Variable Rate Application (hydraulic or electromechanical) Allows adjustment of fertilizer dosage according to speci c soil requirements. Compatible with ISOBUS connectivity, enhancing e ciency and reducing costs.

Section Control System that automatically enables or disables machine sections to avoid overlaps and skips, optimizing input usage.

GPS Guidance System Satellite guidance system that ensures straight and precise trajectories, reducing human error and increasing e ective eld coverage.

6,000 L Hoppers in SAE 1010 Steel and Stainless Steel Robust and durable construction. Stainless steel in the hopper bottom provides greater corrosion resistance, extending equipment lifespan.

Incorporating Units with Double Disc and Press Wheel Ensure excellent soil penetration and e cient furrow closure, promoting correct fertilizer incorporation.

Dual Hopper System Enables simultaneous application of two di erent types of fertilizer.

Dual fertilization hopper Dual-hopper system that allows the simultaneous application of two di erent types of fertilizers

Hydraulic Markers

Facilitate alignment between passes in the absence of satellite guidance.

Hydraulic Hitch Tongue Improves maneuverability during hitching operations, allowing adjustment directly from the tractor.

High Clearance for Topdressing in Advanced Crops Structural design enables work in crops with advanced vegetative growth without damaging plants, ideal for late-season fertilization

 Unifier of rows

VERSATILITY: Applicable to any type or brand of trailed mowers. Easy to install without modifying the mower structure. It can be quickly coupled and detached, leaving the machine ready to work with or without the uniter. Its attachment system allows for any type of maneuver without the operator having to worry about keeping track of the uniter on the mower. It will follow the mower in any direction, while absorbing uneven terrain.

It has several adjustment points, allowing for proper tuning for each working condition. It allows for lateral movement and variable speed of the conveyor belt, allowing rows to be placed one on top of the other or side by side.

 LOWER COSTS: Processing cut grass into forage storage has a key role in the windrow unit. Primarily in the forage chopping process. The fact that the windrows are joined at the same time as the cutting takes place means that subsequent tasks such as joining windrows with traditional rakes will no longer be necessary. This translates into savings in fuel, labor, and repairs.

 WIND UNIT FREE OF IMPURITIES AND WITHOUT PROTEIN LOSS: This is another key benefit of the windrow unit. It does not lose leaves during windrowing: Leafiness is vital to hay quality. In alfalfa, the leaves contain 70% of the protein, 90% of the carotene, and more than 65% of the digestible energy present in the plant.

LESS ENVIRONMENTAL POLLUTION: The fuel savings that result from countless fewer hours of work on internal combustion engines, due to the reduction in post-mowing tasks, also translate into less environmental pollution, as it significantly reduces the emission of carbon monoxide into the atmosphere.