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Home - Blog - Headquarter Office - A Type Chicken Cage System For Small Or Large Poultry Farms? 4 Smart Choices

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A Type Chicken Cage System For Small Or Large Poultry Farms? 4 Smart Choices

Time : Oct 24, 2026

A type chicken cage system combines practical housing, feeding, drinking, egg handling, and manure management for modern layer farms.
Automatic poultry feeding systems help organize feed delivery while reducing repetitive handling across expanding poultry houses.
Automatic egg collection systems connect cage rows with centralized collection points for more structured daily workflows.
Automatic manure removal systems support scheduled waste handling and cleaner equipment management across different production scales.
From small farms to commercial projects, A type chicken cage system can be configured around flock targets, building dimensions, automation requirements, and expansion plans.

Get professional poultry farm construction guidance, equipment selection solutions, and the latest price lists, whatsApp to +8618830120193, click to learn more:

Taiyu (HK) Group Equipment

Why A Type Chicken Cage System Fits Different Farm Plans

Choosing an A type chicken cage system should start with the farm's production plan rather than simply the purchase price.

An A type chicken cage system uses an inclined, ladder-style frame to arrange cages on multiple levels, making an A type layer cage suitable for projects where house space needs to be organized efficiently.

Typical A type configurations use 3–4 tiers, while complete systems can combine feeding, drinking, manure removal, egg collection, and environmental control.

For a new poultry project, the equipment supplier should calculate the cage layout together with the building dimensions.

A commercial house may be designed around a 4.0 m internal clear height, allowing equipment installation, ventilation, inspection, and future maintenance to be considered before construction starts.

Select Cage Capacity From The Bird Population

Data is for reference only.Swipe horizontally to view full table.

A Type Configuration	Cage Dimensions (L×W×H)	Tiers	Cells Per Tier	Total Cells	Birds Per Cell	Capacity Per Set
A-90	1,950×2,300×1,500 mm	3	10	30	3	90 birds
A-96	1,720×2,300×1,500 mm	3	8	24	4	96 birds
A-120	1,950×2,300×1,500 mm	3	10	30	4	120 birds
A-128	1,720×2,650×1,700 mm	4	8	32	4	128 birds
A-160	2,150×2,650×1,700 mm	4	10	40	4	160 birds

The first smart choice is to match A type chicken cage system configuration with the target flock size.

Published A type specifications commonly cover approximately 90–160 birds per set, giving farm owners several configurations for different house plans.

Instead of purchasing equipment only for today's flock, an A type layer cage project can calculate required cage quantities from the planned production target and house layout.

A project designed for 10,000 laying hens can be divided into standardized cage rows to simplify installation, feeding, egg collection, and manure removal.

Choose The Right Cell Configuration

Data is for reference only.Swipe horizontally to view full table.

Model	Cell Size (L×W×H)	Cell Floor Area	Birds/Cell	Door Quantity Per Layer	Wire Diameter	Cage Weight
3-Tier / 5-Door	390×410×410 mm	15,990 mm²	3	5	2.45 mm	45 kg/set
3-Tier / 4-Door	430×410×410 mm	17,630 mm²	4	4	2.45 mm	45 kg/set
4-Tier / 5-Door	370×410×410 mm	15,170 mm²	4	5	2.45 mm	60 kg/set
4-Tier / 4-Door	430×410×410 mm	17,630 mm²	4	4	2.45 mm	60 kg/set

Cell configuration affects how birds are distributed within every A type chicken cage system section.

Available A type designs use different cell dimensions and bird quantities, allowing A type layer cages to match different laying-hen management plans.

For example, a cage with a 430 mm cell length provides a different internal arrangement from a 370 mm configuration.

When customers provide breed information, target bird weight, and feeding requirements, equipment selection can be matched with the project instead of applying one standard model to every farm.

Build The Feeding System Around Daily Consumption

Feed distribution becomes increasingly important as flock size increases.

A complete A type chicken cage system can use feed troughs, feed hoppers, drive motors, transmission components, and an automatic poultry feeding system to move feed through the house.

Some commercial configurations also specify the installed feeding-machine width during layout design.

For a farm consuming several tonnes of feed each week, manual carrying creates repeated transportation work.

The equipment solution can be configured around a 2.2 kW drive motor, with the feeding line layout calculated according to house length, hopper position, and cage-row quantity.

Combine Egg Collection With The Cage Layout

Data is for reference only.Swipe horizontally to view full table.

