Lighting - House 3D Print Models

We have 175 item(s) Royalty free 3D Models.

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$1500
  1. -20%
    hexagonal light 3D Print Model
  2. u-clip 3d print model 3D Print Model
  3. rokkaku yukimi 3D Print Model
  4. Lamp 3D Print Model
  5. Dome lamp 3D Print Model
  6. -40%
    Candle lamp lantern farol 3D Print Model
  7. Lampshade 3D Print Model
  8. Desk lamp 3D Print Model
  9. Plafond 63 3D Print Model
  10. Plafond 62 3D Print Model
  11. Plafond 61 3D Print Model
  12. Plafond 60 3D Print Model
  13. Plafond 59 3D Print Model
  14. Plafond 58 3D Print Model
  15. Plafond 57 3D Print Model
  16. Plafond 56 3D Print Model
  17. Plafond 55 3D Print Model
  18. Plafond 54 3D Print Model
  19. Plafond 53 3D Print Model
  20. Plafond 52 3D Print Model
  21. Plafond 51 3D Print Model
  22. Plafond 50 3D Print Model
  23. Plafond 49 3D Print Model
  24. Plafond 48 3D Print Model
  25. Plafond 47 3D Print Model
  26. Plafond 46 3D Print Model
  27. Plafond 45 3D Print Model
  28. Plafond 44 3D Print Model
  29. Plafond 43 3D Print Model
  30. Plafond 42 3D Print Model
  31. Plafond 41 3D Print Model
  32. Plafond 40 3D Print Model
  33. Plafond 39 3D Print Model
  34. Candlestick 01 3D Print Model
  35. Plafond 38 3D Print Model
  36. Plafond 37 3D Print Model
  37. Plafond 36 3D Print Model
  38. Plafond 35 3D Print Model
  39. Plafond 34 3D Print Model
  40. Plafond 33 3D Print Model
  41. Plafond 32 3D Print Model
  42. Plafond 31 3D Print Model
  43. Plafond 30 3D Print Model
  44. Plafond 29 3D Print Model
  45. Plafond 28 3D Print Model
  46. Plafond 27 3D Print Model
  47. Plafond 26 3D Print Model
  48. Plafond 25 3D Print Model
  49. Plafond 24 3D Print Model
  50. Plafond 23 3D Print Model
  51. Plafond 22 3D Print Model
  52. Plafond 21 3D Print Model
  53. Plafond 20 3D Print Model
  54. Plafond 19 3D Print Model
  55. Plafond 18 3D Print Model
  56. Plafond 17 3D Print Model
  57. Plafond 16 3D Print Model
  58. Plafond 15 3D Print Model
  59. Plafond 14 3D Print Model
  60. Plafond 13 3D Print Model
  61. Plafond 12 3D Print Model
  62. Plafond 11 3D Print Model
  63. Plafond 10 3D Print Model
  64. Plafond 09 3D Print Model
  65. Plafond 08 3D Print Model
  66. Plafond 06 3D Print Model
  67. Plafond 06 3D Print Model
  68. Plafond 05 3D Print Model
  69. Plafond 04 3D Print Model
  70. Plafond 03 3D Print Model
  71. Plafond 02 3D Print Model
  72. Plafond 01 3D Print Model
  73. -50%
    StarLight Tealight Holder Decor 3D Print Model
  74. LOTUS FLOWER DESK LAMP 3D Print Model
  75. LAMP BODY 3D Print Model
  76. Art Collection 3D Print Model
  77. LED DESK LAMP 3D Print Model
  78. LED DESK LAMP 3D Print Model
  79. DIN rail 3D Print Model
  80. DRAGON HEAD 3D Print Model
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How is "Light-Diffusion" managed in 3D printed lampshades?

In 2026, lighting models utilize "Variable-Wall-Thickness" to create stunning lithophane effects and complex shadow patterns. The geometry is engineered to interact with light, using "Internal-Diffraction-Grids" that scatter glow evenly across the surface of the shade. This prevents "Hot-Spots" where the bulb is visible through the plastic, providing a soft, professional ambient glow. These models are essential for interior designers looking to create "Atmospheric-Accent-Lighting" that cannot be replicated by traditional manufacturing, allowing for the creation of intricate, organic shells that turn a simple LED bulb into a centerpiece of digital art.

Are these lighting fixtures compatible with "Standard-Electrical-Hardware"?

Yes, our 2026 lighting models are designed with "Universal-Fitting-Mounts" for standard E26, E27, and GU10 bulb sockets. We include "Internal-Cable-Channels" and "Safety-Snap-Locks" that allow for easy assembly and secure mounting to ceilings or walls. It is a primary requirement for these models to have "Heat-Dissipation-Vents" to ensure that even with LED bulbs, there is adequate airflow to prevent heat buildup. These technical features ensure that your 3D printed light fixtures are not only visually stunning but also safe and compatible with existing electrical infrastructure, providing a seamless bridge between digital design and home electrical standards.

Can I create "Smart-LED" housings with these 3D models?

Absolutely. The 2026 collection features a wide range of "LED-Strip-Channels" and "Controller-Housings" designed for smart home lighting setups. These models include "Snap-Fit-Diffusers" that can be printed in translucent materials to hide individual LED nodes and create a continuous "Neon-Glow" effect. The designs are modular, allowing you to create custom-length light bars for under-cabinet lighting or dramatic "Cove-Lighting" along your walls. By printing these assets, you can achieve professional, integrated architectural lighting effects at a fraction of the cost of custom commercial installations, while maintaining complete control over the aesthetic and placement of the light.

What safety precautions should I take for 3D printed lighting?

Safety is paramount when combining electricity and 3D printed polymers. For 2026, we recommend using "Flame-Retardant-Filaments" (certified UL94-V0) for any part that is in close proximity to a light source. It is also critical to only use "LED-Bulbs," which operate at significantly lower temperatures than traditional incandescent or halogen bulbs. Our models feature "Air-Gap-Offsets" to ensure the bulb never touches the printed surface. By following these guidelines and choosing the correct materials, you can ensure that your custom light fixtures remain safe for long-term use, providing beautiful illumination without compromising the fire safety of your home.

Which materials provide the best aesthetic for lighting prints?

For a "Frosted-Glass" look, "Translucent-PETG" is the 2026 favorite because of its clarity and heat resistance. If you want a more "Classic-Ceramic" feel, "Matte-White-PLA" provides a beautiful, clean finish that diffuses light softly through its walls. For high-end, "Art-Deco" styles, "Silk-Metallic" filaments can be used for the base or frame to contrast with the glowing shade. Using "Vase-Mode" (spiralize outer contour) is a popular 2026 technique for printing seamless, lightweight lampshades with consistent light transmission. These material choices allow you to customize the "Color-Temperature" and mood of your lighting, creating a truly bespoke atmosphere in any room.