Your cart is currently empty!
+86 15863276370
Broiler chickens grow rapidly, and their nutritional requirements change throughout the production cycle. Matching feed formulation and feeding management to the birds’ growth stage can help farms use feed more efficiently while supporting healthy development. The goal is not simply to provide less feed, but to supply appropriate nutrients and reduce avoidable losses.

During early growth, broilers need diets formulated to support tissue development and efficient nutrient utilization. As birds become heavier, their energy, protein, and amino acid requirements change. Using suitable starter, grower, and finisher diets helps align nutrient supply with these changing needs. Feed programs should also consider genetics, target market weight, health status, and local production conditions.
Growth records provide a practical basis for adjusting a feeding program. By tracking body weight, feed intake, and flock uniformity, farm operators can identify whether birds are developing as expected. Unexpected changes may indicate problems with feed quality, water supply, temperature, disease, or feeder access. Adjustments should be based on these observations and professional nutrition guidance rather than growth targets alone.
Feed waste also occurs when equipment is poorly adjusted. Feeders set too high or too low, excessive feed levels, damaged components, and uneven distribution can cause spillage. Regularly checking feeder height and feed flow helps limit these losses. Automatic feeding systems can support consistent feed delivery, but they still require correct setup, routine inspection, and maintenance.
Growth-based feeding works best as part of an integrated management approach. Matching diets to bird development, monitoring performance, and maintaining feeding equipment can help reduce avoidable waste without compromising bird welfare or growth. Each farm should evaluate feed intake, weight gain, and feed conversion ratio over successive production cycles to determine which adjustments deliver measurable improvements.

Automatic manure removal systems are becoming an important component of modern poultry farm automation. This article compares traditional manual manure handling and automated manure conveyor systems from three perspectives: labor requirements, ammonia management, and waste processing efficiency. Manual cleaning methods may increase labor dependency and create challenges in maintaining consistent environmental conditions. Automated manure removal…
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…
Southeast Asia’s poultry sector is shifting from backyard farming to commercial production, creating strong demand for floor rearing equipment. Indonesia, Vietnam, and the Philippines represent the region’s most promising markets. Indonesia has the largest broiler population but faces fragmentation. Success requires affordable semi‑automated systems and local after‑sales support. Vietnam’s market is more structured, with growing…
This study builds an ROI model to evaluate automation upgrades for a 10,000-bird floor rearing farm. The model compares total investment (equipment + installation) against annual savings from labor, feed, medication, and mortality reduction. Key inputs: automated feeding system cost – 12,000;manuallaborcost–12,000;manuallaborcost–15/hour; feed waste reduction – 7%; mortality decrease – 2%; medication saving – 20%. Calculation:…