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In the middle of the most chaotic, uncertain months of 2020, manufacturers discovered that the perfect antidote was to double down on quality and reliable delivery—turning to their enterprise resource planning (ERP) systems for the timely insights needed to navigate rapid changes in market demand and resources across their supply chains.
Before we can talk about reverse engineering as an application, it is important to understand how and why it has emerged as a critical metrology tool for manufacturers, and how it fits in the rapidly evolving digital workflow. Just a few years ago, the term ‘reverse engineering’ was associated more with industrial espionage, stealing designs, or product features from competitors. What has changed?
Success in building the factory of the future depends on manufacturers reimagining and broadening their investment in an operational stragety that's been around for decades.
Before the vast majority of manufacturers can successfully adopt the technologies and capabilities that industry experts have collectively labeled “Industry 4.0,” some serious work needs to be done.
Medical devices can present unique challenges for manufacturers. Consequences for malfunctioning equipment can be dire. Because of this, medical device manufacturers must work hard to ensure that their products never fail.
It all started with the wheel. Moving things, and ourselves, across distances became easier and more efficient with the wheel. Over the centuries, we progressed from carts we pushed ourselves to wagons pulled by animals we domesticated and trained.
Intelligent factories, electric vehicles and traceability are just some of the factors that are influencing change in automotive part inspection, say experts in the field.
Although automotive parts suppliers use a variety of testing equipment to conduct a wide range of tests and inspections—and within specific tolerances, which warrant highly precise tools and processes—original equipment manufacturers have refined these inspection practices over the course of decades.
Using readily available tools such as graphs, tolerances, comments, and test criteria ensures that the required tensile information is on hand when needed.
For medical parts manufacturers, quality inspection is critical. Liability for defects, inconsistent quality, fluctuating supplier costs, increased globalization and device regulations all pose challenges for the industry.