Equipment
Narrow the range by production setting or equipment system, then examine product structure and configuration.
H-type layer cage system
A vertically stacked production line that gives each tier its own feeding, drinking, egg collection and manure route. Designed for closed houses where aisle width, headroom and end drives can be planned together.
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A-type layer cage system
An open stepped layout with a direct line of sight to the cage front, trough and egg outlet. Suitable when daily manual inspection and a staged automation plan drive the house design.
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H-type broiler cage system
Broiler equipment is organized around fast growth, final live weight, floor support and flock exit. Cage rows, feed and water access, airflow and manure separation are considered as one operating system.
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Brooding and pullet cage system
A staged cage environment for first feed and water access, temperature stability and uniform growth through transfer. Front mesh, water height and feed depth are adjusted as the pullet grows.
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Feed silo and main feed line
Bulk storage, replenishment and feed transfer are sized from daily consumption, delivery cycle and house positions. Silo foundations, outlet, auger and bends form one route to the cage or pan feeder.
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Automatic egg collection and transfer
Eggs move from sloped cage floors onto longitudinal belts, through end lifts and transfer zones, then into a central conveyor or egg room. Every transition is part of the breakage-control design.
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Layer duck cage system
Duck housing needs a larger body envelope, different drinking behaviour, a foot-friendly floor and a reliable egg route. Water, manure and ventilation interfaces carry more weight in selection than cage appearance alone.
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Quail cage and egg collection
A fine-scale cage format for quail eggs or meat birds. Mesh aperture, feeder edge and egg channel are selected for the small body and egg size; layout depends on purpose and age.
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Rabbit breeding and growing cage
Rabbit equipment is divided by reproductive role: doe cages with nest-box access, buck cages with a separate service space, and growing cages for group size and floor support.
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Automatic feed distribution
A complete route from silo to cage trough or floor pan. The line is selected by row length, tier count, feed form, target delivery time and cleaning access.
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Nipple drinking and water treatment
Water is managed from filtration and pressure regulation to each drinking point, with flush and leak inspection designed into the line.
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Tier manure belt and transfer
Manure is separated at each cage tier and moved to an end scraper, cross conveyor and defined out-of-house destination. Belt cleaning and moisture management are designed together.
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Manure drying and treatment interface
A downstream option for projects that need to reduce moisture before storage or further processing. Its airflow, feed rate and unloading route follow the actual manure quantity and moisture.
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Ventilation and environmental control
Inlets, fans, cooling pads, heating, light and sensors are coordinated with bird height and cage tiers. Control ranges are confirmed from climate, building tightness and production stage.
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Personnel, vehicle and house disinfection
Biosecurity equipment is placed at the site boundary, vehicle route, personnel entry and house cleaning points, with clean/dirty circulation defined in the master plan.
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Poultry house steel structure and interfaces
Structure, enclosure, foundation and equipment are designed as one project. The house span, clear height, roof load, ventilation openings and service corridors determine cage-row feasibility.
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Poultry house inspection robot
A mobile inspection option for repeated aisle observations. Route width, obstacles, power, sensor set and exception hand-off must be verified in the intended house.
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House electrical control and alarms
Power circuits, local control, alarms and manual operation connect feeding, water, egg, manure and climate equipment. Interfaces are documented before wiring and commissioning.
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