New type A Layer Cage 4 Tiers 5 Layers

New Four-Layer A-Type Laying Hen Cage: Revolutionizing Traditional Farming and Ushering in a New Era of High-Efficiency Egg Production

At a modern chicken farm in Shandong, a farmer touches a button, and four neatly arranged cages automatically deliver fresh eggs. The chickens move freely within the spacious cages, a stark contrast to the cramped traditional cages.

The new four-layer A-type laying hen cage system is rapidly becoming the new standard in modern laying hen farming. This innovative design scientifically accommodates five laying hens per cage, specifically designed to improve egg production and reduce mortality. Its durable structure ensures long-term stable operation.

Industry data shows that farms using this system have seen an average increase in egg production of over 5% and a reduction in mortality of 3-4 percentage points, significantly improving farming efficiency.

01 Design Innovation: Four-Layer Structure Optimizes Space Utilization

Traditional laying hen cages often face the dilemma of low space utilization and inconvenient management. The new four-layer A-type laying hen cage achieves a scientific balance in stocking density through efficient use of vertical space.

Each cage measures 1950×2250×1700mm and can house 120-160 laying hens, with an average of 5 hens per cage, fully considering the activity needs of the hens.

This design not only increases breeding capacity but also facilitates the formation of a suitable small-group environment, reducing competition among the hens. The rational space allocation allows each hen easy access to feed and water, ensuring balanced nutritional intake.

The cage adopts an A-shaped structure, narrower at the top and slightly wider at the bottom, conforming to the natural standing posture of the laying hens and facilitating the rolling of eggs onto the egg collection belt, reducing breakage. The four-tier height is ergonomically optimized, allowing keepers easy access for daily inspections and management.

02 Welfare-Oriented Farming, Reducing Mortality and Injury, and Increasing Egg Production
The core breakthrough of the new cage design lies in combining animal welfare with production efficiency. The small-group rearing model of 5 hens per cage significantly reduces stress behaviors such as feather pecking and fighting that occur in traditional high-density cage rearing.

The cage height reaches 45cm, allowing laying hens to stand freely, turn around, and stretch their wings, meeting their basic natural behavioral needs. This improvement is directly reflected in the health indicators of laying hens, with mortality rates reduced by more than 30%.

The cage bottom mesh uses a special material and slope design, ensuring that droppings fall smoothly while providing a comfortable standing surface and reducing footpad damage. A scientifically designed cage microenvironment, combined with a good ventilation system, effectively reduces the incidence of respiratory diseases.

Behind the increased egg production rate is comprehensive health management. Reduced stress and disease allow laying hens to dedicate more energy to egg production, while eggshell quality is significantly improved, and breakage rates decrease.

03. Robust and Durable, Materials and Craftsmanship Ensure Long-Term Use
Durability is a key indicator for measuring the return on investment in poultry farming equipment. The new four-layer A-type laying hen cage uses high-strength steel and advanced galvanizing technology to ensure long-term corrosion resistance in humid farming environments.

The reinforced cage door design prevents laying hens from escaping while facilitating handling. Carefully positioned feed troughs and water lines reduce feed waste and water pollution, and the fully automatic feeding and water supply system reduces labor costs.

The cage connections feature a unique snap-fit ​​design, ensuring easy installation and a robust structure that can withstand frequent daily cleaning and maintenance. The mesh welding points are reinforced to prevent detachment and cracking, extending service life.

Return on investment analysis shows that while the initial investment in the new four-layer A-type layer hen cage is 15-20% higher than traditional cages, its lifespan is nearly doubled, and long-term maintenance costs are reduced by over 40%, resulting in significant overall economic benefits.

04 Intelligent Support, Modern Management Made Easy
The new cage system seamlessly integrates with modern poultry farming techniques. The integrated automated control system enables real-time monitoring and automatic adjustment of environmental parameters, ensuring optimal temperature, humidity, ventilation, and lighting within the chicken house.

Each layer's independent egg collection belt smoothly transports fresh eggs to the processing center, reducing the need for manual collection and the risk of egg breakage. The manure conveyor system is automatically cleaned periodically, maintaining cage hygiene and reducing the risk of disease transmission.

An intelligent alarm system monitors equipment operation in real time, immediately alerting management personnel upon detecting any anomalies to prevent production losses due to equipment malfunctions. The data acquisition system records key indicators such as egg production and feed intake, providing a basis for refined management.

Morning sunlight streams through the chicken coop windows, illuminating the neatly arranged four-tiered cages where the laying hens are pecking at the food in an orderly fashion. The farmer retrieves the first batch of fresh eggs from the egg collection belt; these eggs will be graded, packaged, and sent to the market.

As the poultry industry transforms towards higher efficiency, welfare, and sustainability, the new four-tiered Type A laying hen cage system is becoming a key driving force for industry upgrading, redefining the standards of modern laying hen farming.