In the name of God, the Most Gracious, the Most Merciful
Nypro Manufacturing was the best injection-molding company in the world. Their machines were the finest money could buy. Their engineers solved problems nobody else could. Their CEO, Gordon Lankton, had built the company from 20 people to a global powerhouse over 40 years.
Then one day, Gordon brought back a tiny, simple machine from Japan — and his entire organization rejected it. Not because they didn't understand it. Not because they disagreed with the strategy.
But because everything that made them great made it impossible for them to do something simple.
- Every organization has three invisible forces — Resources, Processes, and Profit Formula — that determine what it CAN and CANNOT do
- The very processes that make a company excellent at one thing make it structurally incapable of doing a different thing
- When innovation fails inside a great company, the problem isn't the people — it's the organization's DNA
- You've watched a talented team fail to execute a new initiative — and couldn't explain why
- You've seen engineers over-complicate something that was supposed to be simple
- You want to understand why "just do it differently" never works as a strategy
- You read The Three Types of Innovation and want to understand what happens inside the company when disruption hits
20 People and a Dream
In 1955, two guys named Fred Kirk and Nick Stadtherr founded a tiny plastics company called Nypro. They ran it 50/50 for seven years. Then, in 1962, a young man named Gordon Lankton answered a job ad, ended up buying 50% of the company, and started working as the general manager.
By 1968, Gordon owned 100%. But as he liked to say: "I owned 100% for one year, and then I started giving it to the employees."
That tells you a lot about Gordon. He wasn't a typical owner. He was a people person — a mechanical engineering graduate from Cornell who freely admitted he wasn't much of an engineer:
"I'm a people person. I took mechanical engineering, but I'm not a good engineer. So when I got into the business, I was interested in plastics and making products and satisfying customers and keeping the employees happy — rather than the mechanics of the business. My forte was understanding people and winning them over."
Over the next four decades, Gordon would transform this 20-person shop into one of the most admired manufacturing companies in the world.
The Magic of Injection Molding
To understand Nypro's story, you need to understand what they actually did. Vince Issenman, who came from California to Nypro's North Carolina facility in 1986, helped build the plant, and started as a "floor boy, filling hoppers and stuff" before working his way up, explained it simply:
"We take a raw form of plastic, solid, put it through an extruder with compression. And through a high pressure, we force it into a steel mold, which was called a cavity. And then the plastic forms the dimensions of that cavity. There's a cooling process — pops out, and it's magic. You've got a part."
That's injection molding. Raw plastic goes in, pressure pushes it into a mold, and a finished product pops out. Simple concept — but the execution is where Nypro shined.
High Cavitation, Fast Cycle, Precision
In injection molding, customers want the lowest cost per part. The way you achieve that is by getting more parts out of each cycle. And the way you do that is by having more cavities in each mold — more cavities means more parts falling out with every cycle.
As Vince explained: "We have become, Nypro has become, a true expert in high-cavitation, fast-cycle molding with precision. High cavitation means more cavities within the parameters of the tool. And our customers like it because the cost is lower for them."
And they had the best machines to do it. Through a joint venture, Nypro used Netstal machines — the finest injection molding machines in the world. Vince remembered the envy from competitors: "You talked to other people in the industry and they were so envious that we got to use Netstal machines. The technology just took us way above other competitors."
Strong GMs, Not Cost Centers
Gordon didn't just invest in machines. He invested in a decentralized structure that gave people real ownership. Ted Lapres, who joined Nypro in 1988 as corporate controller, became CFO in 2002, and then CEO in 2006, described Gordon's philosophy:
"We believed in strong general managers that were P&L responsibility, not just cost centers. Our task was to run a business. He didn't tell you how to do it. He gave you the tools, the corporation gave us the tools in order to get it done. We had the best of everything. And the expectation was, just make it happen. Do it."
Nypro had plants around the world, each run by a GM with real authority and real accountability. This wasn't a company that micromanaged from headquarters — it was a company that trusted its people.
So here's where we are: the best machines, a visionary CEO who trusted his people, world-class engineers, global plants, and a brand that commanded respect. By every metric that mattered, Nypro was the best in the business.
