PMI Analysis is a critical tool for the inspecting of components in the Chemical and Petrochemical industries. Using this non-destructive method provides an efficient solution to the problem of materials mislabeling, which occurs in as many as 10% of received parts. These systems are the preferred NDT metal analyzers for the inspection of industry for national safety and ISO compliance. Inspection of incoming components analysis of in-service plant structures and diagnostic failure analysis of components are hallmarks for using the PMI testing method. Mislabeling due to human error can be prevented with a PMI program in place as a final check prior to shipping or receiving components.

Technical endoscopy is a modern and cost-effective way on non-destructive material testing and maintenance. It allows visual inspection of hollow bodies and cavities which otherwise are not accessible without disassembly. Our Visual Inspection Systems are used primarily when technicians have a problem, they think they have a problem or they need to know that there isn't a problem. This technology brings images from deep inside structures, jet engines, aircraft machines and many other items. This technology employs the latest developments in the field of optics. With this stepless variable direction of view, the swing prism endoscopes offer great versatility in one rugged, top-quality instrument.When using this visual inspection technology, seeing truly is believing.

This technology uses residual magnetism in test pieces after inspection by magnetic crack detection. This is a significant factor because the industry now demands better and more stringent demagnetizing levels Demagnetization as such is not clearly defined. Therefore, demagnetization values (kA/m) should not be arbitrarily specified because they may be impossible to achieve or may be impracticable. As with magnetization, demagnetization depends on the type of material and the size and the shape of the test piece. These systems enable the user to quickly and accurately determine the quality and acceptability of a wide array of metals.