
New type of chicken coop feeder
The new type of chicken coop feeder is an automated feeding equipment manufactured for the characteristics of chicken coop breeding environment. Through optimized structural design and functional configuration, it provides more technical and effective fee...
The new type of chicken coop feeder is an automated feeding equipment manufactured for the characteristics of chicken coop breeding environment. Through optimized structural design and functional configuration, it provides more technical and effective feeding solutions for chicken flocks, helping to improve the management efficiency and breeding benefits of chicken coop breeding.
Structure and Working Principle
The new type of chicken coop feeder usually consists of a storage bin, a conveying device, a feeding trough, and control components. The storage bin adopts a sealed design, which can effectively isolate dust, moisture, and debris inside the chicken coop, keeping the feed dry and fresh. Conveyor devices are classified into various types based on the size of the chicken coop. Small chicken coops often use gravity based feeding structures, where feed flows from the storage bin through the feeding port into the feeding trough by its own gravity; Medium and large chicken coops are often equipped with electric conveying mechanisms, which drive spiral blades or conveyor belts through motors to evenly transport the feed in the storage bin to various feeding troughs. The control component can achieve timed and quantitative feeding, and the breeder can preset the feeding time and feeding amount according to the growth stage of the chicken. After the set time, the equipment automatically starts the conveying device to complete the feeding operation.
Core strengths
Adapt to the needs of chicken coop breeding
The space inside the chicken coop is relatively fixed, and the new feeder focuses on saving space in its structure. It can be installed in a hanging, wall mounted, or floor standing manner, adapting to the layout of different types of chicken coops. The design of the trough is in line with the feeding habits of chickens, with smooth edges and a suitable height to avoid crowding and trampling during the feeding process, while reducing waste and pollution caused by spilled feed on the chicken coop floor.
Improve feeding precision
By finely regulating the control components, the feeding amount can be set according to the breed, growth stage, and feeding pattern of the chicken, ensuring that each chicken can obtain sufficient and balanced feed. For example, during the chick stage, if the appetite is small and frequent feeding is required, a small amount of feeding mode can be set multiple times a day; Adult laying hens need to ensure stable nutrition supply, which can be adjusted to a fixed daily feeding frequency to avoid excessive or insufficient feed affecting the growth and development of the chickens.
Reduce manpower investment
Traditional chicken coop feeding requires frequent manual feeding, which is time-consuming and labor-intensive. However, the new automatic feeder realizes feeding automation, and breeders only need to regularly replenish feed to the storage bin, greatly reducing the manpower investment in daily feeding. Especially in large-scale chicken coops, it can significantly reduce labor costs and improve breeding management efficiency.
Protecting feed quality
The sealing design of the storage bin has excellent effectiveness in preventing moisture, mold, and contamination of the feed, extending the shelf life of the feed. During the transportation process, the feed does not come into contact with external debris, and the feeding trough is also easy to clean, reducing the risk of contamination during the feeding process and providing a safer feed for the chicken flock, which helps to reduce actual illnesses caused by feed problems.
Daily maintenance suggestions
To ensure the long-term stable operation of the feeder, regular maintenance and upkeep of the equipment are necessary. Clean the residual feed in the storage bin and trough every week to prevent the feed from clumping and spoiling; Check if the conveying device is unobstructed. If the discharge port or conveying pipeline is found to be blocked, clean up the debris in a timely manner.

