Blender with IBC bin

Not All Intermediate Bulk Containers (IBCs) Are Created Equal

The plumbing in your house.  The road under your car. The intermediate bulk containers (IBCs) you use in your process. 

All important.  All easily overlooked. 

Pipes, highways, and IBCs have been around for a long time doing crucial jobs, and fortunately, somebody else thinks long and hard about them.  And just like pipes and roads, using “any old IBC” can prevent an unseen risk.

IBC Bin Blender at Custom Powder Systems

“Recently a pharma company bought some IBCs from a low-end supplier and when they got them there, the side of the of the IBC was a bunch of pieces and scabbed in,” according to Bob Luebbe, Senior VP of Sales at Custom Powder.  Instead of being neat and tight, the IBC was like cobbling together small squares of drywall.

Sure, it’s a wall…but not a very good wall.

Plumbers, city planners, and IBC manufacturers like us also ask an important question:  How are you using this? We approach this like a tailor making a suit. We help you figure out the right size, what to consider depending on the product, and how our IBCs can stay flexible for future projects.

IBS Tall Bin at Custom Powder Systems

“We don’t just say, ‘Hey here’s a few standard sizes we offer…’ We make them custom fit to whatever size they’re going to need,” said Luebbe.  We understand that this is an important part of your process that is typically feeding a critical, and expensive, machine. “If we’re using a compression sleeve on a 10-inch diameter valve and one valve compresses the gap all the way and the other one doesn’t…you’re gonna be losing product.”

We don’t want that to happen any more than you do.

The IBC is often thought of last in the process, but it’s really the workhorse of your operation.  Luebbe reminds us that “whether it’s filling, blending, lifting, or discharging… The IBC is the thing that’s getting moved around the most and takes the biggest beating.”

That kind of thinking is where our niche is. 

We don’t just understand IBCs, we understand your process.  We’re thinking about the width of your hallways, the height of your doors, and the product going into (and out of) your IBCs.  We’ve even thought long and hard about the best place for the placard so every employee can clearly see what’s in the IBC. We are going into details most companies have forgotten about to make this as easy as possible for you.

Our hopper design angles go from 30 to 70 degrees, undergo drop, vibration, lifting, and pressure tests.  They meet cGMP and UN codes, and we know dozens of ways to customize to fit your unique operation.

Many things have changed since the last time you purchased a IBC: 

·       You can get more than 20 channels on TV 

·       Phones are no longer plugged into walls

·       And IBCs now have better valves and even better finishing

We know you have many things to think of, and IBCs might not be high on the list…but the good news is it’s always high on our list.  We’re thinking way ahead of the things you might not know could be a challenge, and we’d love to have the opportunity to make this easy for you.

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We also know you’re going to shop around.  Please do. Just remember:

Not all IBCs are created equal.

We’d love to talk with you about IBCs or any current containment challenge you’re facing at ISPE in Las Vegas next week. We’ll be in Booth #516, or if you’d like us to look you up (or if you won’t be attending), please call us at (417) 868-8002 or fill out the short form below:

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CPS-Pinball

Another Engineer Obsess—err, Hobby: Pinball Machines

When engineers aren’t “engineering,” you’ll often find them building, tinkering, and inventing. Most engineers spend their days within a structured framework, but they’re always on the hunt for a creative outlet. Today, we profile Scott Heffern, Senior Vice-President of Products, about his after-hours obsession: Pinball Machines.

At Custom Powder Systems, we call upon our engineers to create simple solutions to complex problems, and Scott is one of our best. Since the beginning of CPS in 2005, he’s had a hand in many of our engineering developments, including aseptic isolation, bin/blend systems, and integrated process systems.  But earlier this year we saw Scott at the Texas Pinball Festival grinning from ear-to-ear as he walked among over 400 pinball machines.

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Scott’s obsession with pinball began when he was about eight. His family would head to Minnesota to go fishing, but he was more interested in staying back at the lodge mastering the games. 

As the years went on, it was obvious his passion was more than just child’s play. He had the opportunity to purchase some arcade games and discovered his mechanical skills were perfectly suited for restoring old games. “I like the restoration as much as playing…probably even more,” Scott said.

