Achieve the same effect as traditional tillage using fewer resources

The chisel plough reduces cultivation working time and costs compared to traditional ploughing. It prepares fields by breaking up impermeable soil layers for better air and water access. Equipped with a double-row section of tines with side undercutters and a double spiked roller with hydraulic depth adjustment, it operates effectively at a driving speed of 10 km/h, covering large areas quickly. Its good weight distribution enables deep soil work, even in hard varieties. High clearance under the frame prevents clogging, while appropriately shaped tines allow for simultaneous topsoil cultivation and crop residue mixing. Using a chisel plough improves root system permeability, soil vitality, and plant growth, minimizes subsequent soil preparation operations, and leaves the soil loosened and leveled.



Water infiltrates soil layers more easily

Deep soil loosening facilitates improved and more efficient water percolation to lower layers and enhances all physical properties of the soil. Enhanced water permeation also results in less surface water on the field, promoting even emergence. The subsoiler tine is designed to create minimal resistance to its function, reducing fuel consumption for deep soil work and allowing the use of a low-power tractor. The entire cultivation process is completed by a double-spiked roller with hydraulic adjustment, which breaks up clods, smooths the field surface, and reduces evaporation by closing the plough track. The device is highly effective on stone-rich soils due to the hydropneumatic system, which allows the tine to lift when encountering obstacles. The chisel plough is available with various quality variants of working elements. Standard boron steel chisels can be replaced with welded or cemented carbide chisels.









Proper soil aeration ensures successful harvests

The Rolmako U 624 chisel plough cultivates soil up to a depth of 45 cm. This device can replace traditional ploughing, working deeper, faster, and with lower fuel consumption and tractor power requirements compared to traditional machines. The Rolmako U 624 chisel plough is available in three working width options: 2.50 m, 3.00 m, and 4.00 m. An abundance of oxygen in the soil is crucial for high yields. Air in the soil, filling spaces devoid of water, is essential for plant life and proper development. The Rolmako chisel plough oxygenates the soil effectively in one pass, reaching both the surface and deeper layers. Aerated and moist soil promotes a faster and more efficient plant development cycle.

Machine construction



1. Rear LED lighting beam

Machines traveling on public roads must be equipped with road lighting.

2. Three-point linkage

The massive suspension system serves as a supporting element of the machine. The solid tower of the three-point suspension system makes the machine durable and resistant to loads.

3. The structure with the highest load-bearing capacity

The chisel plough is engineered for the most demanding field loads. In areas with compacted and extremely hard soil, this device is the optimal choice.

4. Ripper tine

The double-sided chisel, undercutters, and cutting fin constitute the elements of the tine mounted on a robust beam, which together enable optimal loosening and water absorption for the crops.

5. PREMIUM working elements

The machine employs internationally recognized soil cultivation systems, utilizing readily available high-quality components from specialized suppliers.

6. Cemented carbide

Working elements equipped with sintered carbide are recommended for heavy loads on large-scale farms or in services cultivating unstony soils. Carbide plates increase the operating time of the working elements of the mulch harrow or other soil cultivation machines by up to seven times.

7. Screw or hydraulic tine protection

Traditional shear bolt or hydraulic with adjustable force required to deflect the tine.

8. Hydraulic accumulator

The load threshold at which the tooth deflects is contingent upon the accumulator utilized. The nitrogen within the accumulator compresses, permitting the oil in the machine system to flow into the oil tank, and subsequently releases it once the overload is alleviated.

9. Overload valve

When multiple critical loads occur simultaneously, the safety valve will direct oil into the tractor tank, safeguarding the traction and cultivation machinery.

10. Side leveling covers

Aggressively operating teeth can displace soil onto the already cultivated area. To mitigate this, it is advisable to use side screens that contain the soil within the machine's path.

11. Tillage roller

The standard 560mm diameter rear double spike rollers incorporate overlapping spikes, ensuring an excellent self-cleaning effect.

12. Working depth adjustment

Standard hydraulic depth adjustment permits dynamic changes to this parameter without leaving the tractor.

13. Solid oversized machine frame

The solid frame construction is the most critical element of the cultivation machine. The substantial amount of steel used in its construction makes these robust tools capable of utilizing the high power of modern agricultural tractors, ensuring many years of operation on the farm.

14. Quality steel

Achieving a high-quality final product necessitates the use of superior metallurgical materials; therefore, in manufacturing the agricultural machine frame, we utilize fine-grained Swedish steels S500MC and S700MC.








Equipment
standard
  • The frame consists of a square profile section 100 x 100 x 8 mm, and the Ripper tine with a low resistance coefficient is equipped with side wing shares. The tine coulter is made of boron steel, optionally welded or in the version with cemented carbide. Working elements are protected against excessive overload with a shearing bolt or equipped with a hydraulic Non-Stop protection. The basic machine is equipped with a tandem spiky roller Ø 560 mm with hydraulic depth adjustment of operation.
Equipment
optional
  • Side levelling covers
  • Welded tine shares (right + left)
  • Forged roller tines made of high quality structural steel
  • Front reflective plates
  • Rear LED lighting beam
  • Ripper tine welded chisel
  • Ripper tine wth cemented carbide



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