In any industrial system, the most unassuming components often prove the most critical. Adhesives, seals, insulators, custom die-cut parts: these elements appear on no assembly drawing, yet their failure alone is enough to halt a production line, trigger a product recall, or breach regulatory compliance.
More than 80% of industrial companies have faced such failures in recent years. The cause is rarely a technological flaw; far more often, it lies in the mismatch between these invisible functions and the real-world conditions in which they must perform. Misjudged sealing, unverified surface energy, marking degraded by UV exposure or chemical contact — each overlooked detail becomes a financial and reputational liability.
This ATE whitepaper examines the failure mechanisms of invisible functions through three lenses — physical and thermal integrity, electromagnetic compatibility, finish and traceability — and offers a five-point self-assessment to gauge the robustness of your current solutions.
The aim is not to rethink your designs from the ground up, but to identify, as early as the prototyping stage, the levers that will safeguard your production.
Reliability costs no more than failure.