Robotic UT inspection for pressure vessels and curved shells
Inspect vessel shells and curved ferromagnetic surfaces with MagRover to reduce manual access constraints and collect repeatable inspection data.
Connected to MagRover
MagRover connects pressure vessel inspection needs to a magnetic climbing robot built for shell, dish and curved-surface inspection work.
Asset types
- Pressure vessels
- Vessel shells
- Dish ends
- Vertical ferromagnetic surfaces
Inspection deliverables
- UT spot readings or scan records
- Visual inspection evidence
- Wall thickness observations
- Maintenance-ready inspection summary
Next step
Share asset type, diameter or dimensions, access constraints, temperature, coating condition and inspection objective so PetroBot can confirm robotic suitability.
Contact PetroBotFrequently asked questions
Can MagRover inspect curved pressure vessel shells?
Yes, MagRover is designed for magnetic adhesion on suitable curved ferromagnetic surfaces, subject to site conditions and surface preparation.
Is scaffolding always required?
Not always. Robotic access can reduce scaffolding needs, but the final access plan depends on vessel geometry, height, obstacles and site safety requirements.
What inspection methods are supported?
The service can support visual inspection and UT thickness measurement workflows where the asset surface and access conditions are suitable.