CharlesRegaud
CharlesRegaud

DELTA RIDGE | Table lamp E14 fast-print

by
CharlesRegaud
CharlesRegaud
CharlesRegaud
CharlesRegaud
|
Image 1 of 5
DELTA RIDGE | Table lamp E14 fast-print 3d model
CharlesRegaud
CharlesRegaud
|
Image 1 of 5
DELTA RIDGE | Table lamp E14 fast-print 3d model
2D
3D
Makes
DELTA RIDGE | Table lamp E14 fast-print 3d model
DELTA RIDGE | Table lamp E14 fast-print 3d model
DELTA RIDGE | Table lamp E14 fast-print 3d model
DELTA RIDGE | Table lamp E14 fast-print 3d model
DELTA RIDGE | Table lamp E14 fast-print 3d model

DELTA RIDGE | Table lamp E14 fast-print

DELTA RIDGE | Table lamp

Want to buy a physical 3D print of this product? Head to Trajann online store.

Give your space a modern mid-century vibe with this fast-print table lamp!

The shade is made of two thin shells that join at the top and bottom, casting a warm & soft - but still very bright - glow.

The stand can house a standard E14 bulbe socket. (the hole diameter at the top of the stand is Ø29mm)

You can get the power cords from Amazon here:
 E14 cord:  https://amzn.to/3TchBqs

The stand and shade print very fast. Count a bit less than 3h for the shade, and less than 2h for the stand.

Happy printing!

DIMENSIONS | Ø215 mm x H 300 mm

PRINTING | Shade ~3h | Stand ~2h

Bulbe socket | E14

3D PRINTING SETTINGS

SHADE: The shade prints in standard mode, not vase mode, but it needs some particular settings so the shell stays empty and the wall thickness is the same all over. Stick to the settings below. Wall line count: 2 (no more!) Top layers: 2 (and only 2! or else you will get accidental extra wall lines here and there) Resolution: 0.2mm / layer or less Build adhesion type: 6~8mm brim Supports: None Infill: None (0%)

BASE/STAND: The base must be printed upside-down, so with the round face for the E14 socket flat on the printing bed. Resolution: 0.2mm / layer or less Build adhesion type: None Supports: None Infill: None (0%)

For the shade, it's preferable to use a strong filament, such as ABS or PETG rather than PLA. For the base, any material is fine (except TPU and other rubber-like filaments).