Paperclip Wars: The Secret History of the Bent Wire on Your Desk

Samuel B. Fay received U.S. patent number sixty-four thousand, eighty-eight on April twenty-third, eighteen sixty-seven. Last week, we unfastened the story of the zipper, another object that seems simple until you peel back the layers of failed designs and obsessive inventors. But the paperclip… oh, the paperclip is a whole other universe of quiet, perfect, and VICIOUSLY competitive engineering. For weeks, I've been lost in it. And the more I look at this single, bent piece of wire, the more I realize its story isn't just about holding documents together. It’s about the victory of an anonymous, un-patented idea in a world obsessed with ownership. Let’s get one thing straight.

Most of what you think you know about the paperclip is probably wrong. The story we’re often told, the one that gets repeated in trivia books and nationalistic celebrations, is a neat little fable about a Norwegian inventor named Johan Vaaler. And it’s a great story. It’s got a lone genius, a patent office, national pride... the only problem is, it isn’t true. Not really. The real story is messier. It’s a retrospective on a design war that nobody even knew was happening. And looking back, we can see the key moments, the wrong turns, the flashes of brilliance. The historical moment this most resembles, the analogy that keeps coming back to me, is the quiet, brutal war between proprietary software and open source.

It’s a battle between things that are owned, and things that are just… right. Our story starts not in Norway, but in America, thirty-two years before Vaaler even filed his patent. It’s 1867. Samuel B. Fay patents a bent-wire fastener. But its primary purpose, its stated goal, wasn't for paper. It was for attaching tickets to fabric. You know, a little tag on a garment. The patent mentions it could also be used for paper, almost as an afterthought. And it worked, sort of. But it wasn't elegant. It was just a starting point. Then, ten years later, in 1877, another American, Erlman J. Wright, patents something that looks a lot more like what we’d recognize. It was explicitly for fastening papers.

But these early designs, they had problems. They were often clunky. They sometimes tore the paper. They didn't have the right tension. They were prototypes. They were the proprietary, version-one-point-oh attempts to solve a problem. Then comes the legend. Johan Vaaler. It's 1899. Vaaler is a Norwegian inventor with a degree in electronics, science, and mathematics. He’s working at a local patent office. And he designs a clip. He’s so sure of it, he files for a patent in Germany in 1899, and then in the United States in 1901. For a long time, especially in Norway, Vaaler was celebrated as THE inventor of the paperclip. A national hero of office supplies. Here’s the problem. Vaaler’s design… it wasn't very good.

I’ve spent days staring at the patent drawings. His clip was a simple rectangle of wire, with the ends overlapping. It was missing the most crucial feature of the modern paperclip: the inner loop. The second loop within the first. Without that double loop, his clip lacked the proper torsion and grip. It was less secure. It was harder to get on the paper. And most damning of all? It was never, ever commercially manufactured. Not one. Vaaler’s brilliant idea existed only on paper. The very thing it was meant to hold. So why the myth? National pride is a powerful thing. After his death, Norwegian patent experts found his patent and, wanting a local hero, promoted his story. He became a symbol of Norwegian ingenuity.

But while Norway was celebrating Vaaler, the rest of the world was already using something far, far superior. This is where our historical analogy really clicks into place. While all these inventors were filing patents, trying to legally own the solution, the perfect design had already appeared. Silently. Anonymously. It was called the Gem. Nobody knows who invented the Gem clip. There is no patent for it. It just… emerged. Most evidence points to it being developed in Britain, sometime in the late 1880s or early 1890s, by the Gem Manufacturing Company. But they never claimed a patent on the clip itself. Why? Maybe they thought it was too simple to protect. Maybe they didn't realize what they had.

Or maybe—and this is my theory—its perfection was the result of small, incremental tweaks in a workshop, not a single "eureka" moment you could slap a name on. The Gem clip is the one you know. The one in the drawer in your desk right now. That iconic shape of two nested ovals. It is a masterpiece of minimalist design. A single piece of steel wire, bent into a precise form that creates the perfect balance of tension and flexibility. Let's break it down, because this is where the obsession pays off. A truly great paperclip has to do eight things. One: grip paper securely. Two: not tear the paper when you put it on or take it off. Three: be easy to insert. Four: hold a thick stack of papers.

Five: not get tangled up with all the other clips in the box. Six: be thin, so it doesn't make a stack of papers bulge. Seven: be lightweight. And eight: be dirt cheap to make. Fay’s clip, Wright’s clip, Vaaler’s clip—they all failed on at least a few of these points. But the Gem? The Gem nailed all eight. The magic is in that double-loop design. When you slide it onto a stack of papers, the outer loop lifts the pages, while the inner loop provides the clamping force. The wire itself acts as a torsion spring. It’s a tiny, elegant piece of mechanical engineering that uses the material’s own properties to do the work. It’s perfect. And because it wasn’t patented, it was free. It was open source.

