Automated systems enable mechanized operations that significantly minimize the need for manual labor. A mere 2–3 personnel can efficiently operate an entire poultry house, substantially reducing labor costs and improving operational efficiency. When integrated with IoT technology, this system facilitates fully digitized farm management, allowing real-time monitoring, data-driven decision-making, and remote control of critical operations. As a result, farm managers can respond promptly to changing conditions, optimize resource allocation, and maintain consistent production standards with greater ease and precision.

The elastic, sloped floor mesh is specifically engineered to cushion the impact of each egg as it is laid. This carefully designed mesh structure absorbs shock and guides eggs smoothly toward the collection point, significantly reducing the risk of cracks and fractures even under high-production conditions. The egg collection system further reinforces this protection through a series of well-integrated components: PP belts with high friction ensure a secure grip on the eggs during transport, preventing slipping and unnecessary movement; an extended belt pocket provides additional support and stability as eggs travel along the conveyor; and low-failure egg lifts operate at consistent speeds to deliver a smooth, uniform transfer at every stage. Together, these features work in concert to further minimize damage while maximizing collection efficiency, ensuring that a greater proportion of eggs reach the market in optimal condition and reducing economic losses for producers. The whole process maintains the breakage rate below 0.2%.

The middle support is fabricated by Farmrob at our own metal workshop, which allows for precise control over product quality and dimensional accuracy at every stage of production. By keeping the entire manufacturing process in-house, we can maintain strict tolerances, ensure consistent workmanship, and promptly address any quality issues that may arise. Constructed from durable 440 Mg-Al-Zn alloy, it offers exceptional load-bearing capacity and remarkable resistance to deformation, enabling it to withstand demanding operational conditions over extended periods of use. Additionally, its smooth surface finish prevents scratches and ensures operator safety, reducing the risk of injury during installation, maintenance, and daily operation while also contributing to a more professional and well-finished overall appearance.