CIMx Blog

As people, we are inherently curious.  Even as we age, that yearning for something new causes us to travel, meet new people, maybe even wander a bit.  Curiosity is a part of human nature.  We all read studies (and see the evidence) of how curious children are when they are born.  We also see the results of traditional educational models in curiosity.  Driving children to conform to a single norm of sitting in straight-line desks and file in lines works for teachers in that in helps to control the chaos of the classroom, but if you were like me and many other entrepreneurs, conforming naturally bucked the curiosity you felt about issues that weren’t on the schedule for the teacher today. 

In a recent Harvard Business Review article on Why Curiosity Matters, Francesco Gina explores curiosity and its results on business specifically.  While most breakthroughs come from curiosity, she cites all the ways that business kill it in their workers.  Critical to this center of thinking is the notion that “it will increase risk and inefficiency.” 

Ms. Gina lays out the benefits of curiosity in work.  Confirmation bias is first on the list.  We’ve talked about this before.  Expecting what you’ll see and seeing it, whether it’s there or not.  This shows up in manufacturing all the time.  We hear it called “tribal knowledge.”  Many companies tell us that their workforce just “knows what to do.”   That only works if you never want to change how they do it. 

In training your workers to “just know,” you are eliminating the possibility of anything new.  My mind immediately goes back to the days of early automation.  Whether that conjures a picture of Lucy trying to wrap chocolates on an assembly line in “I Love Lucy” or assembly workers at the early days of Ford, this is not the way work is done today.  In the era of click and swipe, no one wants to do a job the same way all the time. 

Pictures solidify messages.  Science tells us that we forget most of what we read.  (This doesn’t speak well to what you might remember about this blog, so be sure to come back and read it again.)  We remember context.  That could be the place you were when something happened.  Smells.  Visual elements of the world around you.  The writing on the page. 

The last time that you went to a bookstore (you have been to one recently, yes?), do you remember picking up a book because you liked its cover?  Maybe a magazine’s front picture drew you in?  These are images that recalled something in your mind.  They caused you to have an emotion which made you lean in.  If you opened the book, do you remember liking the text, the way it looked on the page?  Or not?

These emotions related to what you see help you to remember the content as well.  Without a connection between seeing something and an emotion, chances of you remembering it shrink drastically.  Studies (and Edgar Dale’s Cone of Experience) show that 10% of people remember what they read but 90% of what they do. 

For companies still reluctant to change in the face of the next industrial revolution, there are simple strategies you can take to position your company for success.

There’s a famous quote by Albert Einstein that has particular relevance to modern manufacturing – “Insanity: doing the same thing over and over again and expecting different results.”

The convergence of Information Technology (IT) and Operations Technology (OT) is having a profound effect on manufacturing. The days when IT resources could get by without ever having stepped on a shop floor are gone. Operations can no longer refuse to put another “damn computer” on a work center or refuse to look at new technology.

Procedures and checks can only take your quality improvements so far.
To maximize your quality, you need to design quality feedback loops.

Manufacturing companies are continually pursuing quality improvements, and with good reason. Improved quality not only increases productivity and profit as non-conformances and scrap are reduced, ensuring the shop floor is focused on product that ships, but also aids in sales. Consumers buying a product don’t care about productivity and efficiency; they care about value and quality - manufacturing quality.

There is more to effective manufacturing analytics than reports. You need an effective and efficient process for collecting data.

Manufacturing is changing.

In the past, it was enough to write a few notes on the traveler, type them into a spreadsheet at the end of the day and print up a report. As long as work was completed and product moved, a shop floor could get by.

With the advent of new technology, smart manufacturing, and a digital foundation for production, paper-based data collection is no longer sufficient to support the shop floor.

As manufacturers struggle to reduce costs and improve production, more and more companies are turning to paperless manufacturing to improve quality.

As production grows increasingly more complex the Cost of Quality (COQ) is also increasing, with some companies reporting costs as high as 10% of revenue. The indirect and soft COQ may be even higher as you consider the non-value added time necessary to evaluate and address quality escapes.

When manufacturers consider initiatives to lower costs, quality is an emphasis. Modern MES and paperless manufacturing systems are delivering tremendous value to companies focused on improving quality.

We offer an easy way to start a paperless manufacturing project today, giving you a kick start on modernizing production.

