Production separators - Import export

This machine is used in flour mills to separate the stuck core particles in the product coming from the roll. In this way, in flour production; Soft separation does not spoil the product. Both floor and ceiling hanging position shape, Right and left directions of spinner bars, Low power requirement, Coupling or pulley connection system Application Fields ◾ At flour mills ◾ At coarse and fine semolina passages ◾ After roller mills or before plansifter inlet

It is used for cleaning and classifying semolina in flour and semolina factories. The product, whose flow rate can be adjusted, is evenly distributed over the entire screen surface by means of a curtain. Screening process is carried out with 2 or 3 layers of telero. With the aerodynamic air channel and adjustment valves, an equal vacuum is created on the whole screen surface, the products with extended adhesion surface such as bran and bran are separated from the product by vacuuming and pushed into the outlet channel. The product (semolina) free from bran is classified according to its grain size by means of sieves. Application Field ◾ At food industry ◾ Flour mills ◾ Semolina mills

This machine provides the sorting of crushed corn with speed adjustment. It makes density and size classification with vibramotor from sheets of different sizes. It separates the sticky products (bran, flour, corn...) that can be obtained from corn with the help of vacuum.

It is generally used as a dust collector, dust and air separator for the product. It is found in aspiration systems of cleaning machines. Dust removed by aspiration is separated from the air by means of a cyclone. The dust-laden carrier air is directed inside the separator thanks to the helical construction and is forced to rotate in the cyclone. Dust particles are dispersed to the environment with the effect of centrifugal forces arising due to rotation. Dust particles are carried along a helix path by means of the vortex created by the air pushed from behind. The clean air separated from the dusts goes through the suction pipe and goes to the outlet. Dust particles are directed downwards along the spiral due to the friction of the air against the wall. Applications Fields ◾ Food industry ◾ Flour and semolina mills ◾ Feed mills ◾ Grain cleaning plants ◾ Corn processing plants ◾ Grain warehouses and silos ◾ Malt Factories

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.

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 the products coming from bran brushes or filters. Thanks to the unbalanced weight attached to the rotor, it provides a more effective screening by making vibration movement. Rubber wedges on the chassis base prevent the transmission of vibration.

Garbage separator machine is used to separate foreign grain products such as garbage and straw in wheat. The garbage purifier consists of two parts. Upper sieve part: It separates the large foreign substances in the wheat and throws them out. Lower sieve part: It eliminates small foreign substances from the wheat that pass through the upper sieve part and fall on it. Both screen wires can be easily removed and installed by hand. Wheat entering the machine from the product entrance is distributed smoothly and homogeneously on the sieve thanks to the vibromotor mounted on the center of gravity of the machine. The feeding box is oscillated with the body working by vibration on rubber wedges. With an adjustable flap, it ensures that the wheat is distributed across the entire sieve surface.

It ensures the classification of the ground product in a clean and orderly manner, thanks to the freely swinging body and the crates of different sizes in each passage within the body. After being sieved and homogeneously separated, the product in various proportions is automatically directed to the outlet channel through the channels in the frame, the channels between the frame and the channels in the main chassis, and is discharged outside the outlet pipes through control pipes. The surfaces of the cases are covered with formica. The outer covers of the passage are insulated, thus preventing flour particles from leaking out. The product enters the first case as one or two batches from the entrance above the passage and flows along the passage height of all cases. By placing spacers between the frames of the main frames, the product output volume increases, accumulation

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.

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Sandwiches and burgers which are coming from the cooling unit are placed between the alignment units by two staff manually or automatically with unmanned feeding system. The aligned products are divided into groups of 4.5 and 6, thanks to two valves. The number of products is controlled by the sensors during the separation of the products and the control continues until it is finished. If desired; the slicing process takes place with the slicer system and the products reach the packaging for all grouped products. The products that reach the packaging are transferred to the relevant unit through the robot arm. The packaging unit is controlled by a single servo motor.

Dough balls which are prepared according to the diameter of the desired product are released one by one into the hopper of the machine. The dough is crushed between two homogeneously heated plates with the hot pressing techniques. When the plates are spacing the rolled dough slides out of the machine. When the plates are spaced, the new dough roll falls between the plates from the hopper. Temperature of each plate; It is controlled by measuring separately. Product thickness can be adjusted manually.

It is used to separate centrifugally product - air mixture and generally is designed as a product receiver in pneumatic conveying systems

It meets the requirements of the World Health Organization (WHO) guideline as well as the current guideline of the World Federation of Hospital Sterilization Sciences (WFHSS). It provides verifiable sealing action according to EN ISO 116072 and international guide ISO/TS 16775. It documents this in writing with the Validation Report at each first use or when requested. • 4,3” color touchscreen and multilanguage • Login No password or password protected login for 5 users • Interactive monitoring Temperature, pressure and speed control and display on the screen • High speed Capacity to process pouches at 11 m/min • Sealing type and width MultiLine sealing, 14mm. • 9999 product/set memory Expiry date, Bag width and Barcode record for each product/set separately • Straight or reverse writing, permanent, temporary counter and countdown, LOT, CE, STEAM, VH2O2, EO, LTSF, STERILE symbols and Barcode • WriteMatic® Ability to print long texts by fitting the width of the pouch

It meets the requirements of the World Health Organization (WHO) guideline as well as the current guideline of the World Federation of Hospital Sterilization Sciences (WFHSS). It provides verifiable sealing action according to EN ISO 116072 and international guide ISO/TS 16775. It documents this in writing with the Validation Report at each first use or when requested. • Computerbased, 7” color touchscreen and multilanguage • Login No password or password protected login for 5 users • Interactive monitoring Temperature, pressure and speed control and display on the screen • High speed Capacity to process pouches at 10 / 12 / 14 or 16 m/min • Sealing type and width MultiLine sealing, 14mm. • 9999 product/set memory Expiry date, Bag width and Barcode record for each product/set separately

OUR BLUEBERRY PRODUCTION, EACH GROWING IN SEPARATE POTS