Ultrasonic Thickness Measurement (UTM) & Structural Assessment Safeguarding a vessel’s structural integrity is the critical first step in any successful maintenance or repair lifecycle. At OceanX, we recognize that highly precise Ultrasonic Thickness Measurement (UTM) is not just a regulatory formality—it is the engineering compass that dictates the efficiency of dry-docking operations and complex structural modifications. Engineering-Driven Inspections Unlike standard inspection providers, OceanX approaches UTM through the lens of comprehensive marine project management and rigorous quality control. We execute thorough, class-approved hull inspections certified by major global classification societies including( DNV, ABS, LR, BV, and RINA). Our methodology ensures strict compliance with international maritime codes and structural standards. Strategic Dry-Docking Readiness We leverage our extensive background in ship repair and offshore projects to design customized pre-docking assessment strategies. By delivering an accurate, real-time picture of your asset’s health, we empower fleet managers to pinpoint exact steel renewal requirements long before the vessel enters the yard. The OceanX Edge: On-Demand Global Mobilization: Operations in the marine sector are time-critical. Our infrastructure allows us to rapidly deploy agile inspection teams to ports and anchorages worldwide, minimizing downtime. Integrated Technical Teams: OceanX technicians bring a multi-disciplinary skill set to the table. Beyond operating UTM equipment, our teams possess deep expertise in marine engineering, welding codes, and quality assurance. Veteran Industry Execution: Every project is overseen and executed by seasoned professionals with a proven track record of handling high-stakes structural surveys and major vessel modifications. Proactive Scope & Budget Optimization: By arming our clients with comprehensive, actionable thickness data prior to shipyard entry, we eliminate guesswork. This strategic early-phase data acquisition directly controls the repair scope, prevents unexpected structural surprises, and drastically reduces budget overruns.
