Pillar Column
Print ready pillar. My own unique design.
Measure units are millimeters, the model is about 160 mm in height(without the globe).
Mesh is manifold, no holes, no inverted faces, no bad contiguous edges.
Available formats: .blend, .stl, .obj, .fbx, .dae
Here is three versions of the model:
1) Pilar_sld (.blend, .stl, .obj, .fbx, .dae) That is the solid(one piece)version of the model, consists of 448371 triangular faces. The globe is a separate object thought.
2) Pilar_prts (.blend, .stl, .obj, .fbx, .dae) Here are separate parts for 3d printing, consists of 802420 triangular faces. The parts do not intersect but fit to each other.
3) Wpilar_prts (.blend, .stl, .obj, .fbx, .dae) Here are parts that intersect with each other, can be used for boolean operations. consists of 1693353 triangular faces.
Blend files contains materials that was used for rendering.
No UV layout, no textures, it is hig
Pillar Column
Pillar Column
Print ready pillar. My own unique design.
Measure units are millimeters, the model is about 160 mm in height(without the globe).
Mesh is manifold, no holes, no inverted faces, no bad contiguous edges.
Available formats: .blend, .stl, .obj, .fbx, .dae
Here is three versions of the model:
1) Pilar_sld (.blend, .stl, .obj, .fbx, .dae) That is the solid(one piece)version of the model, consists of 448371 triangular faces. The globe is a separate object thought.
2) Pilar_prts (.blend, .stl, .obj, .fbx, .dae) Here are separate parts for 3d printing, consists of 802420 triangular faces. The parts do not intersect but fit to each other.
3) Wpilar_prts (.blend, .stl, .obj, .fbx, .dae) Here are parts that intersect with each other, can be used for boolean operations. consists of 1693353 triangular faces.
Blend files contains materials that was used for rendering.
No UV layout, no textures, it is hig