And that's precisely where the problem begins.
The Chef Who Couldn't Open a Food Truck
Before we go back to Nypro, let's think about something more familiar.
Imagine you're the head chef at a Michelin-star restaurant. You have the best ingredients — imported truffles, aged beef, hand-picked herbs. Your kitchen runs like clockwork — every plate is tested, tasted, and perfected before it leaves. And your business model is built around parties of 8+ at $200/head — exclusive, high-margin, reservation-only.
Now someone asks you to open a food truck. Tacos. $5 each. Street corners. No reservations.
What happens? Your sous-chefs can't stop themselves from making the tacos too elaborate. Your ordering process is built for expensive ingredients in small quantities, not cheap ingredients in bulk. And your finance team can't figure out how a $5 taco generates enough margin to justify the effort.
It's not that anyone is wrong. It's that everything in your organization — the way you cook, the way you buy, the way you make money — is designed for Michelin-star dining. The food truck doesn't fail because you lack talent. It fails because your organization's DNA rejects it.
This is exactly what Professor Clay Christensen discovered about organizations. And it starts with understanding three invisible forces.
Three Forces, One Organization
Clay put it simply: "There are three sets of factors that determine what your organization can and cannot do. You have resources, you have processes, and you have a profit formula."
Every organization — from a startup to a multinational — has these three forces operating inside it. Together, they form what we'll call the RPP framework (Resources, Processes, Profit Formula). Understanding RPP is the key to understanding why brilliant companies fail at things that seem simple.
Resources: The Things You Can See
Resources are the tangible assets of your organization. Clay defined them as things that can be "hired and fired, bought and sold, built and depreciated."
Resources include people, equipment, technology, information, customers, distributors, brands, and cash. They're visible — you can count them, measure them, point to them. And they're flexible — you can move people between projects, sell equipment, or invest in new technology.
This is what most managers focus on. When something isn't working, the instinct is to look at resources: "Do we have the right people? The right technology? Enough money?" And in a new company, that instinct is actually correct — because in the earliest stages of any business, almost all of its capability resides in its resources.
A startup with three brilliant engineers can build almost anything — not because they have great processes (they don't — they're figuring things out day by day) but because the people carry the capability.
But as companies grow, something shifts. And that's where the next two forces become critical.
Things that can be hired/fired, bought/sold, built/depreciated. Visible, measurable, flexible.
Patterns of interaction, coordination, communication, and decision-making. Inflexible by design.
The criteria used at every level to prioritize this over that — from which customer to call to which project to fund.
They already have brilliant engineers — the resources are there. The problem is they haven't yet developed processes: reliable patterns for how they coordinate, make decisions, and deliver. In early-stage companies, almost all capability is in resources (people). They haven't yet built the processes that turn individual talent into organizational capability.
The engineers are already brilliant (so it's not resources), and the question describes a delivery problem, not a customer problem (so it's not profit formula). The answer is Processes — the startup hasn't yet developed reliable ways of working together. In young companies, capability lives in people (resources), but consistent delivery requires processes that the team hasn't built yet.
Not What You Do, But How You Do It
We just saw that resources are the things an organization has. But having great things doesn't guarantee great outcomes. What matters is how those things work together — and that's where processes come in.
Clay defined processes as "patterns of interaction, coordination, communication, and decision-making through which companies transform inputs into products and services."
Think about it this way: resources are the nouns (people, machines, money), but processes are the verbs (how we decide, how we coordinate, how we deliver). You can look at a company with great brands — that's a resource. But the real question is: do they have a process to create more great brands?
And here's the critical difference from resources: processes, by their very nature, are meant NOT to change. They exist precisely so people can perform recurring tasks in a consistent, reliable way. That's what makes them powerful — and, as we'll see, dangerous.
Two Kinds of Processes
Some processes are visible. You can diagram them on a whiteboard: the manufacturing process, the budgeting cycle, the product development pipeline. These are the processes companies typically document and manage.
But the most powerful processes are invisible. They're embedded in the way people interact with each other, the way they coordinate, the way they make decisions. What inputs go into a decision? Who gets consulted? What criteria are used? These are all processes — and they're much harder to see, much harder to change, and much more important than the ones on the whiteboard.
