Pullet Cages
- Product: A type pullet cage, H type pullet cages
- Tiers: 3-5 tiers or more according to customer’s requirement
- Material: Hot galvanized, cold galvanized
- Application: Young hen before laying
- Lifespan: Last 20-30 years
- Sales volume: Customers cover 80+ countries
- Certificate: ISO9001, CE, SGS, SONCAP
Pullet Cages for Sale
ABC Machinery pullet cage system is expertly engineered for rearing young hens from 1 day to 120 days old, featuring an animal-welfare focused design that promotes healthy growth and uniform flock development. Our internationally proven system, widely adopted across Africa, Southeast Asia, South America, and the Middle East. (consistently below 2% mortality).
The system innovative 3-4 tier structure maximizes space efficiency while offering customizable automation options to suit various farm requirements. With easy installation and intelligent design features, our solution not only enhances pullet welfare but also significantly boosts farm productivity, helping operations achieve greater efficiency and profitability throughout the critical rearing phase.
Components and Layout Design of Pullet Cages
ABC Machinery pullet cage is widely used in modern poultry farms for rearing pullets. It features a durable cage structure, comfortable mesh flooring, and an automatic drinking system. The feeding and manure removal systems can be configured for manual or automatic operation. Our pullet cages are designed to optimize space utilization, improve operational efficiency, and provide easy management for farm workers.
A-type pullet cage is designed for farms rearing up to 25,000 birds, offering a cost-effective alternative to the H-type pullet cage. It features a manual manure removal system, multiple feeding options, and spring-loaded cage doors for easy access. A plastic net at the bottom ensures comfort and prevents chest disease. The automatic feeding system reduces waste, while 360° nipple drinkers provide clean water throughout the growth stages. Manure can be cleaned using a scraper machine or belt conveyor, with a ditch required for the scraper machine.
ABC Machinery H-type pullet cage can house more pullets than the A-type cage, making it especially suitable for farms with limited space for poultry houses. To ensure the high efficiency of large-scale poultry farming, the associated equipment must be fully automated.
- Material: The entire cage is made of corrosion-resistant material, with a hot-dip galvanized process that extends its service life to 30 years.
- Cage Door: The sliding door design is extremely convenient for opening and closing.
- Feeding: The adjustable feeding baffle accommodates pullets at various growth stages, while the foot pedal ensures comfort during feeding.
- Drinking: The height of the drinking line is easily adjustable to provide uninterrupted water supply for the pullets.
- Manure Removal: An automatic manure removal system is used to address environmental concerns.
Advantages of Pullet Chicken Cages
Less harvesting labor
Bird-harvesting>6000 birds/hr
Feed Conversion Ratio (FCR) 1.4:1
15-20 years
Technical Parameters of Poultry Pullet Cages
Here are the key technical specifications to help you choose the ideal poultry layer cage system for your farm.
Specification of A Type Pullet Cages
| Product | A Type Pullet Cages |
|---|---|
| Application | Poultry Farming |
| Warranty of Core Components | 1 Year |
| Weight | 50KG |
| Accessories | Water Tank, Nipple Drinker, Leg Support, Frame, Water Pipe |
| Surface Treatment | Cold Galvanized, Hot Galvanized |
| Capacity | 126 / 168 / 210 Birds |
| Cage Size | 1830*2300*1500 mm |
| Cell Size | 61*50*37 cm |
| Tiers | 3 / 4 / 5 Tiers |
Specification of H Type Pullet Cages
| Type | Capacity | Cage Size (cm) | Cell Size | Cell Capacity | Door | Area/Bird (cm²) |
|---|---|---|---|---|---|---|
| H Type 3 Tiers | 72 | 85*125*220 | 85*62.5*43 | 12 birds/cell | 1 | 442.7 |
| H Type 4 Tiers | 96 | 85*125*285 | 85*62.5*43 | 12 birds/cell | 1 | 442.7 |
All pullet cages are made with hot-dip galvanized anti-corrosion technology and feature intelligent ventilation and modular designs, making them suitable for farms of all sizes. From small-scale family poultry farms to large commercial broiler production operations, we offer comprehensive technical support for your pullet cage system. Get your free cage layout plan today!
Why Use Pullet Cage System?
A pullet is a young hen that is less than one year old and has not yet started laying eggs. The pullet cage system is designed specifically for pullets from day-old to pre-laying age (about 16-18 weeks). After 90-100 days, the pullets are typically transferred to layer cages to start egg production. During this growth phase, pullets require careful management to ensure their healthy development and lay the foundation for high egg production in the future.
According to the Poultry Science Association, modern pullet cage systems increase stocking density by 40-60% compared to floor rearing through vertical stacking (3-4 tiers), while maintaining welfare standards per the World Organisation for Animal Health (OIE) guidelines.
Research in Applied Poultry Research shows automated feeding systems in cages reduce feed waste by 15-20% and improve weight uniformity (+12%) through controlled portion delivery – crucial for puberty development.
Per FAO reports, elevated pullet cages decrease bacterial contamination by 30-50% by separating birds from feces, significantly reducing coccidiosis outbreaks (University of Georgia Extension, 2022).
USDA data demonstrates automated pullet cage systems cut daily management time by 50%, with integrated egg collection and manure belts saving 2.3 labor-hours/1000 birds daily.
How to Improve Profit with Automatic Pullet Cage Systems?
Compared to traditional ground-based free-range systems, the pullet cage system allows for precise control of feed, water, and light, ensuring even growth of the pullets, significantly reducing mortality rates, and ultimately improving egg production rates. This system not only optimizes space utilization and improves management efficiency but also enhances hygiene and biosecurity conditions, making it an ideal choice for modern poultry farms. Through scientific breeding practices, poultry farmers can achieve a higher return on investment (ROI).
Maximize Stocking Density Smartly
Utilize 4-tier vertical designs to house 25-30% more pullets within the same floor space.
Implement staggered placement to ensure proper ventilation (minimum 2.5cm/bird feeder space).
Automate Feed Conversion Optimization
Install programmable feeders with 6-8 daily portions to reduce waste by 18%.
Use anti-waste trough edges and adjustable nipple drinkers to cut feed costs by $0.15/bird.
Precision Environmental Control
Maintain 20-22°C with automated curtains + tunnel ventilation (saves 30% on climate costs).
Program 16L:8D lighting schedules using LED systems to accelerate development.
Data-Driven Health Management
Implement weekly weight tracking with ±5% uniformity targets.
Use RFID tags to identify underperformers early (reduces culling costs by 40%)
Pro Tip: Combine with all-in-all-out flock management to achieve 92% survival rate and 18-month ROI (USDA Best Practices)
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