Product Overview：
Product Positioning: Tailored feed solution designed for breeder hens（18–72 weeks）
R&D Background: shell quality declines and egg production fluctuates, affecting profitability.
Goals: Improve shell strength and uniformity, reduce unit feed cost.
Applicable Stage: Breeder hens laying period (18–72 weeks).
Nutritional Focus: Ensure stability and absorption of vitamins, trace elements, amino acids, and calcium sources.
Target Customers: Medium to large farms, small-scale farmers, organic/eco-friendly poultry producers
Certifications: ISO, CE, SONCAP international standards
Risks and Challenges in Feed Production for 18–72 Week Breeder Hens
During the laying period, feed nutrition balance, process control, and raw material management greatly affect production efficiency. Any deviations in formula or processing may increase costs for the chicken feed production plant and negatively impact egg production. Below are common pain points and ABC Machinery’s solutions:
Declining Eggshell Quality and Calcium Absorption
As the laying period progresses, imbalance in calcium-phosphorus ratio can result in thin shells and higher breakage rates, affecting commercial eggs, hatchability, and increasing losses for the chicken feed milling machine operator.
Solutions:
- Use precise batching and high-uniformity automated mixing systems (chicken feed processing equipment) to ensure even distribution of calcium and trace elements.
- Dual conditioning and temperature-controlled pelleting optimize the chicken feed production machine process to minimize heat-sensitive nutrient loss.
Nutritional Imbalance and Egg Production Fluctuation
Nutrient inconsistency across feed batches due to uneven mixing or raw material variation causes egg production instability.
Solutions:
- Utilize high-uniformity twin-shaft paddle mixers (CV ≤ 5%), batch monitoring, and automatic batching to ensure consistent nutrition.
- Dynamic formula databases adjust nutrient content, optimizing the chicken feed making machine process, reducing raw material waste, and controlling costs.
| Ingredient | Inclusion (%) | Key Nutrients |
| Corn | 45–55 | Energy-rich, provides starch |
| Soybean Meal | 20–28 | Protein ≥44% |
| Limestone / Calcium Carbonate | 7–9 | Calcium ≥3.5% |
| Vitamin Premix | 0.8–1.2 | Vitamins A, D3, E, K, B complex |
| Other Ingredients | — | Custom formulations available from ABC Machinery |
Energy-to-Egg Ratio Imbalance and Low Conversion
Excess protein or insufficient energy leads to feed waste and reduced egg efficiency.
Solutions:
- Smart formula management and energy balance modules automatically calculate optimal energy-to-egg ratio.
- Variable-frequency conditioning system controls conditioning temperature and time.
- Full-process visual monitoring ensures feed processing plant equipment operates efficiently, enhancing laying period economic benefits.
Vitamin and Trace Element Instability
High-temperature pelleting or storage can destroy nutrients, causing hen fatigue and reduced egg production.
Solutions:
- Low-temperature pelleting and post-spray systems protect heat-sensitive nutrients.
- Automatic cooling and dust removal systems maintain temperature and humidity stability.
- Online nutrition monitoring and data feedback optimize the feed manufacturing plant process, lowering overall cost and improving output quality for chicken feed production line.
18–72 Week Breeder Hen Feed Production Process
To meet high calcium, heat-sensitive vitamin, and eggshell quality requirements, ABC Machinery has optimized every step to ensure balanced nutrition, stable pellets, and reliable egg production.
Process Overview:
The customized chicken feed pellet production line integrates: automatic batching → high-uniformity mixing → conditioning & pelleting → cooling & screening → automatic packaging.
This ensures feed nutrition stability, consistent pellet size, ease of operation, and low energy consumption.
Core Equipment & Targeted Design
🧩 High-Uniformity Mixing System
- Goal: Ensure calcium, phosphorus, and trace elements are evenly distributed in every batch, avoiding local excess or deficiency that affects eggshell quality.
- Technology: Twin-shaft paddle mixer, CV ≤5%, supports liquid trace element addition.
- Process Focus: Mixing time and speed optimized for high-calcium, heat-sensitive vitamin feeds to ensure even distribution and reduce nutrient loss.
- Highlights: Uniform feed pellets, stable nutrition, improved hen feed intake and egg production.
🔥 Conditioning & Pelleting Equipment
- Goal: Improve protein and mineral utilization, minimize heat-sensitive nutrient loss.
- Technology: Temperature-controlled conditioning, ring die pelleting, and post-spray of heat-sensitive ingredients (chicken feed pellet making machine).
- Process Focus: Conditioning temperature and pellet pressure optimized for breeder feed, maintaining high-calcium stable pellets.
- Highlights: Uniform pellet hardness, high digestibility, nutrient retention, and stable egg production.
❄️ Cooling & Screening System
- Goal: Ensure pellet strength, prevent breakage affecting feed intake and egg production.
- Technology: Counter-flow cooling + vibrating screening.
- Process Focus: Cooling airflow, duration, and screening precision optimized for high-calcium, fragile breeder feed pellets.
- Highlights: High pellet integrity, easy consumption, reduced waste, improved feed utilization.
⚖️ Automatic Weighing & Packaging System
- Goal: Ensure accurate bag weight, batch traceability.
- Technology: Integrated automatic weighing, bagging, and labeling, error ≤0.2%.
- Process Focus: Weighting and packaging speed optimized for breeder feed pellet size and density, ensuring formula accuracy and nutrient stability.
- Highlights: Easy operation, high production efficiency, manageable inventory, and controlled feed quality.
Project Cases & Customer Feedback
ABC Machinery’s customized breeder feed production line is applied globally:
- Philippines – Large breeder farm: Balanced nutrition, strong eggshells, improved egg production, easy animal feed processing equipment operation.
- Nigeria – Organic poultry farm: Low-temperature pelleting and high-uniformity mixing protect vitamins and trace elements, improving egg production.
- Russia – Medium-scale farm: Custom formulas meet different flock age requirements, uniform pellets, smooth intake, stable egg production, excellent cost-to-output ratio.
- Latvia – Small family farm: Simple and efficient operation, stable nutrition, improved egg yield and shell quality, high ROI.
