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Feed waste represents a major economic loss in broiler production. Three primary sources account for most waste: spillage, spoilage, and feed refusal.

Spillage occurs during transport, loading, and at the feeder due to overfilling or bird activity. Typical losses range from 3–5% of total feed. Spoilage results from moisture in litter or humidity, causing mold and nutrient degradation, adding another 2–4% loss. Feed refusal happens when birds selectively eat or reject poor-quality pellets, wasting 1–3%.
In a 10,000-bird farm consuming 100 tons annually, total waste reaches 6–12 tons at 450/ton,costing2,700–5,400 per year. About half comes from spillage, one-third from spoilage, and the rest from refusal. Addressing each source with improved feeder design, dry litter management, and feed processing can recover 60–70% of this loss, directly improving profitability.
Precision feeding relies on real‑time monitoring of feed remaining in pans. Load cells or infrared sensors placed under each pan continuously measure feed weight or fill height. When the measured level drops below a preset threshold, the controller activates the auger or chain feeder to deliver a small, measured amount of feed. This closed‑loop mechanism…
Feed mold contamination is a major concern in poultry farming, leading to nutrient loss and health risks. This study evaluates the effectiveness of sealed feed bins in controlling mold development under practical farm conditions. A comparative trial was conducted over 90 days in two identical broiler houses. House A used conventional open feed storage, while…
With the scaling development of the poultry industry, modern broiler farming equipment has become key to improving profitability. We specialize in the R&D and production of a series of farming equipment, helping farmers achieve efficient, labor-saving, and scientific feeding management. Core equipment includes: Our equipment is characterized by durability, ease of operation, and energy efficiency.…
Heat stress in poultry is closely linked to temperature-humidity index (THI). A THI-based early warning model enables farms to act before birds suffer. The model defines four risk levels: THI < 74 (safe), 74–78 (caution), 79–83 (danger), and > 83 (emergency). Each threshold triggers specific actions—from increasing ventilation to activating cooling pads and adjusting feed…