Created on 09.09

Shipbuilding NDT Solutions

Shipbuilding NDT Solutions

Reliable Non-Destructive Testing for Ship Hulls, Welded Joints and Marine Structures

Shipbuilding involves the fabrication and assembly of large steel structures, welded joints and critical marine components. The integrity of these structures is essential for manufacturing quality, operational reliability and long-term service performance.
Cyber Ruxin provides professional NDT equipment for shipbuilding and marine inspection, supporting ultrasonic flaw detection, thickness measurement, coating inspection and hardness testing for ship hulls, welded joints, steel plates and other metallic components.

NDT Inspection in the Shipbuilding Industry

Non-destructive testing is widely used throughout ship construction, fabrication, maintenance and repair. NDT methods help identify internal weld defects, measure material thickness, evaluate protective coatings and monitor the condition of critical marine structures without damaging the inspected components.

Key Inspection Challenges

01 Ship Hull & Steel Plate Inspection

Ship hulls are primarily constructed from large steel plates and structural sections. Ultrasonic thickness measurement can help verify material thickness and monitor potential wall thinning during manufacturing and service.

02 Welded Joint Inspection

Welding is a critical process in shipbuilding. Ultrasonic flaw detection can help identify internal discontinuities in welded joints, including cracks, lack of fusion, lack of penetration and inclusions.

03 Corrosion & Thickness Monitoring

Marine environments can contribute to corrosion and material loss. Regular thickness measurements can support corrosion monitoring and structural integrity assessment.

04 Protective Coating Inspection

Protective coatings play an important role in preventing corrosion on marine steel structures. Coating thickness measurement can help verify coating application and quality.
Technician inspecting a ship weld with an ultrasonic testing device in an industrial shipyard.

Recommended NDT Equipment

Ultrasonic Flaw Detector

Ultrasonic flaw detector with a screen displaying measurement graphs and control buttons.

For Ship Hull & Weld Inspection

Designed for ultrasonic inspection of shipbuilding welds, steel structures, forgings and other metallic components, helping detect internal defects and discontinuities.
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Ultrasonic Thickness Gauge

Red handheld ultrasonic thickness gauge with digital display showing "5900 m/s" and attached probe.

For Hull & Steel Plate Thickness Measurement

Suitable for non-destructive thickness measurement of ship hulls, steel plates, pipelines, tanks and other metallic structures.
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Coating Thickness Gauge

Coating thickness gauge with digital display, red buttons, and attached measurement probe.

For Marine Coating Inspection

Used to measure protective coating thickness on metal substrates and support corrosion protection and coating quality control.
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Leeb Hardness Tester

Ultrasonic hardness tester with a digital display, control buttons, and attached probe.

For Rapid Metal Hardness Testing

Suitable for rapid hardness testing of steel and other metallic components during manufacturing, maintenance and quality inspection.
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Typical Shipbuilding Applications

Ship Hull Inspection

Inspection of hull structures and steel plates to support material thickness verification and structural integrity assessment.

Welded Joint Inspection

Ultrasonic inspection of welded joints to identify potential internal discontinuities.

Steel Plate Inspection

Thickness measurement and ultrasonic inspection of steel plates and structural components used in ship construction.

Marine Structures

Inspection of structural members, fabricated components and other critical metallic parts.

Corrosion Monitoring

Regular thickness measurement can help monitor material loss caused by corrosion and support maintenance planning.

Ship Maintenance & Repair

Portable NDT equipment can support inspection activities during ship maintenance, repair and refurbishment.

NDT Inspection Process

01 — Identify

Identify critical hull structures, welded joints, steel plates and other components requiring inspection.

02 — Inspect

Select suitable NDT methods such as ultrasonic flaw detection, thickness measurement, coating thickness measurement or hardness testing.

03 — Evaluate

Review inspection signals and measurement results to identify potential weld defects, material loss or abnormal conditions.

04 — Monitor

Perform regular inspection to support quality control, corrosion monitoring, maintenance and repair activities.

Why Choose Cyber Ruxin

Professional NDT Technology

Focused on ultrasonic testing and industrial non-destructive testing equipment for metallic materials and structures.

Portable Inspection Equipment

Compact and portable instruments suitable for shipyards, workshops and field inspection.

Multiple NDT Methods

Supporting ultrasonic flaw detection, thickness measurement, coating inspection and hardness testing.

Suitable for Marine Applications

Designed to support inspection of ship hulls, steel plates, welded joints and other metallic structures.

Need an NDT Solution for Shipbuilding?

Tell us your inspection requirements, material type and application conditions. Our team can recommend suitable NDT equipment for your application.

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