While pinball has existed in some form since the 1700s, the contemporary version we know started its climb in the 1940s when flippers, bumpers, and electrification were introduced. The popularity reached a zenith in the 60s and 70s when pinball was such a national obsession that The Who wrote an entire rock-opera, giving us the hit song Pinball Wizard. As computerized games grew in popularity in the 1990s, the pinball industry was reduced to just one manufacturing company, but in the last decade, a resurgence has breathed new life into pinball.     

At the Texas Pinball Festival, Scott isn’t just there as an attendee. He often brings his own restorations for others to try out and occasionally purchase. Like many hobbies, this isn’t a money-maker for Scott. Seeing others get the same pleasure from pinball he did as a kid is payment enough. 

“They’re just starry-eyed. [People say], ‘I played this back in 1953!’”  But there’s more than just nostalgia happening here. It quickly becomes a family event as kids enjoy the games just as much as their parents.

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This wide range of engineering talent is what makes Scott Heffern a key part of Custom Powder Systems:  “My strength at work is the mechanical design of our equipment.” When it comes to pinball machines, Scott tells us, “The mechanisms and the toys that are on them really fascinate me.”  

When one of our customers encounters a new problem, we turn to Scott and his team to use their skills, experience, and personal passions to come up with a creative way to solve it… and sometimes knowing a little something about flippers, bumpers, or springs is the solution that’s needed!

Scott Heffern, Engineer at Custom Powder Systems, Pinball Machine Lover

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SAFETY AWARD OF MERIT FROM FABRICATORS & MANUFACTURERS ASSOCIATION

ELGIN, Ill., April 19, 2019 –  Custom Powder Systems of Springfield, Mo. was recently chosen to receive a 2019 Safety Award of Merit from the Fabricators & Manufacturers Association, International (FMA). Open to all FMA company members, the FMA/CNA Annual Safety Awards recognize metal fabrication companies that adhere to excellence in safety.

Sponsored by CNA, the endorsed business insurance carrier for FMA, the Awards are designed to promote safety in the industry, and winners are selected by the FMA Safety Council. The Safety Award of Merit is given to companies posting an injury and illness incidence rate for the reporting period that is better than the published Bureau of Labor Statistics (BLS) rate by 10 percent or greater, based on their NAICS code.

FMA Safety Award Joey and Josh“I congratulate Custom Powder Systems on winning a Safety Award of Merit,” said Edward Youdell, president and CEO of FMA. “Safety is clearly a priority for the company. They set a good example for others in the industry. FMA and CNA are proud to recognize all our safety award winners.”

To be eligible to receive recognition, companies were required to submit OSHA Form 300A, Summary of Work-Related Injuries and Illnesses, for the period Jan. 1, 2018, through Dec. 31, 2018. Firms of all sizes were eligible. Winners were selected based on North American Industry Classification System (NAICS) code categories and BLS injury and illness incidence rates.

The awards were presented at the FMA Safety Conference on April 10, 2019.

About FMA  

Based in Elgin Ill., FMA is a professional organization with over 2,500 members working together to improve the metal fabricating and forming industry. Founded in 1970, FMA brings metal fabricators and fabricating equipment manufacturers together through technology councils, educational programs, networking events, and the FABTECH® trade show. Visit www.fmanet.org for more information.

CPS Engineer Burnout

A New Negative Pressure: Burnout

As we continue to develop our reputation for aseptic isolation, we’ve learned a thing or two about containing negative pressure… and its many forms. In our shop, we use this focus as a regular reminder to consider and address the other kind of negative pressure: Stress and frustration and, specifically today, burnout: the negative pressure most recently featured in the news.

The World Health Organization is updating its definition of burnout and adding it to the ICD-11, which classifies diseases. While the new definition of burnout will be known as a syndrome, it ties burnout to negative pressures such as “chronic workplace stress that has not been successfully managed.”

If you’ve been feeling exhausted at work lately, or detached from your daily tasks, it’s time to look at burnout as the cause.

The subject of burnout gets discussed at length in certain fields – healthcare, teachers, and police officers all come to mind. But it should come as no surprise that engineers, workers, and even support staff run the risk of burnout as well.

CNBC points out that 67 percent of full-time employees felt at least some type of burnout. Those feelings come with real-world consequences as well. Burnout has been attributed to diabetes, heart disease, GI issues, and even early death.

There are symptoms that employers need to watch out for as well. Negativity, cynicism, and reduced efficacy can impact a company’s moral and its bottom line when there’s increased use of sick time.

