European Standard Layer Battery Cage System

Our design and quality of layer battery cage system and equipment based on European and USA standard.

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All pictures (or videos) of this pages are the application of our layer battery cage system in customers' projects. Our technicians have rich experience in localizing projects.

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Fast choosing tips of layer cage

Brief introduction of layer battery cage

1. Semi-automatic H-type layer battery cage

2. Semi-automatic A-type layer battery cage

3. Fully automatic H-type layer battery cage

4. Fully automatic A-Type layer battery cage

Layer quantity/house with layer battery cage

For your reference only, the following data are is estimated, The exact data is based on the actual needs of the project and customer requirements, or our exact quotation.

1. Semi-automatic H-type layer battery cage

2. Semi-automatic A-type layer battery cage

3. Fully automatic H-type layer battery cage

4. Fully automatic A-type layer battery cage

Semi-automatic H-type layer battery cage

The semi-automatic H-type battery cage combines vertical stacking with manual intervention in key processes. 

It maximizes space, ensuring optimal air circulation and stable environmental conditions. 

Made from durable galvanized steel, it can last over 15 years with proper maintenance.

Semi-automatic H-type cage specifications

The semi-automatic system requires daily human intervention for egg collection and manure removal, making it suitable for medium-sized operations where labor availability isn't a constraint. 

The feeding and watering systems are automated, ensuring consistent access to fresh resources while reducing daily maintenance time.

Semi-automatic A-type layer battery cage

The semi-automatic A-type battery cage features a triangular design that aids egg rolling and space efficiency. 

Automated feeding and watering are combined with manual egg collection and manure removal, making it ideal for medium-sized operations.

Semi-automatic A-type cage performance data

The semi-automatic A-type system represents a significant step up in efficiency from traditional housing while maintaining reasonable equipment costs. 

The automated feeding and watering systems ensure consistent nutrition delivery, while the natural egg rolling mechanism preserves egg quality throughout the collection process.

Fully automatic H-type layer battery cage

The fully automatic H-type cage integrates all aspects of bird management through computerized controls. 

Its vertical design allows for 50% more birds in the same floor space. It offers precise control over temperature, humidity, ventilation, and lighting to optimize egg production year-round.

1. Fully automatic H-type system parameters

The environmental control capabilities of fully automatic H-type systems enable year-round optimal production conditions regardless of external weather conditions. 

The precise feed management system can reduce waste by up to 12% compared to semi-automatic systems, while the automated manure belts maintain superior air quality by removing waste multiple times daily.

Fully automatic A-type layer battery cage

The fully automatic A-type cage offers complete automation for optimal efficiency. 

It includes climate control, feeding, watering, egg collection, and manure management, all managed by a central system. 

The egg collection system gently transports eggs to avoid breakage.

1. Fully automatic A-type economic analysis

The economic advantages of fully automatic A-type systems become particularly evident in large-scale operations where labor costs and production efficiency significantly impact profitability. 

The reduced breakage rates and improved egg quality also command premium prices in specialty markets.

Practical application and farming considerations

Implementing modern layer battery cages requires careful planning and consideration of both technical specifications and farming practices. 

The choice between systems should be based on operation scale, available investment capital, labor costs, and market requirements. 

• For operations with 5,000-20,000 birds, semi-automatic systems often provide the best balance between investment and automation benefits. 

• Farms with 20,000-100,000 birds typically benefit from fully automatic systems.

• Operations exceeding 100,000 birds should consider high-density H-type configurations for maximum space utilization.

Housing system comparison guide

Environmental control guidelines

Environmental control remains critical regardless of system type. 

1. Proper ventilation should maintain ammonia levels below 25 ppm, carbon dioxide below 3,000 ppm, and relative humidity between 50-70%. 

2. Temperature should be maintained between 20-24°C for optimal production, as temperatures above 27°C can reduce feed consumption and egg production. 

3. Lighting programs should provide 14-16 hours of light per day at an intensity of 10-20 lux, gradually increasing during the growth period to stimulate proper sexual maturity. 

4. Nutritional requirements vary with production phase, with layer diets typically containing 16-18% protein, 3.5-4.0% calcium, and 0.4-0.5% available phosphorus.

Packaging, shipping and installation

1. Full or less container from China branch by sea.

2. Local warehouse from branches of Ethiopia, Tanzania and Nigeria.

3. Engineers with rich project experience are available to serve you at any time.

Tips of selecting battery cage and poultry farm equipment

For reference only, it depends on your actual demands and situation of your poultry farm.

Contact Us

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• Your full name

• Phone number (including WhatsApp ID)

• Email address

• Equipment you're interested in (poultry farm turnkey project, chicken cages, name of poultry farm equipment.)