So Industry 4.0 is here to stay IIoT has already transformed manufacturing. There’s no turning back. Manufacturers, especially discrete manufactures, can no longer afford to ignore it, nor can they stick with traditional processes. Why? Because they will not survive
What is supply chain collaboration anyway…? I’ve learned that the term ‘supply chain collaboration’, is often a term that is used to say different things, or to present different opportunities. For discrete manufacturers, it is an important term that may
Industry 4.0, connectivity, smart-factory, digital factory, digitalization, IIoT… sound familiar? These certainly aren’t new terms in our discrete manufacturing industry. Still, with the recent evolvement of technology, the variety of new industry 4.0 solutions, the extensive knowledge of plant
Working in the manufacturing industry, you are no doubt familiar with the growing trend of Industrial IoT, also known as Industry 4.0, the Connected Factory or Digital Factory. We have all heard of and read about these and similar buzzwords
I’ve recently noticed an increasing interest in management and optimization of tool usage & maintenance cycles. The growing demand for parts in aerospace, automotive and other industries, along with the continuous pressure to cut costs, shorten production times and ensure
I recently had the privilege to speak at the SME Smart Manufacturing event in Los Angeles where I presented at the Digital Transformation seminar. During the event, I met representatives from many leading manufacturers and I came away with four
Why Wind Blades OEM’s Need to Embrace the Industrial IoT I’ve been doing a lot of research into the energy industry recently, particularly the wind power vertical. And I’m convinced we are on the cusp of a wind energy revolution.
Remember when you first started using a GPS navigation system in your car? First time you used it, you’re thinking “Wow!” Second time, you’re thinking “Wait! I know my commute better!” and then suddenly you wind up in a massive
I recently discussed the issues that came up at AeroDef after taking part in a panel discussion about “Industrial IoT and the Digital Twin.” My previous post discussed these main points: Quality issues happen, but they quickly evolve into much
I’ve been thinking for quite a while about the real cost of poor quality and the impact of discovering manufacturing faults too late in the process. This year at AeroDef I had the privilege to take part in a panel
Modern manufacturing is becoming more complex as product variation and production volumes increase. Composites manufacturers have less time and ability today to make optimized decisions, resulting in waste and inefficiencies. Leading companies are realizing that implementing IoT (Internet of Things)
Leading factories are realizing that implementing IoT (Internet of Things) is the way forward to gather real-time data from the production floor. Nevertheless, integrating such innovation into your organization requires planning ahead and paying attention to the key factors described in this
Now that the tender has been won and the announcement has been made, the time to start producing and supplying the product has begun. Management must now ask, “How can we reproduce the product performance we achieved during prototyping and
“Internet of Things” or “IoT” is defined as the technology of connecting devices, systems and services that goes beyond machine-to-machine communications. But while this technology is now setting footprints in various sectors, like healthcare, transportation and energy, it has become
Is paper work an inseparable part of manufacturing? Advanced manufacturing processes have always involved paper work traveling with the work order. However, manually logging production information and tracking route cards or printed reports is time consuming, prone to errors