This CHICK REARING AND CAGE EQUIPMENT is engineered for brooding and growing pullets from day‑old to point‑of‑lay (0‑16 weeks). The cage frame and mesh are firmly welded with a rational structure, innovative design, advanced architecture, and high technical content. Elliptical feeding holes allow chicks to access feed comfortably while preventing escape. A water receiving cup positioned below each drinker captures drips, keeping manure belts dry and reducing ammonia. The inward push cage door is simple and reliable, featuring a wide and practical opening for easy bird catching and inspection. Three mainstream insulation methods are supported – water heating, floor heating, and air insulation – ensuring optimal brooding temperatures regardless of climate. This equipment maximizes early growth uniformity, lowers mortality, and prepares healthy pullets for transfer to laying cages.

Technical Specifications

Classified Applications & Advantages

1. For Day‑Old to 4 Week Chicks

• Precise temperature zones – Water, floor, or air insulation maintains 32‑35°C at chick level without hot spots; sensor feedback adjusts heat output every 30 seconds

• Elliptical feeding holes – Curve shape matches chick head movement; allows easy access but prevents chicks from climbing out, reducing feed spillage by 15%

• Water receiving cup – Catches every drip; manure belt stays dry and light, extending belt life by 30% and lowering ammonia production

2. For 4‑8 Week Growing Pullets

• Inward push cage door – Wide opening (400mm) enables quick chick catching for vaccination or weight sampling; door springs back automatically

• Adjustable floor height – Snap‑in plastic or wire floor panels can be raised as pullets grow, preventing leg strain

• Ventilation integration – Mesh top allows warm air to rise and exit while cool fresh air enters from below, preventing floor drafts

3. For 8‑16 Week Pre‑Lay Pullets

• Transitional feeding holes – Elliptical shape gradually enlarges as pullets mature (optional exchangeable front panels)

• Anti‑perch water cup – Dome‑shaped receiving cup prevents birds from standing in water while still capturing drips

• Stress‑free transfer – Wide door allows pullet removal without chase or restraint; compatible with transfer trolley to laying cages

4. Insulation Method Advantages

Water Heating Insulation

• Even temperature distribution – Hot water circulates through pipes beneath each cage tier; no cold corners in brooding zone

• Low energy maintenance – Can be integrated with central boiler or solar thermal panels

Floor Heating Insulation

• Direct contact warmth – Heating mats placed directly under chick resting area (not under manure belt) reduce heat loss through feet

• Rapid response – Electric or hydronic floor mats reach target temperature in under 10 minutes

Air Insulation (Forced Air)

• Fast installation – No under‑floor pipes or mats; uses existing barn furnace with ducted outlets to each tier

• Combined ventilation – Warm air supply doubles as positive pressure ventilation during brooding

5. Structural & Welding Advantages

• Firm welded frame – Robotic welding ensures uniform strength; no loose wires or sharp spurs

• Rational structure – Weight‑bearing columns align with manure belt supports; no sagging even at 5 tiers

• Advanced architecture – Modular connections allow expansion or reconfiguration without cutting or re‑welding

6. Biosecurity & Hygiene Advantages

• Inward push door seal – Door closes flush with front panel, leaving no gap for rodents to enter

• Drip‑free manure belt – Water receiving cup prevents moisture from reaching belt, reducing bacterial growth (Salmonella, E. coli)

• Easy wash design – All horizontal surfaces have slight slope (2°) for water runoff; no standing water after cleaning

7. Management & Labor Advantages

• Wide cage door access – Worker can reach entire cage depth (600‑800mm) without disassembling parts

• Elliptical hole for feeding – Automated feeder chain passes through holes; no need to open doors for feeding, saving 2 hours per barn per day

• Simple door mechanism – Inward push spring latch has only two moving parts; zero maintenance over 10 years

8. Health & Growth Advantages

• Uniform feed access – Elliptical holes spaced every 100mm along cage front; all chicks reach feed simultaneously, reducing size variation

• Dry litter conditions – Water receiving cup eliminates wet spots on manure belt; no fecal fermentation beneath cages

• Low chick mortality – Proper insulation + draft prevention + dry floors lower early mortality to under 2%

9. Application in Different Farming Systems

• Broiler breeder pullet rearing – Precise weight control via adjustable feeding holes; prevents overeating in fast‑growing strains

• Layer pullet rearing – High density stacking (up to 5 tiers) maximizes brooder house capacity before transfer to laying cages

• Free‑range pullet preparation – Optional pop‑hole door on lower tier for outdoor access training from 6 weeks

• Quarantine & isolated rearing – Solid side panels between cells for disease containment during disease‑prone brooding period

10. Integration with Barn Automation

• Centralized insulation control – One PLC manages water, floor, or air heating across all tiers; zone control for different age groups in same barn

• Manure belt timer – Belt runs only when receiving cup is dry (humidity sensor triggered), saving energy

• Alarm interface – Connect to farm management system for temperature drop, water leak, or door ajar alerts