Automatic Dredging Robot High Efficiency For Pipe Cleaning Work

Highlights at a glance

• Municipal Engineering Urban drainage pipeline maintenance: Address waterlogging issues caused by pipeline blockages and silt accumulation. Manhole dredging: Replace manual work in manholes to reduce the risk of poisoning by toxic gases such as hydrogen sulfide. Water Conservancy Engineering River ecological dredging: Remove eutrophic bottom mud from lakes and reservoirs to improve water quality, such as environmental dredging projects in Taihu Lake and Dianchi Lake. Industrial Sector Chemical pipeline dredging: Achieve non
• A. Pipeline dredging robot Application scenarios: Urban underground drainage pipelines, industrial pipelines (such as sewage pipelines, chemical pipelines). B. River/lake dredging robot Application scenarios: Sediment cleaning in natural rivers, lakes, reservoirs and other large water areas. C. Ditch/sewer dredging robot Application scenarios: Dredging in narrow ditches, urban sewers and around inspection wells.
• Autonomous Navigation and Positioning Technology Sensors: LiDAR, vision cameras, ultrasonic sensors, etc., used for environmental perception and obstacle avoidance. Operation Execution System Driving Units Motor-driven wheeled or tracked chassis (suitable for pipelines) or propellers (suitable for water areas). Operation Tools: High-pressure water jet device: Uses high-pressure water flow to flush silt, suitable for hard sediments. Manipulator/cutter: Breaks up lumpy silt or grabs debris (e.g., plastic bags, branches). Suction system: Draws silt and sewage into a sludge storage tank via a vacuum pump for centralized treatment. Remote Control and Monitoring