For many manufacturers, the decision isn’t which digital manufacturing system to use. It’s whether they should even start a project or not.

These companies struggle. They aren’t working toward process improvement. They wonder when the next disaster will hit because their systems aren’t working.

They know there are problems:

We offer simple tips for success for companies looking to improve manufacturing with a digital strategy.

There are a lot of options out there for a company looking to update their manufacturing or improve production.

Do you buy new machines? Maybe you look at process improvement through Lean manufacturing or Six-Sigma? Then there are a dizzying array of software products – QMS (Quality Management System), PLM (Project Lifecycle Management), the standard MES (Manufacturing Execution System) or MOM (Manufacturing Operations Management), and then the more esoteric or arcane choices like process and performance analytic engines with IIoT (Industrial Internet of Things) and colorful dashboards you can endlessly format.

Ever consider why you should be thankful for a modern, smart manufacturing system? 

In the USA, we’re preparing for the holiday season, and pondering the multitude of reasons we should be thankful.

This got me thinking about Smart MES. Recently, we looked at Smart MES, and discussed data-driven manufacturing. In doing so, we studied the benefits of both. While capabilities and benefits of software are important, neither highlights the true value of the system.

So, in honor of the season of thankfulness, we take a closer look one very important reason why you’ll be thankful you invested in new Smart MES and digital manufacturing.

Now more than ever, manufacturers need software solutions designed to accommodate change. Learn how to determine the technology-readiness of a potential solution.

Last week, we discussed the importance of flexibility in manufacturing software. When a software system forces a shop floor or production team to adapt to new processes, or puts arbitrary limits on production, then users will struggle to optimize production or realize the expected benefit of the MES.

Change happens too quickly in modern manufacturing for systems that lack flexibility. How do you manage an update in government regulations? What happens when a customer calls with a new priority and a rush order?

There are a lot of MES and manufacturing software systems out there for companies to choose from, but not all are created equal. They all offer similar functionality. They manage manufacturing information, sending work instructions to the shop floor and collecting data on production.

While some MES offer just the standard core functionality, other systems, especially older software, struggle with functionality-creep, attempting to handle everything from your product lifecycle to financials. We believe ERP (Enterprise Resource Management) and MES are different. Tools that pile functionality in the system force users to work the software rather than manufacturing.

Don’t waste your manufacturing records. By converting them to Smart Data, you can improve communication and access to information, and enable data-driven manufacturing.

Many manufacturers are facing an imminent (and potentially dangerous) records problem – a “data-geddon” you might call it. They have years (even decades) of manufacturing data and records sitting in outdated systems, or on servers or databases slowly falling apart or becoming completely unusable.

They keep these decrepit servers on life support through IT wizardry because they NEED the data for some reason, even though they can’t really use it.

More and more manufacturers are benefitting from paperless manufacturing and systems such as MES – proof of the power in data-driven manufacturing.

Change is coming to manufacturing.

Spend enough time reading material out there, listening to analysts or keynote speakers, or just studying the manufacturing market and you can see the signs of change.

As we begin grappling with change, we try to give it a name. Some are calling it “Industry 4.0.” They see the Smart Factory in our future, built on the Internet of Things with cyber-physical tools in every nook and cranny… and on and on…

Many manufacturing software companies claim they offer visibility and control, but gaps in their functionality can leave an unsuspecting customer scrambling to fill the holes.

MES vendors love to claim their software offers, “manufacturing visibility and control.” It sounds good, and it’s an easy claim to make because any manufacturing manager with a bullhorn could stand on a catwalk above the shop floor and have visibility and control. He can see people working, and if he blows that horn people will stop working. A catwalk and a bullhorn is not the visibility and control manufacturers need when purchasing an MES.

We’ve already begun studying ways to use Augmented Reality on the shop floor. Are you ready for the future of manufacturing?

By Nick Stonebraker, CIMx Software Developer

It sounds like a scene from a science fiction movie – a shop floor worker wanders a warehouse or production area. He wears a device over his eyes, and everywhere he looks data scrolls before his eyes. The temperature of a machine appears in a graphic. An arrow points in the direction of the material he is looking for, while a red warning sign flashes over a danger on the floor.

It’s known as augmented reality – using technology and computer-generated sensory input to enhance the user’s view of the real world. With Augmented Reality, technology works to enhance our current perception of reality.