A dredging robot is an intelligent device that integrates advanced technologies, mainly used for removing sludge and debris from the bottoms of rivers, lakes, sewage pipes and other water - bodies15. Here is a detailed introduction:
Features1High - efficiency operation: It is usually equipped with a high - performance slurry pump, which can pump and transport sludge with a certain particle size. For example, some robots can pump 40mm granular sludge underwater, with a working efficiency of up to 200 cubic meters per hour.
Simple operation: It supports remote control and wired control methods, and is compatible with 5G monitoring and control in some advanced models. The control distance can reach 700 - 800 meters in open and obstacle - free areas, and 300 - 400 meters in urban environments.
Safe and reliable: It can work in harsh environments, reducing the risk of human operation in dangerous areas. And some robots adopt thickened materials and low - center - of - gravity design, with good shock - absorption performance, which can adapt to uneven terrain.
Working principle1: The operator controls the robot to move within the working range and adjust the working attitude of the working end. The working end of the robot stirs, cuts, collects and crushes the sludge and sediment, and then the extraction device extracts and transports them, and finally sends them to the post - processing equipment for classification, separation, crushing, filtering and resource recycling.
Scope of application1: It is suitable for various scenarios, such as large and small rivers, lakes and reservoirs, park landscape water, sewage pipes, box culverts, tunnels, rain - sewage diversion pipes, etc. In addition, it can also be used in some special fields, such as chemical plants and reservoirs5.
Propulsion and power systems2: The propulsion systems of dredging robots are diverse, including electric and hybrid engines, which are quiet and environmentally friendly, suitable for environmentally sensitive areas; traditional diesel engines are also commonly used, and are increasingly equipped with better emission control technologies; in addition, some robots use solar and wind power to reduce the carbon footprint.
Audited Supplier 
){kind=link}