What Are the Main Types of Poultry Cage Systems?

Friendly Poultry Cage Selection Guide

What Are the Main Types of Poultry Cage Systems?

The main types of poultry cage systems are layer cage systems, pullet cage systems, broiler cage systems, A-type layer cages, H-type layer cages, and fully automatic poultry cage systems. The right system depends on bird type, farm capacity, chicken house size, automation level, labor cost, manure handling, egg collection method, ventilation design, and future expansion plan.

For laying hens, Livi Machinery usually recommends the Livi A-Type Layer Cage for 5,000–30,000 layers and the Livi H-Type Cage System for 30,000–300,000+ layers. For pullet and broiler farms, the cage system should be designed around bird age, growth target, stocking density, ventilation, feeding, drinking, and manure removal.

Direct Answer

Layer, pullet, broiler, A-type, H-type and automatic cage systems

Main Decision Factor

Bird type and production purpose

Layer Farm Rule

A-type for small farms, H-type for large farms

Buyer Goal

Choose a cage system that matches capacity, layout and automation

Which Poultry Cage System Should a Buyer Choose First?

A buyer should first choose the poultry cage system according to bird type. Laying hens need layer cages for egg production. Pullets need rearing cages before entering the laying period. Broilers need broiler cages designed for meat chicken growth. After confirming bird type, the buyer can decide cage structure, automation level, house layout, ventilation and manure removal.

A practical poultry cage system types comparison should answer three questions: what birds will be raised, how many birds will be raised, and how much automation the farm needs.

Buyer Question Answer Recommended Cage System
Are you producing eggs? Yes, for laying hens A-type or H-type layer cage system
Are you raising young hens? Yes, before laying period Pullet rearing cage system
Are you raising meat chickens? Yes, for broiler production Broiler cage system
Is the farm above 30,000 birds? Usually needs higher automation Fully automatic poultry cage system

What Is a Layer Cage System Used For?

A layer cage system is used for laying hens that produce table eggs. Its main functions are to house hens, keep eggs cleaner, separate birds from manure, improve feeding and drinking management, and make egg collection easier.

For small and medium layer farms, Livi Machinery recommends the Livi A-Type Layer Cage. For large egg farms, the recommended solution is the Livi H-Type Cage System with automatic feeding, nipple drinking, belt manure removal, the Livi Automatic Egg Collection System, ventilation fans, cooling pads and environment control.

Layer Cage Type Specification Birds Per Set Suitable Farm Size Buyer Benefit
4-tier 5-door A-type layer cage 1950mm × 450mm × 410mm 160 birds/set 5,000–30,000 layers Lower initial investment and easier installation
4-tier 2-door H-type layer cage 1200mm × 625mm × 480mm 144 birds/set 30,000+ layers Suitable for narrower poultry houses
4-tier 4-door H-type layer cage 1800mm × 600mm × 430mm 192 birds/set 30,000–300,000+ layers High density, land saving and full automation compatibility

What Is a Pullet Cage System Used For?

A pullet cage system is used for chicks and young hens before they enter the laying period. The goal is not egg production, but uniform growth, stable body weight, controlled feeding, clean water supply, proper lighting and good ventilation.

Buyers planning a complete egg production farm should consider whether they need a separate pullet rearing house. A good pullet cage system helps prepare healthy birds before they are transferred into layer cages.

Main Bird Stage

Chicks and pullets before laying age.

Main Purpose

Control growth, body weight uniformity, feeding, drinking, heating and lighting.

Buyer Focus

Confirm transfer age, brooding equipment, ventilation, heating and stocking density.

What Is a Broiler Cage System Used For?

A broiler cage system is used for meat chicken production. Its purpose is to improve space utilization, reduce contact between birds and manure, simplify feeding and drinking, improve house cleanliness, and make manure removal more organized.

Compared with layer cages, broiler cages should consider bird weight, growth cycle, ventilation demand, catching method, feeding access and manure removal frequency. The system should match the farm’s target market weight and growing cycle.

battery chicken cage for broiler price list

Item Layer Cage System Pullet Cage System Broiler Cage System
Bird type Laying hens Chicks and pullets Meat chickens
Production goal Egg production Uniform growth before laying Meat production
Key equipment Egg collection, feeding, drinking, manure removal Heating, drinking, feeding, lighting, ventilation Feeding, drinking, manure removal, ventilation
Design focus Egg handling and laying performance Body weight and growth uniformity Growth cycle, bird weight and catching convenience

When Should a Buyer Choose an A-Type Layer Cage?

A buyer should choose an A-type layer cage when the farm capacity is usually between 5,000 and 30,000 layers, the budget is controlled, the house uses a simpler layout, and the farm does not require very high cage density at the beginning.

