| Product Showcase | Content |
|---|---|
| Product Name | Underfloor Manure Scraper |
| Product Image |
![]() Reference image; the final scraper and drive configuration must be confirmed for each project. |
| Product Overview | The Underfloor Manure Scraper is designed to move accumulated manure through a channel beneath a slatted livestock floor. A mechanically driven scraper travels along the channel and transfers material toward a designated collection pit, cross conveyor, or other planned discharge point. For commercial pig farms, the system can be incorporated into the manure management design without placing the moving scraper on the animal walking surface. |
| Key Features |
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| Structural Components | A typical installation includes the scraper frame, manure-pushing blade or flap assembly, guide and wear components, pulling connection, drive equipment, and controls. The system operates within a properly formed concrete manure channel beneath the slatted floor. Depending on the project, the discharge arrangement may lead to a pit, a cross conveyor, or an elevating system. Exact components depend on manure consistency and the selected drive method. |
| Working Principle | Manure passes through the slatted floor into the channel below. At scheduled intervals, the drive moves the scraper along the channel, pushing collected material toward the discharge point. The scraper then returns for the next cycle. Blade or flap behavior during the return stroke is determined by the selected design. The channel gradient, drainage arrangement, travel distance, and discharge capacity must be checked as one system. |
| Technical Specifications |
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| Applications | Suitable for properly designed underfloor manure channels in pig housing and other slatted-floor livestock buildings. It can be considered for new pig farm construction and for renovations where channel access, structural capacity, and discharge routes have been verified. In steel structure building projects, the scraper system should be coordinated early with the concrete substructure, pen layout, service access, and manure storage or transfer facilities. |
| Customization Options | Scraper width, blade or flap arrangement, frame protection, drive layout, operating schedule, and discharge interface can be reviewed for the project. Design inputs include channel drawings, flooring type, animal group, bedding use, manure characteristics, cleaning frequency, and local climate and farm conditions. |
| Installation & Maintenance | Coordinate channel dimensions, guide positions, discharge openings, and maintenance access before the concrete works are finalized. Install and align the scraper and drive components according to the approved layout, then test a complete forward and return cycle before operation. Inspect the blade or flaps, wear points, pulling components, fasteners, and discharge area regularly. Isolate the drive before entering or servicing an underfloor channel. |
| Product FAQ |
Does this scraper clean the top of the slatted floor? Can it be fitted to an existing pig house? What is required for a project proposal? |
| Product Gallery |
![]() ![]() Reference installation images show comparable manure scraper arrangements. Confirm actual product photographs and image-use rights before publication. |


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