Equipment systems shaped around real farm operations.
Explore cage rows, feeding, water, eggs, manure and climate equipment through visible details and connected project logic.
Start with the equipment that shapes the house.
Explore equipment families with clearer catalogue evidence, visual details, interfaces and reference configurations.
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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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.
Explore equipment ↗Choose the production setting.
Each setting connects housing equipment, supporting systems and the information needed for selection.
One house. Multiple systems to connect.
Feed, egg, manure and climate routes should be checked against cage rows, house dimensions and daily operations.
From house conditions to a clear technical scope.
Share animal type, scale, house dimensions and automation goals so the equipment combination and interfaces can be discussed.
Discuss a project ↗- 01Project inputs
- 02Layout & interfaces
- 03Configuration review
- 04Production & shipping plan
- 05Installation & commissioning