Product Features

1. Stunning Layered Biophilic Design: Modeled with cascading tiers of gently curved petals that capture and frame light for a classic, high-end Scandinavian or Art Deco aesthetic.
2. Intelligent Interlocking Assembly: Specially engineered to avoid massive, failed prints. The model is divided into modular, nested rings that snap or twist-lock together easily, drastically reducing printing risks and allowing you to print large-scale shades even on standard $220\text{mm} \times 220\text{mm}$ print beds.
3. Universal Pendant Hardware Collar: The top crown anchor features a clean, integrated mounting ring designed to slide perfectly onto standard E26/E27 threaded pendant cable sockets. It clamps firmly under the socket ring without visible hardware.
4. Optimized Support-Free Geometry: Each petal features a progressive, self-supporting curvature angle. Print individual components flat on the build plate with absolutely zero breakaway support material required, guaranteeing a flawless edge finish and zero filament waste.

Printing & Assembly Recommendations

1. Filament Choice:
2. The Main Body Petals: Matte White, Cream, or Translucent/Natural PLA is highly recommended. Printing the petals with a low wall count allows the ambient light to seep through the plastic, achieving a soft, warm, paper-lantern-style glow.
3. The Top Crown Collar: For a striking contrast, print the top cap in Matte Charcoal, Dark Bronze, or Silk Gold PLA to ground the organic form with a premium, structural accent.
4. Slicer Configuration:
5. To maximize light diffusion through the leaves, set your walls/perimeters to 2 and use a light 10% Gyroid infill (or print the outer shell profiles with 0% infill if using the designated hollow variants).
6. Ensure your cooling fan is set to 100% to handle the clean, sharp overhanging tips of the blooming petals cleanly.
7. Electrical Safety Warning: Strictly use energy-efficient, low-heat LED bulbs (Smart RGB bulbs look incredible). Do not use traditional incandescent or high-wattage halogen bulbs inside 3D-printed light shades, as their operating temperatures will soften or warp the plastic enclosure over time.