The HR625 battery cage system, developed by shouhui, is a highly efficient, layered automated feeding system designed for modern poultry farms. This system can be customized with 3 to 12 tiers according to customer needs, making it adaptable for different scales of production. The HR625 integrates multiple automated modules, including egg collection, precise feeding, automatic watering, manure cleaning, intelligent lighting, environmental control, and Internet of Things (IoT) functionality. These modules work in harmony to ensure optimal animal health, egg production performance, and environmental management throughout the farming process.
The automated egg collection function efficiently and gently collects eggs, reducing manual intervention and minimizing egg damage, which helps maintain and improve egg quality. The automatic feeding and watering modules ensure that each layer hen receives balanced nutrition and adequate water, further optimizing their health and egg-laying efficiency. The fully automated manure cleaning system regularly removes waste, maintaining a sanitary environment within the poultry house, reducing the risk of disease, and improving air quality.
The HR625’s intelligent environmental control system automatically regulates temperature, humidity, ventilation, and lighting to create an ideal production environment, minimizing the impact of external conditions on egg production rates. Additionally, the IoT technology enables farm managers to monitor and manage the system in real-time, providing accurate production data to support data-driven decision-making, thereby enhancing management efficiency and economic benefits.
In conclusion, the HR625 cage system, through its comprehensive automation, significantly reduces manual labor while improving the welfare and productivity of layer hens. It also brings considerable economic returns to farms. This system not only enhances production efficiency but also offers users a highly efficient and sustainable farming solution.
1. Hot Galvanized Cage System – Exceptional Corrosion Resistance:The entire cage system is constructed using high-quality hot-dip galvanized plates. This material provides exceptional corrosion resistance, ensuring that the cage structure remains durable and strong even in harsh environmental conditions, such as high humidity or ammonia exposure in poultry houses. The use of galvanized material minimizes the need for frequent maintenance, extending the overall lifespan of the system and offering cost-effectiveness for poultry farmers in the long run.
2. Aluminum-Plated Zinc Mesh – Superior Corrosion Protection and Longevity:The mesh panels used in the cage system are made from aluminum-plated zinc wire, which is welded for strength. This material offers 3-4 times the corrosion resistance of standard hot-dip galvanized wire mesh, making it highly resistant to rust and other forms of degradation. This not only enhances the durability of the cage but also ensures a longer service life, reducing the frequency of repairs or replacements. Additionally, the stronger structure ensures the safety of the birds, minimizing the chances of damage or injury caused by weak or worn-out materials.
3. Sliding Cage Door – Easy Operation and Bird Safety:The cage doors are designed with a smooth-sliding mechanism, making daily operations such as feeding, bird inspections, and cleaning much more efficient. This structure is particularly useful in large-scale operations where ease of access to the birds is crucial. The sliding design also prevents birds from escaping or injuring themselves during door operations, contributing to safer and more effective bird management.
4. V-Shaped Rolled Feed Trough – Enhanced Feed Efficiency:The V-shaped rolled feed trough is built with high structural strength and a wide cross-section, designed to optimize feeding processes. The shape and design of the trough reduce feed wastage by preventing spillage and throwing, while also preventing the feed from getting moldy. The wide section allows birds to access feed more easily, which leads to improved feed conversion rates. By reducing waste and enhancing feed efficiency, poultry farmers can save on feed costs while ensuring their birds receive proper nutrition.
5. Angled Bottom Net – Smooth Egg Collection and Reduced Damage:The bottom net of the cage system is engineered with a reasonable angle to ensure that eggs roll smoothly onto the egg belt. This reduces the chances of eggs becoming stuck or damaged during the collection process. By minimizing egg breakage, farmers can increase their overall yield and ensure that more high-quality eggs reach the market, improving profitability. This thoughtful design also decreases the need for manual egg collection, reducing labor costs and enhancing operational efficiency.
6. V-Shaped Water Trough – Reduced Manure Moisture for Cleaner Environment:A V-shaped water trough is installed beneath the drinking line to catch any water drops, preventing them from falling onto the manure belt below. This design keeps the manure belt dry and significantly reduces the moisture content in the bird’s manure. Lower moisture content in manure helps maintain a cleaner, more hygienic environment within the poultry house. It also reduces the risk of ammonia buildup, which can affect bird health and the working conditions inside the facility. By improving the overall cleanliness of the system, farmers can reduce the frequency of manure removal and maintenance, further lowering operational costs.
7. Optimized Bird Welfare:All features of this cage system, from the sliding doors to the structured feed trough, are designed with the well-being of the birds in mind. These components ensure that birds have easy access to feed and water, experience minimal stress during operations, and live in an environment that promotes their health and productivity.
8. Modular and Scalable Design:This cage system can be customized and scaled according to the needs of the farm. Whether it's a small-scale operation or a large commercial farm, the cage system can be adapted with different tier levels and configurations to optimize space and resources.
9. Easy Maintenance and Long-Term Savings:The corrosion-resistant materials and thoughtful design mean less frequent maintenance and repairs, allowing farmers to focus on other critical aspects of their operations. Over time, the system provides significant savings through its durability and efficiency, contributing to higher returns on investment.
In conclusion, this advanced poultry cage system combines robust construction with practical, bird-friendly designs. By prioritizing durability, efficiency, and ease of operation, it enhances productivity, lowers maintenance costs, and ensures a cleaner, healthier environment for both birds and farmers.
Cage Type | Specification | Quantity/Set | Tier/Door | Bird/Door |
H-Type Battery Layer Cage | 1200mm*625mm*480mm | 144 birds/Set | 4-tier 2-door | 8 birds/Door |
1200mm*625mm*480mm | 180 birds/Set | 5-tier 2-door | 8 birds/Door | |
A-Type Battery Layer Cage | 1950mm*350mm*380mm | 120 birds/Set | 4-tier 4-door | 3 birds/Door |
1950mm*450mm*410mm | 160 birds/Set | 4-tier 4-door | 4 birds/Door |