The best time for a burnout intervention is before it happens. EngineeringJobs.com lays out seven acts that can keep you fresh and excited about your job. The article is interesting in that it points out wider options than the standard “take a break” or “use your vacation days” that we normally hear.

At Custom Powder, we’ve seen a direct correlation between our team’s wellness and our Experience Modification Rate (EMR): the number used by insurance companies to project future chances of risk based on past injuries. The lower the EMR, the lower premiums will be, and the lower the costs involved. We pass those (not insignificant) savings onto our customers.

The standard EMR for our industry is 1.00.

Our EMR is 0.82 — significantly below the industry standard.

Keep the negative pressure in your life contained, and to receive regular ideas and inspiration about workplace wellness and other critical components to the Art of Engineering, sign up for our email newsletter.

CPS Hug Your Cat

CPS Celebrates National Hug Your Cat Day

There is a long-standing tradition between engineers and their love of cats. Maybe it’s a fascination with how they always seem to land on their feet. With June 4th being National Hug Your Cat Day, it’s the ideal time to celebrate cats, engineers, and the relationship that they have together.

Our company’s President, Mac McIntosh, is awfully fond of his own feline friend, Jessie, and he’s not alone. “An Engineer’s Guide to Cats” is a tongue-in-cheek take on explaining why cats get the love that they do.

CPS - Mac & Jessie
“Mac” and his beloved feline friend Jessie.

If you happen to be a cat lover (and really, who isn’t, at least to some degree?) then there are some resources that you’ll need.

The first comes from Mac Delaney. Engineering for Cats: Improve the Life of Your Pet Through 10 Ingenious Projects is an entertaining look at problem-solving life with Fluffy.

Adafruit has an entire blog category dedicated to Cats of Engineering. Whether it’s helping to solder together a circuit board, or working with an Arduino controller, the collection is sure to remind you of your ideal working partner’s vital role.

CPS - Hug Your Cat Day - Cat of Engineering

Finally, All Cats Have Asperger Syndrome does an awesome job of explaining AS behaviors through the lens of a cat’s actions. Whether it’s sensitive hearing, scampering from one place to another, or a particular habit when it comes to eating, our furry friends can help us understand our human friends a little bit better.

So on this National Hug Your Cat Day, make sure to take time to do just that. And then thank them for spending hours with you while you work on your next passion project. They’re family too, after all.

CPS Mousetraps

Better Mousetraps – The Art of Solving Problems

At Custom Powder, we have tremendous respect and appreciation for novel solutions to complex problems, as well as the people who create them.

Changing human behavior is, perhaps, the most complex of problems. That’s why we loved this short presentation from Dan Pink on emotionally intelligent signage. The basis of Dan’s presentation is that a sign is more effective if it caters to or encourages someone’s emotions.

https://youtu.be/yuEO6zpEaxI

This presentation got us thinking about what we do here at Custom Powder. For many of you, your business depends on being able to do something better, cleaner, and with more efficiency than the status quo.

You need a better mousetrap.

There is an age-old question in business about whether it’s better to build or to buy the tools and technology that you need. More often than not, that question can be answered by looking at the focus of your own business and where the money is best spent. If you’re a pharmaceutical company, your time and money are better spent in R&D rather than in building process or containment systems.

The other point in Dan’s talk that we find interesting is the PechaKucha platform itself – the idea that we should all talk less and show more.

There’s a lot of talk that happens in the world. There isn’t enough show.

Maybe you’re a pharma company that needs to keep your process sterile. Or maybe you’re in the cannabis industry and dealing with a wealth of unknowns. Whatever the case, we’re here to help.

Sure, we could bore you with hours of talk, but that doesn’t help you get your job done. So instead, we’d prefer to get down to brass tacks and face your challenges head-on, because that’s what matters to you, and it also matters to us.

When you’re ready to show the world what you can do, give us a call. Let us build you a better mousetrap so that you can focus on what you do best.

Custom Powder - Careers

The Sky’s the Limit — Career Opportunities at Custom Powder Systems

Dylan Armstrong came to Springfield, Missouri, by way of Delaware almost five years ago. His plan was to play college football, but as we all know, sometimes life has a way of changing the best-laid plans. A close friend had moved to the area and convinced Dylan to move to Springfield to learn a trade. His work ethic and willingness to learn helped him turn that invitation into a career with us here at Custom Powder Systems, and now he travels the world to help our customers.