Clay emphasized that some of the most important processes aren't on the factory floor at all — they're in the business and administrative side of the company. How budgets are set. How managers are held accountable for delivering numbers on time. How people are trained and developed. These administrative processes often determine an organization's capabilities and disabilities more than any manufacturing process ever could.
Clay put it plainly: "To really understand what a company can and cannot do, you need to understand very complicated processes."
How a Process Becomes Culture
This is one of the most important insights in the entire module, so pay close attention.
Clay described a lifecycle that explains how processes are born — and how they eventually become invisible:
- A task emerges. A team of people needs to get something done.
- They figure it out. They sit down, scratch their heads, and come up with a plan.
- If they fail, they try a different approach next time. "Man, there's got to be a better way."
- If they succeed, they repeat the same approach. "The way we did it last time brought success. Let's do it the same way."
- After enough repetition, the approach becomes automatic. People stop discussing it. They stop even thinking about it.
- At that point, Clay said, "when people don't even think about it anymore, that becomes the culture of a company."
Read that again. Culture isn't values on a wall. Culture is processes that have been used so successfully for so long that nobody even thinks about where they came from.
Clay's exact words: "What becomes the culture are processes that have been used so successfully for so long that nobody even thinks about where they came from before. And that's what the culture of an organization is. That then defines what you're really good at and what you're really not good at."
This has enormous implications:
- Culture is not aspirational — it's descriptive. It's not what you want your company to be. It's what your company actually does, automatically, without thinking.
- "Changing the culture" is so hard because you're trying to change something people can't even see. They're not resisting change — they genuinely don't know they're following a process. It's like asking a fish to notice water.
- The stronger the culture, the stronger the resistance to new things — because a strong culture means deeply embedded processes that have worked for a very long time.
This is why great companies are often the worst at adapting. Their culture — their invisible processes — is incredibly strong. And strength in one direction is weakness in another.
Nypro's Processes in Action
Nypro had built a stunning array of processes over decades. Let's look at the most important ones.
The Benchmarking Machine. Nypro measured everything. Every plant was benchmarked against every other plant on safety, quality, profit, and dozens of other metrics. Reports went out monthly to every plant and were displayed on their walls. Ted described the intensity:
"I would get these circled, marked-up daily reports faxed to me at 5:00, 6:00 in the morning as I walked through the door — why? What's the issue? What are we doing to fix it?"
At first, he said, it felt like an irritant. But over time it became part of the culture — "it wasn't just me. I had to embrace the staff around it and make sure they understood why and what. It was a cultural thing."
Plant-of-the-Year Awards. Nypro held competitions across plants for different categories. One legendary result: the Iowa plant got tool changeover down to 25 minutes — "kind of the vision of a race car and the tires coming in where other plants would take two or three hours." Other plants were sent to Iowa to learn how they did it.
Central + Distributed Innovation. Nypro had a strong centralized engineering group, but also believed ideas could come from anywhere. When the China team advanced in-mold labeling, engineers from other parts of the world went to see it. Innovation wasn't a department — it was a network.
GM Visits to Other Plants. General managers were encouraged — expected — to visit other Nypro plants regularly. As Vince described it: "It allowed us to go out and look and steal these ideas from the other plants, bring it into your plant and make you better."
Gordon had a process that might be the most powerful of all — and it was completely invisible.
Every week, he visited a different Nypro plant. And when he arrived, he had one rule: "I want to go by myself, because the people won't talk to me if you're here."
The plant managers wanted to walk him around. He wouldn't let them. Instead, Gordon walked the floor alone, talked to maintenance guys, custodians, machine operators, inspectors — everyone. "I got to know the workers. They told me what was on their minds. I understood them. So I think that's my secret success if I have any."
Vince remembered: "It was uncomfortable the first couple of times. But it wasn't a threat. He didn't come back with criticism. He came back with 'have you thought about doing it different?' or 'maybe you ought to visit one of the other plants to see how they're doing it.'"
This was a process — invisible, cultural, enormously powerful. It was how Gordon kept his finger on the pulse of a global organization. No survey, no dashboard, no reporting structure could have given him what those solo walks provided.
