
Ship Hull Cleaning Robot
Ship Hull Cleaning Robot is an automated and intelligent cleaning equipment designed specifically for cleaning the inner walls of cargo holds of large transport vehicles such as ships, trains, and containers. It integrates autonomous navigation, multi-mode cleaning modules, and safety protection systems, and is suitable for cleaning vertical, inclined, or complex curved surfaces.
- Fast Delievery
- Quality Assurance
- 24/7 Customer Service
Product Introduction
Core advantages:
1.Security breakthrough
2.Efficient homework ability
3.Environmental Protection and Resource Control
4 Intelligence and adaptability
Product specification
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Dimensions: |
700 × 440 × 780mm |
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Whole machine weight: |
≤ 70kg |
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Mobile speed: |
No load 12m/min,homework 4-8m/min |
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Cleaning radius: |
20 meters (low-pressure nozzle) |
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Maximum homework height: |
32 meters (customized X series) |
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Wastewater recovery rate: |
≥ 95% |
Product details
Application scenarios:
Used for cleaning oil stains on the inner walls of storage tanks and pipelines, supporting explosion-proof design and high-risk environmental operations.
Photos of Ship Hull Cleaning Robot

Packaging and delivery
Packing: by container or as customers's required.
Delivery: deliver to major ports in your country.

FAQ
Q: Maintenance and operation
A: Daily maintenance:
After cleaning, it is necessary to rinse the surface of the robot with fresh water to prevent corrosion of the motor and sensor.
Check the residual magnetic strength (standard value ≥ 1.2T) and brush head wear of the magnetic adsorption module every month.
Common troubleshooting:
Decreased adsorption force: Clean the impurities on the wheel surface or replace the damaged sealing ring.
Insufficient water jet pressure: Check if the filter screen of the high-pressure pump is blocked or if the plunger is worn.
Q: Market and selection suggestions?
A: Market pattern
The top five global manufacturers hold approximately 40% of the market share, with Europe being the largest market (accounting for 40%).
The mainstream products focus on small robots (cleaning efficiency<500 ㎡/h), with the shipping industry accounting for 50% of downstream demand.
Selection considerations
Hull material: Magnetic adsorption is only applicable to magnetic conductive metals, and composite materials need to be equipped with vacuum negative pressure models.
Job cycle: It is recommended to equip a dual machine redundant system for high-frequency maintenance to reduce the risk of downtime.
Q: Future Trends
A: Intelligent upgrade: AI algorithm optimizes cleaning path, dynamically adjusts water pressure and brush head speed (such as based on biological attachment type).
Modular Expansion: Integrating coating detection and repair functions to achieve an integrated operation of "cleaning evaluation repair".
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