Leftover Feed Collector Improves Efficiency in Modern Intelligent Dairy Farming

Growing Demand for Efficient Feed Management in Livestock Farms

With the continuous development of smart agriculture and modern livestock farming, feed management has become an important factor affecting farm efficiency and production costs. Large-scale dairy farms are increasingly focusing on reducing feed waste, improving feeding accuracy, and optimizing daily management processes. As a result, advanced equipment such as the leftover feed collector is becoming an essential solution for improving feed utilization and maintaining cleaner feeding environments.

In traditional farming operations, leftover feed after feeding often requires manual collection, which is time-consuming, labor-intensive, and difficult to manage efficiently. Inefficient collection methods may also lead to feed waste, increased labor costs, and reduced farm productivity. The application of intelligent leftover feed collection equipment provides farms with a more efficient way to recover remaining feed and improve overall feeding management.

Aoxin (Beijing) Mechanical Technology Co., Ltd. focuses on the research, development, and manufacturing of intelligent agricultural machinery solutions, providing advanced equipment for modern livestock farms. The company’s leftover feed collector is designed to help large-scale farms improve operational efficiency through automation, reliable performance, and intelligent management.

Advanced Leftover Feed Collector Supports Efficient Feed Recovery

The leftover feed collector developed for modern livestock operations is designed to collect residual feed efficiently after feeding processes. By integrating advanced mechanical structures and intelligent systems, the equipment helps farms reduce feed waste while improving the cleanliness and efficiency of feeding areas.

The machine adopts a professional feed collection system with a single auger conveying structure and belt-based residual material transportation method. This design allows leftover feed to be collected and transferred smoothly, reducing manual handling requirements and improving daily farm workflow.

For dairy farms with large feeding areas, efficient leftover feed recovery is especially important. By collecting unused feed in a timely manner, farms can better manage feed resources, reduce unnecessary losses, and improve economic benefits.

High-Capacity Design Meets Large-Scale Farm Requirements

To meet the needs of modern intensive livestock farms, the leftover feed collector features a large-capacity hopper design with an effective volume of 10 cubic meters. The equipment is built for continuous operation in demanding agricultural environments and provides strong adaptability for different farm applications.

The vehicle dimensions are designed for practical farm operation, with an external size of approximately 8000×2550×3300 mm. The machine uses a 4×2 drive mode and is equipped with a reliable chassis system to ensure stable movement during feed collection tasks.

With a payload capacity of ≥2000 kg, the equipment can handle substantial amounts of leftover feed during daily operations. This helps farms improve collection efficiency while reducing repeated transportation work.

New Energy Electric System Promotes Sustainable Farming

As sustainable agriculture continues to develop, electric-powered agricultural machinery is gaining increasing attention. The leftover feed collector uses a new energy electric drive system, providing an environmentally friendly solution for modern livestock farms.

The equipment is equipped with a high-performance power battery system with a battery capacity of ≥150kWh and a drive motor power of ≥80kW. This electric configuration supports efficient operation while reducing dependence on traditional fuel-powered equipment.

The upper assembly power take-off provides ≥20kW power output, supporting stable operation of feed collection components. Through electric technology integration, the machine helps farms move toward cleaner, quieter, and more efficient agricultural production.

Intelligent Weighing System Improves Feed Management Accuracy

Accurate feed management is essential for improving farm efficiency. The leftover feed collector can be equipped with professional weighing systems from brands such as Hechang and Damaike (Italy), with optional compatibility with international systems including Aivision (USA), DIGI-STAR, Kopten, and Feedwatch.

The four-point suspension weighing system provides high measurement accuracy, with a weighing error of ≤0.1% (f.s.). The weight display features IP67 protection, ensuring reliable performance in agricultural environments with dust and moisture exposure.

Through precise weighing and data management, farms can better monitor leftover feed quantities, optimize feeding strategies, and improve resource utilization.

Safe and Convenient Operation for Modern Farms

Operator convenience and safety are important considerations in modern agricultural machinery. The leftover feed collector features a single-person cab design, providing a comfortable working environment for operators.

The equipment is equipped with reversing radar to improve operational safety during movement. The pneumatic-assisted braking system enhances control reliability, especially in complex farm environments.

With a vehicle speed range of 0–30 km/h, the machine can adapt to different working conditions and transportation requirements inside large-scale farms.

Aoxin Supports the Development of Intelligent Livestock Farming

As a professional agricultural machinery manufacturer, Aoxin (Beijing) Mechanical Technology Co., Ltd. continues to develop intelligent equipment solutions for modern livestock farming. By combining automation technology, new energy systems, and practical farm requirements, the company supports the transformation toward smarter and more sustainable agriculture.

The leftover feed collector represents an important advancement in improving feed management efficiency. With reliable performance, intelligent functions, and environmentally friendly operation, it provides dairy farms, livestock enterprises, and agricultural projects with an effective solution for reducing feed waste, improving productivity, and building the future of intelligent farming.