60000 Broilers Poultry Farm in Zimbabwe: 2-House Automatic Cage Farming Plan
2026-09-17
The project is planned around two main production houses, with each poultry house holding approximately
30,000 broilers. Dividing the total 60,000-bird capacity between two houses gives the farmer more flexibility
for flock management, feeding, cleaning, maintenance and future production scheduling.
For customers considering a large commercial broiler project, the
LIVI broiler battery cage system
can be planned together with house dimensions, ventilation routes, feeding lines and manure removal equipment.
This helps ensure that the poultry house structure and automatic systems are compatible before construction begins.
For this Zimbabwe project, the planned configuration uses two houses with approximately 30,000 broilers
per house. This layout makes the farm easier to divide into clear production units.
Each poultry house can be managed independently for:
The 20-hectare farm area also allows the site plan to reserve space for feed storage, water tanks,
power facilities, internal roads, manure handling and additional poultry houses if the customer expands later.
For intensive commercial production, the cage system should be selected together with the house structure
and automatic equipment.
The
H type broiler battery cage system
can integrate cage frames, feeding equipment, nipple drinking lines and manure removal systems into one production
layout. Galvanized cage structures and organized tier arrangements are designed for intensive commercial broiler
farming.
The final cage configuration depends on several project variables:
A commercial broiler cage project normally requires several interconnected systems rather than only the cage body.
In a commercial broiler project, the feeding process can be organized as:
This configuration allows feed to move from bulk storage to the cage rows with less manual handling.
For a 60,000-bird farm, the feed system should be calculated according to bird numbers, feed consumption,
feeding frequency, conveying distance and the number of cage rows.
Customers evaluating
automatic broiler cage systems for large farms
should also consider feed silo capacity early in the project, because feed delivery frequency and storage capacity
directly affect daily farm operation.
Automatic nipple drinking systems are commonly used in cage farming because water can be delivered directly
along each cage row.
A complete drinking system can include:
Before the system is finalized, the customer should confirm the farm’s water source, storage capacity,
water quality, pump capacity and emergency water reserve.
In a stacked cage system, manure can fall onto belts installed below the cage tiers and then be transported
toward the end of the poultry house.
A complete manure handling plan should cover:
For a 60,000-broiler project, the outdoor manure area should be included in the farm layout from the beginning
so that manure transport does not interfere with production roads or clean-area traffic.
Ventilation capacity should be determined according to the poultry house dimensions, bird weight,
stocking density, temperature, humidity and airflow requirement.
The environmental control package may include:
Automatic broiler farms rely on electricity for ventilation, feeding, manure removal, water pumps,
lighting and environmental control.
The customer should confirm:
Backup electricity is especially important for ventilation and water supply because these systems are critical
to daily flock management.
For overseas projects, equipment delivery needs to be planned together with the cage configuration and installation
schedule. After production and quality inspection, LIVI Machinery organizes the equipment into suitable shipping
packages according to the project order and installation sequence.
The delivery scope can include cage structures, feeding equipment, drinking components, manure removal systems,
control equipment and related installation accessories.
Before shipment, the project team coordinates key information such as:
Installation preparation begins before the equipment arrives at the farm. The poultry house dimensions,
foundation condition, floor level, power supply and water supply should be checked against the equipment layout.
A typical installation sequence can include:
LIVI Machinery can provide installation drawings, technical guidance and project support according to the
customer’s farm conditions. Customers who need installation planning or project-specific technical support can
contact LIVI Machinery for a poultry farm equipment consultation.
Yes. Because the proposed farm covers approximately 20 hectares, future expansion can be considered during
the original site planning stage.
Reserved areas may include:
Planning these areas before construction makes future capacity expansion easier than rearranging roads,
utilities and production buildings after the farm is already operating.
Before the final cage quantity, house layout and automation configuration are calculated, the project team
normally needs the following information:
LIVI Machinery focuses on commercial poultry farming equipment and integrated poultry farm planning.
