A cultivator with a working width of 6–9 meters for working to a depth of 10 cm
Aeration and leveling of moist soil before sowing
Verso cultivators are designed for pre-sowing soil preparation after plowing or stubble cultivation. They effectively level the soil surface and prepare a high-quality seedbed.
- Working width 6 to 9 metres.
- Suitable for use with from 180 hp power technology.
- Small plows arranged in five rows, with a 7.5 cm spacing between tines and a 58 cm spacing between rows of tines.
- Working depth of the plowshares from 0 to 10 cm.
What Makes FARMET Verso Unique
Front and rear Flexi-board ironing board
The front and rear hydraulic Flexi-board levelling boards are centrally controlled, allowing the operator to quickly and conveniently adapt the implement to changing soil conditions. Additionally, the height of the rear Flexi-board can be adjusted independently, ensuring precise soil surface leveling and optimal seedbed quality.
Hydraulic working depth adjustment
The working depth of the Versok cultivator is hydraulically adjustable, allowing the operator to quickly and precisely adapt to changing soil conditions during operation. Integrated transport wheels ensure smooth depth control directly from the tractor cab, help maintain consistent tillage quality, and reduce the risk of the machine clogging.
Effective performance in wet and heavy soils
The large number of narrow tines ensures intensive yet fine soil loosening without forming large clods. Thanks to good soil permeability and the maintenance of a stable working depth, the Verso works effectively even in wet and heavy soils, creating optimal conditions for high-quality seedbed preparation.
3-year warranty
All Farmet equipment comes with a 3-year warranty. The company pays particular attention to the high quality and reliability of its machinery. This commitment reflects the company's long-standing philosophy based on precision machining, durability and long service life.
Working areas
Soil tillage following intensive soil compaction
Soil preparation after plowing
- The area covered by the tractor's tracks. Proper seedbed preparation eliminates the risk of uneven plant emergence after sowing.
- Main soil leveling area. A precisely leveled soil surface allows for the even preparation of the seedbed.
- Soil tillage zone. The soil is tilled by the coulter section to the set depth. This depth should correspond to the intended seeding depth. The beam coulters ensure that the entire surface is loosened and help control weeds.
- Wave-smoothing zone behind the tine section.
- Final soil leveling zone. The rear harrows ensure a perfectly leveled surface with minimal clods for subsequent sowing.
High quality and efficient work
- Low traction resistance and excellent soil mixing due to the optimized design and arrangement of the tines.
- Flexible, narrow tines, 37 mm wide ensures intensive and fine soil cultivation.
- The brackets are attached to the frame with flexible mounts, so they can bend if they hit an obstacle.
Stable working depth The pitch of the tines is 75 mm. The curved chisel maintains the set working depth perfectly, even under the most challenging working conditions. Integrated transport wheels The undercarriage consists of 4 pairs of transport wheels with hydraulic working depth control. Greater resistance to clogging One of the major advantages of the cultivator is its excellent ground clearance and resistance to clogging. During operation, the cultivator rests on its integrated transport wheels, allowing the operator to smoothly adjust the working depth according to soil conditions and thus prevent potential clogging, for example, by raising it slightly. High throughput 43 cm frame height and an integrated transport axle with a tractor-controlled hydraulic working depth adjustment system. Smooth driving on the roads The cultivator folds easily to a maximum transport width of 3 m and a height of 4 m, making it roadworthy (except for the Verso 9 model).
Operation and maintenance of the cultivator due to minimal adjustments and a limited number of lubrication points are extremely simple.
Front Flexi-board ironing board A hydraulically controlled Flexi-board levelling board is mounted in front of the first row of tines; it breaks up large clods and performs initial levelling of the soil surface. The flexible, segmented Flexi-board levelling board is sturdy enough to operate even after plowing, while ensuring good soil permeability and effective levelling. Rear Flexi-board ironing board Centralized adjustment of both comparison plates The front and rear Flexi-board hydraulic levelling boards are adjusted centrally. In addition, the height of the lightweight rear Flexi-board levelling boards can be adjusted independently. As the height is adjusted, the working angle of the ironing board also changes—the greater the working depth, the steeper and more aggressive the angle. Tractor wheel track eradicators The tines are adjustable both vertically and horizontally, so they fully cover even the width of a tractor’s dual wheels. The standard configuration includes four tines on each side.
