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How To Install An A-Type Chicken Cage In Ethiopia? 7 Simple Farm-Ready Steps
Time : Mar 05, 2026
  • A-type chicken cage installation in Ethiopia helps farmers improve egg collection efficiency and reduce feed waste through organized poultry cage structures.

  • Proper poultry cage installation requires accurate foundations, correct cage alignment, and reliable water systems to maintain stable egg production performance.

  • Modern poultry farm equipment allows farms to maintain organized feeding, watering, and manure management for consistent flock productivity.

  • Structured installation planning ensures cage durability under Ethiopian climate variations such as dry Bega season and Belg rainfall periods.

  • A clear installation process helps technicians assemble A-type cages safely while preventing equipment damage during farm construction.

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

Ethiopia Branch Office And Factory Of Poultry Farm Equipment



Why A-Type Cages Are Dominating Ethiopian Poultry Farming



Before installation begins, understanding the advantages of the A-type poultry cage system is essential for farmers expanding poultry production capacity.

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

FeatureTraditional Floor SystemA-Type Cage System (Recommended)H-Type (Fully Automated)
Stocking Density (Birds Per M²)5–8 birds per m²45–60 birds per m²70–90 birds per m²
Initial Investment (Birr Per Bird)500–700 Ethiopian Birr per bird (European union standard reference only)1,200–1,800 Ethiopian Birr per bird (European union standard reference only)3,000+ Ethiopian Birr per bird (European union standard reference only)
Labor RequirementFrequent manual cleaning requiredManual scraper manure removalAutomatic manure removal system
Egg Collection EfficiencyManual collection with higher breakageSemi-automatic egg rolling systemFully automatic egg collection system
Suitability For Power CutsIndependent from electricity supplyOperates without full automationRequires continuous electrical power
Durability In Highland MoistureWooden structures degrade fasterGalvanized steel structureGalvanized steel structure

The A-type poultry cage system offers practical density advantages while maintaining operation during power fluctuations common in some regions.

This system supports farms operating with limited automation infrastructure.



The Pre-Installation Checklist



Rushing into poultry cage installation without preparing the site is one of the most common causes of structural issues.

Variations between Kolla (lowland) and Dega (highland) regions mean installation planning must consider climate, soil conditions, and farm infrastructure.

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

ItemSpecificationEthiopian ConsiderationToolPurposeLocal Alternative Source
Floor Level ToleranceLess than 5 mm deviation across 3 m lengthImportant for gravel compacted foundationsLaser levelFoundation alignment measurementWater tube level used by local builders
Concrete StrengthC25 grade minimum 15 cm thicknessRiver sand recommended for concrete mixTorque wrenchBolt tightening accuracyMechanical spanner set
House DimensionsWidth 8 m–10 m for 3–4 rowsRoof overhang recommended for Belg rain protectionRubber malletMesh panel adjustmentWooden block with rubber padding
Electrical Supply220 V supply with voltage stabilizerLoad shedding cycles may occurSpirit level (1.5 M)Frame vertical alignmentStandard construction tool
Manure Pit Depth30 cm–50 cmCleaning frequency linked to local market schedules



Arrival And ''Yesel'' Briefing



When the equipment arrives at the farm site, inspection must take place before assembly begins.

Local farm labor teams often require a short Yesel safety briefing explaining safe handling of poultry cage structures.

A-type cage components are usually transported in flat-pack form to maximize container space.

Typical components include vertical frames, support beams, mesh flooring panels, drinker pipes, and feed troughs.

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

ComponentMaterialQuantityVisual Inspection Tip
Main Upright ColumnsHot dipped galvanized steel40 piecesCheck for bending during transportation
Mesh Flooring (Egg Slope)2.5 mm wire, 2.5 cm mesh gap80 panelsEnsure smooth surface edges
Feed TroughsGalvanized steel or polypropylene40 metersInspect for transport dents
Nipple DrinkersStainless steel250 unitsConfirm water passage is unobstructed
Door Clips Or LatchesSpring steel250 unitsTest spring tension

Heavy components should never be stacked directly on mesh flooring panels during unloading.

Long transportation routes from Djibouti to inland farms can increase the risk of deformation if loading is incorrect.



Marking The “Keta” Grid Layout



Accurate floor marking is essential for installing A-type poultry cages in straight rows.

The building floor should be divided into an installation grid to maintain consistent cage alignment.

Row spacing for A-type cages typically requires 70 cm walkway clearance for movement of egg collection carts and farm workers.

Construction teams should identify the main building axis and measure cage positions from both side walls to maintain alignment.

