The Imetec self-propelled silage extractor: essential equipment for a revolution in grassland efficiency
With the large-scale and standardized development of modern livestock farming, efficient silage extraction and quality control have become key to reducing costs and increasing pasture efficiency. Specifically designed for large dairy and sheep farms, the Imetec self-propelled silage extractor replaces traditional manual labor and loader operations with an innovative design, becoming a key piece of equipment driving innovation in pasture production efficiency.
This equipment is equipped with a fully electric drive, reducing operating costs directly at the source. Electricity costs are only a few tens of yuan per hour, less than one-tenth the cost of diesel loaders, resulting in significant savings on pasture waste over long-term operation. Equipped with a hydraulic all-wheel drive system, the machine offers flexible movement and easy maneuvering, allowing it to move freely between different silo pits. The entire silage extraction and transport process can be performed by a single operator, significantly saving labor. With a throughput of 20–35 tons per hour, it is suitable for silo pit heights from 3 to 9 meters, meeting the needs for efficient silage extraction for both small and medium-sized pastures and large livestock farms.
To preserve feed quality, the machine is equipped with a drum cutting system and multiple high-strength, wear-resistant blades. When extracting silage, a smooth, dense cutting surface is ensured, effectively preventing air from entering the silo pit, preventing secondary fermentation, heating, and spoilage of the silage, thereby maximizing the preservation of nutrients. The conveying elements are made of galvanized, food-grade chain scrapers; they are clean, hygienic, odorless, and resistant to bacterial growth, reducing the incidence of digestive tract diseases in farm animals and contributing to increased livestock productivity.
The frame is constructed of reinforced manganese steel with a stable center of gravity, eliminating sway during operation and allowing for adaptability to various operating conditions, such as silos and trenches. The fully hydraulic control system operates reliably and consistently, with a low failure rate and a long service life for key components, effectively reducing subsequent maintenance costs. The equipment is also equipped with several safety systems: a hydraulic brake, automatic locking, and an emergency stop, preventing rollback even when working on slopes, ensuring operator safety.
