David F

Lamp Shade with Hexagon Lattice

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DrDflo
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Lamp Shade with Hexagon Lattice - View from beneath hexagon lattice lamp shade  - 3d model
DrDflo
DrDflo
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Lamp Shade with Hexagon Lattice - View from beneath hexagon lattice lamp shade  - 3d model
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Lamp Shade with Hexagon Lattice - View from beneath hexagon lattice lamp shade  - 3d model
Lamp Shade with Hexagon Lattice - Hexagon lattice lamp shade hanging in my kitchen from a pendant E26 light. - 3d model
Lamp Shade with Hexagon Lattice 3d model
This model is restricted by licensing terms. 

Lamp shade with a hexagon lattice pattern. This shade will fit on E26/E27 Sockets.

I used a pendant light socket like this one: https://amzn.to/3xy9UwY

Printable volume required: 250x250x200mm

Filament: These models are designed to be printed without support material, and therefore, filament that can bridge (i.e., print unsupported features) is a must. For this reason, a PLA-based filament is ideal. However, PLA exhibits very low heat resistance – softening at 60C. Tungsten bulbs, especially Edison bulbs, can reach temperatures more than 70C. Heat treatable PLA has similar bridging properties as normal PLA, but once annealed (heated to around 225F for an hour or so) it will achieve improved thermal properties. Therefore, heat treatable PLA is always recommended for printing these lamp shades. It is also best practice to only use these shades with insulating plastic sockets (versus metal ones that will heat up).

Socials: Youtube Instagram

Please note that affiliate links are present to support the creation of these models.


53 Likes296 DownloadsJune 22, 2021


53 Likes296 DownloadsJune 22, 2021
This model is restricted by licensing terms.