Inclusions 2 (small)

Inclusions 2 (small) 3d printed Art Mathematical Art Face view
Face view
Inclusions 2 (small) 3d printed Art Mathematical Art Perspective view
Inclusions 2 (small) 3d printed Art Mathematical Art Perspective view
Perspective view
Inclusions 2 (small) 3d printed Art Mathematical Art Face view
Inclusions 2 (small) 3d printed Art Mathematical Art Face view
Face view
Video
Inclusions 2 (small) 3d printed Art Mathematical Art
Inclusions 2 (small) 3d printed Art Mathematical Art
Inclusions 2 (small) 3d printed Art Mathematical Art Edge view
Inclusions 2 (small) 3d printed Art Mathematical Art Edge view
Edge view
Inclusions 2 (small) 3d printed Art Mathematical Art Vertex view
Inclusions 2 (small) 3d printed Art Mathematical Art Vertex view
Vertex view
Inclusions 2 (small) 3d printed Art Mathematical Art With the big version
Inclusions 2 (small) 3d printed Art Mathematical Art With the big version
With the big version
Inclusions 2 (small) 3d printed Art Mathematical Art White Strong & Flexible and Alumide
Inclusions 2 (small) 3d printed Art Mathematical Art White Strong & Flexible and Alumide
White Strong & Flexible and Alumide
Inspired by my first "Inclusions" model, it is in fact very similar to a Sierpinski pyramid (somewhere between level 4 and 5).
Instead of being made by removing matter from a solid tetrahedron, it is made by adding edges to a wireframed tetrahedron.
Thus is is more 3D print friendly (no small sections supporting weight).
Read this post.

This one has its larger edges measuring 6 cm.
A larger version is also available.

cm: 4.28 w x 4.28 d x 4.28 h
in: 1.685 w x 1.685 d x 1.685 h

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