Connecting OES, X-ray, CMM, and Traceability in Aluminum Casting
A foundry can produce an impressive inspection package and still leave its customer with an unanswered question: Which records actually supported the decision to ship this part?
A foundry can produce an impressive inspection package and still leave its customer with an unanswered question: Which records actually supported the decision to ship this part?
With the publication of the new VDA AIAG SPC Manual in July 2026, one of the most significant changes to statistical process control (SPC) in decades has been introduced.
There’s a number that stopped me in my tracks recently. U.S.
Engineers often use vision-language models to produce new designs, such as for airplane or automobile components.
Quality inspection has always depended on people who know what they are looking at. That remains true as automated visual inspection becomes faster and more widely deployed. The strongest systems don’t try to remove expert judgment completely.
Quality teams throughout the food manufacturing industry face increasingly difficult obstacles and risks while keeping our food safe.
I’ve written many times about how air gauging allows you to measure many jobs faster, more conveniently, and more accurately than other gauging methods.
Most manufacturing engineers have experienced some version of the same problem: A production process successfully completes validation. The production part approval process (PPAP) is approved.
Imagine running a race where every second counts and your competition is constantly breathing down your neck. That’s the magic (or madness) of cycle time.
Operations leaders usually have more maintenance data than they can use.
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