Anyone could make it. And that’s EXACTLY what happened. The idea was out there. But an idea is nothing without a way to scale it. This brings us to the real hero of the story. Not an inventor, but an engineer. An American from Connecticut named William Middlebrook. In 1899—the SAME year Vaaler was patenting his inferior design in Germany—Middlebrook filed a patent not for the Gem clip itself, but for a machine that could automatically bend wire and churn out perfect Gem clips by the thousands. THAT was the turning point. Middlebrook created the ecosystem. He built the tool that allowed the best idea to win. The Gem wasn't protected by law, it was propelled by manufacturing. It spread across the globe not because of a patent, but because it worked better and you could make it for next to nothing.

It crushed all the patented, proprietary alternatives through sheer, undeniable superiority. It’s the Linux of fasteners. It didn't need a marketing budget; it just needed to be good. And it was. For decades, inventors kept trying to beat it. The U.S. Patent Office has granted over fifty patents for "improved" paperclips. Clips with little teeth, clips with pointed ends, clips made of plastic, clips with rolled edges. Scientific American once noted they’d get at least ten letters a month suggesting new designs. And every single one of them failed to replace the Gem. They’d solve one problem—maybe they’d grip a little tighter—but they’d create another. They’d be more likely to tear the paper.

Or they’d get tangled. Or they were too expensive. They failed to understand the sublime, holistic perfection of the original. They were fixing something that wasn’t broken. But the story doesn't end there. The paperclip was about to become something more. Something powerful. This is the part of the story that… it just gives me chills. This is the climax. The year is 1940. Nazi Germany has invaded and occupied Norway. Public gatherings are restricted. National symbols are banned. You couldn't wear a pin with the King's likeness. You couldn't even display his initials. The symbols that bound the nation together were being systematically erased. The Norwegian people needed a new way to show their solidarity.

A way to resist that was quiet, subtle, but unmistakable to each other. And so, they started wearing paperclips. Students at Oslo University reportedly started it first, wearing them on their lapels. It spread like wildfire. Suddenly, this mundane office supply was everywhere. On collars, on coats, on hats. It was a secret sign in plain sight. Why the paperclip? Because of what it meant: We are bound together. We stick together. It was a silent, defiant shout. Think about that. In the face of overwhelming military force, in a world of violence and oppression, the symbol of resistance wasn't a weapon. It was a paperclip. It was so simple, so innocent, that for a while, the occupying forces didn't even understand what was happening.

But they figured it out. They saw the power in this tiny piece of wire. And soon, wearing a paperclip in public was forbidden. If you were caught, you could be arrested. The fact that the Nazis had to BAN a paperclip tells you everything you need to know about how powerful a symbol it had become. It’s a beautiful, tragic irony. The paperclip that Norway’s national hero, Johan Vaaler, didn't invent became the symbol of Norwegian national unity. The anonymous, unpatented, globally-produced Gem clip became the emblem of their fight for freedom. It wasn’t about who invented it anymore. It was about what it represented. As Ollie Pedersen of the resistance movement said, "The paperclip, representing the concept of ‘we are bound together,’ became a visual symbol of unity and resistance." It transcended its function entirely.

So where does that leave us? We’ve looked back and seen the whole arc. The failed proprietary attempts. The emergence of a perfect, anonymous, open-source design. The manufacturing breakthrough that made it dominant. And its final, incredible transformation into a symbol of human defiance. The analogy of open source holds up remarkably well. The Gem clip won because it was a better solution, freely available for anyone to produce and distribute. Its strength was its design, not its legal protection. But the analogy breaks down in one beautiful way. Open source software is often a collaborative effort, built by a community. The Gem seems to have been a singular, anonymous act of genius.

We don't know who made it. And that, I think, makes it even more perfect. It’s an idea so good, it belongs to no one, and so it belongs to everyone. Today, the paperclip lives a double life. It still sits in our desk drawers, a testament to a design so perfect it has remained unchanged for over a century. But it also lives on our screens. That little paperclip icon in your email client, the universal symbol for an attachment. Even in the digital world, where we no longer physically bind pages together, the paperclip endures as a metaphor for connection. For bringing things together. The retrospective teaches us something vital. We are obsessed with patents, with ownership, with being the first.

We celebrate the lone inventor, the named genius. But the story of the paperclip shows us that sometimes the most powerful, most enduring, most important ideas are the ones that are set free. The ones that win not because they are owned, but because they are right. Fifty patented failures couldn't kill it. A totalitarian regime couldn't stamp it out. The humble Gem clip just keeps holding on. It's a quiet lesson in elegance, efficiency, and the surprising power of just sticking together.