Orbital Chandelier

Hello Makers:

Orbital Chandelier - Orbital Chandelier

I present my chandelier with a spatial and elegant design, conceived to enhance your interiors

Inspired by orbital trajectories and celestial forms, the Orbital Chandelier is a decorative chandelier designed for 3D printing. Its suspended rings create an impression of movement and lightness, ideal for a living room, bedroom, or modern space. This model blends geometric simplicity with a futuristic aesthetic

About this model:

• Original design inspired by astronomy and orbital motion
• Easy two part assembly without complex tools
• Lightweight structure compatible with different types of LED or lighting systems
• Suitable for standard ceiling lights
• The model has been resized (from 100% to 94.81%) to respect the printing limits of Bambu Lab P1S, X1, A1 printers. If you have a printer with a larger printing surface, such as the H2D, you can print the model at its original size by enlarging it to 100% (instead of 94.81%). It is also possible to simply modify its width from 256 mm to 270 mm (10.629 in) on the X-axis

Print made with:

• Material: PLA HS - JAYO
• Layer height: 0.2 mm
• Infill: 15%
• Supports: Yes and only on the build plate
• E3D Obxidian HF nozzle: 0.4 mm
• Temperature: 220/230°C (depending on filament)

I haven't tested other materials, but I'd be interested to see the results :)

Dimensions:

• Total height: ≃ 202.34 mm / 7.952 in
• Width: ≃ 256 mm / 10.078 in

• Ring around the socket (bulb holder): 30.34 mm / 1.181 in

  See provided technical drawing for more details

   

Assembly:

The 2 parts fit together easily with slight pressure (0.05mm tolerance), be careful as the upper part is thin, too much force may break it

Included:

• STL files: All in one, Lower part, Upper part
• Profiles (.Gcode) for a 0.4mm P1S/X1/A1 nozzle:
  • For a layer height of 0.2mm (All in one, Upper part, Lower part)
  • For a layer height of 0.16mm (All in one, Upper part, Lower part)

• .3mf file

   

Tips

• This model is decorative: do not use with bulbs that produce a lot of heat (heat resistance depends on the type of filament used)
• Use low-power LEDs for lighting

• The chandelier hangs easily by placing it directly on the light bulb socket, gravity takes care of holding it

  
   

Thank you for taking the time to discover this model!

Happy printing!