Generative AI Searches are transforming how professionals access technical data in fields like inspection and gages. While these tools deliver quick results, reliance on their outputs can lead to inaccuracies, as shown by discrepancies in thread specifications. Understanding the strengths and limitations of Generative AI is essential for ensuring the accuracy and relevance of information used in gage calibration and metrology.
Manufacturing is not slowing down. Lead times are tightening, complexity is increasing, and quality control departments need to be able to keep pace with it.
Metrology is the science of inspection. It includes various measurement tools such as calipers, gauges, micrometers, and vision systems, which are often used for quality control in nondestructive testing (NDT).
The standardization of screw threads has been a historical endeavor involving several organizations. However, the ASME B1 Screw Thread Committee has emerged as the primary organization responsible for holding, updating, and curating these standards.
The aerospace industry is one example of where the marrying of automation and metrology is being adopted to elevate product quality and operational excellence.
The aerospace industry uses automation and metrology to improve product quality and safety. Components require precise measurements for high quality and efficient production.
Accurate thread ring gauges are crucial for quality and consistency of threaded parts. This article outlines the procedure for setting a thread ring to a master setting plug, as per ANSI B1.2 standards.
One of the more frequent questions we receive is: I am tapping a ¼-20 UNC 2B internal thread with an “H13” tap, what gage do I need to inspect the threaded holes in my parts after tapping?
Imagine your task for this week is to develop a hand tool gaging solution for a large rotor with an ID of nearly 400mm. Given the size and the large diameter, it is unlikely the part can be brought to a gage or even a CMM for an in-process check.