| Product Showcase | Content |
|---|---|
| Product Name | Robotic Manure Scraper for Slatted Dairy Floors |
| Product Image | ![]() |
| Product Overview | A robotic manure scraper provides frequent, autonomous cleaning of slatted walking floors in dairy cattle barns. It follows programmed routes and pushes manure through the floor openings into the manure storage area below. Its mobile design can cover cross alleys and other accessible sections without installing a fixed scraper drive along each cleaning route. This slatted-floor application should be evaluated separately from manure collection systems intended for solid floors. |
| Key Features |
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| Structural Components | A typical slatted-floor manure robot consists of a mobile chassis, floor-contact scraper, electric drive, rechargeable power system, navigation sensors, controller and charging station. A water tank and spray components may be included where the selected configuration supports wetting ahead of the scraper. Component details depend on the specified model. |
| Working Principle | The robot leaves its charging station at scheduled times and travels along predefined barn routes. Its scraper moves manure across the walking surface and through the slatted floor openings. After a cleaning round, it returns for charging. Frequent passes help limit manure accumulation before it dries onto the floor. |
| Technical Specifications |
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| Applications | Designed for dairy cattle barns with accessible slatted walking alleys, cross passages and waiting areas. Suitability depends on floor condition, openings, slopes, obstacles and animal traffic. Use in a pig house requires a separate assessment of the pen layout, animal safety and floor design; dairy application does not establish pig-farm compatibility. |
| Customization Options | Cleaning routes, operating times, charging station position and any water spray requirement can be planned around the barn layout and daily herd routine. For a new steel structure livestock building, coordinate robot access, slatted floor sections and the charging point during the construction design stage. |
| Installation & Maintenance | Assess the slatted floor and travel routes, install the charging station, then map and test the cleaning schedule on site. Keep the scraper edge, wheels, sensors and charging contacts clean and inspect them regularly for wear. Check water spray components where fitted. Adjust routes when gates, partitions or herd traffic patterns change. |
| Product FAQ |
Does the robot collect manure in a tank? Can it clean an existing dairy barn? What is needed for equipment selection? |
| Product Gallery |
Reference images of Lely Discovery equipment in dairy barns; confirm image-use permission before publication. ![]() ![]() ![]() |




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