In general, the most impressive 3D printing projects are those that combine beauty with functionality. One standout example is the stunning and intricate clock created by Jason Preuss, a Michigan-based carpenter and designer. This clock isn’t just a timepiece—it’s a work of art, standing an impressive 1.2 meters tall and featuring a complex design that catches the eye. It's definitely the largest 3D printed clock we’ve ever seen, and placing it in your living room would surely add a unique touch of style and sophistication.
Jason has been exploring 3D printing for about two years. With a background in woodworking, he was naturally drawn to this new technology. “I first thought of making a clock using 3D printing around two and a half years ago,†he shared. “I took a local class on 3D printing and design, where I learned how to use Blender to turn images into 3D models. It reminded me of the wire saws I used in my woodworking projects.â€
However, turning an idea into reality is never easy. “It took me a full year to learn 3D printing and improve my skills enough to print my first clock—the Dragon Clock,†he said. He gave that one as a wedding gift to his sister, which inspired him to create something for himself.
Last October, Jason received an invitation to participate in the Midwest RepRap Festival (MRRF), and he decided to make this opportunity count. He aimed to build a clock that truly represented his highest level of craftsmanship: the Dome Clock. Due to its complexity, he spent several months designing it, drawing from patterns he had previously used in woodworking.
“We scanned the designs from October through early January, then converted them into 3D models. It took another two months to print everything, and we faced some issues in March. Some parts had to be reprinted,†Jason explained.
The final piece required over 6 kg of PLA filament, more than 120 individual parts, and a 20% fill rate. He used a modified Replicator 2 3D printer, which ran for a total of 345 hours. All the pieces were assembled just before the MRRF opening and brought to the event. The finished clock stands 1.2 meters high and is 60 cm wide—truly a masterpiece of engineering and design.
If you're wondering how Jason translated his traditional woodworking designs into a 3D printable format, the answer is yes—he did it, and you can too. Although he didn’t document every step, he shared as much of his process and techniques as possible on his website, making it a valuable resource for others interested in similar projects.
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