I’ve always been drawn to optimization—especially in the physical world. With a background in CS, ML, and AI, thinking in terms of efficiency comes naturally. In software, optimization is expected. But in the physical world, I often see designs that could be much more efficient. That’s what motivates me to build my own compact gadgets—making them only as big or complex as they need to be.
In lattice theory (crystallography), atoms in a crystal are arranged in repeating 3D patterns, forming stable, rigid structures. This precise, efficient packing is what gives materials their form and strength. I see the same principle applying to well-designed physical devices: structured, minimal, and optimized; a philosophy behind what I share here.
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LatticeDensity
I was trying to find a single piece 3D printable MiniITX test bench, and so far, the one by Tech Ambrosia @TechAmbr has been the best! Added a few extra pieces in there, and it turned out amazing! Here is the model if you are interested:
www.printables.com/model/439834-versatile-pc-testb…
7 months ago | [YT] | 5
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LatticeDensity
Just recently, I’ve been diving into the world of 3D modeling and 3D printing, and I have to say—this is easily one of the most impressive models I’ve come across! No surprise it won 3D Model of the Year from Printables! 🏆✨
🔗 Check it out (Dummy 13): blog.prusa3d.com/printables-awards-2024-celebratin…
It’s truly inspiring to see creators put so much effort into their designs and then share them with the open-source community—even allowing commercial use! The generosity and passion in this space make it such an amazing community to be a part of. 🙌😇
#3DPrinting #3DModeling #Printables #OpenSource #MakersCommunity #dummy13
10 months ago | [YT] | 5
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