The World Management Forum
Once a year, Nypro brought all their general managers together for a world management forum. Ted described it as a chance for each GM to "talk about things that they were working on. And even in the sidebar conversations, it enabled general managers from different parts of the world to learn some things they're working on and go visit to bring it back."
But Gordon added something unique: a board of directors for every individual plant. Five or six employees from different parts of the company — a financial person, an engineer, a salesperson — serving as a board overseeing each GM. Ted loved it: "It made them feel like they were running their own business. It gave a good development tool for these different employees that could see beyond their own little world."
Can you see the pattern? Every one of these processes — benchmarking, plant visits, the forum, the boards, Gordon's solo walks — was designed to do one thing: make Nypro excellent at high-volume, complex, precision injection molding.
And they succeeded brilliantly. Which is precisely the problem.
"A process that becomes a capability in executing a certain task can be a disability in executing other tasks."
— Clay Christensen
Read it again. This single sentence explains everything that's about to happen to Nypro — and everything that happens to great companies when the world shifts beneath them.
This is the core insight: capability in one task = disability in another. A process designed to optimize high-volume, high-cavitation, precision molding will actively resist low-volume, simple, quick-changeover work. Not because anyone wants it to — but because that's what processes do by nature.
Processes are inflexible by design — that's their strength AND their limitation. Nypro's benchmarking process measured high-volume, high-utilization metrics. It would make low-volume, simple manufacturing look like failure by every metric the company tracked. The answer is B: capability becomes disability.
The Decisions Nobody Talks About
The third force is the most subtle — and in many ways, the most powerful.
Most people hear "profit formula" and think of margins, revenue targets, or financial models. But Clay meant something much broader: the criteria that people at every level of the company use to prioritize one thing over another.
Think about all the prioritization decisions that happen in a company every day:
- A salesperson wakes up and decides which customer to call. She makes that choice based on criteria — typically, "which one generates the most gross margins for me."
- An engineer is working on four projects and decides which one to focus on today. He picks the one where "I think we can make more money doing this instead of that."
- A budget committee sees five proposals and funds three. They use criteria — ROI, strategic fit, margin potential — to make that decision.
Clay emphasized something crucial: "There just isn't a place in the organization where you can actually put your finger on the spot where it determines the profit formula. Rather, this is a very diffused, complicated set of decisions that go from the top to the bottom of the company."
The profit formula isn't written on a wall somewhere. It's embedded in every decision, at every level, all day long. And that makes it almost impossible to change — because you'd have to change how thousands of people think about priorities simultaneously.
Million-Dollar Customers Only
At Nypro, the profit formula was crystal clear — even if nobody wrote it down explicitly. Ted described it:
"We had hundreds and hundreds of customers, small value customers. Instead, we focused on fewer customers. And did a lot for them. So when I joined in 1988, I had a philosophy of million-dollar customers. And we only want million-dollar customers. And as we grew, then it became $5 million customers and $10 million customers."
The philosophy was built around large Fortune 500 customers with complex, big launches — "not short-run programs, but long-run, complex, often new products being launched." When Johnson & Johnson needed someone to make disposable contact lenses — very complex, very high-volume — Nypro brought their best engineers, solved it, and it became their largest customer.
The Hotel Room That Never Rents Twice
Gordon had an analogy that perfectly captured Nypro's utilization obsession:
"Every molding machine was like a hotel room. And if you don't rent the hotel room that night, you've lost your revenue, and you never get it back."
This drove everything. Utilization was tracked religiously, 24 hours a day, 7 days a week — which was unusual for the industry at the time. Gordon's daily report tracked every molding machine, in every plant, and how much value each contributed every single day.
Long-running, high-volume jobs were the gold standard because they kept machines occupied. Vince explained why: "If you're going to put it in and leave it for a couple of hours, you're not going to have time to optimize. But if it's going to run for a week or a couple of weeks, you can have people there watching it, managing it, trying this, trying that. And they gradually get the cycle down and produce more parts."
