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#0822: Prototype Five: Superhero Jewelry Box
I compared my manually‑modeled designs with procedural ones and found the manual approach better for sub‑millimetre precision—especially when different parts require distinct clearances such as hinge pins versus hinges that need friction fits. I’ve built a prototype pocket/box that can be assembled from a printed skeleton, then fitted sheet metal (credit‑card‑sized aluminum or acrylic) to form the final case; this avoids printing the entire thing and lets me use UV paint for durability. The design is highly modular: Boolean flags toggle elastic band loops or compartments, while hinges are simply inner‑hinged mechanisms that push items into the box. I printed a 1 mm wall thickness skeleton (thin PLA) to save material but plan thicker frames or CNC‑cut acrylic for final builds. Finally, I note that digital models sell around $15, whereas assembled kits can
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