Elliptical Feeding Hole Chick Rearing And Cage Equipment Inward Push Cage Door

Product Specification

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