Fully Automatic Egg Loading Machine

The machine automates the transfer of eggs from bulk trays or baskets onto processing conveyors, ensuring consistent orientation and minimizing manual handling. It is designed for continuous operation in environments where hygiene and product integrity are critical.

Technical Specifications

Working Principle

Eggs are introduced via a vibratory feeder that singulates them onto a vision‑guided pickup station. A high‑resolution camera evaluates each egg’s orientation; a pneumatic gripper rotates the egg to the desired position and places it onto the out‑feed conveyor. The cycle repeats with a controlled dwell time to prevent mechanical shock.

Key Features

• Adjustable feed rate from 20 to 200 eggs per minute via servo‑controlled conveyor speed.
• Vision system orientation tolerance ±0.5 mm, reducing mis‑feeds to <0.2 %.
• Stainless steel 304 frame with seamless welds, facilitating CIP/SIP cleaning.
• Quick‑change tooling plates allow size changeover in under 8 minutes without tools.
• Energy consumption 0.8 kWh per 1000 eggs at nominal load.
• Integrated safety interlocks meet ISO 13849‑1 PL d.

Applications

In hatcheries, the machine transfers fertile eggs to incubators while maintaining precise orientation, which improves hatch rates by reducing mechanical stress. In liquid egg processing plants, it feeds breakers and separators at a steady rate, minimizing shell fragments and yolk contamination. The hygienic design supports compliance with FDA 21 CFR Part 110 and EU Regulation 852/2004 for food contact surfaces.

Customization Options

• Extended conveyor length up to 3000 mm for integration with existing lines.
• Alternative gripper designs (vacuum, mechanical) for specialty products such as quail or duck eggs.
• Optional UV‑C sanitation module positioned before the pickup station.
• Choice of PLC brands (Siemens, Rockwell, Mitsubishi) with matching HMI.
• Extended warranty and spare‑parts kit available upon request.

Quality Control

Each unit undergoes a 24‑hour run‑test at 110 % of rated throughput, followed by vibration analysis to verify structural resonance limits. Material certificates for all stainless‑steel components are retained, and surface roughness is measured to ensure Ra ≤ 0.8 µm in food‑contact zones. Final inspection includes a functional check of the vision system and a leak test of pneumatic circuits.

FAQ