A Frame Breeder Battery Cage

Usage Effect: The equipment achieves reasonable allocation of roosters and hens, which can accurately match the different nutritional needs of roosters and hens, avoiding physical differences caused by uneven feeding-as roosters and hens have distinct nutritional requirements, with roosters utilizing protein more effectively and hens requiring different levels of nutrients. The traveling car feeds at a constant speed, ensuring uniform feeding without blind spots and reducing feed waste. The stepped layer frame design improves the ventilation inside the henhouse, keeping the air fresh, greatly optimizing the breeding environment, reducing the stress response of breeders, and significantly lowering the mortality and culling rate. The collision of breeding eggs during transportation is reduced, the egg breakage rate is stably controlled at a low level, and the qualification rate of breeding eggs is improved. The equipment has a low failure rate and does not require special personnel to be on duty 24 hours a day. The low-energy design can save a lot of electricity costs. At the same time, closed feeding reduces the frequency of manual entry and exit of the henhouse, facilitating epidemic prevention management and effectively reducing the risk of disease transmission, in line with the epidemic prevention standards for large-scale breeder farms.

Usage Effect: After the application of the step-type traveling feeding automatic breeder breeding equipment, there is no need for manual feeding in each pen, which greatly saves labor costs. The feeding is uniform, the feeding dose for each breeder is accurate, the nutritional supply for roosters and hens is balanced, and the growth status of breeders is better. The stepped layout optimizes the ventilation inside the henhouse, keeping the air fresh and free of peculiar smell, providing a good breeding environment, significantly reducing the incidence of respiratory diseases in breeders, and controlling the mortality and culling rate within a low range. The equipment is simple to operate, allowing farmers to quickly get started, with a low failure rate and convenient daily maintenance. At the same time, it is convenient for epidemic prevention management, enabling comprehensive and dead-angle-free regular disinfection, ensuring the healthy growth of breeders and a significant increase in the output of breeding eggs.

Usage Effect: After introducing the step-type traveling feeding automatic breeder breeding equipment, roosters and hens are reasonably allocated, and precise zonal feeding can be realized according to the appropriate ratio, improving the reproductive performance of breeders. The feeding uniformity is good, avoiding fluctuations in the egg production rate caused by uneven feeding. The air inside the henhouse is fresh, and the breeding environment meets the requirements of high-standard breeding, making the breeders robust and the mortality and culling rate at a low level. There is no collision of breeding eggs during feeding and transportation, and the egg breakage rate is much lower than the industry average-some advanced farms even control it at 0.1% with the help of professional equipment. The equipment operates with low energy consumption, which can greatly reduce operating costs in long-term use. It is also convenient for epidemic prevention management, realizing batch isolation and comprehensive disinfection, ensuring the purity of breeders and breeding eggs, and enhancing the market competitiveness of products, in line with the high-standard epidemic prevention and purification requirements for breeder breeding farms.

Usage Effect: The stepped layer frame design of the equipment, combined with the ventilation auxiliary system, realizes air circulation inside the henhouse while maintaining airtightness and heat preservation, keeping the air fresh, effectively solving the ventilation problem in winter, significantly improving the breeding environment, and obviously reducing the mortality and culling rate of breeders caused by respiratory diseases. Automatic feeding eliminates the need for manual outdoor operations, avoiding the impact of low temperature on feeding work. The feeding is uniform, the nutritional supply for roosters and hens is stable, and the cold resistance of breeders is improved. The equipment has a low failure rate and can operate in low-temperature environments. The low-energy design reduces the dual energy consumption of winter heating and equipment operation. Closed feeding is convenient for epidemic prevention management, reducing the entry of external pathogens. At the same time, the breeding eggs are well protected, the egg breakage rate is controlled at a low level, ensuring the stable output and quality of breeding eggs in winter-consistent with the warm shed breeding technology principles for livestock and poultry in cold areas.

Usage Effect: The stepped structure improves the ventilation and convection efficiency inside the henhouse. Combined with cooling equipment, it effectively improves the temperature and humidity environment inside the henhouse, keeping the air fresh and the breeding environment comfortable, reducing the heat stress response of breeders and significantly lowering the mortality and culling rate. Automatic traveling feeding eliminates the need for manual work in high temperatures, reducing labor intensity. At the same time, the feeding is uniform, roosters and hens are reasonably allocated, the feeding synchronization of breeders is good, and the egg production rate is stable. The equipment operates with low energy consumption, reducing the energy consumption pressure of summer cooling and equipment operation, with a low failure rate and simple daily maintenance. It is convenient for epidemic prevention management, enabling comprehensive disinfection inside the henhouse, reducing bacterial growth, lowering the incidence of diseases, and controlling the egg breakage rate at a low level, ensuring the breeding benefits of breeders.

Usage Effect: After the unified configuration of the equipment, standardized feeding with reasonable allocation of roosters and hens and uniform feeding is realized for each breeder, making the growth status of breeders consistent and greatly improving the quality of breeders. The stepped layer frame design keeps the air fresh in each breeding pen, the breeding environment meets the unified standards, the overall mortality and culling rate decreases, and the egg breakage rate is all controlled at a low level. The equipment has a low failure rate and low energy consumption, which significantly reduces the overall operating costs of the cooperative. At the same time, it is convenient for unified epidemic prevention management, realizing centralized disinfection and batch isolation, effectively preventing the spread of diseases, improving the overall breeding benefits and product reputation of the cooperative, and helping the cooperative develop in a large-scale and standardized way-consistent with the standardized breeding management mode of poultry cooperatives.