Advanced 3D digitalization technologies offer a solution with a modernized NDT alternative that saves time and money and unlocks access to more information in a single measurement session.

Whether you are an OEM testing an airframe or a third tier supplier testing high strength alloys, it is crucial to use a reliable tensile testing system that can produce repeatable results.

The continuous ground-breaking advances in the aerospace industry put more and more pressure on nondestructive testing (NDT) equipment manufacturers to be proactively solving new inspection challenges. As such, the recent advances in eddy current array (ECA) have considerably expanded the range of components and assets that can be inspected for surface and near-surface flaws.

Aerospace has a large, diverse, global supply chain. It is also struggling to keep up with demand while maintaining the essential quality and conformity of the products and services. 

While PAUT is becoming a popular approach for nondestructive inspections, it is important that users understand this technology, its limitations and how it should be applied.

The vast digital loop across key domains that CT analysis can play a role in allows it to contribute critical insights back to design from embedded simulation and virtual metrology testing, as well as all phases of process examination and related refinements.

If you have questions about additive manufacturing, the experts are here to help. From ASTM to ISO to countless additive manufacturers, there is an organization that can address your specific application.

How can aerospace parts manufacturers meet demands for lightweight, precise parts and components that are durable and temperature-resistant while complying with stringent regulatory requirements? High-quality aerospace parts need high-quality industrial metrology solutions.

Dealing with supply chain issues – lead times of more than a year for some components – means that the company has had to raise levels of inventory, not an ideal situation, but they’ve been able to adapt through it all.

Reverse engineering as a term is adopted by many industry subsets. From genetics, computer code, complex PCBs (printed circuit boards), and even military espionage. In this article, we are specifically relating to a metrology-driven process steered by high-precision 3D data acquisition tools.