The semi-automated bale transport system SERVObale is a flexible solution for the efficient placement of bales at the bale opener according to the customer's specified laydown. The use of automated guided vehicles (AGV) instead of forklifts significantly reduces labor workload and minimizes machine downtimes. The AGVs follow predefined paths and instructions precisely. This eliminates human errors such as delivering materials to the wrong location.
The planning, transport, and distribution of bales to the bale opener are controlled by a system and require only minimal manual intervention. This reduces personnel costs.
The material flow between warehouse and bale opener can take place 24 hours, 7 days per week. This reduces waiting times between processes and leads to full machine utilization.
Proven and stable components as well as easy handling make SERVObale a low maintenance system.
AGVs follow predefined paths and instructions precisely. This eliminates human errors such as delivering materials to the wrong location.
Advanced control algorithms ensure smooth acceleration and deceleration.
The Process Control System provides valuable data for process optimization and full traceability for quality control purposes.
SERVObale can be easily integrated into a bale management system and adapts to customized bale laydown mapping.
SERVObale can operate without invasive infrastructure changes and dynamically reroute around obstacles thanks to SLAM technology.
| Length [mm] | Width [mm] | Height [mm] |
|---|---|---|
| 1 675 | 850 | 1 719 |
| Feature | Description |
|---|---|
| Loading capacity | 360 Kg |
| Navigation mode | LiDAR |
| Max. speed | 60 m/min |
| Control voltage | DC 48 V |
| Safety system | Tier-3 non-contact LiDAR obstacle avoidance sensor + Emergency stop button + Tricolor safety warning light + Anti-collision bumper |
| Stopping accuracy | ±10 mm |
| Charging mode | Options: manual battery replacement and automatic charging |
| Battery | LFP battery 48 V 165 Ah |
| Alarm | Acoustic and visual alarm |
| Driving mode and steering mode | Electronic control, differential drive |
| Safety sensor | Non-contact LiDAR |
| Network communication | WiFi/5G |
| MES Interface | Reserved |