What Nypro Could NOT Do
By 1996, the RPP picture was complete — and Ted could see both sides clearly:
"By 1996, we'd really become very good at high-volume long-running programs running in very sophisticated molding machines that generally had very high-cavitation tooling built by the best tool-making companies in the world. All very complex with complex automation tied to it. So we were very good at these complex, high-volume, high-value-added runs."
And then the other side: "But we weren't very good at the lower volume, fast prototyping, shorter runs, quick changeover, small parts type of capabilities. And there was clearly a market there that we knew could be tapped. It's just everything we had done was geared towards this high-volume market."
- Netstal machines (best in the world)
- Gordon Lankton (visionary CEO)
- Strong GMs with P&L authority
- Global plant network
- Recognized industry brand
- Daily benchmarking reports
- Plant-of-the-year awards
- Gordon's solo plant walks
- World management forum
- Plant boards of directors
- Million-dollar customers
- High-volume, long-run programs
- Complex, technical orders
- 24/7 machine utilization
Try this exercise for your own organization:
- Resources: List your key people, technology, equipment, brand, and cash position. These are the things you can see and measure.
- Processes: List how decisions get made, how budgets are set, how you develop products, how you hire. Don't forget the invisible ones — how people coordinate, what gets prioritized in practice (not in theory).
- Profit Formula: What criteria do your salespeople use to choose which customer to call? What criteria do your engineers use to choose which project to work on? What does your budget committee actually fund?
Now ask the hard question: Given this RPP, what can your organization NOT do?
The answer reveals your innovation blind spots — the places where your greatest strengths become your biggest liabilities.
The profit formula isn't a conscious choice — it's automatic prioritization embedded in the organization. The salesperson's bonus is based on gross revenue. The company values million-dollar customers. Every signal in the organization says "pursue the $2M order." Choosing the $50K job wouldn't just be unusual — it would be irrational within this RPP.
The profit formula doesn't require conscious evaluation or management guidance. It pre-decides. The salesperson's incentives, the company's customer philosophy, the metrics used to measure success — all of them point overwhelmingly to the $2M order. The $50K job doesn't just lose the comparison. It never even makes it to the comparison.
Gordon's Annual World Tour
Every year, Gordon Lankton took a trip around the world — visiting Nypro's plants, meeting customers, and hunting for new ideas. He'd visit Japan, Europe, and other innovation hotspots to see what was happening at the cutting edge of manufacturing.
And one year, in Japan, he found something that excited him enormously — but it wasn't what you'd expect.
The NovaPlast
Ted described what Gordon saw: "A very simple machine, small mold, maybe with one cavity, potentially two cavities. Could be replaced by one person, with one hand, whereas a typical mold change for Nypro at that time, you need cranes coming in and coming down, pulling out this high-cavitation mold."
Gordon himself was more blunt about it: "First of all, the machine's only 3 feet wide. It sits on the floor. It's a very basic machine. It doesn't cost very much compared to a major injection molding machine."
This was the NovaPlast — a small, simple, low-cost injection molding machine. Where Nypro's Netstal machines were sophisticated, high-cavitation powerhouses that required cranes to change molds, the NovaPlast was tiny, simple, and could be operated by a single person.
Gordon saw an opportunity: "I think we're missing an opportunity. And the opportunity is to be able to bring in a different type of customer as well as existing customers that want low volume, quick turnaround-type tooling."
Vince's Reaction
Gordon put together a group of four people to study the operation: a strong molding technology expert from the Clinton plant, one of Nypro's leading sales and marketing people, a vice president from the management team, and one of their best general managers. Among them was Vince. And Vince's reaction tells you everything about what was coming.
"When we walked through, there was like maybe 60% of them running. And I found that very odd, coming from Nypro's culture. I mean, if a machine was sitting, you weren't getting paid, period."
The Japanese operation violated everything Nypro stood for. Parts fell between the machine clamps instead of being extracted cleanly. Grinding happened right next to the machine. Oil contamination was tolerated. 40% of machines sat idle. Vince came back and told Gordon directly:
"I'm not sure what you saw that perked your interest because it's not really our culture."
But Gordon saw past the differences: "What perked his interest was the machine. It wasn't the business. It was really the machine." The NovaPlast represented a fundamentally different way of manufacturing — simpler, faster to change over, targeting customers that Nypro currently couldn't serve.
