Are you facing these challenges with traditional egg collection?

Low Efficiency: How many eggs can one person collect in a day? Manual speed has its limits, especially in large-scale farms. Extended collection cycles delay processing and sales.

High breakage rate: Bumps and knocks during manual handling and placement are hard to avoid. Every mishap directly erodes profits.

High labor intensity: Prolonged bending and squatting place significant strain on workers' lumbar spines, exacerbating recruitment and retention challenges.

Hygiene Risks: Frequent human contact with eggs increases bacterial contamination risks, compromising egg quality and food safety.

 

Addressing these industry challenges, Annilte—with years of expertise in livestock equipment—has developed multiple series of high-performance egg collection belts. Leveraging deep understanding of farming processes and continuous innovation in material technology, we deliver solutions that overcome these obstacles.

 

Annilte's Core Advantages

 

Superior Materials, Durable Construction:

Crafted from food-grade, high-strength engineering plastics that are non-toxic and odorless, ensuring safe egg contact.

Exceptional tensile strength, abrasion resistance, and aging resistance. Maintains flexibility even in low temperatures or direct sunlight, resisting deformation and cracking for a lifespan far exceeding industry averages.

 

Scientific Design, Protecting Every Egg:

Features wave-shaped or egg-tray-style surfaces that securely hold eggs, preventing rolling and collisions during transport.

Smooth edges prevent shell scratches, significantly reducing breakage rates to below 1%.

 

High Compatibility, Suitable for Various Poultry Facilities:

We offer egg collection belts in multiple widths, lengths, and mesh specifications, perfectly compatible with stacked, tiered, and other cage systems. Whether your facility is new or existing, we provide the optimal solution.

 

Smooth operation, energy-efficient and quiet:

Highly compatible with mainstream drive rollers, ensuring smooth, low-noise operation that minimizes stress on the flock and helps stabilize egg production rates. Additionally, the low friction coefficient effectively reduces equipment energy consumption.