FREYA | Table Lamp E26/27

After I released the FREYA planter, some said it would make a great table lamp. So here it is!

This lamp works with E26/27 light bulb sockets.

Also, you can pick between 5 variations of the shade texture: • one with vertical ridges • one with a fan texture • one with a rocky texture • one with a wood texture • and a plain one that you can print with some "fuzzy skin".

The main challenge was figuring out how to securely attach the feet to the shade. For the planter version, the pot simply rests on the feet, which works well because of its weight. However, for a table lamp, I felt it would be far better if the feet were firmly fixed to the shade — and I’m happy to say I’ve found an elegant solution for that.

You can get the power cords from Amazon here:


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

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

Here are the dimensions:

DIMENSIONS (Shade) | L157mm x W157mm x H209mm DIMENSIONS (assembled) | L157mm x W157mm x H285mm

Happy printing!

3D PRINT SETTINGS: All STL files are already oriented properly. You need to print 3 parts:

• one shade
• one screw ring in the same material as the shade
• 4 feet No supports or adhesion brim needed.

THE SHADE: The shade prints upright. You can print it with 0.8mm nozzle, or with a 0.4mm nozzle. I printed mine with a 0.8mm nozzle, in translucent PETG by Bambu Lab.

Layer height: 0.2mm/layer for 0.4mm nozzle, 0.3 with 0.8mm nozzle Wall line count (perimeter walls): 2 Infill: 0% Seams: aligned Build adhesion type: None Supports: None

For Bambu Studio users, make sure to:

• turn OFF "ensure vertical shell thickness" in STRENGTH settings, or you'll get additional wall lines here and there adding thickness where it's not needed.

For the Plain version of the shade, you can use some fuzzy skin to add a rough texture to it:

• fuzzy skin point distance: 0.8mm
• fuzzy skin thickness: 0.3mm

SCREW RING: print the screw ring in regular mode, with some infill, and with the same nozzle and material as the shade, so it will fit properly.

FEET: No particular tricks for the feet. I used a 0.4mm nozzle, 0.2mm per layer and 15% infill. Printed in PLA.

Happy printing!