Three Options
Gordon had 24 NovaPlast machines built to Nypro's specifications. Then the leadership team debated how to deploy them. Ted recalled three options:
- Integrate 1-2 machines into several existing plants
- Concentrate all machines into 1-2 existing plants
- Build a new, dedicated plant
- High-cavitation molds (16+ cavities)
- Crane-operated mold changes
- Complex automation
- Millions of parts per run
- 24/7 utilization target
- Hours to change over
- 1-2 cavities per mold
- One person, one hand to swap
- Simple, basic setup
- Short runs, quick turnaround
- 3 feet wide, sits on the floor
- Minutes to change over
Sound familiar? This is the same pattern as ChotuKool vs traditional refrigerators. A simpler, cheaper product that serves a different job. The NovaPlast wasn't trying to outperform Netstal — it was targeting customers that Netstal couldn't serve.
You've learned the lesson of RPP. Any option that puts the NovaPlast inside Nypro's existing organization — whether spread across plants or concentrated in a few — subjects it to Nypro's existing processes and profit formula. The benchmarking system will measure it against Netstal standards. The sales team will deprioritize it. The finance team won't see the value. Only a separate plant with its own RPP gives the NovaPlast a chance.
Both Options A and B put the NovaPlast inside Nypro's existing RPP. The engineers will over-complicate it. The salespeople will deprioritize it. The finance team will measure it against high-volume standards. The answer is C: a separate plant with its own processes and profit formula. As we're about to see, this is exactly what the theory predicts — and exactly what Nypro didn't do.
Option 1: Into the Lion's Den
They chose Option 1 — distribute the NovaPlast machines across several existing plants. Ted explained the thinking: "We ultimately opted for putting them, several machines in a number of different plants, so a wider range of our technical world could see it and could help us fine-tune it."
It made logical sense: let more people see the technology, get more feedback, build momentum across the organization.
"And as it turned out, that ran into problems in a lot of the plants."
Ran into problems. That's an understatement. What happened next is a case study in how an organization's RPP systematically destroys innovation — department by department.
The Engineers
Remember, Nypro's engineers were the best in the world at complex, high-cavitation molding. They solved problems nobody else could. That was their process — tackle difficult challenges, add sophistication, push the limits of what's possible.
So when they got their hands on the NovaPlast — a deliberately simple machine — here's what happened:
"We had these people who had been dealing with such sophisticated machines for so long that they wanted to make it more complicated. They wanted to try and start building larger tools — say, four-cavity tools versus two-cavities, put a little more sophisticated automation to take out the parts, begin to make it a more complex system, which was not really what the original team had seen in Japan."
Vince was even more direct: "We wanted to make it difficult. What we saw was really simple. We wanted to make it difficult because we're used to dealing with difficult tasks."
The engineers weren't being stubborn or stupid. They were doing exactly what their processes had trained them to do for decades: take something and make it better, more complex, more sophisticated. The fact that the NovaPlast's entire value proposition was its simplicity didn't compute. Their processes couldn't process simple.
The Salespeople
Nypro's salespeople were incentivized on gross revenue. Their entire career had been built on selling high-volume, high-cavitation programs — and explaining to customers why 16-cavity molds were more cost-effective than 2-cavity molds.
Now they were asked to do the opposite. Vince described the best salesman in his plant:
"Our salesperson there, who tried his best at it — he recognized this could be something interesting, because it would have more higher value-added, just not as much revenue. But he struggled going to his existing customers and saying 'although I told you a 16-cavity mold was really cost-effective, this two-cavity mold gives you more options.'"
And then Vince laid out the math that made the NovaPlast impossible for any rational salesperson to pursue:
"If you're out there selling, and you have a choice to sell A, small volume, a choice to sell B, high volume — it's going to take you just as long to talk to the customer to sell the two different volumes. It might take you just as long to get it qualified within our structure. And you're going to get 1/10 of the volume that you're going to get off of this one than you would have gotten off of this one. Where would you put your time and effort?"
