Product Features

1. Elegant Fluid Geometry: Features mathematically optimized, continuous helical bands that offer a premium, high-end look fitting for contemporary, Scandinavian, or minimalist interiors.
2. True Spiral Vase Mode Option: Designed with perfectly continuous outer path profiles. This allows you to print the entire intricate lampshade shroud seamlessly using a single, uninterrupted bead of plastic—completely removing ugly layer-change seams or retraction artifacts.
3. Integrated Hardware Attachment Base: Includes a clean, low-profile detaching bottom base pedestal equipped with an internal wire routing pass-through slot and universal seating tabs. It is custom-tailored to comfortably drop in standard 5V USB LED puck lights, wireless puck modules, or a slim corded E12/E14 light socket assembly.
4. 100% Support-Free Architecture: Every sweep, twist, and ribbon curve is engineered strictly within reliable self-supporting overhang thresholds. Print directly on the build plate with absolutely zero support structures needed, resulting in zero wasted filament and an incredibly pristine surface finish.

Printing & Assembly Recommendations

1. Filament Choice:
2. The Spiral Shade Shroud: Matte White, Ivory, or Translucent Frost PLA works beautifully. Translucent and matte white materials diffuse the light perfectly, giving it the refined appearance of expensive porcelain, frosted glass, or architectural parchment paper when illuminated.
3. The Pedestal Base Plate: Print using a contrasting dark or textured material like Matte Charcoal Black, Antique Bronze Silk, or Wood-infused PLA to give the lamp a sturdy, grounded, and premium boutique look.
4. Slicer Configuration:
5. Turn on Vase Mode (Cura: Spiralize Outer Contour / Bambu Studio & PrusaSlicer: Spiral Vase).
6. Set Bottom Solid Layers to 4 or 5 to form a heavy, solid foundation.
7. Crucial Tip for Strength: Change your Outer Wall Line Width to 0.6mm or 0.8mm inside your slicer settings (even when using a standard 0.4mm nozzle) and raise your nozzle temperature by 5–10°C. This tricks the printer into laying down a highly robust, structurally sound single wall that remains flexible yet completely rigid enough for daily handling.
8. Light Sourcing Safety: Strictly use low-temperature LED bulbs, LED puck lights, or smart RGB panels. Never use traditional incandescent light bulbs, as their trapped infrared heat will quickly soften and deform 3D-printed plastics.