lampshade large 3d print file downloads

Important notice: This is not a physical product. you are purchasing the digital download files only, allowing you to print the lamp yourself on your 3d printer. 

Build size: height 18,5 diameter 31,5 cm 

There's two files, one is a lampshade designed to fit a standard e27 fitting, so you can place the shade on any cable operated table lamp. The other file is the lampshade designed for rechargeable puc lights, so this one does not have the e27 hole in the bottom.

Important notice! 

Only use LED light bulbs with this shade, do not use light bulbs that will heat up over time! 

you will need one wireless magnetic puc light per lamp.

 if you want the shades to be magnetic: four neodymium magnets (10 x 2mm) per lamp. 

these are the ones I used:

(affiliate link, feel free to purchase what ever you feel works for you)

Glue the metal sheet that comes with the puc light onto the middle bar of the lamps foot (inside of the lamp shade). The lamp will be securely in place, but is really easy to remove for charging. The neodymium magnets go into the little crevices Wich are positioned just at the end of the middle bar (also inside of the shade). Place a small amount of glue Ito the crevice and slide the magnet in. For extra strong hold you can put 4 magnets per lamp. 

If you want the lamp to be hung up, make a tiny little hole just right at the tip and draw a translucent string through the hole. knot it inside of the shade, so the knot stops the shade from slipping back down. Use it with a puc light, to have the illusion of a floating light. 

If you want the lamps to be stackable into a diamond shape, make sure the magnets are placed to attract each other, if the lamps are stacked. easy tip is: glue one magnet into a lamp and place the other magnet on top, colour the side of the magnet that's facing towards you with a sharpie, the side that’s not coloured has to be facing down into the little slot. Put a little amount of glue on the non coloured side and plop into into the hole. This way you make sure the attracted sides are both facing towards each other once the lamps are stacked. 

 Print Settings:
 Layer height: 0.3 mm
 Infill: 15–20%
 No supports required 
 PETG, PLA recommended
 Vase mode (Spiralize outer contour)

Terms of Use / License Agreement:
By purchasing this digital file (STL), you are granted a license for personal, non-commercial use only.
•⁠  ⁠No Commercial Selling: You are strictly prohibited from selling, renting, or commercially distributing the physically printed objects.
•⁠  ⁠No File Sharing: You may not share, resell, modify, or sub-license the digital files, or upload them to any public platform.
If you wish to sell physical prints of this design commercially, please contact me regarding a commercial license