Industry 4.0 enhances manufacturing efficiency and quality through digital technologies and real-time data collection. 3D scanning provides precise, non-contact measurements, improving quality control for complex shapes.
Dr. Johannes Vrana, author of “The World of NDE 4.0,” has more than 20 years of data science experience and more than 15 years of experience with sensor technology. He is a doctorate in the field of NDT and he's also an ASNT level three.
We explore the background of each study type, and decision-making criteria for selecting the appropriate method. We will also look at why the 125-piece study provides improved accuracy and reliability in decision making.
Gages need calibration, but an annual calibration sticker can mislead non-experts. In addition to regular calibration, proper maintenance, operation, and frequent result verification are crucial. The best practices outlined in this article will help ensure reliable measurements during and between calibrations.
Continued improvements in artificial intelligence, real-time reconstruction, and system miniaturization will further increase CT’s accessibility and performance
Initially for medical diagnostics, computed tomography (CT) is now essential for nondestructive testing (NDT) in industry. Recent advancements have improved its application for real-time quality control during manufacturing, enabling faster defect detection and greater efficiency while reducing scrap rates.
Richard Asiedu-Ofori, metrologist and quality management systems professional with Richedna Consultancy, sits down with Quality to talk measurement uncertainty.
Using precise measurement tools and integrated quality systems, manufacturers can achieve reliable color uniformity across multiple sites. Learn about effective strategies for color control in a multisite environment.