Automatic Poultry Manure Belt System

The Automatic Poultry Manure Belt System is designed for mechanized manure collection and removal in commercial layer, pullet and breeder cage houses. Continuous manure belts are installed beneath the cage tiers to receive droppings directly and transport them toward the manure discharge end of the poultry house.

The system typically combines manure collection belts, drive rollers, idler rollers, tensioning components, scrapers, geared motors and a cross-conveyor arrangement. Regular manure removal reduces the time waste remains inside the poultry building, helping maintain cleaner cage rows and supporting better control of ammonia and house hygiene.

For large-scale steel structure poultry buildings, the manure belt system can be integrated with H-type cage equipment, automatic feeding, drinking, egg collection, climate control and external manure conveying equipment to create a coordinated poultry farm automation solution.

• Automatic Manure Collection: Belts beneath each cage tier receive poultry manure directly and transport it to the discharge end.
• Multi-Tier Integration: Suitable for H-type and other compatible multi-level poultry cage systems.
• Reduced Manual Cleaning: Mechanized manure transport significantly reduces routine labor inside intensive poultry houses.
• Cleaner House Environment: Regular removal limits prolonged manure accumulation beneath the birds.
• Ammonia Management: Frequent manure removal and optional manure drying can help reduce ammonia load inside the poultry house.
• Durable Belt Material: Polypropylene manure belts are commonly used for their smooth surface, flexibility and resistance to farm operating conditions.
• Reliable Belt Tracking: Drive, tensioning and adjustment mechanisms help maintain stable belt movement along long cage rows.
• Effective Scraping: End scrapers remove adhering manure from the belt surface during discharge.
• Cross-Conveyor Compatibility: Manure discharged from longitudinal belts can be transferred to a transverse or inclined conveyor.
• Optional Manure Drying: Ventilation ducts or compatible drying equipment can be incorporated according to the cage-house design.
• Modular Project Design: Belt width, cage-row length, tier quantity and discharge arrangement can be configured for individual projects.
• Commercial Farm Application: Designed for high-density poultry operations requiring reliable automated manure handling.

• Longitudinal manure collection belts
• Drive rollers
• Idler and return rollers
• Belt tensioning and tracking assemblies
• Geared drive motors
• Manure belt scrapers
• Pressure rollers
• Belt support members
• Galvanized or corrosion-resistant support frame
• Protective side plates
• Cross manure conveyor
• Inclined discharge conveyor according to project layout
• Electrical control panel
• Optional manure drying air ducts

Poultry manure falls through the cage floor onto a continuous belt positioned beneath each cage tier. The manure remains on the belt until the programmed or manually initiated cleaning cycle begins.

During operation, the geared drive rotates the manure belt rollers and moves the belt toward the discharge end of the cage row. A scraper separates adhering manure from the belt as it passes around the drive roller.

The discharged manure falls onto a transverse conveyor that collects waste from multiple cage rows. An optional inclined conveyor can then transfer the manure outside the poultry building to a vehicle, manure storage area or downstream manure treatment system.

Where manure belt ventilation is installed, airflow above the belt helps remove moisture before discharge. Drier manure can improve handling and storage characteristics while supporting lower ammonia emissions inside the house.

Final belt width, thickness, drive power, row length, discharge arrangement and control configuration should be engineered according to cage dimensions, manure volume, poultry-house layout and local operating conditions.

• Commercial layer cage houses
• H-type layer cage systems
• Pullet rearing cage houses
• Layer breeder facilities
• Multi-tier poultry housing systems
• Large-scale egg production farms
• Closed-environment poultry houses
• Steel structure poultry buildings
• Automatic poultry farm projects
• Poultry manure treatment projects
• New poultry farm construction
• Compatible cage-house modernization projects

SHEWUYOU can configure the manure removal system according to cage type, poultry-house dimensions, flock capacity, manure discharge route and downstream manure treatment requirements.

• Manure belt width and thickness
• Cage row length
• Number of cage tiers
• Drive motor configuration
• Drive and return roller dimensions
• Belt tensioning system
• Scraper configuration
• Cross manure conveyor
• Inclined manure conveyor
• External manure discharge height
• Manure belt ventilation
• Electrical control panel
• Automatic operating schedule
• Integration with complete H-type cage systems
• Integration with steel structure poultry houses
• OEM / ODM project supply

Installation should be coordinated with the cage-row layout so that the manure belt runs centrally beneath each tier and maintains correct alignment through the complete house length. Drive units, return rollers and cross-conveyor equipment should be installed on stable structural supports.

• Confirm cage-row dimensions before cutting or welding endless manure belts.
• Align drive and return rollers before commissioning.
• Set appropriate belt tension according to the system configuration.
• Check belt tracking during the initial operating cycles.
• Keep drive rollers and pressure rollers free from accumulated manure and dirt.
• Inspect scraper contact and wear regularly.
• Check bearings, geared motors and transmission components according to the maintenance schedule.
• Prevent tools and foreign objects from falling onto the manure belt.
• Inspect belt edges for abnormal wear or misalignment.
• Adjust the tracking mechanism if the belt moves toward either side.
• Keep electrical motors and controls protected during poultry-house washing.
• Clean the system thoroughly between production cycles.
• Replace worn scrapers, bearings or damaged belt sections when required.

Q1: How does an automatic poultry manure belt system work?

Manure falls onto belts beneath the cage tiers. During a cleaning cycle, electric drives move the belts toward the cage-row end, where scrapers discharge the manure onto a cross conveyor or other removal equipment.

Q2: What material is commonly used for poultry manure belts?

Polypropylene is widely used because it provides a smooth, flexible and practical surface for manure collection and transport.

Q3: Is the system suitable for H-type cages?

Yes. Multi-tier H-type cage systems are a major application because an individual manure belt can be installed beneath each cage level.

Q4: Can manure be transported directly outside the poultry house?

Yes. Longitudinal manure belts can discharge onto a cross conveyor and an inclined conveyor that transfers manure outside the building according to the project layout.

Q5: Can the manure be dried while it remains on the belt?

Yes. Compatible cage systems can incorporate manure belt ventilation or other drying equipment to reduce manure moisture before removal.

Q6: How often should manure be removed?

The cleaning schedule depends on flock management, manure drying strategy, house climate and manure storage requirements. The operating program should therefore be determined for each project.

Q7: What causes a manure belt to move sideways?

Incorrect roller alignment, uneven belt tension and contamination of drive or pressure rollers can affect belt tracking. Regular cleaning and adjustment help maintain centered operation.

Q8: Can SHEWUYOU supply the system as part of a complete poultry farm project?

Yes. The manure belt system can be configured together with poultry cages, feeding, drinking, egg collection, ventilation, environmental control and steel structure poultry-house equipment according to project requirements.