Introduction

The Breeder Feeder System is an advanced, automated feeding solution designed specifically for poultry breeder farms, including both broiler and layer parent stock. Its purpose is to deliver precise feed quantities evenly to all birds, ensuring optimal nutrition, growth uniformity, and enhanced reproductive performance.

In modern poultry production, maintaining consistent body weight and feed intake among breeders is crucial for achieving high fertility and hatchability rates. Traditional manual feeding methods are inefficient, labor-intensive, and prone to inconsistency. The Breeder Feeder System solves these problems through automated control, accurate feed distribution, and synchronized feeding for all birds at the same time.

Built from durable materials and equipped with intelligent control systems, this feeding solution is ideal for large-scale breeder operations. Whether for floor breeding or cage breeding systems, it ensures efficiency, hygiene, and reliability in daily feeding management.

Technical Parameters

Main Features

1. Automatic Feed Delivery System
   Equipped with an auger or chain delivery mechanism, the breeder feeder system automatically transports feed from the central hopper to each feeding pan along the line. The feed is evenly distributed, ensuring simultaneous feeding for all birds.

2. Separate Feeding for Males and Females
   The system supports dual-line feeding configurations, allowing male and female breeders to be fed separately. This helps control body weight, prevents overfeeding, and reduces aggressive behavior during feeding.

3. Uniform Feed Distribution
   The feeding pans are designed to provide equal access to all birds. Each pan serves a consistent number of breeders, minimizing feed competition and ensuring nutritional uniformity.

4. Durable and Hygienic Construction
   Components are made from anti-corrosive steel and UV-resistant plastic, capable of withstanding humid and high-ammonia environments. The design reduces bacterial growth and makes cleaning simple and efficient.

5. Adjustable Feed Levels
   Feed depth in each pan can be adjusted according to the age and size of the birds, ensuring the correct portion of feed and minimizing waste.

6. Intelligent Automation
   The feeding system is controlled via timers or feed sensors that automatically start and stop feed distribution based on pre-set schedules or feed demand, saving time and reducing manual errors.

7. Low Maintenance Design
   With fewer moving parts and an easily detachable structure, the breeder feeder system requires minimal maintenance, reducing downtime and operating costs.

8. Customizable Layout
   The system can be tailored to various poultry house designs, bird densities, and feeding management requirements. Both suspended and floor-mounted installation options are available.

Advantages

1. Precision Feeding and Weight Control

Accurate feed delivery is essential in breeder management. The system ensures that each bird receives the right feed quantity, helping maintain optimal body weight and reducing variations that could affect fertility and egg production.

2. Enhanced Productivity and Fertility

Uniform feed intake supports consistent ovulation, egg size, and shell quality in hens, while maintaining optimal body condition in roosters for high fertilization rates.

3. Labor Efficiency

Automation drastically reduces the need for manual feeding. One operator can easily manage thousands of breeders with just one system, saving significant labor time and costs.

4. Reduced Feed Waste

Precisely designed feeder pans and controlled feed delivery minimize feed spillage and wastage. The result is improved feed conversion ratios and lower overall production costs.

5. Improved Biosecurity

The system’s enclosed structure minimizes contamination risk. Automated feeding also reduces human contact with birds, preventing disease transmission and maintaining a cleaner environment.

6. Long-Term Durability

All parts are made from corrosion-resistant materials, ensuring stable performance over many years. The system can operate efficiently in challenging farm conditions with minimal replacement costs.

7. Ease of Maintenance

The detachable components and modular design allow quick cleaning and part replacement. This simplifies daily farm operations and reduces downtime.

8. Adaptability

Whether in an open or closed poultry house, this feeding system adapts seamlessly. It integrates with ventilation, water supply, and climate control systems for full-scale automation.

Applications

The Breeder Feeder System is suitable for all kinds of poultry breeder farms that require accurate feed management and efficient operations. Typical application scenarios include:

1. Broiler Breeder Farms – For maintaining precise body weight and reproductive performance in both males and females.

2. Layer Breeder Farms – Ensures uniform body weight control to achieve consistent egg size and shell quality.

3. Grandparent Stock Breeding Facilities – Used to maintain elite genetic lines with high nutritional precision.

4. Automated Poultry Houses – Works in conjunction with modern poultry automation systems for water, ventilation, and egg collection.

5. Experimental Poultry Stations – Used for testing different feed formulations and studying breeder nutrition efficiency.

Usage Instructions

1. System Installation

• Mount the main feed hopper and connect the feed delivery line.

