Chick Rearing Solutions

Core Components

Chicken House Construction and Design:

Fully Enclosed Environment-Controlled House: Similar to laying hen houses but with higher requirements for insulation, sealing, and uniformity. Chicks have poor thermoregulation and are extremely sensitive to temperature fluctuations.

Zoning and Layout: Typically designed for “all-in, all-out” operation, with a single house housing one batch of chicks. Layout must accommodate equipment operation and personnel traffic flow.

Stacked Automated Brooding Equipment System:

Stacked Brooding Cage System:

Cage Floor Design: Plastic mesh pads with fine mesh are used initially to prevent leg injuries in chicks. Coarser mesh can be used later without pads. Cage door designs must facilitate chick handling and observation.

Feeding holes: Employ adjustable plates to modify height according to chick age, facilitating easier feeding.

Environmental control system (requires extreme precision):

Heating system: The core of the system. Typically utilizes a “central hot water boiler + hot air ducts/radiators per tier” configuration to achieve precise, tiered, and zoned temperature control. Ensures uniform and stable temperatures throughout the cage (e.g., 33-35°C during the first week).

Ventilation System: Utilizes minimum ventilation and timed circulation modes. The goal is to provide sufficient fresh air while expelling moisture and harmful gases (e.g., ammonia) without compromising heat retention. Fan and intake calculations are more precise than in laying hen houses.

Humidification System: During the initial chick placement phase, if humidity is insufficient, humidifiers must raise relative humidity to 60-65% to prevent dehydration.

Automated Feeding System:

Initial Phase: Typically employs small in-cage starter trays or paper liners to assist chick initiation, ensuring each chick can easily access feed.

Transition Period: As chicks age, gradually transition them to using automated feeders outside the cages (chain-type or trolley-type). Feeder height should be adjustable.

Automated Watering System:

Initial Stage: Use chick-specific nipple drinkers (with extremely light trigger force) combined with cup drinkers or small hanging water bottles to ensure each chick learns to drink.

Throughout: Nipple drinkers remain the primary system, with water lines regularly raised as chicks age.

Lighting Control System: Utilize LED lights with programmable control. High-intensity lighting (20-30 lux) is required during early brooding to stimulate feeding and drinking. Later, gradually reduce light intensity and duration according to breed requirements.

Smart Management & Biosecurity System:

Comprehensive Environmental Monitoring: Sensors track not only macro-environmental conditions but also micro-environmental temperatures within cages at each level and across different zones.

Production Data Recording: Daily logging of mortality, feed intake, water consumption, weight, and uniformity. Weekly scheduled, fixed-point weighing is critical for assessing brooding success.

Strict Biosecurity Protocols:Implement “all-in, all-out” practices with thorough cleaning, disinfection, and empty housing between batches. Personnel undergo strict disinfection upon entry/exit.

Key Advantages of the Solution

Highest Biosecurity Level: Separation of chicks from manure (with manure belts per tier) completely blocks transmission routes for intestinal diseases like coccidiosis, reducing medication use.

Precise and Uniform Environmental Control: Independent heating and ventilation controls per layer eliminate common issues in flat-floor brooding like temperature stratification, drafts, and corner temperature variations, providing chicks with the most stable growth environment.

Enhanced Land and Space Utilization: Vertical farming achieves far higher stocking densities per unit area than ground-level or wire-floor flat-floor systems.

Superior Production Performance: High Survival Rate: Stable environments and effective disease control directly boost survival rates.

Excellent uniformity: Precise feeding and water management ensure equal resource access for each chick, resulting in high weight uniformity and laying performance foundations.

High management efficiency: Automated feeding and manure removal reduce labor intensity, allowing personnel to focus on inspections, vaccinations, and data recording while significantly increasing the number of chicks managed per worker.