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About Us
Empowering Humans with Robots
Recovery hydroblasting robot company
RobotPlusPlus is a specialized recovery hydroblasting robot company, delivering advanced, automated industrial cleaning solutions for superior efficiency and safety
Nov 21,2025
This product is the latest hydroblasting robot developed by RobotPlusPlus. Featuring the innovative four-wheel flexbile magnetic platform design, the robot offers strong curvature adaptability, excellent obstacle crossing performance, stable attachment ability, advanced intelligence and wide range of applications. It is capable of covering over 98% of the ship hull surface preparation. Furthermore, it can be connected to a recovery pump to achieve highly efficient waste recovery, making it an all-around robotic solution.
Product Features
1. Strong curvature adaptability: minimum circumferential operation radius can reach 0.5 m, and cover more than 98% of the ship hull. Complicated curved surfaces including bulbous bow, bilge keel and reversed stern can all be coverd.
2. Excellent obstacle crossing performance: the robot can pass over convave and convex area, waterlines and weld seams on the ship hull, with a maximum obstacle-crossing height over 25mm.
3. Stable attachment ability: Innovative four-wheel flexible magnetic platform design allows the wheel sets to have more degrees of freedom to better adhere to the curved surface, preventing the risk of falling.
4. High level of intelligence: offers three operation modes: manual, one-key lane changing and auto-navigation. Significantly reduce labour intensity with the highly automated system.
5. Wide range of application: other than ship repairs, the robot can be used for storage tanks, spherical tanks, bridges and other industries.
Technical Parameter
| Hydroblasting Robot HighMate V40 Ultra | |||
| Production Rate | 35-55 m2/h | Dimensions | 942x547x400 mm |
| Weight | 89 kg | Working Width | 250/310 mm |
| Maximum Pressure | 3000 bar | Protection Level | IP65 |
| Maximum Flow Rate | 52 L/min | Minimum Curvature | 0.5 m (to be customized) |
Video
The introduction of recovery hydroblasting robots represents a significant technological advancement in industrial cleaning and maintenance. These sophisticated systems utilize high-pressure water jets to remove tough contaminants, coatings, and deposits from surfaces, all while simultaneously recovering the spent water and debris. This closed-loop process addresses some of the most persistent challenges in sectors such as maritime, oil and gas, and civil infrastructure. The core functionality of this equipment centers on its automated, precise, and contained operation, offering a modern alternative to traditional, more labor-intensive methods. The adoption of this technology is driven by its compelling advantages, which span safety, efficiency, and environmental stewardship.
A primary benefit of utilizing a recovery hydroblasting robot is the substantial enhancement of workplace safety. By deploying a machine into hazardous environments—such as confined spaces like tanks and silos, or areas with toxic or flammable residues—companies can significantly reduce human exposure to risks. Operators can control the equipment from a safe, remote distance, avoiding direct contact with high-pressure water, harmful particles, or noxious fumes. This robotic approach minimizes the potential for accidents, ergonomic injuries, and health issues associated with manual blasting. The inherent safety features of a modern recovery hydroblasting robot make it an invaluable asset for fostering a safer industrial workplace.
From an operational standpoint, the efficiency and cost-effectiveness of these robotic systems are highly notable. A recovery hydroblasting robot can operate continuously for extended periods, maintaining a consistent level of performance without fatigue. This leads to shorter project timelines and reduced labor costs, as a single operator can often manage the entire process. Furthermore, the precision of the robotic arm ensures thorough cleaning with minimal damage to the underlying substrate, potentially extending the asset's lifespan. The economic advantages of implementing such a system contribute to a lower total cost of ownership despite the initial investment, making it a sound long-term operational strategy.
The environmental profile of this technology is another major advantage. The closed-loop design of a recovery hydroblasting robot is crucial for preventing secondary pollution. It captures nearly all wastewater and removed contaminants, which can then be separated and disposed of responsibly according to environmental regulations. This contrasts sharply with open blasting methods, where runoff can contaminate soil and water sources. By containing the waste stream, this technology helps companies meet stringent environmental compliance standards and promotes sustainable cleaning practices, reducing the ecological footprint of essential maintenance operations.
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