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COOKING BOILER MACHINE TECHNICAL SPECIFICATIONS Chassis: Designed with a focus on strength, durability, and aesthetics. Chassis Material: Entire chassis is made of 304 CrNi material. Our machine features a double-walled stainless steel boiler. Maximum Safety Gas heating system Automatic mixing system Automatic opening and closing lid system Hydraulic tipping system Automatic recipe system Easy operation with digital touch screen Boiler Plates: The boiler plates are entirely made of 304 quality CrNi material. Boiler Body Plate Thickness: Front Dome: 4 mm Rear Dome: 4 mm Mixer Motor: 80 RPM 2.2 KW

Experience hassle-free cooking with our Premium Non-Stick Airfryer Cooking Paper. Designed to make your air frying experience seamless, this cooking paper ensures that your food comes out perfectly cooked without sticking to the basket. Crafted from high-quality, heat-resistant parchment, it can withstand temperatures up to 450°F, making it ideal for a variety of dishes. Whether you’re cooking crispy fries, tender chicken wings, or healthy vegetables, our cooking paper will help you achieve delicious results every time. Plus, it’s pre-cut to fit most air fryer baskets, saving you time and effort in preparation and cleanup.

ntroducing our Eco-Friendly Airfryer Cooking Paper, the perfect addition to your kitchen for sustainable cooking. Made from biodegradable and compostable materials, this cooking paper is not only good for your food but also for the environment. Its non-toxic, grease-proof surface ensures that your food remains free from harmful chemicals while delivering the same great taste and texture. The eco-friendly design makes it a responsible choice for eco-conscious cooks looking to reduce their carbon footprint without compromising on quality. Enjoy guilt-free cooking with this eco-friendly solution.

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Enhance your air frying with our Perforated Airfryer Cooking Paper. Featuring strategically placed perforations, this cooking paper allows optimal airflow and even heat distribution, ensuring your food cooks to perfection every time. The perforations help to maintain the crispy texture of fried foods while reducing the risk of burning. This specially designed paper is pre-cut to fit most air fryer baskets and is ideal for preparing a wide range of dishes, from juicy meats to crunchy vegetables.

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 vertical transportation of wheat. It consists of two parts: lower and upper heading. Pipe length is adjusted according to the building height. The drive of the elevator is made by the reducer motor located on the upper head. The motor stand has slides and can be easily adjusted to enable shaft center adjustments. Belt tension is provided by the tensioning mechanism connected to the bearings.

Forced annealing; It is used in flour manufacturing facilities to provide high moisture content to wheat in a shorter time and with less water. It is used to give intense and standard tempering to wheat. The wheat to be moistened enters the machine inlet in an automatically controlled manner. Water inlet is controlled by an electronic or mechanical flowmeter. Wheat and water enter the machine at the same time. Provides 5% annealing even at the shortest distance. Forced annealing; It is designed to add (temper) the highest amount of water to wheat. The main bodies, made entirely of metal, are easily removable. The rotor consists of many distributor pallets on it. - Wheat and water are mixed throughout the body thanks to the pallets on the rapidly rotating rotor. With this feature, it performs the annealing process at the desired rate by applying strong rubbing, rubbing and forcing to the wheat. It is possible to reach high capacities with this machine.

It ensures the cleaning of barley, rye, cracked wheat, vetch and black grass seeds in wheat. It performs this cleaning thanks to the sphere-printed sheet metal attached to the body with screws. As this sheet rotates, it separates the materials that will adversely affect the grinding in the incoming product, according to the diameter of the sphere pressure and the spiral angle given by the adjustment lever.

Screw conveyors are used to transport grains and powder materials on the horizontal axis. Spiral sheets of different sizes are used depending on the purpose of use. Full spirals are used for transfer purposes only. We produce screw conveyors with capacities ranging from 5 tons/h to 500 tons/h.

Valves are generally used to control the product flow under flat-bottom silos with tunnel systems, chain conveyors and conical-bottom silos. It has a wide application area with its galvanized steel structure.

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 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.

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

It ensures the cleaning of barley, rye, cracked wheat, vetch and black grass seeds in wheat. It performs this cleaning thanks to the sphere-printed sheet metal attached to the body with screws. As this sheet rotates, it separates the materials that will adversely affect the grinding in the incoming product, according to the diameter of the sphere pressure and the spiral angle given by the adjustment lever. The cleaning process takes place at 36 rpm. The trieur machine consists of four main parts, these are: Wheat input Wheat cleaning part Clean wheat output Broken wheat output

Stone separation machines are used in flour factories to separate materials such as stone, metal, glass and soil in wheat that have a specific gravity different from wheat. It is an indispensable machine especially for dry system cleaning units. Stones and similar substances can easily enter the wheat from nature. If these substances are not separated from the wheat, the flour or ash content will be high as a result of grinding. This is also an undesirable feature.

Hulling machine is used to peel wheat. Separates foreign substances such as dust, sand and small seeds in wheat. It crumbles the soil and other adherent grains attached to the wheat grains, reduces the bacterial load, and cleans the wheat from bacteria and insects. It also enables the separation of grains that have not been separated from the spike. Thanks to this new model, a smaller design but higher capacity has been achieved compared to our old model. Instead of flat pallets in the previous model, cast pallets were used in this model and the product contact surface was increased. In this way, a more efficient peeling process is achieved.

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 enables the broken and crushed product in the rollers to be transported to the sieve and other machines. It absorbs the broken or crushed product through steel pipes and distributes it to cyclones and ecluses. Consists of outer body and fan part. The outer body has a snail structure. The internal fan is designed with paddles according to capacity. It is mounted coupled to the engine located on the outer body. The fan inside the body rotates at high speed and provides air suction and pressure. Since the fan is specially balanced, it does not cause vibration or noise. In addition, since the outer body is placed on the main chassis on special rubber wedges, it does not cause vibration on the chassis.

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.

It ensures the retention of dust and other light substances in the air coming from the cleaning machines. When the air containing dust coming from the dust aspirator is given tangentially to the cyclone, the dust in the air loses its speed as a result of cross-sectional expansion and falls by gravity, while clean air is discharged. Thus, the environmental impact of the air released outside the factory is minimized.

In flour and semolina factories, it ensures rapid mixing of the product with water and helps shorten the tempering time. Their rotors consist of steel pallets. It is an effective machine in peeling as the grain moves by being squeezed inside the machine.