In large-scale broiler farming, scientific feeding is core to determining growth rate and feed conversion. Our independently developed automatic feeding system is designed for precise nutritional management.

The system consists of a feed bin, conveying pipes, a drive motor, feed pans, and an intelligent controller, achieving fully automated feeding. Its advantages are significant:

  • Timed & Measured Feeding:​ Feed times and amounts can be set according to the birds’ age, promoting uniform growth.
  • Reduces Waste:​ Precise dispensing avoids feed loss from manual scattering.
  • Lowers Stress:​ Quiet operation minimizes disturbance to the flock.
  • Saves Labor:​ One person can easily manage feeding for tens of thousands of birds.

We provide customized solutions suitable for various setups like floor rearing and cage systems, serving as a reliable partner in advancing the automation of broiler farming.

Other Posts

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    Automated feeding systems significantly shorten payback periods by reducing feed waste. This study quantifies how much feed savings contribute to overall return on investment in a 10,000‑bird broiler house. A typical automated feeding system costs $12,000–$15,000 installed. Annual savings come from three sources: labor (70% reduction, saving ~$10,000), feed waste reduction (5–10% saving, ~$2,700–$5,400), and…

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    Floor rearing systems offer a distinct advantage in disease control through the all-in, all-out management model. Unlike cage systems where birds remain in place across cycles, floor houses allow complete depopulation between flocks. This empty period enables thorough cleaning of every surface—walls, floors, feeders, and drinkers. Without cages obstructing access, disinfectants reach all areas, eliminating…

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    Environmental control systems are critical for poultry house performance. Unplanned fan or sensor failures during heat waves can cause catastrophic losses. A preventive maintenance strategy significantly reduces this risk. Key elements include: scheduled inspections of fans, motors, and belts every 500 operating hours; calibration checks for temperature and humidity sensors monthly; and cleaning of cooling…

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