Ağır Hizmet Tipi Yaylı Kültivatör
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Ara Çapa Makinesi (Yaylı Kültivatör)
The row-spacing spring-bladed hoeing machine is used to eliminate weeds between rows of planted crops (such as beet, beans, sunflower, maize, soybean, tomato, beans, melon, and watermelon, etc.) and to loosen the soil. Additionally, it facilitates better incorporation of fertiliser into the soil. These processes accelerate plant growth.
The hoeing machine is adjustable between rows. During hoeing, plant protection discs (star blades) prevent the soil from covering the plants when they are small. Thanks to its leg structure, it can be used easily even on stony terrain.
The soil depth setting of each unit can be adjusted according to the size of the plant to be hoed. Thanks to the units, each of which moves independently, guide discs prevent the machine from deviating and disrupting its direction of movement while maintaining the working depth on uneven terrain, allowing hoeing without damaging the plant even on sloping terrain.
Dik Rotovatör (Dik Freze)
The vertical rotary tiller uses blades positioned vertically in the soil to perform a circular rotation, breaking up clods on the soil surface, loosening the soil surface, and expanding the inner surface of the soil. It also works by mixing the soil without turning it over, and since the soil surface is evenly distributed during operation, moisture balance is maintained.
It breaks down the stubble remaining on the soil surface after harvest, allowing it to mix easily into the soil.
The blades are made of special steel that has undergone hot rolling, resulting in high wear resistance.
Thanks to the specially designed gearbox (1000 rpm) and the different positions of the rotors, the blades enter the soil slowly even in heavy and compacted soils, thus minimizing power consumption and vibrations.
The spring bearings of the side guards increase the lateral movement of the belts.
Protective hoppers are available to prevent any soil clods, stone fragments, plant debris, hoses, or other obstacles from entering the space between the rotor shafts.
The height-adjustable roller of the vertical rotovators ensures a constant working depth.
Locally produced, robust, powerful, and high-performance vertical rotovators cater to all tractor power levels with various working width options.
Diskli Pulluk (ADP)
The disc harrow is a suspended soil cultivation machine primarily used for soil preparation in preparing the seedbed after harvest, attached to the tractor with a three-point linkage system.
Disc harrows operate with the discs rotating in the working position, so they do not get stuck on obstacles. In sandy and stony fields, disc wear is less than that of mouldboard ploughs. As they operate by rotating, they do not require excessive traction power from the tractor and do not strain it. It is a machine with simple settings and easy operation.
Advantages of using a disc plough:
*In moist soils worked with disc ploughs, the wavy structure of the furrow bottom prevents mud formation in the soil.
*The concave structure of the discs breaks up the soil more effectively, preventing clod formation.
*As the discs operate by rotating, they easily overcome obstacles such as stones and hard plant roots, preventing potential breakdowns and blockages.
*As the force distribution related to soil resistance is spread over a wide surface area on the discs, they are resistant to high forces in terms of strength and are not easily damaged.
*As the edges of the discs are sharpened from the outside, they rub against the sharp edge of the plough wall during operation and gradually sharpen themselves over time.
Katlanır X Tipi Tandem Goble Diskli Tırmık
Hydraulic lift-equipped folding X-type tandem disc harrows are trailed machines used to cut and shred crop residues (maize, sunflower, wheat, etc.) and weeds after harvest, and to break up the crust layer.
After harvest, during dry months when ploughs cannot be used, it prepares the field for direct sowing without the need for other agricultural machinery by tilling the soil without leaving furrows. In addition to this feature, it can be used for tilling soil with high moisture content.
The LGD - KX model offset disc harrows do not reduce the tractor's traction by placing the load on the tractor's centre due to the position of the batteries. Its hydraulic system and multi-directional movement capability prevent wind and water erosion while breaking up stubble. The mechanism on the wheel ensures that the wheel stays at ground level, allowing the working depth to be effectively adjusted.
It has a greater working width than other soil cultivation machines. It is much more economical than other soil cultivation machines because its working speed is higher and its working width is greater. Due to these features, fuel, time, labour, maintenance and spare part costs are lower. It reduces the share of soil cultivation in the total cost.
Hydraulic cylinders are used to enable the wings to open and close in working and road positions, allowing tools with a working width greater than three metres to be transported on roads. This enables easy transport in a folded position on roads and narrow transport routes.
Stone Crushing Machine
Stone Crushing Machine
PUMA stone crusher small dimensions and lower weight make it highly versatile and ideal for use in fields, greenhouses, sea coasts, vineyards, forest lands, orchards and industrial areas.
It is designed and built for agricultural soil reclamation in loose and superficial rock.
This machine crushes stones up to 20 cm and tills the soil with a max working depth of 20 cm.
The very strong frame, with efficient carbide tips and anti-wear hammer supports makes this stone crusher very wearresistant.
Technical requirements for operating this stone crusher are creeping speed (min 0.3 km / hr) and a hydraulics three point linkage tractor of a minimun 80 HP.
Yaylı Ayaklı Diskli Tırmık (SDH)
The spring-loaded disc harrow, with its spring-loaded independent disc structure and machine construction, performs a more effective cutting and mixing process than conventional disc harrows, with each disc operating independently thanks to its separate bearing. The springs on each disc prevent breakages and damage to the frame by allowing the discs to move back and forth when encountering an obstacle. It is less affected by the unevenness of the terrain. It causes almost no damage to the levelling of the terrain. In addition, the roller attached to the chassis presses the soil lifted by the discs at the same time, minimising moisture loss after the process. The machine can operate comfortably in heavy clay soils.
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