Parent Stock Cage System for Poultry Breeders

The Parent Stock Cage System is an integrated poultry housing solution engineered for commercial breeder flocks producing fertile hatching eggs. Compared with conventional layer housing, breeder cage equipment must accommodate the specific management requirements of parent-stock hens and roosters while supporting accurate feeding, reliable drinking, egg handling, manure management and daily flock inspection.

The system is built around a corrosion-resistant galvanized cage structure and can integrate automatic feed distribution, nipple drinking lines, egg collection belts and manure removal equipment. Single-tier or multi-tier configurations can be engineered according to breeder type, poultry-house dimensions, required flock capacity and management strategy.

For new steel structure poultry buildings and breeder-house modernization projects, the cage rows can be coordinated with ventilation, lighting, environmental control and material-handling systems to create an efficient complete-house solution. Final cage dimensions and stocking density should always be selected according to bird size, breeder management requirements, welfare standards and applicable local regulations.

• Purpose-Built Breeder Housing: Designed around parent-stock management and fertile hatching egg production rather than ordinary table-egg production.
• Galvanized Cage Structure: Corrosion-resistant steel wire and supporting frames provide durable service in intensive poultry-house environments.
• Single or Multi-Tier Layout: Cage configuration can be adapted to building width, clear height, flock capacity and farm operating strategy.
• Integrated Feeding: Compatible with automatic feeding equipment for consistent feed distribution along breeder rows.
• Nipple Drinking System: Enclosed drinking lines help deliver clean water while reducing unnecessary floor and manure moisture.
• Fertile Egg Handling: Sloped cage-floor and egg collection arrangements can transfer eggs gently from the bird area toward the collection system.
• Automatic Egg Collection: Belt-type collection can reduce manual handling and support centralized fertile egg transfer.
• Manure Management: Belt or mechanical removal options help maintain cleaner cage tiers and improve poultry-house sanitation.
• Ventilation-Compatible Design: Open cage construction supports airflow through the bird zone and integration with mechanical ventilation systems.
• Convenient Bird Inspection: Practical cage fronts and access doors facilitate breeder observation and routine flock management.
• Modular Expansion: Cage-row length and system capacity can be designed according to commercial farm requirements.
• Automation Ready: Feeding, drinking, egg collection, manure removal, lighting and environmental control can be integrated into one breeder-house project.

• Galvanized steel cage frames
• Galvanized wire mesh panels
• Cage doors and access sections
• Breeder compartments
• Feed troughs
• Automatic feeding equipment according to configuration
• Nipple drinking lines
• Pressure regulation equipment
• Sloped egg-receiving floor sections
• Egg collection belts or collection channels
• Manure belts or mechanical manure removal equipment
• Tier supports and longitudinal structural members
• Drive and tensioning units according to automation level
• Electrical control equipment according to project configuration

Parent-stock birds are housed in dedicated cage compartments configured according to the selected breeder management program. Feed is distributed along the cage rows through manual or automatic feeding equipment, while nipple drinking lines provide water directly inside the bird-accessible area.

After laying, eggs move away from the bird area toward the front collection zone through the designed floor gradient. In an automated installation, egg belts transport fertile eggs toward a cross conveyor, elevator or central collection point for subsequent grading and hatchery handling.

Droppings fall away from the occupied cage area. Where manure belts are installed, manure is periodically transported from each tier to the end of the poultry house for discharge and further handling.

The cage system can operate as part of an integrated breeder-house package together with ventilation fans, air inlets, cooling equipment, lighting and environmental controllers.

Final cage dimensions, stocking density, male-to-female management arrangement, tier quantity and automation configuration should be determined according to breeder genetics, bird size, poultry-house dimensions, production objectives, welfare requirements and applicable local regulations.

• Broiler breeder parent-stock farms
• Layer breeder parent-stock farms
• Fertile hatching egg production facilities
• Integrated poultry breeding enterprises
• Commercial breeder farms
• Poultry genetic and breeding operations
• Hatchery supply farms
• New steel structure poultry houses
• Existing breeder-house modernization projects
• Large-scale automated poultry farm projects

SHEWUYOU can configure the parent stock cage system according to breeder type, poultry-house dimensions, local climate, required automation level and complete farm project requirements.

• Cage length, width and height
• Single-tier or multi-tier configuration
• Number of cage tiers
• Breeder compartment arrangement
• Hen and rooster management configuration
• Galvanized wire specification
• Automatic feeding configuration
• Nipple drinking-line layout
• Egg collection belt system
• Cross egg conveyor and egg elevator integration
• Manure belt removal system
• Lighting system
• Ventilation and cooling package
• Environmental control system
• Electrical control configuration
• Steel structure poultry-house integration
• OEM / ODM project supply

Before installation, the poultry-house floor, structural dimensions, row positions and service routes should be checked against the approved equipment layout. Cage rows should be aligned accurately to support smooth feeding, egg collection and manure removal operation.

• Confirm poultry-house dimensions and cage-row centerlines before assembly.
• Install supporting frames on a stable and properly prepared floor.
• Maintain accurate longitudinal and vertical alignment throughout each cage row.
• Install cage mesh, doors, feed troughs and drinking lines according to the project drawing.
• Set nipple-line pressure according to bird age and drinking-system requirements.
• Align egg belts carefully to minimize tracking problems and unnecessary egg contact.
• Check manure-belt tension and tracking before production starts.
• Protect motors, electrical controls and sensors during poultry-house washing.
• Inspect cage wire, fasteners and supporting structures regularly for corrosion or damage.
• Clean feed troughs and flush drinking lines according to the farm sanitation program.
• Inspect drive units, bearings, belts and tensioning devices at scheduled intervals.
• Remove accumulated dust around motors and electrical equipment.
• Replace damaged wire sections, nipples or mechanical components before they affect flock operation.

Q1: What is a parent stock cage system?

It is a specialized poultry housing system for breeder birds producing fertile eggs for hatcheries, with equipment configured around breeder feeding, drinking, egg handling and manure management.

Q2: Is it different from a standard layer cage?

Yes. Parent-stock housing must accommodate breeder management requirements, bird size, reproductive management and fertile egg handling rather than only commercial table-egg production.

Q3: Can the system be fully automated?

Yes. Automatic feeding, nipple drinking, egg collection, manure removal, lighting and environmental control can be integrated according to project requirements.

Q4: Can cage dimensions be customized?

Yes. Dimensions and tier arrangements should be selected according to breeder type, bird size, poultry-house dimensions, management requirements and applicable regulations.

Q5: How are fertile eggs collected?

Depending on the configuration, eggs can be collected manually or transferred by longitudinal egg belts to centralized collection equipment.

Q6: How is manure removed from a multi-tier system?

Automatic configurations normally use manure belts beneath cage tiers to transfer manure toward the discharge end of the poultry house.

Q7: Can the cage system be integrated with a new poultry house?

Yes. Cage rows can be coordinated with steel structure building dimensions, ventilation, lighting, egg transport, manure handling and environmental control systems.

Q8: What information is needed for project design?

Typical information includes breeder type, bird quantity, poultry-house dimensions, local climate, required automation level, preferred manure handling method, egg collection requirements and applicable local standards.