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Elasto Proxy's Sealing Solutions Blog Blog

Elasto Proxy's Sealing Solutions Blog

Elasto Proxy's Sealing Solutions Blog is the place for conversation and discussion about the design and custom fabrication of rubber and plastic components. For nearly 25 years, our family-owned company has provided high-quality, low-volume seals to a variety of industries. Doug Sharpe, Elasto Proxy's co-founder, is a former president of the International Sealing Distribution Association (ISD), a not-for-profit trade association that enhances member success through information, education, and interaction. By blogging for CR4 in this same supportive and collaborative spirit, Doug and other members of the Elasto Proxy team will share our experiences with you.

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Industry 4.0 for the Real World

Posted May 15, 2018 4:55 PM by Doug Sharpe

Industry 4.0 is a catchphrase and buzzword that you can no longer afford to ignore. This fourth phase of the Industrial Revolution isn’t just about the increased digitization of manufacturing. It’s not just about advances in automation either. Industry 4.0 could change how your company competes and whether or not you’ll continue to win. Industry 4.0 isn’t just about technology. It’s about profitability.

What Is Industry 4.0?

Industry 4.0 is a term that most manufacturers recognize, but that few can fully define. The media hype doesn’t help. The fact that manufacturing experts have different definitions adds to the confusion. For the purposes of this article, we’ll define Industry 4.0 as a family of technologies that use a cyber-physical interface to improve how humans and machines interact in order to add business value.

Which technologies are part of the Industry 4.0 family? Here’s what we’re including:

  • Robotics and advanced human-machine interfaces
  • The Industrial Internet and the Internet of Things (IoT)
  • Big Data and cloud computing
  • Simulations and augmented reality
  • Horizontal, vertical, and customer system integration
  • Additive manufacturing (3D printing)
  • Cybersecurity

Unfortunately, some of these “family members” are also buzzwords whose meaning has been diluted by misuse and overuse. There’s also a common misunderstanding that Industry 4.0 is revolutionary because it’s about the digitization of manufacturing or the use of automation. Remember: neither digitization nor automation are new. What’s revolutionary is how they’re being used together – and with people.

Smart Factories and Warehouses: Three Examples

Let’s look at some examples of Industry 4.0 in the real world.

Harley Davidson is an iconic motorcycle manufacturer that consolidated operations from 42 old buildings into one new factory. The company’s York, Pennsylvania facility uses digital control systems, automated guided vehicles, tablet PCs, and wireless digital signage. This facility has reduced production cycles from a fixed 21-days to a six-hour horizon. Worker injuries are also down by 91%.

General Electric is a multinational conglomerate with roots that reach back into the nineteenth century. At its gas turbine plant in Greenville, South Carolina, GE uses advanced manufacturing equipment with sensors, industrial networks, and advanced software for data analysis. Thanks to these investments, GE’s smart factory realized a $100 million productivity savings across the entire facility in three years.

Knapp AG is a German logistics company that has developed a human-machine interface for picking. Workers wear a headset with an integrated camera and see-through display. The camera captures serial and lot numbers for real-time stock tracking. The headset presents workers with item information and lets them keep both hands free for picking. This human-machine interface has reduced error rates by 40%.

How Industry 4.0 Drives Value

As these examples show, Industry 4.0 isn’t just about new technologies. It’s about getting business value from these investments. According to McKinsey & Company, a worldwide management consulting firm, Industry 4.0 provides options, or “levers”, for value drivers – anything that can be added to a product or service to increase its value to customers. This table explains.

Value Drivers

Industry 4.0 Levers

Resource / ProcessSmart energy consumption

Intelligent lots

Real-time yield optimization

Asset UtilizationRouting flexibility

Machine flexibility

Remote monitoring and control

Predictive maintenance

Augmented reality for maintenance, repair, and operations (MRO)

LaborHuman-robot collaboration

Remote monitoring and control

Digital performance management

Automation of knowledge-work

InventoriesBatch size

Real-time supply chain optimization

On-site 3D printing

Supply / Demand MatchData-driven design to value

Data-driven demand production

QualityDigital quality management

Advanced process control

Statistical process control

Time to MarketRapid experimentation and simulation

Concurrent engineering

Customer co-creation / open innovation

Service / After-SalesPredictive maintenance

Remote maintenance

Virtually guided self-service

Industry 4.0 and You

According to the Boston Consulting Group, a majority of larger manufacturers (53%) see the adoption of Industry 4.0 as a priority. Yet a sizable percentage of smaller companies are uncertain about what Industry 4.0 really means. Unsurprisingly then, approximately one-third of smaller manufacturers (34%) do not have plans to develop or implement an Industry 4.0 strategy.

Is your company ready for Industry 4.0? What are you doing about this fourth phase of the Industrial Revolution? Are you considering specific technologies? Maybe you’ve implemented some aspects of Industry 4.0 instead. Regardless of where you are in your journey, we hope this article has been helpful. We also invite you to share your thoughts by commenting on this blog entry.


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Join Date: Apr 2017
Location: Southern Illinois
Posts: 350
Good Answers: 8

Re: Industry 4.0 for the Real World

05/16/2018 10:04 AM

I could get into a highly philosophical comment about this. But, I'll just say that if humans make/manufacture something, then it ultimately has to start with something that's hand-made. Hand-made things are usually not good enough, so we make crude tools which in turn can make more precise/better tools, which eventually make the end product. Which in turn again, is trying to be interfaced directly with the original source (humans). That seems to me to indicate an attempt to invent a direct man-made evolution-loop (regardless of the natural-evolution debate). In other words, the natural man/machine interface, is the human hand to whatever produces/makes the machine(s) that human(s) want to be in existence. Once it's in existence, then it's the machine's controls. Machine-language used to be the skilled use of screwdrivers and soldering irons (tools). That's how humans used to "talk" to machines. Now, it's an abstract/non-tangible code of instructions for an existing physical machine. When the human/machine interface evolves into something other than a hand-made item, then maybe we can no longer be called humans and "natural" will now be obsolete. The implications of that will be hard to foresee, except that no one can deny anymore, that it is at least somewhat within our control. And that, will have implications in the Free-Will debate.

Science is the "cookbook" for making things.
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