Its product and technical service scope includes broiler cages, layer cages, automatic feeding,
automatic drinking, manure removal, environmental control, poultry house planning and equipment installation support.
The company’s published materials state that its products passed ISO 9001 and ISO 14001 certification in 2014
and have been supplied to customers in more than 80 countries and regions.
For investors planning a project such as this 60000 broilers poultry farm in Zimbabwe,
working with one technical team for house layout, equipment configuration, transportation and installation
can make project coordination more straightforward.
This project is planned with two poultry houses, each holding approximately 30,000 broilers.
The final capacity per house should be confirmed according to cage configuration and ventilation design.
The main equipment normally includes broiler cages, automatic feeding, nipple drinking,
manure removal, ventilation, environmental control, feed storage and water supply systems.
The cage quantity depends on cage model, birds per cage, tier configuration, number of rows and poultry house size.
The quantity should be calculated after the final layout is confirmed.
LIVI can coordinate equipment packing, container loading and overseas shipment according to the project configuration
and delivery schedule.
LIVI can provide installation drawings, technical guidance, equipment commissioning support and operation guidance
according to the requirements of the project.
Yes. The 20-hectare site provides room to reserve areas for additional poultry houses, utilities,
feed storage and manure handling if the farm expands in future stages.
Send Livi Machinery your land dimensions, target capacity, local temperature conditions,
water supply and available electricity information.
Our technical team can prepare a project proposal covering
farm layout, poultry house arrangement, broiler battery cages, automatic feeding,
drinking, manure removal, ventilation, transportation, installation and future expansion planning.
What Is the Basic Layout for This 60000 Broilers Poultry Farm in Zimbabwe?
Project Item
Proposed Configuration
Country
Zimbabwe
Farm Area
Approximately 20 hectares
Total Capacity
60,000 broilers
Number of Houses
2 poultry houses
Capacity per House
Approximately 30,000 broilers
Rearing Method
Broiler cage farming
Main Cage Equipment
Automatic broiler battery cage system
Feeding
Automatic feeding system
Drinking
Automatic nipple drinking system
Manure Removal
Belt manure removal system
Environmental Control
Fans, air inlets, cooling and automatic control
How Many Poultry Houses Are Needed for 60,000 Broilers?
What Broiler Cage System Is Suitable for 60,000 Birds?
What Equipment Is Needed for a 60000 Broilers Poultry Farm in Zimbabwe?
Equipment
Main Function
Project Consideration
Broiler Battery Cage
Organizes birds in multi-tier cage rows
Matched to house size and stocking plan
Automatic Feeding
Distributes feed along the cage rows
Reduces repeated manual feeding work
Nipple Drinking
Supplies water directly to birds
Requires stable water pressure and quality
Manure Removal
Moves manure out of cage tiers
Supports cleaner poultry house management
Ventilation
Controls airflow and heat
Calculated according to house and climate conditions
Environmental Controller
Coordinates fans, cooling and sensors
Supports more stable house conditions
How Does the Automatic Feeding System Work?
What Drinking System Is Suitable for 30,000 Broilers Per House?
How Should Manure Be Removed from a Large Broiler Cage House?
How Should Ventilation Be Designed for 30,000 Broilers Per House?
How Should Electricity and Backup Power Be Planned?
How Will LIVI Transport the Poultry Equipment to Zimbabwe?
How Is the Broiler Cage Equipment Installed?
Can the 60,000-Broiler Farm Be Expanded Later?
What Information Is Needed Before the Final Farm Design?
Why Work with LIVI Machinery for a Commercial Broiler Project?
Frequently Asked Questions
How many poultry houses are needed for 60,000 broilers in Zimbabwe?
What equipment is needed for a 60,000-broiler farm?
How many broiler cages are needed for 60,000 birds?
Can LIVI arrange equipment shipping to Zimbabwe?
Does LIVI provide installation support?
Can this 60,000-broiler farm be expanded later?
Planning a 60,000-Broiler Poultry Farm in Zimbabwe?
English









