Update: STL now available, I recommend to print the gcode as it is optimized but if you can't print the gcode you can load the STL in your slicer and try this way. I also add a 3mf with the settings to print it from the orca slicer. Printing instructions for the STL: Do not change the size as changing the scale can lead to an unpredictable result. 0,3mm layer height also on the first layer and 0,42mm layer width, with an airflow of 15% (test this in your printer). Speed 50mm/s. 120% flow rate, 210-220ºC, For retraction I use “Extra length on restart”: 0.2mm to secure the adhesion of the beginning of the bridges. No support are needed.

This unique desk lamp features a striking orbital design, perfect for adding a modern touch to any workspace. The lamp includes mood lighting capabilities, allowing you to create the perfect ambiance for any task. Its bridge structure not only adds aesthetic appeal but also provides stability and versatility in placement. Ideal for both work and relaxation, this lamp combines functionality with contemporary style.

This is gcode generated directly by python code, at no point in the creation of the gcode is there any 3D modeling or initial 3D object, so there is no STL, but you can download the python code and play with it to change it to your liking.

Base for this lamp: https://www.printables.com/model/890069-base-for-desk-lamp-with-an-orbital-design-mood-lig You can join my club and you will have access to the STL of the base for this lamp and other exclusive design in the future.

Light used: https://s.click.aliexpress.com/e/_Dlga715