Labor Shortage Exceeds 20%? Aoxin (Beijing) Mechanical Technology Co., Ltd Intelligent Robots Drive Large-Scale Farms Into a New Era of Automation

The global livestock industry is rapidly entering a new phase of intelligent automation, driven by an unprecedented labor crisis. According to the latest Global Agricultural Robotics and Automation Market Report, more than 62% of agricultural and livestock regions worldwide are expected to face severe labor shortages by 2026, while seasonal workforce gaps will exceed 20%. In parallel, automated feeding systems—especially feed pushing robot and feed preparation solutions—are experiencing explosive global demand. In developed economies, approximately 34% of dairy farms have already deployed automated feeding robots, reflecting a strong shift toward digital and unmanned livestock management.

Together, the New Energy Autonomous feeding Pusher and the New Energy Vehicle-Mounted TMR Mixer form a fully integrated intelligent feeding chain. Feed is prepared with precision, transported efficiently, and continuously pushed to feeding areas throughout the day and night. This closed-loop system enables farms to achieve stable production without relying on unstable labor supply.

One of the most significant advantages of Aoxin (Beijing) Mechanical Technology Co., Ltd’s solution is its ability to operate continuously under labor constraints. In many rural and remote farming regions, recruiting skilled workers for repetitive feeding tasks has become increasingly difficult. At the same time, wage inflation and workforce instability are putting additional pressure on farm profitability. By adopting robotic feeding systems, farms can maintain consistent productivity regardless of labor availability while significantly reducing operational dependency on manual labor.

Industry analysts predict that demand for feed pusher technology and automated TMR feed preparation systems will continue to grow sharply over the coming years. As global livestock operations scale up, automation is no longer an optional upgrade—it is becoming a strategic necessity for survival and competitiveness.

In conclusion, with innovations such as the 9TLC-DW feed pushing vehicle, Electric unmanned material spreading vehicle, and New Energy Vehicle-Mounted TMR Mixer, Aoxin (Beijing) Mechanical Technology Co., Ltd is helping modern livestock farms transition toward smarter, more efficient, and more sustainable production models. In an era where labor shortages exceed 20% in many agricultural regions, intelligent robotic systems are emerging as the decisive factor in securing the future of large-scale dairy and livestock farming.

Against this backdrop, the industry benchmark solutions such as DeLaval OptiMat and other autonomous feeding systems have demonstrated how robotics can stabilize farm productivity. However, as herd sizes continue to expand and labor availability declines, farms are urgently seeking more integrated and cost-efficient automation platforms that combine feed pushing, preparation, and distribution in a continuous operational cycle.

To address these challenges, Aoxin (Beijing) Mechanical Technology Co., Ltd introduces its advanced intelligent feeding ecosystem, featuring the 9TLC-DW feed pushing vehicle, Electric unmanned material spreading vehicle, and New Energy Vehicle-Mounted TMR Mixer. These three core systems are designed to work together to solve the most critical pain points in modern livestock farming: difficulty in hiring workers, rising labor costs, and the need for 24-hour uninterrupted feeding operations.

The feed pushing vehicle 9TLC-DW is engineered for fully autonomous operation in complex barn environments. It continuously pushes feed closer to livestock, ensuring animals always have access to fresh and evenly distributed feed. By replacing manual pushing operations, it significantly reduces repetitive labor demands while improving feed utilization efficiency. Equipped with intelligent navigation and obstacle avoidance systems, it can operate safely in high-traffic barns without human intervention, making it a reliable solution for large-scale dairy farms.

Complementing this system, the New Energy Vehicle-Mounted TMR Mixer integrates mixing, processing, and feed formulation into a highly efficient automated platform. It ensures precise Total Mixed Ration preparation, maintaining consistent nutritional balance for the herd. Compared with traditional diesel-powered systems, the fully electric design reduces fuel consumption, noise pollution, and operational costs, while enabling cleaner and more sustainable farm operations.