Product Name	Chicken Egg Setter Tray
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Product Overview	The Chicken Egg Setter Tray is a commercial hatchery component designed to hold fertile chicken eggs securely throughout handling, trolley loading and the setter incubation stage. Its open cellular structure allows conditioned air to circulate around individual eggs while maintaining stable positioning during transport and automated processing. The tray can be integrated with setter trolleys, incubation systems, egg transfer equipment, candling lines and automated hatchery handling systems. High dimensional stability and a practical lightweight structure support repetitive daily use in commercial poultry hatcheries. Tray capacity, egg-cell geometry and external dimensions can be selected according to egg size, setter model, trolley configuration and hatchery automation requirements.
Key Features	Open tray geometry supports uniform airflow around fertile chicken eggs during incubation. Individual egg cells help maintain stable positioning during loading, transport and trolley movement. Rigid construction provides good dimensional stability for repeated commercial hatchery use. Designed for convenient manual handling and compatibility with semi-automatic or fully automated systems. Smooth egg-support surfaces help reduce unnecessary contact stress during hatchery logistics. Stackable configuration simplifies storage and handling when trays are empty. Suitable for setter trolleys, transfer systems, candling equipment and in-ovo processing lines where compatible. Tray dimensions and capacity can be customized according to project requirements.
Structural Components	Egg Holding Cells: Individually position fertile eggs while maintaining space for airflow around the shell. Support Points: Stabilize eggs and help reduce movement during handling and transport. Open Airflow Structure: Allows conditioned air to pass through and around the eggs inside the setter. Reinforced Outer Frame: Maintains tray geometry during repetitive hatchery handling. Stacking Features: Allow empty trays to be stored in an organized and space-efficient manner. Trolley Interface: Designed to fit compatible commercial setter trolley systems.
Working Principle	Fertile chicken eggs are placed individually into the tray cells with the correct orientation required by the hatchery process. The loaded trays are then installed into compatible setter trolleys and moved into the incubator. During incubation, the tray holds every egg in a repeatable position while allowing heated, cooled and ventilated air to circulate through the egg mass. When the trolley turning system changes the angle of the eggs, the tray maintains stable support throughout the movement. At transfer, trays can be removed manually or processed through compatible automated candling, transfer and in-ovo equipment before the eggs are moved into hatcher baskets.
Technical Specifications	Product Type Commercial chicken egg setter tray Suitable Eggs Chicken hatching eggs Tray Capacity Customizable according to setter and hatchery requirements Reference Configuration 88 eggs per tray for an HT88-type configuration Reference Egg Weight Range Approximately 40-75 g for the referenced 88-egg tray design Reference Dimensions Approximately 626 × 305 × 42.8 mm for the referenced 88-egg configuration Reference Stacking Height Approximately 34.3 mm for the referenced 88-egg configuration Material Durable polymer material according to project requirements Airflow Design Open-cell structure for uniform air distribution Handling Method Manual, semi-automatic or automatic Setter Compatibility According to trolley and incubator configuration
Applications	Commercial broiler hatcheries Layer chick hatcheries Chicken breeder hatcheries Commercial poultry setters Setter trolley systems Automatic egg transfer lines Egg candling and transfer systems In-ovo vaccination and processing lines New hatchery construction and modernization projects
Customization Options	Chicken egg setter trays can be configured according to egg size, required capacity, setter trolley dimensions and hatchery automation level. Available options may include tray capacity, external dimensions, egg-cell geometry, support structure, material specification, trolley compatibility and automated handling interface. Custom configurations are available upon request and can be developed according to project requirements, existing hatchery equipment and future automation plans.
Installation & Maintenance	Before use, confirm that the setter tray dimensions and support points are compatible with the selected trolley, incubator and transfer equipment. Loaded trays should sit securely without excessive movement or interference with adjacent trays. For automated hatcheries, tray dimensional consistency should be checked carefully because reliable positioning is important for robotic handling, candling, transfer and in-ovo operations. After each incubation cycle, trays should be cleaned and disinfected according to hatchery biosecurity procedures. Inspect the egg cells, outer frame and support areas regularly for cracks, distortion or other damage that could affect egg stability.
Project Cases	In commercial hatchery projects, chicken egg setter trays are used from fertile egg preparation through setter loading and transfer operations. Trays can be coordinated with trolley capacity, setter room layout, candling equipment and downstream egg-transfer automation. For hatchery expansion projects, tray dimensions should be confirmed early in the engineering process to ensure compatibility with existing setters, trolleys, washing equipment and automated handling systems.
Product FAQ	Q: What is a chicken egg setter tray used for? A: It holds fertile eggs securely inside a setter trolley while allowing proper airflow and controlled egg turning during incubation. Q: Can the tray capacity be customized? A: Yes. Capacity and tray dimensions can be selected according to the setter model, trolley configuration and hatchery requirements. Q: Why is airflow around the eggs important? A: Open tray geometry helps conditioned air reach individual eggs more uniformly, supporting consistent embryo temperature management during incubation. Q: Can the tray be used with automated hatchery equipment? A: Yes. High dimensional stability and repeatable egg positioning make compatible tray designs suitable for automated transfer, candling and other hatchery processes. Q: Can one tray accommodate different chicken egg sizes? A: This depends on the egg-cell design. The referenced 88-egg configuration is designed for a broad chicken egg size range, while alternative configurations can be selected according to project requirements. Q: What information is required for quotation? A: Recommended information includes egg type, required tray capacity, setter model, trolley dimensions, existing tray dimensions and required automation compatibility.
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