What are the auxiliary equipment for layer cages?

What are the auxiliary equipment for layer cages?

Layer cage The main advantages of the design lie in the front mesh and cage door, the stocking density of the cage system, and the egg‑rolling angle, all of which better serve the chickens’ welfare. So, Layer cage What are the accompanying devices?

What are the auxiliary equipment for layer cages?

1. PVC channel: Made from PVC, it is compression-resistant, heat-resistant, and does not deform or crack. Its service life is 15 years. Compression resistance: Adults can walk on it freely.

2–3 mm galvanized U‑shaped steel shelving: constructed from 3 mm thick, national‑standard steel plate with a U‑shaped design. It can withstand a load of 350 kg and, thanks to double galvanization, boasts a service life of 15 years.

3. Ball‑valve automatic drinking system: Featuring a 360° rotating design, it delivers high flow and ample water volume with no leaks, easily meeting the chickens’ drinking needs. It uses an imported stainless‑steel ball, offering a service life of 14 years. The PVC tubing is made from non‑deforming, high‑temperature‑resistant PVC that is highly durable and resistant to damage. It does not react chemically with impurities in the water, ensuring that the chickens have access to clean, safe drinking water. The tubing has a service life of 15 years.

4. Closed‑type pressure regulator: Featuring a fully enclosed design, it integrates pressure regulation and filtration into a single unit, enabling adjustable water pressure for chicken houses of any length.

What are the advantages of the tiered battery cage system for laying hens?

1. First of all, tiered cage systems for laying hens are currently the preferred equipment worldwide for the industrialization, large-scale production, automation, and standardization of egg‑laying operations. They offer advantages such as a small footprint, high space utilization, and ease of implementing large‑scale, industrialized rearing. After varying degrees of removal, the manure is dried by blowing, significantly reducing its moisture content. This results in high manure utilization and minimal air pollution.

2. Achieving full mechanical automation significantly reduces the number of on-site operators and boosts labor efficiency, thereby lowering farming costs, while also making in‑house operations much more convenient. Why not adopt this approach? Moreover, a fully enclosed rearing system helps prevent disease outbreaks, which in turn enhances egg production rates.

Large stack Layer cage And small layering Layer cage What are the differences in specifications?

The key distinction between large and small tiered egg‑cage systems lies in the inter‑tier spacing. Large tiered cages require more floor space per bird, whereas small tiered cages aim to house as many hens as possible within a relatively limited area. For producers seeking superior performance and high quality, large tiered cage systems are the preferred choice.

What are the types of chicken cages used in layer farms?

Chicken cages are essential equipment in layer farms. Cages vary depending on the birds’ developmental stage, typically categorized as brooding cages, rearing cages, and laying cages. Based on their arrangement, they can be further classified into tiered cages and stepped cages.

1. A tiered cage system refers to a setup in which the upper and lower cages are fully stacked, with the cage frames positioned vertically relative to the ground. Typically, such systems comprise 3 to 5 tiers, though they can extend up to 8 tiers. A substantial gap exists between the upper and lower cages, within which load-bearing platforms are installed to facilitate the operation of manure‑removal equipment.

2. The entire tiered system comprises two-, three-, or four‑level configurations, characterized by alternating, non‑overlapping or minimally overlapping (less than 50 mm) chicken cages on adjacent levels, allowing direct discharge of manure from each level into the human waste collection channel. A drawback of this cage design is its relatively low stocking density, typically ranging from 22 to 24 birds per square meter. Based on current market production… Layer cage The specifications allow for the housing of three medium-sized brown-shelled laying hens and four white-shelled laying hens per cage.