Modern design lantern lamp, ideal for the home or office.
HOW TO PRINT
The 3mf project was designed for a 60 cm lantern, scale it to the desired dimensions, but be careful to check the dimensions of the holes for applying the magnets.
🔒 Usage Notice
This design is for personal, non-commercial use.
Commercial use is not permitted, either digitally or physically.
📩 If you would like a commercial license, please contact me directly.
âš Remember: Unauthorized commercialization may result in PRINTABLES penalties and potential legal action.
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If you want a commercial license to sell physical prints, register here:https://www.patreon.com/c/Forgia3DLab
Personally I scaled the project to 50% to be able to print it with an PRUSA XL
The STL files are already resized to 50% of the original in 3mf.
PLA eSun black or other
0,2 layars
3 wall
25% infill
210 °C
100 mm/s speed
This project does not require screws of any kind, just magnets and a classic or LED light bulb.
-6mm x 2mm neodymium magnets
-26mm lamp holder with small thread.
-6mm black three-phase electrical cable
-Screwdriver
-Lamp bulb pitch 13.8 mm
Very simple assembly, just connect the cables to the bulb holder, glue the magnets and position the various pieces according to the instructions. For the side panels there are grooves to join them together after gluing the magnets. Happy printing and have fun makers.
1- Print all the parts with the desired material
2- Print the internal panels in transparent PETG
3- Insert the 5x2 mm Magnets into the appropriate cavities present in the various components.
4- Glue the internal panels to the walls with the rectangular cavities on the inside
5- Insert the electric cable equipped with a power button into the base, then connect the two wires to the lamp holder.
the polarity of the wires does not matter.
6- Assemble the 4 walls by inserting the protruding part of walls 1 and 3 into the cavities of walls 2 and 4.
7- Insert the base2 into the lamp holder base and then fit the magnets of the walls onto the base (be careful to glue the magnets with opposite polarities)
8- Insert the top
The author marked this model as their own original creation.