The Livi A-Type Layer Cage is suitable for farms that need easier installation, clear row management, good natural airflow and flexible automation upgrades. It can be matched with automatic drinking, feeding, manure removal and optional egg collection.

When Should a Buyer Choose an H-Type Layer Cage System?

A buyer should choose an H-type layer cage system when the farm capacity is usually above 30,000 layers, land saving is important, labor cost needs to be reduced, and the farm requires automatic feeding, belt manure removal, automatic egg collection and mechanical ventilation.

The Livi H-Type Cage System is designed for commercial egg farms. It helps increase house capacity, organize cage rows, reduce manual work and connect with the Livi Automatic Egg Collection System and Livi Ventilation Design Standard.

Example: 50,000 layers ÷ 192 birds/set ≈ 261 sets of 4-tier 4-door H-type layer cages.

How Does Automation Change the Poultry Cage System?

Automation changes a cage system from simple bird housing into a complete production system. A basic cage system may only include cages and drinking lines. A fully automatic poultry cage system can include feeding, drinking, manure removal, egg collection, ventilation, cooling, lighting and environment control.

For commercial farms, automation should be designed together with the Livi Poultry Farm Layout Solution. The layout should define cage rows, feeding route, water lines, manure outlet, egg collection direction, fan position, cooling pad area and control cabinet location.

Automation System Function Recommended Farm Buyer Checkpoint
Automatic drinking Supplies water through nipple drinkers and regulators All poultry cage farms Check water pressure and filtration
Automatic feeding Distributes feed evenly to cage rows 10,000+ birds Confirm feed silo and conveyor route
Manure removal Removes manure by scraper or belt system Medium and large farms Confirm manure outlet direction
Automatic egg collection Transfers eggs from cage rows to collection area Layer farms above 20,000 birds Confirm egg room and central egg line
Ventilation control Controls temperature, humidity, airflow, lighting and cooling Commercial poultry houses Match ventilation with cage density and climate

How Should Buyers Choose the Right Poultry Cage System Step by Step?

Buyers should not choose a poultry cage system by price alone. The correct process is to confirm bird type, farm capacity, house size, cage model, automation level, ventilation plan and installation layout before requesting a final quotation.

Step 1: Confirm Bird Type

Decide whether the farm is for layers, pullets, broilers or a combined production plan.

Step 2: Confirm Capacity

Confirm the number of birds, such as 10,000, 30,000, 50,000 or 100,000+ birds.

Step 3: Select Cage Type

Choose A-type, H-type, pullet or broiler cages according to production purpose.

Step 4: Design the System

Match cages with feeding, drinking, manure removal, egg collection, ventilation and control systems.

FAQ About Poultry Cage System Types

What are the main types of poultry cage systems?

The main poultry cage systems are layer cages, pullet cages, broiler cages, A-type layer cages, H-type layer cages and fully automatic poultry cage systems. Layer cages are used for egg production, pullet cages are used for young hens before laying, and broiler cages are used for meat chickens. The final choice depends on bird type, farm capacity, house size, labor plan, automation level and ventilation design.

Which poultry cage system is best for laying hens?

For laying hens, the main choices are A-type layer cages and H-type layer cages. The Livi A-Type Layer Cage is suitable for 5,000–30,000 layers because it has lower initial investment and easier installation. The Livi H-Type Cage System is suitable for 30,000–300,000+ layers because it saves land and supports automatic feeding, manure removal, egg collection and ventilation control.

What is the difference between layer cages and pullet cages?

Layer cages are designed for hens during the egg production period, so they focus on egg rolling, egg collection, feeding, drinking and manure removal. Pullet cages are used before the laying period, so they focus more on chick growth, body weight uniformity, heating, lighting, drinking access and ventilation. A complete egg farm may need both pullet rearing cages and layer cages.

When should a farm use an H-type cage system?

A farm should use an H-type cage system when the capacity is usually above 30,000 layers, land saving is important, and full automation is required. H-type cages are suitable for automatic feeding, nipple drinking, belt manure removal, automatic egg collection, ventilation fans, cooling pads and environment control. They are more suitable for commercial egg production farms than small starter farms.

What information is needed before choosing a poultry cage system?

Buyers should provide bird type, target capacity, country, land size, chicken house dimensions, cage type preference, automation requirements, power supply, water source, climate condition, manure handling plan, egg collection requirement and future expansion target. With this information, Livi Machinery can prepare a customized poultry farm cage design and equipment configuration.

Need Help Choosing the Right Poultry Cage System?

If you are comparing different poultry cage system types, Livi Machinery can provide cage model selection, cage quantity calculation, poultry house layout, automatic feeding and drinking configuration, manure removal design, egg collection planning, ventilation design, shipping support and installation guidance according to your bird type, farm capacity, land size, climate and investment plan.

choose poultry cage system types