I'm an Industrial designer and a maker - I make videos about my projects.
Stop settling for generic hardware bins that don't fit your grid. This guide breaks down the engineering behind a fully 3D printed assortment case system, featuring a custom-designed snap-action lock and a reinforced frame built for heavy-duty organization.
Small hardware has a habit of migrating across drawers the moment you look away. A new 3D-printed modular system uses a locking grid to end the cycle of disorganized bins and sliding parts. By combining mass-printed storage with color-coordinated sorting, you can finally build a high-density assortment wall that stays exactly where you put it.
Most DIY organizers rely on a mess of screws and metal slides. I’ve engineered a way to ditch the hardware store entirely, using nothing but 3D-printed snap-fits and integrated ball bearings. The result is a full-extension cabinet that's as smooth as steel but born entirely on a print bed.
Hardware stores are no longer a prerequisite for home organization. Chappel's latest project proves you can build a heavy-duty, full-extension drawer system using nothing but 3D printer filament—no screws, glue, or tools required. By re-engineering industrial ball bearings into 3D-printable rollers, this modular system handles over 15kg of weight while remaining entirely disassemblable with a simple piece of scrap plastic.
Standard molds limit your creative potential, but combining 3D printing with vacuum forming opens a world of custom confectionery. What happens when your perfect chocolate creation loses its ears during de-molding? Learn the professional recovery techniques and fabrication steps that turn digital models into edible art.