Relax, it’s not like he’s going to build a Mac with parts from a 3D printer. That would be awesome though. Apparently, there’s this man named Chris Fenton who’s hell-bent on assembling his own electromechanical computer with 3D printed parts. Seen below isn’t his creation though, but the wonderful tool he’s using to realize it. If this project colors you impressed, wait until you see the video. It’s a testament to one person’s eternal quest for a worthwhile challenge. Watch it after the jump.
Oh, and Chris’ rationale for building a computer by himself? Because he damn wants to.
The Makerbot Revolution
Since we mentioned 3D printers, Chris’ weapon of choice is a Makerbot machine. If you’ve never heard of them, Makerbot Industries are one of the most exciting small companies in America right now. Those guys are at the cutting edge of a manufacturing revolution. Makerbot has been instrumental in democratizing the world of 3D printing, making it accessible to hobbyists, educators, and small businesses. Their machines, like the one Chris is using, allow for the creation of complex and precise components that would be difficult or impossible to produce with traditional manufacturing methods.
Makerbot’s 3D printers work by layering material, typically plastic, to build up a three-dimensional object from a digital model. This process, known as additive manufacturing, has opened up new possibilities in fields ranging from medical prosthetics to aerospace engineering. For Chris, it means he can design and print the intricate parts needed for his electromechanical computer right from his home workshop.
Chris Fenton’s Ambitious Project
Chris Fenton’s project is not just a testament to his technical skills but also to his creativity and determination. Building an electromechanical computer is no small feat. These types of computers, which predate modern electronic computers, use mechanical components such as gears and levers to perform calculations. By integrating 3D printed parts, Chris is blending old-school engineering with cutting-edge technology.
One of the most fascinating aspects of Chris’ project is the level of customization and precision he can achieve with his 3D printer. Traditional manufacturing methods would require expensive tooling and molds, but with 3D printing, Chris can iterate on his designs quickly and affordably. This flexibility allows him to experiment and refine his components until they work perfectly.
Moreover, Chris’ project highlights the growing trend of DIY (Do It Yourself) culture in technology. With resources like Makerbot and online communities, individuals can take on ambitious projects that were once the domain of large corporations or research institutions. Chris is part of a broader movement of makers and tinkerers who are pushing the boundaries of what can be achieved with personal fabrication tools.
The epic video:
Chris’ journey is not just about building a computer; it’s about the joy of creation and the satisfaction of solving complex problems. His project serves as an inspiration to others who might be considering their own DIY endeavors. Whether it’s building a computer, designing a new gadget, or simply exploring the possibilities of 3D printing, Chris’ story shows that with passion and the right tools, almost anything is possible.
Source Makerbot
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