As the commercial egg industry scales rapidly worldwide, optimizing space utilization, improving animal welfare, and reducing labor costs have become pivotal. Zhengzhou Liwei Machinery’s newly launched high-efficiency H-type layered hen cage system is engineered to meet these emerging demands by integrating advanced design principles with automation technologies.
The core innovation of the H-type layered hen cage lies in its unique spatial layout that enhances vertical space utilization without compromising the hens’ comfort. Featuring multi-tiered cages arranged in an H-shaped structure, producers can increase their stocking density by approximately 30%-40% compared to conventional linear cages. This allows for up to 12-15 hens per square meter, optimizing barn footprint efficiency.
Importantly, the system balances density with welfare: ergonomic cage dimensions, improved perching areas, and adequate spacing comply with international animal welfare standards, reducing stress and promoting healthier flocks. Numerous studies indicate that hens housed in optimized cage environments show up to 10% higher laying rates due to reduced behavioral stressors.
One of the standout features is the fully automated egg collection system. Equipped with gentle conveyor belts and sensor technology, eggs are precisely transported from cages to centralized collection points, minimizing breakage and manual handling errors.
Data from real-world deployments reveal a labor reduction of up to 60% in egg collection tasks, translating to significant cost savings and operational consistency. Automated collection also allows for real-time monitoring of egg production metrics, enabling data-driven management decisions.
Effective manure management is essential for maintaining hygiene and minimizing environmental impact. The H-type cage’s automatic manure scraping and collection mechanism efficiently removes waste and collects it in designated chambers, reducing ammonia emissions by up to 25%. This system supports compliance with environmental regulations and minimizes airborne pathogens, improving both worker and animal health conditions.
Maintaining a stable and comfortable microclimate within the poultry house is critical. Integrated ventilation systems combined with advanced temperature control technology keep ambient conditions within ideal ranges (18–24°C and 50-70% humidity). This reduces heat stress and respiratory issues, enabling hens to maintain peak performance. Empirical data shows that a well-regulated environment can boost egg production rates by 8-12% annually.
A commercial layer farm in Henan Province implemented the H-type layered cage combined with automated systems and reported a 35% increase in production output within the first six months. Operational costs dropped by 20%, mainly due to reduced manual labor and improved waste management. Such empirical examples reinforce the scalability and ROI of adopting intelligent, space-optimized poultry housing solutions.
Recent reports by the International Poultry Council and animal welfare research organizations corroborate that cage systems with automated environmental controls contribute significantly to sustainable poultry farming goals, reducing carbon footprint while enhancing animal welfare outcomes.
