Geometric Spiral Lamp Shade - Parametric DIY Project
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A teardrop-shaped lamp shade generated by Blender Python. Optimized for 3D printing and DIY electronic integration.
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Informacje o modelu
- Źródło
- Printables
- Kategoria
- Other House Equipment
- Licencja
- Creative Commons — Public Domain
[Overview] This is a teardrop-shaped lamp shade designed through a "Generative Design" approach using Blender Python. The complex, intersecting spiral geometry creates beautiful, intricate shadows on surrounding walls when lit.
[Design Concept & Engineering]
Parametric Design: The model was generated using a custom script to ensure mathematical precision and aesthetic balance.
Optimized for 1/2 Scale: This version is scaled to approximately 65mm in height, making it perfect for desktop prototypes or small ambient lights.
Printability: The spiral angles were specifically adjusted (using a sine-wave power function) to minimize steep overhangs and floating regions, ensuring a successful print without internal supports.
DIY Integration: The base includes an internal cavity designed to house a standard 45mm LED unit and a slide switch for a complete, functional product.
[Recommended Print Settings]
Printer: Creality Ender 3 V3
Material: PLA (White or Translucent works best for light diffusion)
Supports: Not required (stable model design)
Brim: Highly Recommended (5mm - 10mm) to ensure stability during the tall, thin spiral printing process.
Wall Speed: 30-40mm/s (Slower speeds yield much cleaner lattice details).
[Electronic Components Used]
White LED
Resistor (100Ω - 220Ω)
Slide Switch
Power Source: USB 5V