In The Beginning

Dylan’s story isn’t unfamiliar to most of us. But how he handled the changes that life threw his way makes him an asset to Custom Powder. After moving to Springfield, he found work through the Labor Ready employment agency. Dylan saw an opportunity and began to teach himself how to weld “a little bit. Not very well. Just a bit of the basics.”

According to a 2018 report by The ManpowerGroup, trades workers such as welders, electricians, and mechanics are more in demand than ever before. In fact, over 45 percent of employers report having difficulty filling these roles. What causes a headache for an employer creates an opportunity for someone who is willing to learn.

Joining Custom Powder

Dylan had been playing softball in a local league where he met Tyrell, who worked at Custom Powder. Tyrell had overheard that Dylan was looking for a job, and encouraged him to take a weld test.

“I took the test, and they were willing to keep me. They said that I would have to start at the bottom, but I could work my way up. I didn’t complain at all. I was willing to do whatever it took to get in the door.”

At Custom Powder, Dylan found the opportunity to hone his welding skills. Now, two and a half years later, he’s one of our trusted service technicians.

“Now, instead of building the equipment, I’m learning how to run and program all of the equipment we build and also learning to read and understand schematics. I get to learn all the ins and outs of every piece of equipment.”

Moving On Up

In Dylan’s words, “the sky’s the limit” when it comes to his next steps. But right now, he’s enjoying the life that being a service technician offers him. Recently, he had the opportunity to travel to Italy to repair some equipment for one of our customers.

The task was to fix some cracked welds and to get the job done in five days. Dylan figured on eight different jobs that needed to be done, but upon arriving in Italy he found a much bigger job. Twenty welds, in total, needed his attention.

“They gave me a week, so we still got it done. I guess they trust me a little bit,” he says, with a chuckle.

In his downtime, he was able to explore the surrounding area of Spoleto, Italy.

“It was probably the most beautiful place I’ve ever seen. At night I walked around and saw the castles, bridges, and the town itself. The town sits on a huge hill, with stone roads and buildings that are thousands of years old.”

The Secret of Dylan’s Success

If you’ve read anything about us, you’ll know that there’s no secret to why people succeed at Custom Powder – they’re willing to put in the work. Dylan is no exception to that rule.

“I started as a helper. I wasn’t even a welder. I was pushing a broom. But I wanted to learn.”

In just over two years, Dylan has gone from pushing a broom to traveling the world, fixing problems and interacting with customers. From training on reading blueprints to metallurgy, and every step between Custom Powder is willing to invest in the future of its employees. If you or someone you know sounds like a good fit for our team, we’re always on the lookout for exceptional people.

CPS Grilling Hacks

5 DIY Grilling Hacks for the Engineer in You

With Memorial Day fast approaching, we’re pausing to remember those who have served and given their all. We’re also celebrating the freedom that their sacrifice has given us. One of the most popular ways of doing that is by getting together with friends and family, and firing up the grill.

Here at Custom Powder, we’re always looking for ways to make things better, to do something a little bit different, or to build a custom solution to complicated problems.

But we like to have a little bit of fun while we’re doing it.

For example, we recently had a cardboard smoker contest here at the offices. In the photo below, you’ll see Bryan Lin‘s entry.

CPS Brian Lin Smoker

That got us thinking about better ways to grill, and apparently we’re not alone. The Internet is brimming with grilling suggestions, smoker hacks, and even DIY for those of you without your own grilling apparatus.

Here are a few of our favorites.

The Clay Pot Smoker

Food Network’s Alton Brown is a big fan of this method, and has a video where he explains why it works so well. But the idea itself is simple — Take a couple of large, clay pots, put a grill grate into them, and prepare for something delicious. Even better? There’s no charcoal required. Read the full how-to over at Make.

CPS Clay Pot Smoker

The Bitty-Q

You ever find yourself out at the lake, enjoying a cold one, and then shocked to find that there are no grills available? We’ve got a solution for you. All it takes is a drink can, a couple of charcoal briquettes, and a wire coat hanger. The King of Random has a video tutorial.

Washing Machine Grill

CPS - Washing Machine Grill

We love seeing innovative ideas, and this one is pretty great.  Sachin Mohiputloll shows us how to take an old washing machine drum, and turn it into a world-class BBQ grill. Bonus points to Sachin for his use of a cutting wheel, because we love using power tools.

