What are Perforated Egg Collecting Belts?

     The perforated egg collection belt is a type of egg conveyor belt specially designed for use in automated layer cage-automatic egg picking equipment.
     Perforated egg collection belts are usually made of brushed polyester weave and wrapped in resin on the outside, which has the advantages of high tensile strength and low elongation. The special design concept is the use of a hollow weaving method, so that the egg belt has several hollow holes. This design allows the eggs to get stuck in the hole and fix their position during transport, thus avoiding the rupture of the eggs that can be caused by the traditional egg picking belt colliding with each other during transportation. In addition, the hollow design also greatly reduces the adhesion of dust and chicken manure on the egg belt, and reduces the secondary pollution of eggs during transportation.

     Perforated egg collection belts are specialized tools used in modern poultry farming to improve the efficiency of egg collection and handling. These belts are designed with small perforations, which play a crucial role in ensuring the gentle handling and transportation of eggs from the laying area to collection points. Their innovative design reduces breakage and enhances the quality of eggs delivered to markets.

Key Features of Perforated Egg Collecting Belts

1. Material Composition:

   • Typically made of durable and hygienic materials such as polypropylene or polyester, these belts are resistant to wear and tear.
   • They are often coated to prevent contamination, making them safe for direct contact with eggs.

2. Perforation Design:

   • The perforations allow for better air circulation around the eggs, which helps in maintaining their freshness.
   • These holes also minimize the accumulation of dirt and debris, ensuring a cleaner environment.

3. Efficiency in Collection:

   • The belts are engineered to transport eggs seamlessly, reducing manual handling.
   • They are compatible with automated poultry systems, making them an integral part of modern egg production facilities.