A 20,000-layer poultry farm cannot be designed by bird capacity alone. Poultry house structure, cage arrangement, aisle width, feeding access, manure handling and daily farm operation all affect the final equipment configuration.
For this Zimbabwe project, LIVI supplied a layer cage solution for a farm planned for approximately 20,000 laying hens. The project used an open-sided poultry house, so the equipment layout needed to balance bird capacity, ventilation, working space and practical farm management.
≈20,000
LAYERS
138
CAGE SETS
25–30
DAYS PRODUCTION
Zimbabwe Project Snapshot
| Project Location | Zimbabwe |
| Bird Type | Layers |
| Planned Capacity | Approximately 20,000 birds |
| Poultry House | Open-sided poultry house |
| Cage Quantity | 138 sets |
| Cage Size | 1200 ×625 × 480 mm |
| Shipment Volume | Approximately 40 m³ |
| Production Period | Approximately 25–30 days |
The key design question was not simply: “How many cages are needed for 20,000 layers?”
The more important question was how to arrange the cage system inside an open-sided house while maintaining practical aisles, ventilation, feeding access and daily management space.
How Should a 20,000-Layer Farm Be Arranged?
For many poultry investors, the first question is how many cages are needed for a target bird capacity. In practice, cage quantity is only one part of the design.
Before confirming the final layer cage system, the poultry house dimensions and operating conditions need to be evaluated together.
- Planned bird capacity
- Poultry house length, width and height
- Cage dimensions and row arrangement
- Working aisle width
- Feed distribution access
- Drinking line arrangement
- Manure handling method
- Natural and mechanical ventilation conditions
- Space required for installation and daily maintenance
Because this Zimbabwe farm uses an open-sided poultry house, airflow and natural ventilation conditions are different from those of a fully enclosed intensive layer house. The cage arrangement therefore needs to use the available floor area efficiently without reducing practical working and ventilation space.
138 Cage Sets: How the Project Configuration Was Planned
The project included 138 sets of layer cages. Each cage set measures approximately 1200 × 625 × 480 mm.
Rather than treating cage capacity as an isolated number, the layout needs to consider how complete cage rows actually operate inside the poultry house. Workers must still be able to inspect birds, maintain feeding and drinking equipment, manage manure and move safely through the house.
Layout Must Allow
- Practical working aisles
- Easy bird inspection
- Feed and water system access
- Manure cleaning space
- Equipment maintenance access
House Design Must Protect
- Natural airflow
- Side ventilation openings
- Safe row spacing
- Daily operating efficiency
- Future equipment adjustment
Why Poultry House Dimensions Should Be Confirmed Before Production
One of the most common poultry farm planning problems is building the house first and choosing the cage system later.
Even a relatively small difference in house width or column position can change the number of cage rows, aisle width, feeding equipment arrangement, manure removal route and the direction of egg collection.
For a preliminary cage layout, prepare these three basic project details:
1. Bird Type: Layers / Pullets / Broilers
2. Planned Capacity: e.g. 20,000 layers
3. Poultry House Size: Length × Width × Height
With these parameters, the cage system can be designed around the real poultry house instead of forcing a standard configuration into an unsuitable building.
The Cage Is Only One Part of the Poultry Farm System
A commercial layer farm should be designed as a complete operating system. Depending on the required automation level, cage equipment can be combined with feeding, drinking, manure removal, egg collection and environmental-control equipment.
| System | Role in the Farm |
|---|---|
| Layer Cage System | Defines bird housing capacity, row arrangement and working space. |
| Feeding System | Distributes feed along cage rows and reduces repetitive manual feeding work. |
| Nipple Drinking System | Provides controlled drinking water to birds throughout the cage rows. |
| Manure Removal System | Supports routine manure cleaning and poultry-house hygiene. |
| Egg Collection System | Can be selected according to farm scale, cage system and automation level. |
| Ventilation & Environment | Should be matched to stocking density, climate and open- or closed-house design. |
For a 20,000-layer project, the appropriate automation level should depend on local labor conditions, power supply, investment plan and farm management requirements. An open-sided house in Zimbabwe does not necessarily require the same environmental-control configuration as a high-density enclosed H-type farm.
From Production to Shipment
After the cage configuration was confirmed, the equipment entered production. The planned production period for this Zimbabwe order was approximately 25–30 days.
138 Sets
Layer cage equipment
≈40 m³
Estimated shipment volume
For overseas poultry projects, shipment volume and weight are important parts of project planning. They influence container loading, inland transportation and the buyer’s preparation for receiving the equipment at the farm site.
What Poultry Investors Can Learn from This Zimbabwe Project
01. Bird Capacity Alone Is Not Enough
Two farms planning for 20,000 layers may require different cage quantities and row arrangements when their poultry house dimensions are different.
02. Confirm the Layout Before Finalizing the Poultry House
It is easier to adjust a poultry-house drawing before construction than to modify a completed building because cage rows or automatic equipment do not fit correctly.
03. Open-Sided and Closed Houses Need Different Planning
Natural airflow, local climate, stocking density and automation level affect equipment selection. A design suitable for an enclosed H-type house should not automatically be copied into an open-sided farm.
04. Maximum Density Is Not Always the Best Layout
A commercially practical poultry house still needs enough room for inspection, cleaning, maintenance, bird management and safe equipment operation.
Already Have a Poultry House?
Send us your poultry house dimensions and planned bird capacity before ordering equipment. LIVI can use the actual building conditions to determine a more suitable cage arrangement.
Please prepare: Bird Type + Planned Capacity + Poultry House Size (L × W × H) + Required Automation Level.
Related LIVI Poultry Equipment
- Layer Chicken Cage Systems – A-type and H-type cage solutions for commercial layer farms.
- Automatic Poultry Feeding Equipment – feeding systems designed to work with poultry cage rows.
- Poultry Manure Removal Equipment – manure-cleaning options for different cage and farm configurations.
- Automatic Egg Collection Equipment – egg collection solutions for automated layer farms.
138 Sets
Layer cage equipment
≈40 m³
Estimated shipment volume
For overseas poultry projects, shipment volume and weight are important parts of project planning. They influence container loading, inland transportation and the buyer’s preparation for receiving the equipment at the farm site.
What Poultry Investors Can Learn from This Zimbabwe Project
01. Bird Capacity Alone Is Not Enough
Two farms planning for 20,000 layers may require different cage quantities and row arrangements when their poultry house dimensions are different.
02. Confirm the Layout Before Finalizing the Poultry House
It is easier to adjust a poultry-house drawing before construction than to modify a completed building because cage rows or automatic equipment do not fit correctly.
03. Open-Sided and Closed Houses Need Different Planning
Natural airflow, local climate, stocking density and automation level affect equipment selection. A design suitable for an enclosed H-type house should not automatically be copied into an open-sided farm.
04. Maximum Density Is Not Always the Best Layout
A commercially practical poultry house still needs enough room for inspection, cleaning, maintenance, bird management and safe equipment operation.
Already Have a Poultry House?
Send us your poultry house dimensions and planned bird capacity before ordering equipment. LIVI can use the actual building conditions to determine a more suitable cage arrangement.
Please prepare: Bird Type + Planned Capacity + Poultry House Size (L × W × H) + Required Automation Level.
Related LIVI Poultry Equipment
- Layer Chicken Cage Systems – A-type and H-type cage solutions for commercial layer farms.
- Automatic Poultry Feeding Equipment – feeding systems designed to work with poultry cage rows.
- Poultry Manure Removal Equipment – manure-cleaning options for different cage and farm configurations.
- Automatic Egg Collection Equipment – egg collection solutions for automated layer farms.
