Automatic Chicken Removal Battery Cage Equipment

Integrates automatic feeding, drinking, manure cleaning, and chicken catching into one system, providing modern large-scale
broiler farming with an efficient, intelligent, and low-cost one-stop solution

Sizing Reference: 10,000 laying hens produce approximately 1–1.2 tons of fresh manure per day, which can be used to calculate the required tank volume and the proportion of bulking agents (sawdust, straw, mushroom residue, etc.) to be added.高

Labor cost reduced低

Market-ready efficiencyLifting

Chicken injury reduced低

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Process automation

Automatically completes feeding, drinking, manure cleaning, chicken catching, and other operations, reducing manual intervention and improving production efficiency.

Save labor costs

High degree of automation, significantly reducing the number of farming personnel and labor intensity.

Improve farming efficiency

Optimize the feeding process, shorten the market-ready cycle, and improve overall production capacity.

Reduce chicken injuries

Scientific chicken catching method, effectively reducing the injury rate of chicken wings, feet, and breasts, and reducing stress responses.

Modular installation

Fully assembled structure, quick installation, convenient maintenance, and more flexible future expansion.

Complete supporting facilities

Supports environmental control systems such as ventilation, evaporative cooling pads, and air preheating to achieve smart farming.

Modern broiler cage rearing system

Professional poultry cage equipment manufacturer
High quality・Durable・High efficiency・Easy to maintain
Simple installation and maintenance, a cost-effective farming equipment option for small and medium-sized chicken farms

Manual pull-out plastic slatted floor type

  • The cage frame adopts a fully assembled structure, ensuring high installation precision and more convenient maintenance.
  • Double-sided open cage door design, facilitating daily management and chicken catching operations.
  • The floor is made of PP plastic material with good flexibility, which can effectively reduce breast and foot injuries and lower the skin abrasion rate.
  • Dedicated feed trough design enables automatic feeding throughout the entire process from chick placement to market-ready broiler output, saving labor input.
  • Sufficient inter-tier space facilitates air circulation, improves broiler growth rate, and reduces labor intensity.
Integrated feeding, manure cleaning, and market-ready output, the preferred choice for large broiler farms to reduce costs and increase efficiency

Self-propelled chain-driven type

The self-propelled chain-driven H-type broiler cage farming system can complete chicken catching operations without the need to manually pull out the plastic floor. The system adopts a rotatable track-type cage bottom structure, which can replace the traditional manure cleaning conveyor belt and realize automatic transfer of broilers to the chicken output position.

This system can effectively shorten chicken catching time and manure cleaning time, reduce labor costs, and improve farming efficiency. At the same time, it can reduce chicken stress responses during the catching process and lower the injury rate of chicken wings and feet, making it especially suitable for large-scale broiler farms.

The chicken catching conveyor system and the daily manure cleaning system adopt an independent conveyor belt design, effectively reducing wear and deviation of the manure cleaning conveyor belt and improving equipment operation stability and service life.

Professional poultry cage equipment manufacturer

Project Photos

The self-propelled chain-driven H-type broiler cage farming system is currently an advanced broiler cage farming equipment, capable of automatic feeding, automatic drinking, automatic manure cleaning, and automatic chicken catching, greatly enhancing the level of farming automation.

The system is suitable for large broiler farms and can be equipped with complete environmental control equipment such as air preheating systems, ventilation systems, and evaporative cooling systems, helping users save labor costs, improve production efficiency, and achieve modern, intelligent farming.

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