Spring Bulbs

von DaveMakesStuff

Druckbare Dateien (11)

  • stl

    1_Barely_Bulb_Gyroid_Wall.stl

    34 Mo · 1 760 Downloads

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  • stl

    2_Barely_Bulb_Square_Honeycomb.stl

    34.2 Mo · 1 637 Downloads

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  • stl

    3_Barely_Bulb_Diamond_Wall.stl

    29.6 Mo · 1 559 Downloads

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  • stl

    4_Barely_Bulb_Gyroid_Infill.stl

    22 Mo · 1 556 Downloads

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  • stl

    5_Barely_Bulb_FCC_Lattice.stl

    41 Mo · 1 596 Downloads

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  • stl

    6_Barely_Bulb_SplitP_Wall.stl

    33.9 Mo · 1 531 Downloads

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  • stl

    7_Barely_Bulb_SplitP_Infill.stl

    20.9 Mo · 1 506 Downloads

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  • stl

    7_Barely_Bulb_SplitP_Infill_supports.stl

    21.3 Mo · 1 490 Downloads

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  • stl

    8_Barely_Bulb_Diamond_Infill.stl

    22.8 Mo · 1 526 Downloads

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  • stl

    9_Barely_Bulb_Hex_Honeycomb.stl

    33.3 Mo · 1 736 Downloads

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  • stl

    Threads.stl

    5.8 Mo · 1 697 Downloads

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Beschreibung

.This series of nine bulb-shaped LED covers uses mathematical surfaces, lattices, and honeycombs to create interesting shapes and shadows.

See here for video: https://youtu.be/YckakI1aWEg

See here for stable download: https://thangs.com/designer/DaveMakesStuff

The portion of the “Threads” object that fits inside the “Spring Bulb” is designed to accept a G4 socket with a 12VDC Feit Electric LED Desk Light Bulb. The inner diameter of the socket seat is 18mm, so it will easily accept a range of low temperature LED lights.

The outer threads of the bulb will fit into a standard E-26 light bulb base. If you do choose display or use this bulb in a standard socket, be sure that the 120VAC power has been disconnected!

The “Spring Bulbs” are derived from the follow mathematical forms:

  1. Gyroid TPMS (conformal to face)
  2. Square Honeycomb (conformal to face)
  3. Diamond TPMS (conformal to face)
  4. Gyroid (Volume fill)
  5. Face Centered Cubic Lattice (conformal to face)
  6. SplitP TPMS (conformal to face)
  7. SplitP TPMS (Volume fill)
  8. Diamond TPMS (Volume fill)
  9. Hex Honeycomb (conformal to face)

These bulbs were designed using nTopology.

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