A-Type Breeder Cage System for Poultry

The A-Type Breeder Cage System is a multi-tier poultry housing solution developed for commercial breeder chicken management. The stepped A-frame structure provides open space between cage rows and tiers, supporting natural air circulation while maintaining efficient use of poultry-house floor area.

The cage arrangement is particularly suitable for breeder flock management and artificial insemination operations. Galvanized wire cages provide individual or controlled-group housing, while front feed troughs, nipple drinking lines and accessible cage doors support routine feeding, inspection, breeding management and flock handling.

The system can be integrated with automatic feeding, water supply and manure removal equipment to reduce routine labor requirements. Sloped cage floors guide breeding eggs toward the front collection area, helping simplify egg collection and reduce unnecessary contact with manure and litter.

For complete poultry farm construction projects, cage tiers, row length, feeding method, drinking configuration, manure handling and environmental control equipment can be designed according to poultry-house dimensions, breeder capacity and local climate conditions.

• A-Frame Cage Structure: Stepped cage arrangement provides convenient access and supports natural ventilation between cage tiers.
• Breeder-Focused Design: Cage dimensions and access arrangement can support breeder management and artificial insemination procedures.
• Galvanized Construction: Cage mesh can use hot-dip galvanized or aluminum-zinc coated materials for corrosion resistance.
• Multi-Tier Configuration: Three to five tiers can be configured according to poultry-house height and project requirements.
• Egg Collection Convenience: Sloped cage floors allow breeding eggs to roll toward the front collection area.
• Automatic Feeding Option: Feed can be transferred from silo and auger systems to cage-row feeding equipment.
• Automatic Drinking: Nipple drinkers, water pipes, pressure regulators and filtration equipment provide controlled drinking-water distribution.
• Manure Management: Scraper or manure-belt configurations can be integrated according to the farm layout.
• Accessible Cage Front: Practical cage-door arrangement facilitates bird inspection and breeder flock management.
• Modular Row Layout: Cage-row length can be adapted to different steel structure poultry-house dimensions.
• Reduced Routine Labor: Feeding, drinking and manure removal automation can reduce manual handling requirements.
• Project Integration: Suitable for new poultry farm construction and breeder-house equipment modernization.

• A-type galvanized support frame
• Galvanized wire cage mesh
• Breeder cage partitions
• Sloped cage floor mesh
• Front cage doors
• Longitudinal feed troughs
• Feed distribution system
• Nipple drinking pipes
• Stainless steel nipple drinkers
• Water pressure regulators
• Water filtration components
• Egg collection area
• Manure deflection components
• Optional scraper or manure-belt system
• Supporting fasteners and structural connectors

The cages are installed in a stepped arrangement on both sides of an A-shaped galvanized supporting frame. This structure creates open vertical and horizontal spaces around the cage tiers, providing convenient management access and effective natural airflow in open or environmentally controlled poultry houses.

Feed troughs run longitudinally along the front of each cage level. Drinking pipes equipped with nipple drinkers distribute water throughout the row, while pressure-regulating and filtration components help maintain suitable water supply conditions.

The cage floor is inclined toward the front so newly laid breeding eggs move away from the birds into an accessible collection zone. This separation simplifies egg handling and helps keep eggs away from the main manure area.

For automated configurations, manure can be removed by scraper equipment or belt conveyors, while feed distribution can be connected to silo, auger and feeding-trolley systems. The final automation level depends on farm capacity and project requirements.

Reference cage dimensions and stocking data are based on the referenced manufacturer configuration. Final dimensions, bird capacity, tier quantity and automation level should be confirmed according to breeder strain, management method, local regulations and poultry-house design.

• Commercial breeder chicken farms
• Breeder artificial insemination facilities
• Hatching-egg production farms
• Parent-stock poultry farms
• Broiler breeder operations
• Layer breeder operations
• Open poultry houses
• Semi-open poultry houses
• Environmentally controlled poultry houses
• Steel structure poultry farm buildings
• New breeder farm construction projects
• Existing poultry-house equipment upgrades

The A-Type Breeder Cage System can be configured according to breeder flock capacity, poultry-house dimensions, management method, climate conditions and required automation level.

• 3-tier, 4-tier or 5-tier cage arrangement
• Cage compartment dimensions
• Bird capacity per compartment
• Cage-row length
• Hot-dip galvanized mesh
• Aluminum-zinc coated mesh
• Automatic feed distribution
• Feed silo and auger conveying system
• Nipple drinking system
• Water pressure regulators and filters
• Manual or automatic egg collection
• Scraper manure removal
• Manure-belt removal system
• Environmental control equipment
• Ventilation and cooling configuration
• Electrical control system
• Complete steel structure poultry-house solution

Installation should begin after the poultry-house floor, drainage, ventilation openings and equipment layout have been confirmed. Cage rows must be accurately aligned to provide suitable service aisles and reliable connection with feeding, drinking and manure-handling equipment.

• Confirm poultry-house dimensions and cage-row layout before assembly.
• Mark row centerlines and equipment positions on the prepared floor.
• Assemble and level the galvanized A-frame support structure.
• Install cage mesh, partitions, doors and sloped floor sections.
• Fit longitudinal feed troughs and feeding equipment.
• Install nipple drinking pipes, regulators and filtration components.
• Install manure deflectors, scrapers or manure belts according to configuration.
• Check egg-roll surfaces and collection areas for smooth operation.
• Verify all structural fasteners before introducing birds.
• Flush drinking lines before flock placement.
• Inspect nipple drinkers regularly for leakage or blockage.
• Remove feed accumulation from troughs during routine maintenance.
• Inspect galvanized surfaces and structural connections between production cycles.
• Service drive motors, chains, belts and moving components according to the maintenance schedule.

Q1: What is an A-Type breeder cage system?

It is a stepped multi-tier poultry cage system designed for breeder flock housing, breeding management and efficient hatching-egg production.

Q2: Is the system suitable for artificial insemination?

Yes. Suitable breeder cage configurations provide convenient access to individual birds and are designed to support commercial artificial insemination management.

Q3: How many cage tiers are available?

Three to five tiers can be configured depending on poultry-house height, flock capacity and project requirements.

Q4: Can feeding be automated?

Yes. The system can be connected with feed silos, auger conveyors, hoppers and automatic feed-distribution equipment.

Q5: What drinking equipment is available?

Typical configurations use nipple drinking lines together with pressure regulators, filters and water-supply components.

Q6: How is manure removed?

Depending on the project, manure can be handled using scraper equipment or manure-belt conveyor systems.

Q7: Can the system be installed in hot climates?

Yes. The open A-frame arrangement supports natural airflow, while ventilation and cooling equipment can be designed according to local climate and farm conditions.

Q8: Can SHEWUYOU provide a complete breeder farm solution?

Yes. Cage equipment can be integrated with feeding, drinking, egg handling, manure removal, ventilation, environmental control and steel structure poultry-house systems according to project requirements.