Aerospace

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This offers some ideas on how any large enterprise might understand the fundamentals: Where you are currently as a company and where you want to go.

Former Boeing engineer Jim Doxey explains a previous motto at the company, why people (and teamwork) are the most important part of a quality system, and offers advice for manufacturers looking to avoid quality woes. He also shares his thoughts on a 30+ career working in manufacturing.

The aerospace industry relies on advanced nondestructive testing (NDT) to ensure safety and reliability. Automated technologies, such as phased arrays and 3D scanning, enhance defect detection in aircraft structures, reducing human error. This overview emphasizes the importance of these advancements.

With great sadness, The American Association for Laboratory Accreditation (A2LA) shared the passing of founding member and first president, John William Locke, at the age of 91.

In aerospace, lightweighting is crucial for fuel efficiency, range, and emissions. Material analysis and technology advancements offer weight reduction without sacrificing performance or safety.

X-ray CT is crucial for the aerospace industry, offering nondestructive insights into components' inner structure, aiding in defect detection, maintenance, and research. High-energy CT is advancing the technology, allowing for detailed imaging and shaping the industry.

Beleaguered Boeing Starliner's return to Earth — without the astronauts —is scheduled for tomorrow, Friday, September 5th.

Leaders prioritize efficiency and productivity over quality management, compromising long-term standards, evident in the widespread adoption of operational excellence programs like Lean and Six Sigma.

The development of laser-based non-destructive testing (NDT) technology has benefitted various industries, including these three examples.

The aerospace industry uses automation and metrology to improve product quality and safety. Components require precise measurements for high quality and efficient production.