Equipment Module	Technical Specification	Drive/Control Configuration	Application Position	Connection Requirement
Egg Belt	PVC/PP belt, 100–120 mm class	Motor-driven	Under cage egg trays	Egg conveyor
Egg Conveyor	Belt width 300–500 mm	Geared motor	Main aisle	Collection platform
Egg Transfer Table	Stainless-steel working surface	Motorized	Egg collection end	Conveyor outlet
Collection Platform	1.0–1.5 m working width	Manual/automatic control	House end	Egg conveyor
Egg Counting Unit	Digital counting sensor	PLC signal	Transfer section	Control cabinet

Egg collection should be planned at the same time as A type chicken cage system installation.

An automatic egg collection system can reduce repeated manual handling between cage rows and the collection area, particularly when the house contains multiple production lines.

For a project with an egg-transfer distance of approximately 18 m, the conveyor route can be designed before installation so cage rows, transfer points, collection tables, and worker access remain aligned.

Manure Removal: Design The Waste Route Before Installation

Data is for reference only.Swipe horizontally to view full table.

Manure System	Belt/Scraper Width	Drive Motor	Control Method	Recommended Installation
PVC Manure Belt	1,200 mm	1.5 kW	Push-button	Single/short rows
Longitudinal Belt	1,400 mm	2.2 kW	Control cabinet	Multiple cage rows
Cross Conveyor	600 mm	1.5 kW	Automatic cycle	Central transfer
Scraper System	1,600 mm	2.2 kW	Timer control	Suitable house layouts
Belt + Cross Conveyor	1,200 + 600 mm	2.2 kW	PLC control	Integrated manure route

Manure removal is not an accessory that should be considered after the A type chicken cage system is installed.

An automatic manure removal system determines equipment positioning, house exits, transfer points, and cleaning workflow.

For example, a farm with a 60 m poultry house should have the longitudinal manure route planned before cage rows are fixed.

This allows the manure belt, drive unit, cross conveyor, and external collection point to work as one system.

Drinking System: Match Water Delivery To Cage Design

Data is for reference only.Swipe horizontally to view full table.

Component	Technical Parameter	Material	Connection	Quantity Reference
Nipple Drinker	360°/180° type	Stainless steel	22 mm water pipe	1 per 8–12 birds
Main Water Pipe	Ø25–32 mm	PVC	Threaded/quick connector	House main line
Pressure Regulator	0.2–0.5 MPa inlet class	Engineering plastic	25 mm pipe	Per water zone
Water Tank	500–2,000 L	PE	PVC outlet	Main supply
Water Filter	120 mesh	PP + stainless screen	25–32 mm	Before regulator

A stable drinking system is essential because feed, water, and A type chicken cage system management operate as one production chain.

A properly designed system places nipple drinkers along cage rows while allowing pressure regulation and filtration before water reaches the birds.

For a house divided into four water zones, independent pressure regulation can make troubleshooting easier and allow technicians to isolate a section without shutting down the entire drinking network.

Cage Material And Surface Treatment

Data is for reference only.Swipe horizontally to view full table.

Material / Treatment	Base Material	Zinc Coating / Treatment	Reference Service Life	Typical Application
Cold Galvanized	Q195/Q235 steel	Electro-galvanized	6–10 years	Indoor dry houses
Hot-Dip Galvanized	Q195/Q235 steel	Up to 275 g/m²	15–30 years	Commercial poultry houses
PVC Coated Wire	Steel wire	PVC outer coating	20–30 years	Corrosion-sensitive areas
Galfan Coated	Steel wire	Zn-Al alloy coating	Project-dependent	Corrosive environments

Material selection directly affects the usable period of an A type chicken cage system.

Published specifications identify Q195/Q235 steel as common materials for A type cages, while hot-dip galvanizing can use zinc coating levels around 275 g/m².

For farms operating in humid or coastal environments, surface treatment deserves particular attention.

A properly selected galvanized structure can reduce replacement frequency and help protect the investment throughout a planned 10-year production cycle.

Installation Planning: Calculate The Whole House

Data is for reference only.Swipe horizontally to view full table.

Layout Item	Example Technical Parameter	Design Purpose	Equipment Affected
House Length	60 m	Determine row length	Cage + manure belt
House Width	12 m	Determine row arrangement	Cage + aisle
Eave Height	4.5 m	Equipment clearance	Cage + ventilation
Service Aisle	1.0 m	Worker access	Feeding/maintenance
Main End Aisle	2.0 m	Equipment transfer	Egg/manure handling
Equipment Zone	3.0 m	Drive/control placement	Motors + control cabinet

An A type chicken cage system quotation without a building layout can lead to incorrect equipment quantities.

Engineering service can convert the customer's house drawing into a cage arrangement, equipment list, and installation plan.

For example, a 60 × 12 m poultry house can be evaluated for row spacing, service passages, feeding equipment, ventilation openings, and manure-transfer routes before manufacturing begins.

This project-based approach is more reliable than selecting cage quantities from bird numbers alone.

