Male & Female Natural Mating Breeder Cage

The Male & Female Natural Mating Breeder Cage is a large-colony poultry housing system designed to accommodate roosters and hens within the same cage unit. The spacious internal layout provides sufficient movement area for natural mating while supporting efficient commercial parent-stock management.

Unlike conventional breeder systems based primarily on artificial insemination, the natural mating configuration creates a shared environment for male and female breeder chickens. Cage dimensions, stocking density and male-to-female ratio can be configured according to breeder strain, production targets and farm management requirements.

The system can integrate automatic feeding, nipple drinking, egg collection, manure removal, lighting and environmental control. These functions make it suitable for modern breeder farms and steel structure poultry houses where reproductive management, labor efficiency and centralized equipment control are important.

Hot-galvanized cage mesh and galvanized structural components provide corrosion resistance for long-term poultry-house operation. The complete system can be customized according to building dimensions, tier configuration, breeder capacity and local project conditions.

• Mixed-Sex Colony Housing: Roosters and hens are housed together to support natural mating behavior.
• Large Internal Activity Area: Colony-style compartments provide more usable movement space than individual breeder cages.
• Multi-Tier Configuration: Stacked cage construction improves poultry-house space utilization and can be adapted to project capacity.
• Breeder-Oriented Floor Design: Selected floor areas can use denser mesh to improve bird support and comfort.
• Rooster-Friendly Access: Large cage-door configurations facilitate bird handling while reducing unnecessary contact around the comb.
• Integrated Perching: Roosting components can be incorporated according to breeder behavior and project requirements.
• Male and Female Feeding Management: Feeding arrangements can be configured to address the different nutritional management requirements of roosters and hens.
• Adjustable Drinking System: Drinking-line height can be adjusted according to breeder age and flock management.
• Automatic Egg Collection: Compatible egg conveyors transfer hatching eggs from cage rows toward centralized collection equipment.
• Automatic Manure Removal: Manure belts beneath the cage tiers support frequent waste removal and cleaner house management.
• Corrosion-Resistant Structure: Galvanized cage mesh and frame components are suitable for demanding poultry-house environments.
• Project Integration: Feeding, drinking, egg handling, manure removal, lighting and climate control can be designed as a coordinated system.

• Galvanized cage mesh
• Galvanized steel supporting frame
• Large breeder colony compartments
• Breeder-friendly cage doors
• Reinforced or high-density floor mesh sections
• Roosting components according to configuration
• Male and female feeding equipment
• Feed troughs or automatic feed distribution system
• Adjustable nipple drinking lines
• Water pressure regulation and filtration components
• Egg collection belts and transfer equipment
• Manure removal belts
• Lighting system
• Electrical drive and control equipment
• Optional environmental control interface

Male and female breeder chickens are maintained together inside large colony compartments. The open internal arrangement provides sufficient usable space for flock movement and natural mating while retaining the management advantages of a vertically stacked cage system.

Feed is distributed along the cage row through trough or automated feeding equipment. Where required, male-specific feeding positions can be arranged separately from the primary hen feeding system. Nipple drinking lines provide water inside each tier and can be positioned according to flock age.

After laying, hatching eggs move toward the collection area and are transferred by egg belts to the end of the cage row or to a centralized egg collection system. Manure falls below the birds onto dedicated manure belts for periodic automatic removal.

Lighting, ventilation and climate-control equipment can be coordinated with the cage system to maintain a controlled breeder-house environment. Final operating programs should be established according to breeder strain recommendations and farm management standards.

Reference dimensions and capacities are based on one manufacturer configuration and should not be treated as universal specifications. Final cage dimensions, stocking density and male-to-female ratio should be selected according to breeder strain, flock management recommendations and project requirements.

• Layer parent-stock breeder farms
• Broiler breeder projects with suitable natural mating management
• Commercial hatching-egg production farms
• Male and female mixed breeder housing
• Multi-tier breeder chicken houses
• Automated poultry breeder facilities
• Large-scale poultry breeding groups
• Steel structure poultry house projects
• New breeder farm construction
• Existing breeder house modernization projects

The natural mating breeder cage system can be engineered according to parent-stock breed, poultry-house dimensions, flock capacity, local climate and required automation level.

• 3-6 tier or project-specific configuration
• Cage length, width and height
• Colony capacity and stocking density
• Male-to-female management configuration
• Cage mesh specification
• Floor mesh density
• Cage door dimensions
• Roost configuration
• Male and female feeding arrangement
• Nipple drinking-line configuration
• Automatic egg collection system
• Automatic manure removal system
• Lighting system
• Ventilation and environmental control system
• Electrical control and alarm system
• Poultry-house equipment layout
• OEM / ODM project supply

Installation should follow the approved poultry-house equipment layout and structural drawings. Cage rows must be accurately aligned before automatic feeding, drinking, egg collection and manure removal equipment is commissioned.

• Confirm poultry-house dimensions, floor level and equipment centerlines before installation.
• Assemble galvanized support frames according to the specified row spacing and tier configuration.
• Install cage mesh, doors, floor sections and structural reinforcements securely.
• Align feed troughs and automatic feeding equipment along each cage row.
• Install drinking lines at the specified height and verify water pressure before stocking.
• Align egg belts carefully to reduce unnecessary egg transfer impact.
• Adjust manure belts and drive units before commissioning the system.
• Verify electrical protection, emergency stops and drive-system guards.
• Inspect cage doors, wire connections, troughs and drinking nipples routinely.
• Clean manure belts and egg collection components according to the farm sanitation schedule.
• Check motors, bearings, chains and transmission components at scheduled intervals.
• Maintain good ventilation around cage tiers to control moisture and corrosion.
• Replace damaged cage mesh or structural components before they affect bird safety.

Q1: What is a natural mating breeder cage?

It is a colony-style breeder housing system in which roosters and hens are kept together, allowing mating to occur naturally inside the cage unit.

Q2: How is it different from an artificial insemination breeder cage?

Natural mating cages provide larger mixed-sex colony spaces, while conventional artificial insemination systems typically use different housing and bird-handling arrangements for controlled insemination.

Q3: What male-to-female ratio should be used?

The appropriate ratio depends on breeder strain, age, flock condition and management program. It should be established according to breeder-company recommendations rather than applying one universal ratio.

Q4: Can male and female birds receive different feeding management?

Yes. The feeding layout can include arrangements that help manage the different nutritional requirements of roosters and hens.

Q5: Is automatic egg collection available?

Yes. Egg belts can transfer hatching eggs along the cage rows and connect with centralized egg collection equipment.

Q6: Can the system include automatic manure removal?

Yes. Manure belts can be installed beneath individual tiers and connected to cross-manure conveying equipment.

Q7: Can the cage dimensions be customized?

Yes. Cage dimensions, tier number, stocking configuration and supporting systems can be engineered according to project requirements.

Q8: Can SHEWUYOU provide a complete breeder-house equipment solution?

Yes. Cage housing, feeding, drinking, egg collection, manure removal, lighting, ventilation and environmental control equipment can be configured as an integrated breeder-farm solution.