Our patented nonlinear resonance NDT technology is the only practical solution for complex 3D-printed metals produced at scale. Pioneering flaw detection with unmatched speed and accuracy, RD1-TT is indispensable for critical applications. Nonlinear resonance NDT plays a vital role in the practical implementation of Industry 4.0 by enabling smarter engineering to reduce material waste and empowering increasing design innovation.

What is

Non-Destructive Testing?

Detect Signs of Weakness

NDT allows engineers to detect early signs of weakness or potential failure in material structures and components. This crucial pre-emptive approach ensures that flaw initiation features such as micro-cracks, voids or porosity, are identified before they lead to costly or catastrophic failures, enhancing overall safety and performance.

Test Without Destruction

One of the key advantages of non-destructive testing is its ability to test parts without causing any damage. Unlike destructive testing methods such as tensile stress testing, NDT preserves the integrity of the component, making it possible to inspect critical parts repeatedly throughout their lifecycle without compromising their usability. This also results in less material waste.

Predict Part Operation

NDT not only identifies existing defects but also provides valuable insights into how a part may perform under operational conditions. By analysing the data gathered during testing, manufacturers can predict the lifespan and operational reliability of components, enabling more informed maintenance and production decisions.