From Traditional Flat-Level to H-Structure: Sharing Measured Data on the Increase of Egg Production Rate per Unit Area in Farm Reconstruction

Analysis of the Limitations of Traditional Flat-Level Laying Hen Cages in Space Utilization

Traditional flat-level laying hen cages have long been a staple in the egg - laying industry. However, they come with significant limitations in terms of space utilization. These cages are typically laid out in a single - layer or a simple multi - layer flat pattern, which fails to make the most of the vertical space available in the farm. As a result, the overall egg - laying rate per unit area remains relatively low. The lack of vertical space utilization also restricts the number of hens that can be housed in a given area, limiting the potential for scale - up and efficiency improvement.

The Design Principle of H - Type Structure and Its Impact on Ventilation, Lighting, and Hen Behavior

The H - type structure of laying hen cages represents a revolutionary design in the egg - laying industry. Its design principle is centered around optimizing vertical space. By adopting an H - shaped configuration, the cages can effectively increase the number of layers without sacrificing the living environment of the hens. In terms of ventilation, the H - type structure allows for better air circulation, which is crucial for maintaining a healthy environment for the hens. The unique shape also ensures that each layer of hens receives sufficient natural light, promoting their well - being. Moreover, the H - type structure takes into account the natural behavior of hens, providing them with enough space to move around, which is beneficial for their physical and mental health.

Real - World Customer Case: Changes in Egg - Laying Rate per Unit Area and Labor Savings

Let's take a look at a real - world customer case. A large - scale egg - laying farm decided to upgrade from traditional flat - level cages to H - type cages. Before the upgrade, the farm had an average egg - laying rate of 60 eggs per square meter per month. After the upgrade to the H - type structure, the egg - laying rate per unit area increased to over 80 eggs per square meter per month, representing a remarkable increase of more than 35%. In addition, the labor cost decreased by 40%. As one of the farm managers said in a quote: "The H - type cages have truly transformed our farm. We not only produce more eggs but also save a significant amount of labor."

Key Technical Points: Inter - Layer Height Allocation, Cleaning Path Planning, and Compatibility of Automated Feeding and Egg Collection

The success of the H - type cages lies in several key technical points. Firstly, the inter - layer height allocation is carefully designed to ensure that hens have enough headroom and living space. This not only promotes their comfort but also facilitates the movement of automated equipment. Secondly, the cleaning path planning is optimized to ensure efficient waste removal. The automated cleaning system can quickly and thoroughly clean the cages, maintaining a clean and hygienic environment. Finally, the compatibility of automated feeding and egg collection systems is a major advantage. The H - type cages are designed to work seamlessly with these automated systems, reducing the need for manual labor and improving overall efficiency.

Practical Advice: H - Type Layer Configuration Schemes and Implementation Points for Different Farming Scales

For small - scale farms, a 2 - 3 layer H - type cage configuration may be sufficient. This configuration can effectively increase the egg - laying rate per unit area without requiring a large investment. The implementation point for small - scale farms is to ensure that the cages are installed correctly and that the automated systems are properly adjusted. For medium - scale farms, a 4 - 5 layer configuration is recommended. This can further increase the production capacity while still maintaining a good living environment for the hens. Medium - scale farms should pay attention to the ventilation and lighting systems to ensure the health of the hens. For large - scale farms, a 6 - layer or more configuration can be considered. However, large - scale farms need to carefully plan the layout of the cages and the operation of the automated systems to achieve the best results.

Interactive Q&A Module

Q: Is the H - type cage suitable for all types of egg - laying farms?
A: It depends on the scale and specific needs of the farm. Small - scale farms may need to carefully consider the investment cost, while large - scale farms can benefit more from the high - density and efficient features of the H - type cages.

Q: How long does it take to see the improvement in egg - laying rate after upgrading to H - type cages?
A: Usually, it takes about 1 - 2 months for the hens to adapt to the new environment. After that, a significant improvement in egg - laying rate can be observed.

Let every square meter produce higher value! Upgrade to H - type cages now!