The first thing we can do to understand revolution versus evolution is to turn to the pure definition of these two words. The word evolution˜refers to the gradual development or changes in something over a period. 

It’s titled Senate Bill (SB) 206. Recently passed by the unanimous vote of state legislators in California, the measure would allow student athletes to hire agents and make money from their name, image, and likeness.

Quality 4.0 must be a significant contributor to the Industry 4.0 revolution happening in manufacturing, however, right now there is a significant gap between the two. 

79% of organizations are still managing shop floor quality processes with spreadsheets and paper. But the truth is, to remain competitive and reduce risk across your operations, it's time to modernize your programs and say goodbye to the spreadsheets.

In a lean manufacturing process, a poka-yoke method is employed to eliminate product defects by preventing, correcting, or drawing attention to human errors in real time. Industrial engineer Shigeo Shingo first applied the term poka-yoke (“mistake-proofing” in Japanese) to the Toyota Production System. 

Whether you call it Industry 4.0, the smart factory, or Industrial Internet of Things (IIoT), technology and the need for increased efficiency and reduced waste are pushing manufacturing toward a revolution in how we produce things.

The MD&M East, Atlantic Design & Manufacturing, EastPack, ATX East, PLASTEC East, and Quality Expo came to New York this week.

At IMTS 2018, like at any industrial trade show, the predominant theme was Industry 4.0. Although Industry 4.0 still has not scaled up to cover a significant percentage of manufacturing setups, its vision of near-total automation—and the promise of resulting cost savings—has clearly captured the industry’s imagination.

What is Industry 4.0? This buzzword seems to have been thrown around for quite some time now. How is it affecting today’s NDT manufacturing processes compared to the past? What new technologies have risen from Industry 4.0 in the past few years to benefit NDT? To answer all these questions, it is important to look back and understand how it came to be.

In the early 17th century, Galileo Galilei discovered that he could focus his telescope to examine small objects up close. Around 1620, it is believed that Cornelius Drebbel invented the compound microscope. In the 1670s, Antonie van Leeuwenhoek began experimenting with very high-magnification, single-lensed microscopes that he designed himself.