Charles R
CharlesRegaud2.9K followers
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SAKU[MINI] | Table Lamp E14 & E26/27 3d model
CharlesRegaud
CharlesRegaud
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SAKU[MINI] | Table Lamp E14 & E26/27 3d model
SAKU[MINI] | Table Lamp E14 & E26/27 3d model
SAKU[MINI] | Table Lamp E14 & E26/27 3d model
SAKU[MINI] | Table Lamp E14 & E26/27 3d model
SAKU[MINI] | Table Lamp E14 & E26/27 3d model
SAKU[MINI] | Table Lamp E14 & E26/27 3d model
SAKU[MINI] | Table Lamp E14 & E26/27 3d model
SAKU[MINI] | Table Lamp E14 & E26/27 3d model
SAKU[MINI] | Table Lamp E14 & E26/27 3d model
SAKU[MINI] | Table Lamp E14 & E26/27 3d model
SAKU[MINI] | Table Lamp E14 & E26/27 3d model

SAKU[MINI] | Table Lamp E14 & E26/27

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SAKU[MINI] | Table Lamp E14 & E26/27

Meet the MINI version of the SAKUMI table lamp.

I aimed to design a lamp in which is both the shade and the base could be printed in vase mode. The challenge was to give the shade a sense of volume despite the constraints of vase-mode printing, creating the impression of subtle outward and inward curves, even though it is formed from a single 0.8 mm wall.

The result is the SAKUMI collection, compatible with both E14 and E26/27 cords.

The shade was printed with the great Coffee PLA by Francofil, which is coffee grounds mixed with PLA, giving it this incredibly warm tone (and incredible smell when printing!).

DIMENSIONS (Large Shade) | Ø209 x H150mm DIMENSIONS (Small Shade) | Ø179 x H150mm DIMENSIONS (Base) | Ø160 x H125mm

You can get the power cords from Amazon here:


For Europe: E27 cord:  https://amzn.to/3OVrZjK
 E14 cord:  https://amzn.to/3TchBqs

For the US: E26/E27 cord: https://amzn.to/434c0qZ

3D PRINT SETTINGS: All STL files are already oriented properly.

You need to print 2 parts, both in vase mode (see settings below):

  • one shade
  • one base for either E14 or E26/27 light sockets. No supports or adhesion brim needed.

For a 0.8mm nozzle: • activate "vase mode" (spiral vase or spiralize) • Layer height: 0.4mm/layer • Line width: 0.8 to 1mm • Bottom shell layers: 4

For a 0.4mm nozzle: • activate "vase mode" (spiral vase or spiralize) • Layer height: 0.2mm/layer • Line width: 0.8 to 1mm • Bottom shell layers: 8

I also added some fuzzy skin to add some surface texture:

  • fuzzy skin point distance: 0.6mm
  • fuzzy skin thickness: 0.25mm.

Happy printing!


Discussions
D
DavTeach

Hello. What filaments did you use for the black/brown shade and the white base?

Charles R
CharlesRegaud

Hi!

The base was printed in matte PLA, plain white towards the top, and some "skin PLA" (light beige) for the rest of it. I think it was OVERTURE matte PLA.

For the shade, I used a Coffee PLA by Francofil which, believe it or not, is actual coffee grounds mixed with PLA. It smells fannnnntastic when it prints, and it is slightly translucent.

D
DavTeach

Thanks for your reply! Another question (maybe a stupid one): how do you attach the base and the shade?

Charles R
CharlesRegaud

Fair question! You attach them together using the light socket, which has a ring that screws onto the socket. Place the socket inside the base, passing through the hole. Place the shade onto the base, with the socket passing through the hole. Then screw the socket's ring onto the ring to fasten the parts together.

Marin A
ionutxp2

Hey the base supposed to have zero top layers and i have added a few top layers,and by the way smart move with the lamp power cord!

Charles R
CharlesRegaud

Hi! You "can" add some top layers if you want (even some infill if not printing in vase mode), But those aren't strictly necessary.

SAKU[MINI] | Table Lamp E14 & E26/27

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Charles R
CharlesRegaud2.9K followers
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