spoilage by providing efficient ventilation. These high-capacity fans function as a vacuum cleaner and eliminate dust on your grain. The most ideal form of silo ventilation; While the ventilation fans are on, the exhaust fans are kept open at all times. Thus, while the grain is completely ventilated, the moist air is easily expelled out of the silo.

It ensures that the daily needed molasses is heated to bring it to the appropriate fluidity level to be fed into the system.

AIR LOCK

PASTA MACHINES

8 ROLLS FLOUR FACTORY WITH 115-120 TONS/DAY CAPACITY