This cage-free floor housing keeps birds on managed litter with automated feeding and water lines under precise environmental control. Birds move freely, while access to feed, water, and a stable microclimate remains consistent. As a manufacturer, we supply integrated automation, climate equipment, and turnkey planning to help houses run cleanly with steady growth and lower routine labor.
Welfare and uniformity: Free movement with even access supports body weight, uniformity, and daily gains under appropriate lighting and temperature.
Cleanliness and biosecurity: Directed airflow and litter conditioning reduce moisture and ammonia. Smooth, food-grade surfaces speed washing and turnaround.
Labor savings: Automatic pans, nipple drinkers, and winch-adjustable heights keep routines consistent and reduce manual checks.
Energy-smart climate control: Efficient fans, inlets, evaporative cooling, and controller logic stabilize temperature and humidity across seasons.
Feeding lines: Durable pans with adjustable grills limit waste. Winches set height as birds grow. Sensors keep feed levels steady along the house.
Nipple drinkers and water treatment: Regulators, medicators, and filtration improve water quality. Line height and pressure adjust by age and breed.
Litter and manure handling: Scrapers, turning, and optional drying help keep litter dry and friable, reducing odors and footpad issues.
Ventilation and lighting: Tunnel or side ventilation with ridge/wall inlets and LED programs balance airflow, light intensity, and photoperiod.
Smart controls and sensors: A central controller uses temperature, humidity, CO2, pressure, and ammonia inputs for stable conditions and alerts.
Optional breeder nests: Community nests with gentle egg belts reduce cracks and keep hatching eggs clean. Perches and access settings support mating.
House size: Commonly 60–150 m long, 12–18 m wide.
Density and litter: About 28–38 kg/m² (region dependent). Litter depth 5–8 cm at placement.
Feeding lines: 3–6 lines; pan spacing roughly 60–75 cm; grills adjust from chick start to finish.
Drinking lines: 3–6 lines; 360° nipples, 50–80 ml/min at peak; optional anti-drip cups.
Ventilation: Peak capacity around 4–6 m³/kg/h in hot periods; staged minimum ventilation for chicks; tunnel airspeed about 2–3 m/s.
Nests: Manual or belt nests with soft belts and curtains for privacy; central egg table for gentle transfer.
Male/female management: Grills, male exclusion options, and targeted lighting programs support stable egg curves.
Materials: High-strength steel with corrosion-resistant coatings; UV-stable, food-grade plastics for long service life.
Site planning: Tailored CAD/PDF layouts with orientation, ventilation zoning, line counts, and electrical routing.
Steel-house design and build: Engineered structures with integrated openings for fans, inlets, pads, and service corridors.
Commissioning and service: On-site or remote startup, spare parts, and preventive maintenance guidance help keep automation reliable.
Growth and uniformity: Stable conditions and even access support FCR, livability, and uniform catch weights.
Operating cost: Automation and control can reduce labor, feed waste, and energy use.
Air quality: Balanced ventilation and dry litter help lower ammonia peaks and odors.
Scale-up: Modular components fit single houses or multi-house complexes and allow phased additions of lines, sensors, or climate stages.
Where land or litter is limited, stacking cages can increase density and simplify manure handling. Explore our Poultry Cage Systems for options.
How many lines are typical for a 12–15 m house width?
Usually 4–6 feeding and 4–6 drinking lines for uniform access.
What climate strategy fits my region?
Cold zones favor side ventilation with insulation and staged minimum ventilation; hot zones use tunnel airflow, cooling pads, and higher airspeeds.
How do I keep litter dry?
Maintain correct ventilation rates, set drinker pressure and height properly, and condition litter to prevent caking.
Contact our Floor Rearing System manufacturer team for a customized layout, bill of materials, and environmental design matched to your house, climate, and production goals. You will receive CAD/PDF drawings to support a smooth build.




