Robotic feed pusher Alim’Slim

self-propelledelectric

Product overview
The Alim’Slim Robot is a fully automatic feed‑pushing robot designed to keep feed available 24/7 in buildings with narrow corridors. Frequent, consistent pushing increases feed accessibility and consumption, supporting fertility and milk production (up to 1–3% reported). Constant availability reduces stress across the herd, benefits lower‑ranking and younger cows, and helps avoid issues such as neck strain, claw problems and pressure sores. Continuous feed pushing also promotes longer lying and rumination times, improving rumen stability and microbial protein formation. The unit runs on electricity and can reduce feed losses by approximately 45%–55%.

Operation & control
Self‑driving robot controllable from a mobile or desktop app. Navigation uses laser sensors and does not require modifications to building layout or floors; only a charging point must be fitted. Wifi coverage is required across the robot's working area. The Alim’Slim Robot is designed for easy maintenance and high accessibility. Light and sound signals on the unit are configurable.

Reasons to believe

• Reduced feed loss
• Increased feed intake supporting milk yield and fertility (up to 1–3% reported)
• Improved herd health and reduced stress
• Low noise level, avoiding behavioural disturbances
• Labour savings (automation)
• Energy saving due to electric operation
• Configurable light and sound signals
• Feed available day and night
• Minimal building adjustments required
• Designed for easy, on‑site maintenance

Technical characteristics / specifications

• Type: Fully automatic feed‑pushing robot
• Commercial name: Alim’Slim Robot
• Suitable for: Buildings with narrow corridors
• Navigation: Laser sensors (self‑driving)
• Control: App control (mobile and computer)
• Power: Electric
• Connectivity: Wifi required through full working area
• Installation: Charging point to be installed by technicians; no floor or layout modifications required
• Maintenance: Designed for easy and accessible maintenance
• Labour saving: Over 180 hours per year (reported)
• Feed loss reduction: Approximately 45%–55% (reported)
• Performance impact: Increased feed intake; potential milk production and fertility improvement up to 1–3% (reported)
• Animal welfare: Low noise; reduces stress and physical strain such as neck strain, claw problems and pressure sores