Forage harvesters – superior chop quality and harvesting efficiency

Producing high-quality silage requires machines with extreme throughput and precision chopping. Modernforage harvestersare advanced self-propelled units designed for the toughest conditions when harvesting maize, grass, and legumes. A key aspect of their design is ensuring the ideal fragmentation of plant material, which directly translates to the ensiling process and the subsequent energy efficiency of the fodder.

Precise chopping and feed preparation

At the heart of every machine is an efficient cutterhead and grain processing systems (grain crackers), which guarantee that every maize kernel is processed.Self-propelled forage harvestersoffer infinitely variable length-of-cut adjustment from the cab, allowing for instant adaptation of parameters to the moisture and type of raw material being harvested.

• Efficient material flow:The linear arrangement of components from the pick-up to the discharge chute minimises resistance and prevents machine blockages.
• Advanced crushing rollers:Intensive grain cracking ensures maximum starch availability for livestock or efficient biogas plant operation.
• Automatic knife sharpening:Cab-integrated systems allow for knife sharpening and shear bar adjustment without interrupting work in the field.

Intelligent harvest management and telemetry

The use of Near-Infrared (NIR) sensors allows for real-time monitoring of the nutritional components of the harvested crop, such as dry matter, protein, and starch.Modern forage harvestersintegrate this data with GPS systems, enabling precise yield mapping and the optimisation of fertilisation in subsequent seasons. Automatic filling for transport vehicles significantly reduces operator fatigue, eliminating material losses during transfer.

• Dynamic power regulation:Systems that match engine load to crop density allow for a significant reduction in fuel consumption per tonne of harvested material.
• Wide selection of attachments:Fast exchange of maize headers, grass pick-ups, or whole-crop headers (GPS).
• Comfort and visibility:Ergonomic cabs with panoramic glazing provide full control over the chopping and loading process.

Durability under extreme load

The frame and drivetrain design of the harvester has been optimised for many hours of work at maximum engine load. The use of reinforced materials in the crop flow channels (HD versions) extends machine life even when operating in sandy conditions. Investing in advanced harvesting technology provides the certainty of obtaining feed with repeatable, high-quality parameters.

Opt for massive power and reliability by choosing forage harvesters designed for professional contractors and large livestock farms.