SLSJ-11
Jointtech
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11m³ Leftover Feed Collector is a highly efficient and professional device meticulously designed for modern livestock farming. It efficiently collects and transports leftover feed for secondary feeding. With its large 11 cubic meter capacity, this collector effectively solves long-standing problems for farmers, such as feed waste accumulation and low collection efficiency. It not only helps reduce feed costs but also optimizes the farming environment.
Model | SLSJ-11 |
Capacity | 11 m³ |
Dimension | 7600*2100*3000mm |
Power | 103HP |
Driven Way | Diesel Engine |
Collect Method | Auger |
Weighing Sensor | 4-point |
Lifting Method | Chain |
Transmission Method | Hydraulic transmission |

collect the remaining feed with a shovel.
Auger Motor
In-box feed auger.

Diesel-Powered Reliability for Livestock Farms: Equipped with a high-performance diesel engine, it operates stably in remote or grid-less farm environments, delivering strong power for long-hour continuous work and adapting perfectly to livestock breeding scenarios.
Efficient Collection via Auger & Shovel Plate: The integrated auger and shovel plate structure easily scoops up scattered leftover feed without damaging farm surfaces, achieving seamless collection and conveying with 40% higher efficiency than traditional manual or single-type equipment.
Secondary Feeding to Cut Feed Costs: Built-in auger in the storage tank enables uniform conveying of collected feed for secondary use, maximizing feed utilization and significantly reducing feed waste and breeding costs.
11m³ Large Capacity Boosts Work Efficiency: High-strength wear-resistant steel hopper handles massive leftover feed in one operation, reducing collection trips and saving over 50% working time for large-scale livestock farms.
Durable & Corrosion-Resistant Build: Full-body anti-corrosion treatment and Q355B alloy steel plate key components resist humidity and feed corrosion; reinforced frame ensures over 8 years of service life under normal use.
Energy-Saving & Cost-Effective Operation: Energy-efficient diesel engine (20-30% lower consumption than peers) and intelligent speed adjustment avoid energy waste; standardized components and simple structure reduce maintenance costs and downtime.