Manufacturing is ambitiously pursuing digital transformation by adopting Industry 4.0. New and emerging technologies are used to address numerous goals that are often at odds: increasing customization without losing efficiency or reducing time to market while also improving quality.

When faced with potential reliability issues, original equipment manufacturers must quickly find the root cause and determine the risk for other equipment still operating in the field.

Most quality technicians have been exposed to and probably use geometric dimensioning and tolerance (GD&T) information in their day-to-day work duties. 

Earlier this year, the U.S. Environmental Protection Agency announced it’s working on new rules to decrease NOx and other pollutants present in vehicle emissions.

In these strange times, every industry around the globe has been affected by the coronavirus. And manufacturing is no different.

Have you ever noticed how many manufacturing companies include the word “quality” in their taglines?

Making it to the top requires dedication, persistence, and continuous improvement.

The survival requirements of a part identification mark is an essential function to determine what marking system or method is best used.

Until recently, most consumer electronics from different companies were designed to be incompatible with one another. This has led to the average person realizing, to varying degrees, that they live in an Apple, Google, or Amazon-dominated household.