The BBQ Table

We’ve all seen it. Everybody gets together for an afternoon of food and fun, but there’s one person left tending the grill. Usually removed from the rest of the festivities.

But what if the table was the grill? That’s the question that Jag Grills answers. The company combines a BBQ grill and fire pit with a six or eight-sided table to make sure that everybody can be in one place.

Bonus: High-Tech Brisket

Could the world’s best brisket come from an aluminum smoker, built by some Harvard students? It might sound crazy, but just wait until you hear how they made it.

CPS - Wired Smoker

The behemoth weighs in at over 300 pounds, and it eliminates all of the problems that smokers have. There is a refueling chute, preventing the need to open the smoker. Temperature control is handled by a Raspberry Pi computer, connected to fans. Oh, and the team developed the contraption in the dead of winter. Not exactly the ideal time to try to smoke a notoriously-difficult cut of meat.

The whole story is fascinating, and worth a read over at Wired.

ICS - Aseptic Isolation

Aseptic Isolation – The Time Is Now

The meeting was held in December. Over 200 people attended a 2 1/2 day seminar hosted by the International Society of Pharmaceutical Engineers (ISPE). The takeaway? The time had come for aseptic isolation to come into its own.

The problem? The meeting happened in 1995.

Flash forward and we’ve only just begun to scratch the surface of what we can do with aseptic isolation. The question is, what took us so long to get started?

That answer is pretty simple — the technology wasn’t ready yet. The idea was solid, but failures caused delays. For many companies, especially those that had existing clean room implementations, the opportunity cost and associated risks to integrate an aseptic isolation system were simply too high.

But — if we can go out on a limb to say it — the time has come to kill off the clean room.

Death to the Clean Room

It’s important to note, first off, what aseptic really means, because this is the biggest area where clean rooms fail.

Aseptic isolation means keeping people out of the space, thereby limiting contamination or cross-contamination.

In fact, clean rooms are such a common point of failure that, when the Food and Drug Administration (FDA) walks in for an inspection, the inspector will bypass the isolation system and head straight to the clean room. The FDA has even gone so far as to take a stance, where the agency normally does not, in saying that aseptic isolation should be the new standard.

The fact of the matter is that clean rooms have points of failure that aseptic isolation systems do not. We live and operate in a world that is risk-averse. So even if the FDA is not saying “thou shalt use aseptic isolation systems”, the agency is acknowledging the inherent risks of clean rooms and giving guidance to avoid them.

That being the case, why is the FDA still approving clean rooms? The short answer is that people still want to use them. ROI is the primary concern, even if that ROI is only positive in the short term.

The Aseptic Advantage

The heart of the conversation is also the proverbial elephant in the room. Building and implementing aseptic isolation costs more money up front than building a clean room. But in most cases, those costs can be recouped many times over within a short period of time.

The arguments for spending the money come in many forms. First, there is less risk for lost batches. When your raw materials cost is in the hundreds of thousands of dollars for a single batch, losing one to a clean room failure is a tough pill to swallow.

Second to that, isolation systems require less space. In some cases, where the systems can be moved from one area to another, increased productivity alone is enough to justify the additional cost. We’re no longer tied to having all operations within a single location and forcing everyone to work inside of it.

This brings on another point that is often missed – operator satisfaction. An operator is able to use a glove box, rather than having to wear full protective equipment with their face and eyes covered. The rules of the surrounding room can be less stringent as well. In many cases, the room may only need to be kept at an ISO 7 level, rather than an ISO 5 and the required associated cleaning.

There is, of course, the associated time cost as well. Every time that you have to gown up to enter a clean room, you can bet on fifteen minutes. Then once you are ready to leave, there are another fifteen minutes involved. Add those thirty minutes, plus two breaks during a day, and then lunch. Suddenly the costs start to make a lot less sense when lost minutes turn into lost hours.

For those of you considering aseptic systems, there are other advantages that need to weigh on your decision. Not the least of these is the associated cost for running an aseptic system versus a clean room. Environmental controls, airflow, and maintenance all turn into money that you’re having to spend. With a closed, aseptic system, each of these factors experience a dramatic cost reduction.

