H-TYPE AUTOMATED LAYER CAGE SYSTEM

We coordinate cage rows, feeding, drinking, egg collection, manure removal, and climate-control interfaces around one poultry-house layout. The final configuration is developed based on your target capacity, house dimensions, climate, and operating plan.

Project planning starts at 10,000 birds. Final row count, tier count, cage dimensions, and equipment scope are confirmed for each project.

An H-Type system should not be selected by cage model alone. Cage arrangement, aisle width, feeding routes, egg transfer, manure handling, ventilation locations, and maintenance access must be coordinated before production.

SYSTEM  OVERVIEW

Multi-tier layouts support commercial projects that need to use available poultry-house space efficiently.

Feeding, drinking, egg collection, and manure removal are planned around the same row layout.

Rows, tiers, and service access are confirmed from actual poultry-house dimensions.

Walkways, drive units, and transfer routes remain accessible for inspection and service.

Material grades, coatings, motors, control components, and capacities are confirmed in the technical proposal and project drawings.

Each subsystem must match the cage layout, operating method, and daily production route. The equipment below is coordinated as part of one project scope.

We coordinate outdoor silo capacity, conveying routes, and row feeding equipment according to flock size, feeding schedules, and poultry-house arrangement.

We plan filtration, pressure regulation, main water lines, and nipple drinker lines according to row length, water quality, and local operating conditions.

We coordinate longitudinal egg belts, egg lift systems, cross conveyors, and transfer direction with the egg room location and handling plan.

We match manure belts, end-of-row transfer, cross conveyors, and an optional manure-drying interface to the house layout and manure-handling route.

We coordinate fans, cooling pads, air inlets, sensors, and controller interfaces according to the local climate, stocking plan, and house dimensions.

We confirm motor specifications, power conditions, control cabinets, and operating logic as part of the project equipment schedule.

Final component brands, motor power, materials, and control functions are confirmed in the written quotation and project drawings.

A responsible quotation should not begin with a generic cage price. It should begin with the information that determines the layout, materials, automation level, and delivery scope.

You can start with the information already available. Missing details can be confirmed step by step.

Length, width, clear height, and available aisle space

Bird category, target capacity, and expansion plan

Temperature range, humidity, and local site conditions

Required feeding, egg collection, manure removal, and control functions

Voltage, frequency, water source, and water quality

Destination port, target schedule, and local installation resources

The better choice depends on project scale, poultry-house dimensions, automation goals, investment plan, and local operating conditions.

Multi-tier configuration for greater capacity within a given house footprint

Designed to coordinate feeding, egg collection, and manure belt systems

Suitable when centralized operation and automation are priorities

Requires careful planning of the house, ventilation, and transfer routes

Stepped cage arrangement with a different house footprint

May suit projects with fewer tiers or different investment priorities

Equipment combinations depend on farm size and the labor plan

Still requires evaluation of ventilation and manure handling

Use real project images to review equipment arrangement, installation access, and system interfaces. Project details should be published only with customer authorization.

A real poultry-house view showing cage tiers, the central aisle, and operating access.

Equipment positioning and system checks during on-site work.

Real equipment used to coordinate egg collection and transfer.

Final answers depend on your poultry-house dimensions, target capacity, and local project conditions.

The number of tiers and rows is calculated based on house width, clear height, aisle requirements, ventilation arrangement, and target capacity.

Yes, after confirming the existing house dimensions, structural restrictions, ventilation locations, access, and utility conditions.

The exact materials and surface treatments are confirmed in the technical proposal and project drawings for each configuration.

Please provide the country, house dimensions, target capacity, climate, power and water conditions, automation level, target schedule, and destination port.

No. We provide equipment-related site and poultry-house planning. The customer arranges overseas civil construction through local contractors.

Depending on the agreed scope, support may include installation guidance, commissioning coordination, operation training, troubleshooting, and spare-parts coordination.

Share your target capacity, house dimensions, climate, power and water conditions, preferred automation level, and delivery destination. We will help organize what should be confirmed next.

Final layout, equipment selection, materials, capacity, delivery schedule, and commercial terms are subject to project-specific review and written confirmation.