Chalk lines can be used to mark the base frame positions before assembly begins.

Even small measurement errors can create large alignment problems across long cage rows.



Assembling The ''A'' Frame Structure



The A-type cage structure consists of triangular support frames forming the letter A.
This structure distributes weight evenly and supports multi-tier poultry cage systems.

Assembly procedure Install the first frame section at the starting point of the row.

Connect cross braces between the left and right support legs.

Raise the frame and temporarily secure bolts.

Connect longitudinal beams linking the next frame section.

Technicians must use a spirit level to verify that the structure remains vertical and horizontal during installation.

Bolts should not be fully tightened until the entire row of cages has been positioned and aligned.



Securing The Mesh And Flooring



After the frame skeleton is completed, mesh flooring panels and side walls are installed.

The egg rolling slope is an important parameter for egg collection efficiency.

The recommended slope angle for egg collection is 7°–9°.

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

SectionInstallation RequirementConsequence Of Error
Bottom Tier Floor7° slope aligned with egg collection channelEggs remain inside cage and may be damaged
Middle Tier FloorSide panels overlap by 2 cmFeather loss or bird escape risk
Top Tier FloorFour clips per panel recommendedMesh sagging possible
Front Door MeshTop hinge with bottom latchDifficult bird handling during flock management



Installing The ''Woha'' Water System



Water supply stability is essential for poultry production.

Most A-type poultry cages use nipple drinker systems connected with PVC pipelines.

Pressure regulators should be installed at the start of each row.

Water pressure fluctuations can cause drinker leakage if not controlled.

Each pipeline should include an end cap to allow periodic flushing of sediment from water storage tanks.

Drinkers must be installed slightly above the bird head height to maintain clean drinking behavior.



The ''Megbi'' Feed Trough Assembly



Feed cost represents a large portion of poultry production expenses.

Proper feed trough installation helps reduce feed waste.

The feed trough should be aligned in a straight line across the entire cage row.

Technicians often use a string line to verify alignment.

The inner trough lip design should prevent birds from scattering feed outside the trough during feeding activity.



Final Commissioning And ''Gudifacha'' Run-In



Before introducing pullets such as Isa Brown or Bovan Brown birds, the cage system must be tested.

Technicians should perform several test procedures.

Roll eggs along the cage slope to confirm egg collection movement.

Run water through pipelines to detect leakage points.

Test each cage door latch to ensure secure closure.

Some farms also perform a symbolic blessing or system run-in before placing birds.

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

IntervalTaskResponsible Person
DailyCheck drinker flow and remove dead birdsFarm caretaker
WeeklyInspect loose bolts and water pressureMaintenance technician
MonthlyInspect corrosion and mechanical jointsFarm manager
Per Flock CycleDeep cleaning and mesh inspectionTechnical service staff


Cost Analysis: Why Proper Installation Pays Off



Correct installation of an A-type poultry cage system prevents long-term production losses.

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

Cost CenterProperly Installed A-TypeImprovised Cage InstallationVariance
Feed Waste (Spillage)1.5% or about 200 kg8% or about 1,100 kg900 kg difference
Mortality (Injury Or Stress)3% or 30 birds8% or 80 birds50 birds difference
Egg Breakage2% eggs damaged7% eggs damaged5% difference
Labor Cleaning Time2 hours per day4 hours per day2 hours difference
Medication CostBaseline level25% additional veterinary costIncreased health expenses



Frequently Asked Questions



Q1: How long does A-type chicken cage installation take on a farm?

A1: A standard 5,000 bird A-type cage installation normally requires 2–4 working days depending on farm preparation and labor team size.

Q2: What floor foundation is required for A-type poultry cages?

A2: Concrete flooring with C25 strength and a minimum thickness of 15 cm is recommended to maintain cage stability.

Q3: Can A-type poultry cages operate without electricity?

A3: Yes.Basic A-type cage systems can function with manual feeding and watering methods during electricity interruptions.



Ethiopia Best Hebei Machinery Manufacturing Plc - One Of Ethiopia Largest Poultry Cage Manufacturer



  • Global factory direct supply of poultry farm equipment including A-type poultry cage and H-type automated cage systems.

  • Production capacity supporting layer farms from 5,000 birds to 120,000 birds with galvanized steel poultry cage structures.

  • Turn-key poultry farm engineering services including poultry house layout design, equipment installation guidance, and system commissioning.

  • Main poultry cage wire diameter 2.5 mm with hot-dip galvanization coating thickness approximately 275 g/m² ensuring long service life.

  • Professional technical team providing installation training, equipment maintenance guidance, and international logistics support.



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