Introduction

The 10,000 layers project in Cameroon was implemented in the A-type chicken cages system to enhance productivity and improve egg quality.

Project Overview

The primary goal of the 10,000 layers project was to create an efficient egg production farm. The farm owner selected the A-type chicken cages for layers due to its proven effectiveness in managing medium to large-scale layer operations. This layer cage system is designed to optimize space, automate feeding and watering, and ensure efficient egg collection and waste management.

Features of the A-Type Chicken Cages System

Sturdy Construction: Made from high-quality, galvanized steel, the A-type layer cages are designed to withstand harsh farming environments, ensuring durability and longevity.

Optimized Space Utilization: The A-type design allows for efficient stacking, maximizing the use of vertical space. This feature is particularly beneficial for farms with limited ground area.

Automated Feeding and Watering Systems: The A-type chicken cages for layers are equipped with automated systems that ensure consistent and precise delivery of feed and water. This automation reduces labor costs and ensures that the hens receive adequate nutrition.

Efficient Egg Collection: Eggs roll gently onto collection belts, minimizing the risk of breakage and contamination. This automatic layer cage system ensures that eggs are collected promptly and efficiently.

Effective Waste Management: The design includes an efficient manure removal system, keeping the cages clean and reducing the risk of disease. This layer cage system contributes to a healthier environment for the hens.

Implementation Process

Determine Requirements: We communicated with the customer in detail about the customer's breeding plan, breeding experience, etc., and determined the customer's breeding volume.

Planning & Design: The customer did not have a chicken house, so we developed a detailed chicken house design plan for the customer based on the land drawings provided by the customer to optimize the placement of A-type layer cages and ensure efficient use of space and resources.

Production & Transportation: We arrange production and transportation of layer cage system according to the design of 10,000 layers project in Cameroon.

Installation: A team of experts from Livi Machinery oversaw the installation of the cage system. The process included setting up the A-type layer cages, integrating the automated feeding and watering systems, and configuring the egg collection and manure removal systems.

Training: Farm staff received training on the operation and maintenance of the A-type chicken cages system. This training covered the use of automated systems, routine maintenance tasks, and troubleshooting procedures.

Monitoring and Adjustment: Post-installation, the farm conducted regular monitoring to ensure the layer cage system was operating efficiently. Any necessary adjustments were made to optimize performance.

Results and Benefits

Increased Productivity: The automated feeding and watering systems, along with efficient egg collection, led to a significant increase in egg production. The farm reported a 20% boost in daily egg yield within the first month of operation.

Improved Egg Quality: The controlled environment and efficient collection system resulted in cleaner, higher-quality eggs. The reduction in egg breakage and contamination enhanced the overall quality of the product.

Labor Efficiency: Automation reduced the need for manual labor, allowing the farm to reallocate resources to other critical areas. This resulted in operational cost savings and improved overall efficiency.

Customer Feedback

The farm owner expressed high satisfaction with the equipment and services provided by Livi Poultry Farming Equipment. The A-type layer cages were delivered on time and met all the specified requirements. Feedback from the farm staff indicated that the installation process was smooth, and the training provided was comprehensive. The automated systems were user-friendly, and the staff quickly adapted to the new technology.

The farm reported a noticeable improvement in productivity and efficiency. The automated systems reduced the workload for staff and allowed for more consistent and timely feeding and egg collection. The farm owner highlighted the improvement in egg quality and hygiene. The automated collection and waste management systems reduced contamination, resulting in cleaner and higher-quality eggs.

Conclusion

The A-type chicken cages system in the 10,000-layer project in Cameroon was proved to be a resounding success. The farm achieved its goals of increasing productivity, improving egg quality, and enhancing operational efficiency. The benefits of the A-type cage system, including automation, durability, and improved animal welfare, contributed to the overall success of the project.