Our poultry cage systems are designed to provide efficient and reliable solutions for modern poultry farming. The chicken layer cage is a high-quality housing system that ensures optimal living conditions for laying hens, promoting better health and higher egg production. Made from durable, corrosion-resistant materials, these cages are built to last and feature a comfortable design that allows easy access to feed and water while maintaining proper ventilation.
To further enhance productivity, we offer an automatic egg collecting machine, which streamlines the egg collection process, reducing labor costs and minimizing egg breakage. This system gently transports eggs from the cages to a central collection point, ensuring cleanliness and efficiency. Together, these products create a fully integrated poultry farming solution that maximizes output while maintaining animal welfare standards.
Ideal for both small and large-scale poultry operations, our products are engineered for durability, ease of use, and long-term performance. By combining advanced technology with practical design, we help farmers achieve higher efficiency and profitability in egg production. Whether you're upgrading an existing farm or starting a new operation, our poultry cage systems provide a smart, sustainable choice for modern poultry management.
-
96,120,128,160 құс қабаты құс батареясы тауық торлары
-
H типті 3 немесе 4 деңгейлі бройлер тауық торы
-
4 деңгейлі 100-300 құс сыйымдылығы балапан өсіретін тор
-
Автоматты азықтандыру желісі жүйесі Табаны беру құрылғысы Ниппельді сусын
-
Автоматты жұмыртқа жинау жүйесі жұмыртқа жинау машинасы қабат тауық торына арналған жұмыртқа жинау машинасы
-
Автоматты азықтандыру машинасы бар батарея қабатының тор жүйелері
-
Feed Silo Metal Silo Galvanised Feed Tower For Poultry House
What Are the Different Types of Poultry Cages?
Poultry cages are essential for modern poultry farming, offering structured housing that improves efficiency, hygiene, and bird management. The most common types include battery cages, A-frame cages, H-type cages, and deep litter systems, each designed for specific farming needs.
Battery cages are widely used in commercial egg production due to their space-saving design. These cages are stacked in multiple tiers, allowing farmers to house a large number of hens in a compact area. They feature automated feeding, watering, and egg collection systems, reducing labor costs while maintaining high productivity. However, concerns over animal welfare have led to the development of enriched cages, which provide more space and amenities like perches and nesting areas.
A-frame cages are a traditional choice, often used in smaller farms. Their triangular shape provides stability and easy access for cleaning and egg collection. While not as automated as battery cages, they are cost-effective and suitable for farmers with limited budgets.
H-type cages represent an advanced system with a larger footprint, allowing better ventilation and easier management. These cages are designed for high-density farming while ensuring bird comfort, making them ideal for large-scale operations.
Finally, deep litter systems are an alternative to cages, where birds roam freely on a litter-covered floor. This method is preferred for organic or free-range farming but requires more space and labor.
Each type of cage has distinct advantages, and the choice depends on farm size, budget, and production goals. Modern poultry farming increasingly prioritizes automation, animal welfare, and sustainability, driving innovations in cage design.
Features of H-Type Chicken Cage
The H-type chicken cage is a modern poultry housing system designed for efficiency, bird welfare, and ease of management. Its unique structure allows for better space utilization while ensuring optimal living conditions for layers or broilers.
One of the key features is its ergonomic design, which provides ample space for birds to move, eat, and lay eggs comfortably. Unlike traditional battery cages, H-type cages have a wider layout, improving ventilation and reducing heat stress—a critical factor in maintaining flock health. The cages are typically constructed from galvanized steel, ensuring durability and resistance to rust, even in humid environments.
Another significant advantage is automation compatibility. H-type cages can integrate with automatic feeding systems, nipple drinkers, and egg collection belts, minimizing manual labor and increasing operational efficiency. The design also facilitates waste removal, as droppings fall directly into a collection system, keeping the environment clean and reducing disease risks.
Additionally, H-type cages support better flock management. Farmers can easily monitor birds, detect illnesses early, and maintain uniform growth rates. This system is ideal for large-scale poultry farms aiming for high productivity without compromising animal welfare.
Overall, the H-type cage combines durability, automation, and bird-friendly features, making it a preferred choice for modern poultry farming.
Automatic Battery Cage System for Poultry Farming
The automatic battery cage system is a highly efficient poultry housing solution designed to maximize egg production while minimizing labor and operational costs. This system is widely used in commercial layer farms due to its space-saving design and advanced automation features.
A major benefit of this system is its multi-tiered structure, which allows farmers to house a large number of hens in a relatively small area. Each cage is equipped with automatic feeders and nipple drinkers, ensuring consistent access to food and water while reducing waste. The system also includes an egg collection belt that gently transports eggs to a central point, preventing breakage and contamination.
Another advantage is waste management efficiency. Droppings fall through the cage floors onto a conveyor belt or into a pit, keeping the environment clean and reducing ammonia levels. This not only improves bird health but also lowers the risk of respiratory diseases.
The durable construction of battery cages, typically made from galvanized steel, ensures long-term use even in harsh farming conditions. Additionally, the system supports climate control integration, allowing farmers to regulate temperature and ventilation for optimal productivity.
While battery cages have faced criticism over animal welfare concerns, modern designs now include enriched cages with more space, perches, and nesting areas to meet ethical farming standards.
In summary, the automatic battery cage system is a cost-effective, high-performance solution for poultry farmers seeking to enhance efficiency and output in egg production.