H Type Layer Cage System for Scalable, Fully Automated Commercial Egg Layer Farms

Zhengzhou Liwei Machinery Equipment Co., Ltd.

2026-08-06

Product Comparison

Discover Livi Machinery’s H Type Layer Cage System: an integrated, high-capacity, multi-tier automatic egg layer cage solution designed for commercial layer farms. Learn capacity specs, customization, investment considerations, installation & maintenance needs to choose the right solution for your poultry project.

Multi-tier H-type automatic egg layer cages in a large commercial poultry house

What Is the H Type Layer Cage System?

The H Type Layer Cage System is a multi-tier, vertical configuration of egg-laying cages designed for fully or highly automated commercial layer farms. It integrates feeding, drinking, manure removal, egg collection, ventilation, lighting, and environmental controls into one cohesive production system. With designs commonly including 4- or 5-tier cages, 2 to 4 doors per unit, and capacities such as 144–192 hens per cage block, this system maximizes space utilization while demanding precision in climate, infrastructure, and labor support.

Advantages and Ideal Use Cases

High capacity per square meter. The vertical multi-tier layout offers substantial gains in population density, especially where land is limited or building cost per unit ground area is high.
Automation reduces labor demands. Integrated systems for feeding, drinking, manure removal, and egg collection drastically cut repetitive manual work.
Centralized management and consistent operation. Uniform feeding rates, monitoring, and collection alike across layers help improve standardization across large-scale farms.
Long service life with durable materials. Constructed with Q235 or Q235B steel and hot-dipped galvanizing, typical life span of 15–20 years under proper maintenance.

Ideal when your project involves:

20,000 eggs or more in total flock size
Limited land footprint but adequate building height
High labor or wage costs
May expand further or use full automation

Less suitable when:

You are raising only young pullets or broilers—not layers
Power supply or infrastructure (ventilation, climate control) is weak or unreliable
You're constrained by low initial capital and prefer gradual scaling

Capacity, Dimensions & Technical Specs

Configuration	Layers × Doors	Hens per Unit Block	Typical Cage Size (L×W×H mm)
4 tiers, 2-door	4×2	≈144	≈1200×625×480
4 tiers, 4-door	4×4	≈192	same base footprint
5 tiers, 2-door (type A)	5×2	≈160	≈1200×625×480
5 tiers, 2-door (type B)	5×2	≈180	≈1200×625×480

These dimensions and capacities are examples; actual numbers depend on the egg layer breed, shed dimensions, density standards and local climate.

Cost Components & Investment Considerations

The total investment for an H-Type cage system includes many elements beyond the cages themselves. Key cost components:

Land acquisition or lease
Chicken shed construction (foundation, roofing, insulation, etc.)
Cage modules including automatic feeding, drinking, egg collection, manure removal systems
Environmental control: ventilation, wet-pad cooling, lighting, sensors
Power supply & backup systems, water source & purification
Transport, import/export clearance, packaging
Installation & commissioning, staff training
Day-old pullets, feed, vaccine, labor, packaging, flow capital

Note: These costs vary significantly by country: building materials, power costs, labor rates, import duties, feed costs all influence your budget. Figures provided in quotes or case studies serve only as reference ranges—not guaranteed or turnkey quotes.

Site Design & Environmental Requirements

For optimal performance, the following design and site infrastructure parameters must be carefully planned.

Shed dimensions: Height sufficient for 5 tiers plus space for equipment overhead; allow for feed line, egg conveyor, manure belt.
Ventilation & climate control: Ensure cross-airflow, adequate fan/wet-pad sizing, insulation or roofing reflective material; in hot or humid regions, cooling and dehumidification are critical.
Power & water stability: Reliable grid, backup generator; clean water for drinking system and cleaning.
Biosecurity & spacing: Include service aisles, personnel pathways, egg collection lines, storage for feed, buffer zones to minimize disease risk.
Automation compatibility: Sufficient load capacity and alignment for conveyors, egg belts, feeding/drinking lines; control systems with local climate sensors.

