1. The chicken battery cages are not connected to each other to avoid cross-infection between the chickens and the chickens.

2. The farther away from other chicken-raising units, the better, thus reducing the risk of disease transmission;

3. All the houses must be thoroughly cleaned with high-pressure faucets. All tools in the house, such as electric fans, brooms, etc., must be cleaned;

4. Ensure that chicken farm personnel are not in contact with the outside flocks;

5. All chicken houses must be disinfected with a broad-spectrum cleaning agent that kills important pathogens;

6. Actively take measures to control rats, flies and stray animals. Once a mouse is present, use rodenticide or use a rodent-proof house to clear and control it;

7. When chickens of different ages are raised in the same chicken farm, the care of the chicken must start with the healthiest chicken feathers (usually the smallest chicken). Workers are not allowed to return to the chicken house from the big chicken house until the clothes and boots have been properly cleaned and disinfected;

8. If the dead chicken is found, the chicken house should be taken out immediately and disposed of immediately;

9. Workers must always wear clean clothes and boots when entering the house. Those who have been in contact with the big chicken-type laying hen must take a bath before entering the chicken house to save the person;

10. Non-essential personnel are not allowed to enter the chicken farm. Visitors must abide by the above rules;

11. Vehicles outside are not allowed to enter unless they are cleaned and disinfected.

1. Laying Hen Cages

A-Type Laying Hen Cages

• Design: These cages are structured to house laying hens in a comfortable environment. Each compartment typically accommodates 3-4 birds.
• Advantages: Cost-effective and easy to manage, making them ideal for small to medium-sized farms.
• Features: These cages often come with basic feeding and drinking systems, and they can be upgraded with additional automation if needed.

H-Type Laying Hen Cages

• Design: H-type cages are designed for larger operations and can be stacked in multiple tiers to house a higher number of birds.
• Advantages: Maximize space utilization and come equipped with advanced automated systems for feeding, drinking, and egg collection.
• Features: These cages are highly efficient and reduce labor costs, making them suitable for large-scale commercial farms.

2. Broiler Cages

H-Type Broiler Cages

• Design: These cages are designed to house broilers in a controlled environment, promoting healthy growth and efficient feed conversion.
• Advantages: Ideal for large-scale operations, offering high-density housing and advanced automation for feeding and waste management.
• Features: Equipped with automated systems to ensure consistent feed and water supply, and effective waste removal.

Broiler Flat Cages

• Design: These cages provide ample space for broilers to move around, promoting natural growth and reducing stress.
• Advantages: Suitable for both small and large farms, offering flexibility and ease of management.
• Features: These cages can be integrated with automated feeding and drinking systems to enhance efficiency.

3. Automated Systems

• Feeding Systems: Automated feeding systems ensure consistent and efficient feed distribution, reducing wastage and labor costs.
• Drinking Systems: Automated drinking systems provide a constant supply of clean water, promoting healthy growth.
• Manure Cleaning Systems: Automated manure cleaning systems maintain a clean and hygienic environment, reducing the risk of disease.
• Egg Collection Systems: Automated egg collection systems streamline the process of gathering eggs, minimizing breakage and labor.

Conclusion

High-yield layers are the dream of every poultry farmer. The chickens living in poultry layer cages are more likely to have high yields. Because of the scientific and automated management, the chickens can lay eggs in a comfortable environment. 

1. Reduce density: Layers have more feathers, and it is difficult to dissipate heat in summer, which makes them particularly afraid of heat. When the temperature gradually rises, farmers should reduce the density of chickens in time according to the temperature rise.
2. Heatstroke prevention and cooling: The users of layer cages are mostly closed chicken houses, which are difficult to ventilate and dissipate heat by themselves. Therefore, farmers can use poultry ventilation systems to ventilate and cool the chicken houses.
3. Ensure drinking water: Affected by high temperature, the water consumption of laying hens in summer is higher than that in other seasons. Farmers can use the automated water supply system in battery chicken cages, which can ensure adequate drinking water in summer.
4. Scientific breeding: The feed intake of laying hens in summer will be affected by high temperature, so farmers should increase the content of various nutrients in the feed to ensure that they meet the nutritional standards for growth and production of laying hens. Laying hens.
5. Strengthen epidemic prevention: The high temperature in summer is a good period for mosquito breeding. Mosquitoes and mosquitoes are a good way to spread diseases. Therefore, farmers must do a good job in disinfection and epidemic prevention of chicken houseto prevent diseases.

The above are the measures and key points for the breeder to ensure the high yield of laying hens in the process of using poultry cages!

The number of chickens per square meter of feeding area in chicken layer cages for sale is called the stocking density. The feeding and drinking position occupied by each chicken is also an indispensable condition for mastering the stocking density. If the density is too large, the chickens are crowded, the environmental humidity is increased, the feeding is uneven, the chicks are not well-developed, the disease and convulsions are susceptible, the chicks are weakened, the mortality rate increases, and the growth rate decreases.

The low density of chickens raised in wire chicken cages for sale is beneficial to the survival and growth of the chicks, but it is not conducive to heat preservation and is not economical. The density should be adjusted according to the type, variety, brooding mode, season, age, ventilation status of the chicks. Automated farming equipment cage brooding should be correspondingly increased with age, the density should be reduced by about 30% at 3 - 4 weeks of age, and by about 15% at 5-6 weeks.