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In service inspection of wide diameter pipe welds is a vital operational and safety requirement. The chain scanner from James Fisher NDT is designed to accurately measure weld quality and corrosion around slip on flanges for wide diameter pipes , without the need to open and access the pipework directly.

For large scale corrosion mapping of assets such as storage tanks the RMS 600 gives fast, accurate and reliable corrosion information in a fraction of the time taken for more traditional inspection methods.

Mapping large vessels, tanks and pipework is made easy with the 'Swipe Scanner' from James Fisher NDT. Obtain accurate and timely information about the internal corrosion levels of your key infrastructure quickly and simply; save time and money by avoiding unexpected and inconvenient asset down time

Experts in non destructive testing, James Fisher NDT specialises in delivering NDT services and products to industrial customers worldwide.

James Fisher NDT provides digital radiography examination for customers from Aerospace and automotive as well as a wide range of other industries. We are accredited to ISO/IEC 17025:2005 and approved by Nadcap and Rolls Royce PLC, JF NDT’s team of highly experienced radiographers is supported by the latest equipment, including a fully automated Hamamatsu 150kV micro focus X-ray set with a 200µm...

The phased array bracelet scanner is a probe made up of multiple small elements and is well suited to applications where limited access is available such as boilers and other areas where pipework is in close proximity to other equipment. Designed for weld inspection and crack detection bracelet scanners are essential across a wide range of industries from aerospace to power generation, petro ch...

Corrosion mapping video scanners allow curved surfaces and difficult to reach areas to be effectively inspected for potential areas of concern. Using an LED and camera the probe can be tracked across the surface and the areas of damage or corrosion can be identified and accurately located.

Film Radiography