• Fix the feeding pans at regular intervals along the feed line.

• Adjust the suspension height according to bird age and weight.

2. Electrical Setup

• Connect the drive motor and control box to the main power source.

• Set timers or sensors according to the desired feeding schedule.

• Test the system to ensure smooth feed transport before operation.

3. Feeding Operation

• Fill the hopper with the breeder feed.

• Start the system manually or through automatic control.

• Observe feed distribution to ensure uniform flow and even feeding across all pans.

4. Routine Maintenance

• Clean feed pans weekly to remove residues.

• Check the motor and auger for smooth operation.

• Ensure that the feed sensor or timer functions correctly.

5. Seasonal Adjustments

• Adjust feeding times and feed levels based on bird growth stages and seasonal temperature changes.

• Regularly recalibrate the feed sensor for accurate feed control.

Maintenance and Safety Tips

• Power Off Before Maintenance: Always disconnect power before cleaning or inspecting electrical parts.

• Clean Regularly: Wash feeder pans and hoppers to prevent mold and bacteria buildup.

• Inspect Mechanical Parts: Check augers, chains, and motors every three months for wear.

• Lubricate Components: Use approved lubricants for moving parts to extend service life.

• Monitor Sensors: Keep the feed sensors clean and calibrated for precise operation.

• Maintain Hygiene: Avoid allowing wet feed or dust accumulation to ensure system efficiency and hygiene.

Frequently Asked Questions (FAQ)

1. What is the difference between a breeder feeder system and a broiler feeder system?

A breeder feeder system focuses on precise feed control for breeding birds, while broiler feeder systems aim for rapid growth and high feed intake. Breeder feeders usually feature separate lines for males and females.

2. How many birds can each feeder pan support?

Each pan typically supports 70–120 birds, depending on the design and breed size. Pan spacing and layout can be customized according to flock density.

3. Can this system feed both male and female breeders?

Yes. The system can be configured with two independent feeding lines to serve roosters and hens separately, allowing for targeted nutrition control.

4. What kind of feed does the system handle?

The system can handle pellet, crumble, or mash feed. However, pellet feed provides smoother flow and less dust during operation.

5. Is it compatible with other poultry automation systems?

Yes. It can integrate with ventilation, lighting, egg collection, and watering systems, forming a fully automated poultry management solution.

6. How is feed waste minimized?

The design of the feeding pans and precise control of feed quantity reduce feed spillage. Additionally, the synchronized feeding process prevents competition among birds.

7. How long can the breeder feeder system last?

With proper maintenance, the system can operate efficiently for 8–12 years or even longer.

8. How often should cleaning be done?

Feed pans should be cleaned weekly, and the main feed line should be inspected monthly to ensure hygiene and prevent clogging.

9. Can I adjust feed levels for different growth stages?

Yes. Feed levels can be adjusted manually or automatically according to bird age, helping manage nutrition and body weight effectively.

10. What is the power consumption of the system?

The power consumption is relatively low—each motor typically ranges from 0.75–1.1 kW, depending on the system length and capacity.

Conclusion

The Breeder Feeder System is a vital component of modern poultry breeder farm automation. It combines precision feeding, efficient feed distribution, and easy management to help farmers achieve high productivity, improved fertility, and excellent flock uniformity.

By integrating intelligent control, durable components, and customizable design, this system delivers long-term reliability and superior economic benefits. It not only optimizes feeding performance but also enhances bird welfare, biosecurity, and overall farm efficiency.

For any breeder farm aiming to modernize operations, reduce labor, and increase profitability, investing in a Breeder Feeder System is an essential step toward sustainable and productive poultry farming.

Company Profile

Shandong Huimin Qinle Livestock Machinery Co., Ltd. (formerly Shandong Huimin Qinle Livestock Machinery Factory) is a professional poultry equipment manufacturer with over 20 years of experience. We offer a comprehensive service package, from design (land and chicken coops), production (equipment and prefabricated steel coops), installation, commissioning, customer training, and after-sales service.

Located in Huimin County, Binzhou City, Shandong Province, China, the company has extensive experience in mechanical processing and manufacturing, as well as livestock machinery production and operation. With fixed assets of RMB 15 million, the company employs 160 people, including 30 R&D staff, and occupies a 40,000-square-meter factory. Equipped with over 110 pieces of advanced precision production equipment, including CNC machining centers and laser cutting machines, the company boasts a production capacity of RMB 50 million.

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