What A Complete A Type Chicken Cage Project Can Include

Data is for reference only.Swipe horizontally to view full table.

System	Main Equipment	Control Component	Optional Integration
Housing	A type layer cage	—	Cage-row layout
Feeding	Hopper + feed line + drive unit	Control panel	Automatic feeding
Drinking	Tank + filter + regulator + nipple line	Pressure control	Water monitoring
Egg Collection	Egg belt + conveyor	Motor controller	Counting/transfer
Manure Removal	Manure belt + cross conveyor	Timer/PLC	Automatic discharge
Environment	Fans + cooling pads + sensors	Environmental controller	Climate automation
Electrical	Motors + cables + cabinet	PLC/inverter	Central control

The value of an A type chicken cage system supplier is not limited to manufacturing cage wire and frames.

A complete project can connect several subsystems into one production workflow, from feed delivery to manure removal.

For a fully integrated farm, the electrical cabinet can be designed with 380 V three-phase power and separated motor circuits, giving each equipment group an identifiable control and maintenance point.

Small Farm Or Large Farm? Use A Different Equipment Strategy

Data is for reference only.Swipe horizontally to view full table.

Farm Scale	Target Flock	Cage Sets	Feeding Configuration	Egg Collection	Manure Removal
Small	1,000 birds	7–12	Manual / hopper	Manual	Manual belt
Small–Medium	5,000 birds	32–56	Feed line	Belt-assisted	Belt
Medium	10,000 birds	63–112	Automatic feed line	Egg conveyor	Manure belt
Large	20,000 birds	125–223	Automatic feed line	Central conveyor	Belt + cross conveyor
Commercial	50,000 birds	313–556	Automatic feed line	Integrated collection	Integrated manure system

Approximate cage-set quantity varies according to the selected capacity per set and final layout.

Farm size should determine the level of system integration.

A small A type chicken cage system project may prioritize a straightforward cage installation, while a commercial project may require synchronized feeding, egg collection, manure handling, and environmental control.

For a 20,000-bird project, the equipment design should consider multiple production zones rather than treating the building as one continuous operating area.

This makes commissioning, maintenance, and future expansion easier to organize.

Four Smart Choices For Your A Type Cage Investment

Data is for reference only.Swipe horizontally to view full table.

Decision	Technical Selection	Project Data Required	Equipment Recommendation
1. Cage Capacity	90–160 birds/set	Target flock size	Select matching A Type model
2. Cell Design	370–430 mm cell length	Breed + bird weight	Select suitable cell specification
3. Automation	Manual to integrated	Labor + production target	Add feeding/egg/manure systems
4. Farm Layout	Custom row arrangement	House L×W×H	Engineering layout before production

The right A type chicken cage system is determined by the actual poultry project.

Cage quantity, building dimensions, equipment routes, and automation should be calculated together rather than purchased separately.

Our team can work from your CAD farm drawing, flock target, house dimensions, and automation requirements to prepare a complete equipment proposal.

The quotation can include cage systems, feeding lines, nipple drinking systems, egg collection, manure removal, environmental control, and installation guidance.

Whether your project starts with a small flock or is planned for commercial-scale egg production, equipment should be prepared for the next stage of development.

Send us your farm house dimensions and target number of laying hens, and we can provide an A type chicken cage system configuration, equipment list, and project layout for your farm.

Frequently Asked Questions

Q1: What farm size is suitable for an A type chicken cage system?

An A type chicken cage system can be configured for small projects and commercial farms, with practical layouts beginning around 1,000 laying hens.

Q2: Can an A type chicken cage system include automatic equipment?

Yes.

An A type chicken cage system can integrate automatic poultry feeding, automatic egg collection, manure removal, drinking lines, and environmental controls according to the project configuration.

Q3: How should buyers choose between different A type cage models?

Selection should consider flock size, house dimensions, bird specifications, automation requirements, and expansion plans rather than cage capacity alone.

For example, a project using four cage tiers requires the building height and service layout to be checked before equipment production.

Taiyu (HK) Group - One Of China Toppest A Type Chicken Cage System Manufacturer

A type chicken cage system uses modular multi-tier cage structures and can be engineered with integrated feeding, drinking, egg collection, and manure management for commercial layer projects.
Global factory-direct supply covers complete poultry equipment packages, with component matching, production inspection, export packing, and technical documentation organized under one project workflow.
Turn-key engineering integrates cage layout, feeding lines, drinking systems, egg conveyors, manure equipment, ventilation, electrical control, installation guidance, and commissioning coordination.
Project engineering can be developed from poultry-house drawings, flock capacity, equipment specifications, utility conditions, and regional installation requirements for overseas farm construction.
Factory production supports standardized components, project-based equipment configuration, export logistics, and technical cooperation for distributors, contractors, and poultry-farm investors worldwide.