/https://fbi.cults3d.com/uploaders/13726060/illustration-file/f8dca232-e97d-435c-a3f7-7c7ba8764319/Internal_02_display_large.jpg&w=828&h=828&output=webp&q=100&n=40 "More Internal Structures ... 3D Printer File Image 1")
/https://fbi.cults3d.com/uploaders/13726060/illustration-file/f8aef622-52ad-4819-9c35-eebc6953fac4/internal_01_display_large.jpg&w=828&h=828&output=webp&q=100&n=40 "More Internal Structures ... 3D Printer File Image 2")
/https://fbi.cults3d.com/uploaders/13726060/illustration-file/fc4362e3-577c-4d59-b60b-87030102c3b8/Internal_03_display_large.jpg&w=828&h=828&output=webp&q=100&n=40 "More Internal Structures ... 3D Printer File Image 3")
November 5, 2018
Description
Here are some regular patterns to be used as infill and internal structure for 3d models using OpenSCAD.
Version 1: Cone tubes
This structure consist of separate tubes with double cones. The tubes are arranged rectangular.
Version 2: Sphere tubes
This structure consist of separate tubes with spheres. The tubes are arranged hexagonal. The calculation is time intensive.
Version 3: Octahedrons
My favorite structure consist of linked octahedrons. The octahedrons are arranged rectangular. The wall size is at minimum.
License:
CC BY - Attribution