Finally, it’s worth looking at the job of your quality assurance person. In days past, every operator in a clean room was another potential source for contamination. Further, compared to a clean room, the smaller size of an aseptic system allows for easier certification.

Answering Your Aseptic Questions

The three questions that we hear the most when it comes to aseptic systems have nothing to do with their capability. Anyone who has spent any time around clean rooms versus aseptic systems can tell you their advantages. What people do want to know is simple:

  • What’s your aseptic isolation lead time?
  • What accessories do you use?
  • How much does aseptic isolation cost?

The simple answer for all three of these is “it depends.” The deeper answer is that it depends because we don’t believe in building cookie cutter solutions. We’d love to have a conversation about your situation to see how we can help and give you an idea of cost. We have built custom aseptic isolation solutions for customers from Iowa to Canada, and China to the east coast of the United States.

We are Integrated Containment Systems and Custom Powder Systems. We work with you to custom design the best solution to your problem, then build that design for you. And even better, because we’re based in the United States, we’re going to be there to fix a problem if something goes wrong.

What can we build for you today? Contact us and let us know.

CPS - Napkin Sketches

Napkin Sketches – The Story of Paul and the MRI

At Custom Powder, we believe in working with you every step of the way, from pencil to product. We realize that inspiration often strikes at the most inopportune times, and sometimes you just have to grab what’s in front of you and write it down.

You’re not alone.

Some of the greatest ideas in history came to life by writing them on a scrap of paper, the back of an envelope, or as you’ll read in today’s story, on a bar napkin.

The Irish poet and playwright, George Bernard Shaw (himself no stranger to bar napkins), famously said, “You see things and you say why? But I dream things that never were and I say why not?”

A Guy Named Paul

Paul Lauterbur was an American chemist who turned a napkin into a Nobel Prize. It may have taken over 30 years for the prize to make it into his hands, but along the way, his work changed lives.

The story starts in the late 1930s. Paul was a peculiar kid. He wasn’t especially interested in sports, or playing games, or anything else that the other children were doing.

He preferred to spend his time doing chemistry experiments.

Looking back, Paul describes his childhood as idyllic. His parents both worked hard, but they loved spending time with their family. Though the standout character in Paul’s past was his aunt. She was, according to Paul, “a very gentle person, always willing to listen to a child.”

It’s possible that his aunt was responsible for Paul’s eventual path toward science as a career. She was, herself, fascinated by natural history. She gifted Paul a subscription to Natural History magazine and those early readings helped guide Paul’s curiosity.

Not only did his aunt listen to him and encourage his experimentation, but his teachers did as well. His science teacher even went so far as to allow Paul to experiment in the back of the class while his fellow students studied their lessons.

College was the time when Paul’s life took a dramatic turn. He studied Chemistry at the University of Pittsburgh. One day, during lunch, he began sketching out an idea on the back of a napkin.

The Birth of the MRI

As is common with big ideas, the MRI started with a smaller one. The 1952 Nobel Prize for Physics was awarded to a pair of scientists who had studied nuclear magnetic resonance (NMR). Paul’s idea was that he could use NMR to produce images of the body instead of limiting its use to studying chemical structures of substances.

Paul went on to work at Stony Brook University in the 1960s. As a visiting faculty member to Stanford in 1969, he dove in to further study NMR. Once he returned to Stony Brook in 1970, he continued his studies, and it was that work that would earn him the Nobel Prize in 2003.

In 1971, he sent a paper with his findings to Nature magazine. His example included grainy images that showed the difference between “heavy water” (water with deuterium atoms) and ordinary water (good old H2O). The magazine wasn’t impressed with Paul’s work, blaming their decision to pass on the fuzzy images that had accompanied the submission.

It’s important to note that no other imaging technology of the time could tell the difference between the two types of water.

Problem solvers are not people who give up easily, and that was Paul’s story as well. He inquired about the rejection, stated his case again, and today you can still read Paul’s original paper online.

Paul would later reflect on the irony of Nature’s decision:

“You could write the entire history of science in the last 50 years in terms of papers rejected by Science or Nature.”

From a Napkin to History Books

Paul Lauterbur will go down in history as the father of the modern MRI, and the entire story began on the back of a napkin. You don’t have to be an artist to be successful with napkin design. In fact, it’s less about the art itself and more about getting an idea out of your head.

What’s your big idea? We’re here to help you make it into a reality.