Currently, the global demand for conveying bulk materials such as mineral ores, coal, sand, and aggregates continues to grow. Belt conveyor systems are an economical and efficient method for material handling. However, during the conveying process, material spillage not only severely pollutes the production environment but can also cause abnormal wear on the belt, damage expensive conveying equipment, and potentially lead to significant safety hazards if not cleaned up promptly.The Conveyor Material Cleaning Robot employs a bucket-based cleaning method to promptly remove accumulated material under return belt. Compared to traditional manual cleaning, this robot offers significant advantages in both efficiency and safety. Equipped with a crawler-type chassis for enhanced mobility over complex terrain and obstacle-crossing capability, the cleaning robot performs its tasks via remote control using wireless communication technology.
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Adaptability to Low Clearance Spaces: Designed with a low-profile body to accommodate confined spaces beneath ore conveyors, enabling unobstructed passage under return belts for comprehensive cleaning coverage.
eplaces traditional manual cleaning that requires production stoppage, enabling automatic operation without interrupting production. This significantly improves conveying efficiency while eliminating safety risks associated with human-machine interaction.
To address uneven ground, water accumulation, or slippery conditions caused by wet and sticky materials, the robot utilizes a crawler-type drive system, providing strong obstacle-crossing ability and stable operation in complex working environments.
Equipped with a two-dimensional controllable bucket, the robot can adjust the bucket's posture flexibly, allowing for precise gathering of material along the conveyor line and enhancing cleaning effectiveness and operational accuracy.
| Category | Parameters | Category | Parameters |
|---|---|---|---|
| Minimum height | 35 cm, customizable according to site conditions | Cleaning method | Roller brush or scraper bucket(selected according to operating conditions) |
| Bucket capacity | Customizable | Crawler Chassis Driving Mode | Supports in-place steering |
| Trench-crossing Capability | ≥ 20 cm | Communication Mode | Wireless remote control |
| Battery Capacity | 50 Ah | Continuous Operating Time | 4–5 hours |
| Operating Environment | Suitable for humid, accumulated water on roads and sticky material scenarios | Suitable for humid, accumulated water on roads and sticky material scenarios | Suitable for humid, accumulated water on roads and sticky material scenarios |
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