Meidi Machinery has long been dedicated to the silage industry, focusing on the development and manufacturing of self-propelled forage harvesters. The company offers a range of models designed to adapt to diverse regional operating conditions. With continuous R&D investments in key technologies such as hydrostatic drive, core crushing systems, electro-hydraulic control, and header mechanisms, Meidi has achieved multiple breakthroughs. These innovations have been proven in real-world applications and are highly regarded by customers, further solidifying its position as a technology leader in the industry.
Self-Propelled Forage Harvester
Silage Harvester
Fodder Harvester
Corn Forage Harvester
Hay Silage Harvester
Grass Harvester
Equipped with well-known brand engine which provides large torque. Strong power, low fuel consumption and fast load transient response; and the advanced water tank cooling and dust removal system not only ensure the working of the engine, also reduce the maintenance time of water tank cleaning.
Perform heat treatment process and adopt special material for the roller grain crusher to make it durable and the crushing rate reach over 97%.
20 durable enclosed chopping rollers forge the spline shaft. The blade is sprayed with tungsten carbide, a sharp and wear-resistant material, to save fuel and prevent silage corn slicing.
The electric control and hydraulic device for automatic sharpening is equipped, which makes the operation quick and convenient and ensures the chopping knife is sharp continuously.
German brand's hydraulic drive system offers guaranteed quality. Hydrostatic travel drive provides comfortable and convenient operation, reducing labor intensity and improving field travel efficiency.
Automatic oil-filling system of German brand is used, realizing stable and reliable oil filling, saving the maintenance time of key working component bearing and prolonging its service life.
Brand-new electric control hydraulic operation system is adopted, with easy and convenient operation, as well as comfortable driving.
Forage harvesters integrate mechanical, hydraulic, and electronic systems to perform efficient harvesting and processing. The working process is structured as follows:
The header first gathers the crop using wear-resistant tungsten carbide blades. A dual-speed gearbox allows operators to adjust cutting length and working efficiency as needed.
The collected crop is then fed into an enclosed cutting mechanism equipped with 20 rollers and tungsten carbide-coated blades. This step ensures efficient and wear-resistant chopping while reducing fuel consumption.
Subsequently, the chopped material enters the grain crushing system. Here, heat-treated rollers process it at a crushing rate exceeding 97%, improving nutrient absorption for livestock.
Finally, the processed forage is propelled by a high-speed blower through a 180°-adjustable discharge chute. This enables flexible and efficient loading into following trailers.