And critically: "That's what his bonus structure was on. So it was a real challenge. It was real. It wasn't because he didn't want to do it. It was just because it was real, the way the company was set up, the culture, the way the company was."
Think about what Vince's best salesman was being asked to do:
- Same amount of time to make the sale
- Same effort to get it qualified internally
- 1/10th the revenue
- Bonus based on gross revenue
- Contradicts everything he'd told customers for years
This isn't a motivation problem. You can't "incentivize harder" to fix this. The profit formula has pre-decided: pursuing the NovaPlast is irrational by every metric the company uses. The salesman didn't refuse because he was lazy or didn't "get it." He refused because within Nypro's RPP, saying yes to NovaPlast meant saying no to his own livelihood.
This is what Clay means when he says the profit formula is diffused — it operates at every level, in every decision, without anyone needing to issue a directive. The system says no, automatically.
The Finance Team
If the engineers couldn't handle simple and the salespeople couldn't sell small, you might think the finance team would at least see the numbers objectively. But they were trapped by the same RPP:
"For the financial group, again, we looked at high-volume parts as generally being more profitable. You're utilizing your machine almost 24/7. If you get a long-running program where you've got 80%, 90% utilization, that's creating a tremendous amount of value-added and profitability."
"It was harder for even the financial organization to see that small molds, a lot of changeover — you have some downtime. You might have a little higher value-added on the individual parts, but across a week or a month, it was hard to see that you could generate higher profits."
The hotel-room thinking was so deeply embedded that the finance team literally couldn't model a business where machines sat idle between quick changeovers — even if the per-part margins were higher.
This is the most important thing to understand: nobody was wrong. The engineers were doing what great engineers do. The salespeople were making rational economic decisions. The finance team was applying sound financial analysis. Within Nypro's RPP, every single rejection made perfect sense.
That's what makes this so devastating. The innovation didn't fail because people were bad at their jobs. It failed because people were too good at their jobs — jobs that were defined by an RPP built for a completely different kind of manufacturing.
Vince's Gamble
Option 1 had failed across most plants. But one person saw a way forward.
Vince, at the North Carolina plant, had watched the NovaPlast struggle everywhere it was placed inside Nypro's existing operations. Rather than give up, he argued for something different: "I really felt that we needed a dedicated plant."
He convinced Gordon and the leadership team to consolidate all the NovaPlast machines into a separate facility right next door to his existing North Carolina plant. But he did more than just move machines — he built a different organization around them.
The New Manager
Vince's smartest move was putting a relatively new person in charge — Jay Needham.
"I had one individual. I pulled him to the side and said, 'hey, look, we got this opportunity.' And he grabbed it. I said, 'It's Jay Needham, Incorporated. It's up there, and we're going to make it happen.'"
Ted explained why this mattered: "He put a separate and relatively new person into Nypro overseeing that operation. And for that person, he didn't come in bringing a lot of the baggage of the old Nypro. He saw this new small molding machine and figured out how to make it work."
Jay hadn't spent decades in Nypro's high-cavitation culture. He didn't instinctively try to make the simple machine complex. He saw the NovaPlast for what it was — "the simplicity was the key to the success."
A Different Sell
Vince also knew the existing sales team couldn't sell the NovaPlast. So he fought for a change:
"I finally convinced the board that we needed a different salesperson. It was a different sell. It was a totally different sell."
The new salesperson could go to customers — both existing and new — with a completely different pitch. No more contradicting the 16-cavity message. Instead: "Hey, look, we've got this new product. This new product is low volume, quick mold change."
It Worked — Until It Didn't
With a separate plant, a fresh manager, and a dedicated salesperson, the NovaPlast finally found traction. Vince's team found success with a local company making seals for batteries: "We had shown them through this process that we could make a better seal than what the competitor was doing at the time. And we were successful."
Ted confirmed it was "the closest we had to being successful."
But then two things happened. First, a cell phone customer moved to Asia, leaving many machines idle. And second — more critically — "we had a new vice president kind of overseeing that region that just wasn't seeing the value-add and wanted to get back to the traditional model and essentially wanted to kill the program and stick to our core."
The core business still had veto power. And when the NovaPlast hit a bump, a VP from the core did exactly what the RPP predicted: he killed it to protect the core.
