Test & Inspection

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Political strife, economic instability, and natural disasters challenge the manufacturing sector. This month, explore expert insights on the role of artificial intelligence in quality management and new optical inspection standards.

This article outlines common mistakes in applying GD&T and datum features that can frustrate machinists, confuse quality inspectors, and hinder CMM programmers. Recognizing these issues early can enhance communication, streamline inspection, and lead to better parts.

Explore the latest innovative products and techniques for verifying uncertainty in today's manufacturing environment.

What is a custom gage? Is it a standard fixed limit gage made per ASME B47.1, or a modification of an existing design? Does the product require a new gage, a fixture, or a variable type gage? This article will explore modifications to existing plug gage designs and some special gage designs.

Precision is crucial in medical manufacturing, yet the industry faces labor shortages and increasing complexity. AI developments offer a solution by enhancing human expertise, enabling manufacturers to operate efficiently with limited labor and time while also improving patient safety and production resilience.

Manufacturers struggle with product quality and throughput due to increasing assembly complexity from automation, connectivity, and electric vehicle parts. Process engineers face challenges like strict documentation, short cycles, and safety concerns, emphasizing the need for more efficient manufacturing and quality inspection.

AI and 3D vision technologies ensure quality at BorgWarner assembly plant.

One force measurement application gaining popularity is wire terminal testing, where a controlled pull on a crimped connection is used to measure force, assessing its integrity and quality.

PHILADELPHIA—Engineers at Drexel University have developed a benchtop tool that enables automakers and suppliers to get a better look at the electrochemical and mechanical functions of EV batteries.

The microtester has revolutionized materials testing by allowing precise evaluations of small specimens, such as biological tissues and semiconductor wafers. This article discusses its key features, benefits, and future potential in materials testing.