Layer Chicken Cage

• Galvanized layer cage structure
• Individual laying hen compartments
• Sloped egg-rolling cage floor
• Front feeding trough system
• Nipple drinking line and water pipe
• Egg collection area
• Optional automatic egg conveyor
• Optional manure removal system

• Designed for Egg Production: Suitable for commercial laying hens throughout the main egg production period.
• Inclined Cage Floor: The approximately 7.5-degree floor slope helps eggs roll naturally toward the collection area.
• Galvanized Steel Construction: Corrosion-resistant cage wire and supporting components are suitable for long-term poultry-house operation.
• Comfortable Cage Layout: Proper compartment dimensions provide practical feeding, drinking and bird-management space.
• Reduced Bird Contact: Suitable side mesh spacing helps reduce direct contact and pecking between birds in adjacent cages.
• Convenient Front Access: Front-opening cage doors simplify bird inspection, placement and removal.
• Efficient Egg Collection: Eggs move away from the bird area quickly, helping reduce contamination and breakage.
• Flexible Automation: Compatible with manual, semi-automatic or automatic feeding, drinking, egg collection and manure handling systems.
• Customizable Layout: Cage dimensions, tiers, row length and supporting equipment can be configured according to poultry-house design and target capacity.

Specifications are typical reference values. Final cage dimensions, stocking density, wire specification and system configuration can be customized according to layer breed, poultry-house dimensions, local farming standards and project requirements.

• Commercial egg production farms
• Layer chicken houses
• Small and medium-sized poultry farms
• Large intensive layer farming projects
• Open-sided poultry houses
• Environmentally controlled poultry houses
• Existing farm renovation projects
• New poultry farm construction
• Turnkey layer farm projects

• Check cage frames, wire mesh, bolts and connection points regularly.
• Maintain the correct cage-floor inclination for reliable egg rolling.
• Inspect feed troughs and remove accumulated or spoiled feed.
• Check nipple drinkers, pressure regulators and water pipes for leakage.
• Inspect egg belts and conveyors regularly when automatic collection equipment is installed.
• Remove manure frequently to maintain good hygiene and air quality.
• Inspect motors, reducers and transmission components according to the maintenance schedule.
• Clean and disinfect cages thoroughly between production cycles.
• Replace damaged cage wire, drinkers or fittings when necessary.

What is a layer chicken cage used for?
It is designed for housing laying hens during commercial egg production and helps organize feeding, drinking, egg collection and manure management.

How many hens can be housed in each cage compartment?
A typical compartment can accommodate approximately 3–4 laying hens. Final stocking density should be determined according to breed size and applicable local farming standards.

Why is the cage floor inclined?
The inclined floor allows freshly laid eggs to roll naturally toward the collection area, helping reduce contamination and simplify egg handling.

Can the cage be equipped with automatic feeding?
Yes. Automatic travelling feeders or other feed distribution systems can be integrated according to poultry-house layout and farm capacity.

Is automatic egg collection available?
Yes. Egg belts, lift systems and centralized egg conveyors can be added for larger commercial layer farms.

How is manure removed from the cage system?
Manure can be removed manually or with scraper and automatic belt-type manure removal equipment depending on the cage configuration.

Can the cage dimensions be customized?
Yes. Cage size, tier quantity, row length, bird capacity, feeding system, drinking system and automation level can be adapted to project requirements.

What information is required for a quotation?
Please provide the target number of laying hens, poultry-house length, width and clear height, preferred cage configuration, local voltage and frequency, and required automation level.