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X-ray Computed Tomography (CT) inspection has become one of the most powerful tools available for diagnosing quality problems that other inspection methods simply cannot reach.

Aerospace quality is no longer simply about “form, fit, and function” conformity. It is now about operational resilience.

Emily Elizabeth is managing director US at MTL Precision and she recently wrote an article for Quality.

Every morning, millions of people cross bridges, board aircraft, step into elevators, cook with gas, and drive through tunnels without giving a second thought to the forces that hold those structures together. 

Ask any aerospace manufacturer about their biggest challenge, and one word comes up again and again: speed. For quality, this is in constant tension between maintaining uncompromising precision and meeting production demands.

Tin-based heat stabilizers have long been the gold standard in North America for processing rigid and semi-rigid polyvinyl chloride (PVC) applications such as profiles, siding, and pipes. 

Today’s aviation, defense, and space organizations navigate three converging trends: faster technology adoption, increasingly distributed supply chains, and rising expectations for risk-based oversight.

Wire built for aerospace applications operates across elevated altitudes where temperatures plummet to -50°C. Similarly, in defense applications, wiring must face the unpredictability of ground operations, enduring constant vibration and shock.

In aerospace distribution, quality standards are often expressed as requirements.

A company can be busy, growing, hiring, quoting, producing, shipping, reporting, and still be fundamentally complacent.