3D-Printed Electric Stone Saw
hr AUD 15–25
About the project
I want to turn my idea for a compact, largely 3D-printed desktop saw into a fully-engineered reality. The tool must slice through small stones and rocks—think cabochon blanks or thin agate slabs—so torque, rigidity, and vibration control are essential. I expect an electric drive system (mains or low-voltage PSU) and a purpose-built safety guard integrated into the printed frame. Other niceties such as dust extraction or angle adjustment can be left as future add-ons; the immediate brief is a safe, reliable stone-cutting prototype. Here’s what I need from you: • Complete CAD model ready for FDM printing (STL/STEP) • Bill of materials for off-the-shelf parts: motor, blade, bearings, fasteners, switch, power electronics • Clear assembly guide with photos or renders, wiring diagram included • Performance notes: target RPM, expected torque, and why the chosen blade spec works for rock If you have experience designing small power tools, lapidary equipment, or high-stress 3D-printed mechanisms, I’d love to see examples. I’m ready to iterate quickly and can print prototypes in-house, so responsive collaboration is important. Let’s build a desktop saw that makes clean, safe cuts through stone without the bulk or cost of commercial units.
Skills required
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