Verse 8 PS
Sturdy construction
Easy to use
Examples of Verso cultivator configurations
CARBIDE chisel Pickaxe
Rear roller RF
Rear roller RF Lower hitch eye: Ø 40 mm, Ø 50 mm, Ø 70 mm TPH Category 3
Connection of the front Flexi-board ironing board legs with stabilization The runners on the Flexi-board ironing board function as a single unit, ensuring greater stability. Connection of the rear Flexi-board ironing board legs with stabilization The arms of the ironing board function as a single unit, ensuring greater stability.
Working tools
Rollers
Towing
Other optional equipment
| Verse 6 PS | Verse 7 PS | Verse 8 PS | Verse 9 PS | |
|---|---|---|---|---|
| Working width, mm | 6 000 | 7 000 | 8 000 | 9 000 |
| Transport width, mm | 3 000 | 3 000 | 3 000 | 3 000 |
| Transport height, mm | 3 160 | 3 720 | 4 000 | 4 580 |
| Total length, mm | 6 800 | 6 800 | 6 800 | 6 800 |
| Working depth, mm | 0─100 | 0─100 | 0─100 | 0─100 |
| Number of tines (+ furrow cultivators), pcs | 77 (+8) | 91 (+8) | 101 (+8) | 115 (+8) |
| Distance between tines, mm | 75 | 75 | 75 | 75 |
| Rows of tines, pcs | 5 | 5 | 5 | 5 |
| Distance between rows, mm | 580 | 580 | 580 | 580 |
| Plowshare release force, kg | variable | variable | variable | variable |
| Frame clearance, mm | 430 | 430 | 430 | 430 |
| Productivity, ha/hour | 4.8–9 | 5.6–10.5 | 6.4–12 | 7.2–13.5 |
| Tractor power, kW/HP | 130–195 180─270 | 150─225 205–308 | 160─240 220─330 | 180─270 245–368 |
| Working speed, km/h | 8–15 | 8–15 | 8–15 | 8–15 |
| Maximum working slope, ° | 6 | 6 | 6 | 6 |
| Hydraulic connections/ pressure, bar | 4 / 200 | 4 / 200 | 4 / 200 | 4 / 200 |
| Number/type of hydraulic connection pairs | 8 / ISO 12.5 | 8 / ISO 12.5 | 8 / ISO 12.5 | 8 / ISO 12.5 |
| Tractor hitch | TPH categories 2 and 3; lower suspension K80; eyelet Ø 40, 50, 70 mm | TPH categories 2 and 3; lower suspension K80; eyelet Ø 40, 50, 70 mm | TPH categories 2 and 3; lower suspension K80; eyelet Ø 40, 50, 70 mm | TPH categories 2 and 3; lower suspension K80; eyelet Ø 40, 50, 70 mm |
| Weight, kg | 3 570 | 3 920 | 3 960 | 4 350 |
| Axle load, kg | 3 350 | 3 700 | 3 720 | 4 090 |
FARMETH – the largest manufacturer of agricultural machinery for tillage and sowing in the Czech Republic. The company, founded in 1992, is growing rapidly and devotes much attention and investment to the development of new technologies.
FARMETH agricultural equipment manufactured by this manufacturer must meet the strictest standards of work quality, reliability and durability. All equipment of this manufacturer 36 months warranty provided.
Products and technologies are developed in close collaboration with customers, research institutes and universities. FARMETH The products feature unique technological solutions, some of which are patented. The company seeks not only to improve product quality and create added value, but also to improve production technologies, productivity, and improve occupational safety and environmental protection.
FARMETH The brand is focused on high-quality products and high value. Major investments in modern production management ensure further quality improvement and more efficient production. The goal is to increase the added value of products and strengthen their competitiveness in all markets.
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