Transportation, Installation & Maintenance

Transportation & Shipping

Cage units are packed based on volume, weight and quantity. Shipping involves:

Confirmation of detailed equipment list
Packaging, container loading
Export documentation, customs clearance
Sea freight to destination port
Inland transport to farm site

Shipping costs depend heavily on shipping route, port fees, seasonality and import/export regulations.

Installation Process

Before arrival, customer should ensure:

Completed shed structure, leveled ground
Electricity and water connection ready
Designated area for storing incoming parts

Then installation typically involves:

Floor marking and cage layout alignment
Cage framework and mesh installation
Feeding troughs and water lines setup
Manure belt and egg collection belt installation
Electrical wiring, lighting, sensors and control cabinets
Trial runs without birds (load test, functionality check)
Staff training on operation and safety

Ongoing Maintenance

To maintain performance and lifespan:

Regular inspections of bolts, chains, bearings, motors
Watch for abnormal noises, belt misalignment, leaks, motor overheating
Clean and disinfect water lines, feeders, egg belts to reduce contamination
Replace worn parts (belts, bearings, motor brushes) promptly
Ensure environment control systems are calibrated – temperature, humidity, ventilation

Comparing H-Type vs A-type layer cages

Feature	H-Type Cages	A-Type Cages
Space efficiency	Higher due to more tiers	Fewer tiers, more floor space required
Initial investment	Higher (automation, supports, precision)	Lower simpler structure
Labor requirement	Lower with automation	Higher, more manual processes
Technical requirement	High – power, installation precision, environment control	Lower – simpler control, less height needed

Customer Case Example

A poultry farm in Country X needed to scale up to 100,000 laying hens. Their site had limited land, moderate ambient temperatures, and rising labor costs. Livi Machinery proposed:

H-Type cage system with four tiers, 4-door blocks
Full automation: feeding, drinking, manure belts, egg collection lines, ventilation with wet-pad cooling
Power backup system and environmental control cabinet suitable for local climate
Completed lead time including shipping, installation, and staff training in 6 months

This design allowed the farm to significantly increase per-shed capacity while maintaining good ventilation and egg collection consistency. Ongoing maintenance included regular inspections and calibration of environment sensors. (Details adapted from internal project records; customer name withheld.)

How to Evaluate & Procure the Right H-Type System

Provide technical team with:
• Country, climate zone, temperature range
• Desired flock size (layers only)
• Shed dimensions: length, width, height
• Automation level: feeding, collection, climate control etc.
• Budget range and timeline
Compare supplier proposals based on:
• Complete equipment list & clear specs
• Material grade & anti-corrosion treatment
• Transportation & packaging plan
• Installation guidance & training
• Spare parts & after-sales support
Assess long-term costs and risks:
• Energy, water, and feed price volatility
• Downtime costs in case of equipment failure
• Staff skill level and maintenance capability
• Equipment adaptability for future expansion

Frequently Asked Questions

Q: Is an H-Type system suitable for only 20,000 hens?

A: It can work at 20,000, but its benefits like central collection, labor reduction, capacity utilization become more evident at larger scales (50,000 or more). For smaller farms, compare carefully vs basic A-Type or phased investment.

Q: Can H-Type tiers be changed to match local climate?

A: Yes. Number of tiers, spacing, insulation, and ventilation design all need adjustment based on temperature, humidity, and seasonality.

Q: How to calculate required shed area?

A: Include cage blocks footprint, feed & egg conveyors, manure belts, personnel passageways, biosecure buffer zones, space for equipment, ventilation and cooling features—not just chicken floor space.

Q: What upfront preparation is needed before delivery?

A: Completed shed structure, stable power & water, firm groundwork, storage for parts, properly trained local workforce for installation and operation.

Ready to plan your commercial layer project?

Contact our technical team today with details like country, city, layer breed, flock size, shed dimensions and your desired automation level. We'll prepare a custom layout, equipment list, container-count estimate and project proposal just for your site.

Get Your Custom Proposal

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