A-Type Pullet Cage System for Poultry Farms

The A-Type Pullet Cage System is a stepped multi-tier poultry rearing system engineered for raising layer pullets from the brooding stage through the growing period. The open A-frame arrangement combines efficient vertical space utilization with convenient access to cages, feed troughs, drinking lines and manure-management areas.

The cage body is manufactured from corrosion-resistant galvanized steel wire and supported by a rigid structural frame. Dense bottom mesh and optional plastic chick mats provide secure footing for young birds during the early rearing period. Adjustable feed openings, troughs and drinking-line heights accommodate changing bird dimensions as pullets develop.

The system can be configured with manual or automatic feeding, nipple drinking, manure removal, lighting and environmental control equipment. This modular approach makes it suitable for commercial pullet farms and integrated steel structure poultry-house projects requiring scalable flock management and efficient daily operation.

• A-Type Stepped Structure: Open multi-tier arrangement provides efficient space utilization and convenient access for inspection and management.
• Pullet-Specific Design: Cage dimensions, bottom mesh and feeding openings are designed around the requirements of growing pullets.
• Galvanized Steel Construction: Corrosion-resistant cage wire and structural components support long-term use in poultry-house environments.
• Protective Chick Flooring: Dense bottom mesh can be combined with removable plastic mats to provide secure footing for young chicks.
• Adjustable Feed Access: Feed openings and trough configuration can accommodate different pullet growth stages.
• Adjustable Drinking Lines: Nipple-line height can be changed as birds grow to maintain convenient access to drinking water.
• Automatic Nipple Drinking: Multi-tier waterlines provide clean and controlled water delivery throughout the cage rows.
• Flexible Feeding Options: Compatible with manual feeding or automatic feed-cart systems according to farm requirements.
• Manure Management: Manual, scraper-type or other compatible manure-removal solutions can be selected according to project design.
• Good Bird Visibility: Open wire construction makes routine flock inspection and equipment checking convenient.
• Modular Cage Rows: Cage lines can be extended according to poultry-house length and planned flock capacity.
• Turnkey Integration: Suitable for integration with ventilation, cooling, lighting, feeding and drinking systems in commercial poultry houses.

• Galvanized steel cage mesh
• A-frame structural supports
• Multi-tier cage compartments
• Dense bottom wire mesh
• Removable plastic chick mats according to configuration
• Front cage doors
• Adjustable chick feeding openings
• PVC or galvanized feed troughs
• Nipple drinking pipes
• Stainless steel nipple drinkers
• Optional drip cups
• Water pressure regulator and filter
• Waterline height-adjustment components
• Optional automatic feeding trolley
• Optional manure scraper or manure-removal system
• Fasteners, anchors and row connection components

The cage tiers are arranged in a stepped A-frame configuration, leaving the lower area between opposing cage sections accessible for manure management. This arrangement provides vertical stocking capacity while maintaining relatively open cage sides for ventilation and daily inspection.

Feed troughs are installed along the cage fronts, allowing birds to access feed through adjustable openings. Drinking pipes run through or along each cage tier, with nipple height adjusted according to the pullets' development stage.

During the earliest brooding stage, plastic floor mats and suitable starter feeding and drinking accessories can be used to improve access and footing. These components can be removed or adjusted as the birds grow.

Depending on the farm configuration, feeding and manure handling can remain relatively simple or be upgraded with automatic equipment to reduce routine labor requirements.

Final cage dimensions, stocking density, tier quantity and automation level should be confirmed according to pullet breed, target transfer age, local welfare requirements, poultry-house dimensions and project conditions.

• Commercial layer pullet rearing farms
• Day-old chick brooding facilities
• Growing pullet houses
• Layer replacement flock production
• Breeding and poultry production groups
• Open-sided poultry houses where suitable
• Environmentally controlled poultry houses
• Steel structure poultry buildings
• New poultry farm construction projects
• Poultry-house modernization projects
• Medium-scale and scalable pullet farms
• Turnkey layer farm projects

SHEWUYOU can configure the A-Type Pullet Cage System according to bird capacity, pullet breed, rearing program, poultry-house dimensions, local climate and required automation level.

• 3-tier or 4-tier cage arrangement
• Cage unit dimensions
• Compartment dimensions
• Bird capacity per cage
• Galvanized coating specification
• Bottom mesh configuration
• Plastic chick floor mats
• Feed trough material and profile
• Adjustable feed openings
• Nipple drinker quantity and spacing
• Waterline lifting system
• Manual or automatic feeding
• Manure scraper configuration
• Lighting system
• Ventilation and cooling system
• Environmental control equipment
• Steel structure poultry-house layout
• Complete farm equipment package

Cage rows should be installed on a prepared and level poultry-house floor according to the approved equipment layout. Correct alignment is important for cage stability and reliable operation of feeding, drinking and manure-management equipment.

• Confirm poultry-house dimensions and cage-row layout before installation.
• Position and anchor A-frame supports according to the installation drawing.
• Maintain accurate alignment along the complete cage row.
• Install cage mesh, doors and feed troughs securely.
• Install and pressure-test nipple drinking lines before birds enter the house.
• Adjust waterline height according to chick age and body size.
• Install plastic floor mats where required for day-old chicks.
• Check feed openings and trough heights as pullets grow.
• Inspect nipples regularly for leakage or blockage.
• Remove manure at suitable intervals to maintain house hygiene.
• Inspect galvanized wire, structural supports and fasteners between flocks.
• Clean and disinfect cage surfaces according to the farm biosecurity program.
• Replace damaged cage wire, drinkers and other wear components promptly.

Q1: What is an A-Type pullet cage used for?

It is designed for brooding and growing young layer pullets before they are transferred to the laying production system.

Q2: Can day-old chicks be placed in the cage?

Suitable configurations can accommodate day-old chicks when dense flooring, plastic chick mats and appropriate starter feeding and drinking equipment are provided.

Q3: What is the difference between A-Type and H-Type pullet cages?

A-Type systems use a stepped cage arrangement with a relatively open structure, while H-Type systems vertically stack cage tiers and are generally selected when higher stocking capacity per building footprint is required.

Q4: Can feeding be automated?

Yes. Automatic feed-cart systems can be integrated according to the required farm automation level.

Q5: How does the drinking system adapt as chicks grow?

The nipple drinking line can be raised progressively so that drinker height remains appropriate for different pullet growth stages.

Q6: Why are plastic floor mats used?

Plastic mats provide additional footing support for very young chicks and can be removed when the birds are sufficiently developed for the cage bottom mesh.

Q7: Is manure removal automatic?

The manure-management method is configurable. Manual or scraper-type systems can be selected according to the cage layout, investment level and farm requirements.

Q8: Can the system be designed together with the poultry house?

Yes. Cage-row quantity, aisle dimensions, ventilation, cooling, lighting, feeding, drinking and manure handling can be coordinated with the steel structure poultry-house design according to project requirements.