What worked:
- Separate plant (own space, own operations)
- Autonomous manager without "baggage" from the core
- Dedicated sales team with a different pitch
- Found real customers with real needs
What was missing:
- True organizational independence — the core business still had veto power
- A "great protector" at the top shielding the new unit from the core's antibodies
- Its own profit formula that couldn't be judged against Netstal standards
Partial separation buys time — but it isn't enough. When the inevitable bump comes, the core will exercise its veto. You need full autonomy with someone powerful enough to protect it.
The next post explores companies that got this right — Schwab, EMC, and Target — and the rule that separates survival from extinction.
Good People, Incapable Organization
Clay Christensen summarized the Nypro story with one devastating sentence:
"Good people working in an organization that is not capable is destined to fail."
The problem was never Nypro's people. Gordon was visionary. Vince was determined. Ted was analytically brilliant. The engineers were world-class. The salespeople were top performers.
The problem was that Nypro's RPP — its resources, processes, and profit formula — was built for one specific kind of manufacturing. And when the opportunity required a different kind of manufacturing, the organization couldn't do it. Not because people were unwilling, but because the organization was structurally incapable.
Capability Migrates
Here's where the story becomes universal. Clay explained that in the earliest months and years of a company's life, "almost all of its capability resides in its resources — its people, its IP, its products, and the equipment."
A startup with three brilliant engineers can build anything — because the capability is in the people. There are no established processes yet. Every problem gets solved ad hoc.
But as a company succeeds and matures, something shifts: "the ability to deliver the output tends to shift from the resources into the processes." The patterns that worked get repeated. They become efficient. They become automatic. They become invisible. They become culture.
And that's both the greatest strength and the greatest vulnerability of any mature organization. The processes that make you reliable, efficient, and scalable are the same processes that make you incapable of doing something fundamentally different.
The Gradual Divergence
Perhaps the scariest part of Clay's teaching is that this shift happens invisibly:
"You will never get an email on Monday morning announcing to everybody that, oh, we need different resources, we need different processes, we need a different profit formula. But rather, this is a gradual event."
The market shifts slowly. Your RPP stays the same. The gap between what you can do and what you need to do widens imperceptibly. And by the time the divergence becomes obvious — "typically, the game is over."
That's why you can't wait until you need new capabilities to start building them. You need to anticipate. You need frameworks — like the ones from The Three Types of Innovation and Jobs to Be Done — to predict where the market is going before your RPP becomes a liability.
Think about your own organization. Where does the capability actually live?
- Early-stage: Capability is in resources (people). Hire the right person, and the problem gets solved. Fire the wrong person, and the project dies. The company IS its people.
- Mature: Capability is in processes. The system works regardless of who's in the chair. You can replace individuals without disrupting output. The company IS its processes.
- Danger zone: When the market shifts and your processes can't follow. You still have great people (resources), but they're trapped inside processes designed for a world that no longer exists.
Nypro was deep in the danger zone. They had the best people in the industry — trapped inside processes built for high-volume, complex manufacturing. When the opportunity required simple, low-volume work, all those great people became powerless.
Practice Mode
Apply the RPP framework to new scenarios. Can you spot the invisible forces?
- Resources: flexible, visible, transferable (people, tech, cash, brand)
- Processes: inflexible by design, become culture when invisible
- Profit Formula: diffused prioritization criteria at every level
- Together they determine what you CAN and CANNOT do
- Capability in one task = disability in another
- Engineers over-complicate what should be simple
- Salespeople rationally ignore small opportunities
- Finance can't model a different business structure
- Culture is invisible — can't change what you can't see
- "Good people in an incapable org = failure"
- "We tried it but it didn't work here"
- "Our people kept making it more complex"
- "The numbers don't make sense for our business"
- "We just need the right person to lead it"
- The divergence is gradual — no Monday email warns you
Now you know why good companies can't innovate — the RPP rejects it. But what's the solution? In "You Can't Disrupt Yourself", we'll see three companies that figured out the answer: Charles Schwab, EMC/VMware, and Dayton-Hudson (Target). The rule is simple, binary, and proven by 316 department stores.