H-Type Layer Cage System for Scalable, Fully Automatic Layer Farm Projects

2026-08-05

Zhengzhou Liwei Machinery Equipment Co., Ltd.

Discover Livi Machinery’s H-Type Layer Cage System—designed for large-scale, automated layer farms. Learn about its multi-tier design, automation capabilities, suitable scale, key technical specifications, and what customers need to know before investing in a modern egg-laying facility.

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What Is the H-Type Layer Cage System?

The H-Type Layer Cage System (also known as H-Type Layer Battery Cage or Fully Automatic Layer Cage System) is a multi-tier, vertically stacked cage solution designed for large-scale commercial egg-laying poultry farms. It integrates feeding, watering, egg collection, manure removal, ventilation, lighting, and environmental controls into a unified automated framework. Rather than being a standalone cage product, it forms a complete egg-layer facility system.

Who Should Consider H-Type vs. Who Should Not

Ideal for:

Commercial farms with ≥ 20,000 layer hens;
Operations with limited land area but vertical space;
Farms facing high labor costs or labor shortages;
Projects planning automation (feeding, cleaning, egg collection);
Farms seeking uniform, centralized control across multiple houses;
Producers planning future expansion or multi-house farms.

Less suitable when:

Project size is small (e.g., under ~10,000 birds);
Land area is abundant and flat, where A-Type or free-range is acceptable;
Budget does not allow sufficient investment in automation or infrastructure;
Electricity supply is unstable or very costly;
Maintenance capabilities or trained staff are insufficient;
Climate is difficult to ventilate or control (e.g., extreme heat/humidity) without advanced systems.

Key Features & Technical Specifications

The system includes cages with typical configurations such as:

Configuration	Layers × Doors	Birds per Group
Standard 4-layer, 2-door	4 × 2	≈ 144 birds
4-layer, 4-door	4 × 4	≈ 192 birds
5-layer, 2-door (smaller breed)	5 × 2	≈ 160–180 birds

Cage body typically uses Q235 or Q235B steel with hot-dip galvanization. Reference lifespan under proper installation and maintenance: approximately 15-20 years.

Integrated Sub-systems:

Automatic feeding, drinking (nipple or trough), & water filtration;
Clean egg collection via roll-off belts or centralized egg-line;
Manure removal via belts under each level plus longitudinal conveyance;
Environmental control: ventilation (fans or EC-type), wet-pad cooling, insulation, lighting, sensors;
Backup power & water supply where grid supply may be unstable;
Control panels with alarms for temperature, humidity, power failure, equipment faults.

How Costs Are Determined

Purchasing an H-Type system involves many cost components beyond just the cage units. Key factors include:

Land & buildings: poultry house size, height, structure quality;
Cage units & materials: steel grade, galvanization, layer & door configuration;
Automation systems: feeding, egg collection, manure removal, environmental controls;
Infrastructure: electricity, water supply, backup generators;
Transportation & import fees: packaging, shipping, customs, inland delivery;
Installation & commissioning: site preparation, labor, testing, training;
Running costs: feed, vaccines, labor, energy, maintenance, packaging.

Costs can vary widely depending on country, local construction/freight/energy prices, climate, and scale. Use ~20,000-bird projects as baseline for estimating per-unit investment; always request a detailed quote based on your specifications.

Design & Layout Considerations

Floor space: account for cages, feed storage, service aisles, egg-packing, biosecurity zones;
Ceiling height: to accommodate 4-5 layers plus clearance for cleaning and maintenance;
Ventilation & climate control: sufficient fans and wet pads in hot/humid areas; insulation & minimal heat loss in cold zones;
Electrical & water supply: stable power; backup generator; clean water systems;
Egg & manure flow paths: ensure slopes, belts properly aligned, avoid manual bottlenecks;
Local regulations & welfare: check bird density, lighting hours, environmental emissions;
Staff training & maintenance plan: scheduled inspections of motors, chains, belts, drinkers, sensors;
Incremental planning: allow for future expansion, modular additions, spare capacity.

Transport, Installation & After-Sales

Major steps:

Confirm equipment list & drawings;
Package & containerize based on volume & weight;
Export documents, sea freight, customs clearance, inland transport;
On-site preparation: foundation, power, water, floor, storage for parts;
Install cages, feed lines, water lines, egg belts, manure belts, electrical systems;
Test systems under no-load and then with birds; train your staff;
Set up maintenance schedule: check bolts, motors, bearings, belts, sensors;
Ensure spare parts & responsive support from supplier.

Illustrative Case Study

Location: Country X (tropical climate).
Project Scale: 50,000 layer hens.
Existing Challenges: limited land footprint, high labor costs, inconsistent egg collection, heat stress.
Solution by Livi Machinery: An H-Type system with 4 layers × 2 doors per group, automatic feeding & drinking, belt manure removal, central egg collection, wet-pad cooling, EC fans, backup generator.
Result Snapshot: improved space utilization (doubling birds per square meter compared to their previous A-Type), reduced manual labor by ~60%, better air quality, more uniform egg size. (Note: these reflect manufacturer data and estimates; actual results depend on management, feed, climate.)

Procurement Checklist & Best Practices

Provide your country, city, climate, number of birds, cage height, width, layers, doors;
Specify what level of automation you need (feeding, egg collection, manure handling, environment control);
Ask for layout drawings and cage-group equipment list; materials & zinc coating details;
Request production capacity data, packaging & shipping plans, installation support, spare parts;
Discuss warranty, service agreements, training for staff;
Check power supply reliability; plan for backups;
Compute total investment including infrastructure and running costs;
Consider whether expanding in phases is advantageous.

Frequently Asked Questions (FAQ)

Q: What is required in floor area per bird?
A: It depends on cage configuration, layers, walkways & service aisles. H-Type uses vertical space so ground area per bird is lower than A-Type for same bird number. Include space for feeding, egg storage, manure handling in your calculation.

Q: How much more does H-Type cost vs. A-Type?
A: Initial cost is higher due to greater cage structure, more automation, stronger infrastructure. But operating labor & collection efficiencies may offset this over time—return depends on local wages, energy costs, and scale.

Q: What happens in hot or humid climates?
A: You must ensure sufficient ventilation (fan count / EC fans), wet-pad or evaporative cooling, insulation, shade, and use of dehumidification or airflow design. Excess humidity can worsen if wet pads are overused without ventilation relief.

Q: How long does the equipment last?
A: With good installation, maintenance, and correct use, lifespan is approximately 15-20 years for the cage body. Other systems (motors, belts, sensors) require more frequent maintenance or replacement.

Next Steps: Get a Custom Design & Quote

To prepare a project plan tailored to your farm, please provide:

Your country & city (to assess climate & logistics);
Total number of layer hens you intend to raise;
Dimensions of prospective chicken houses: length, width, height;
Desired automation level (feeding, collection, manure, environment);
Any future expansion plans or phasing.

After receiving these details, our technical team will provide you with a detailed poultry house layout, equipment configuration list, shipping/freight estimate, and project quotation.