3-D Cube Flower Solid
Budget: $250 – $750 AUD
I want to turn my personal take on the Flower of Life into a tangible digital object: twenty-seven identical 100 mm cubes (3 × 3 × 3) fused into one continuous solid. The composition must read as a perfectly aligned, traditional geometric lattice—clean symmetry, no distortions—yet still allow me to distinguish each cube later. My idea is to group the cubes as colour-separated sub-components rather than hiding the joins completely, so the structure feels solid while every unit remains visually traceable.
Because I’ll eventually send the file to both a CNC router and an FDM printer, I’m open on software choice and would appreciate your recommendation. Whether you feel most comfortable in SolidWorks, Blender, or AutoCAD is up to you, so long as you can export high-integrity STEP or STL files without mesh errors.
Deliverables
• Native working file from your chosen package
• Watertight STEP + STL of the full assembly with each cube flagged as a separate body (or material colour)
• Quick viewport render that shows the coloured sub-components for review
Once I approve the geometry, the job is done—no extra texturing or animation required.
Because I’ll eventually send the file to both a CNC router and an FDM printer, I’m open on software choice and would appreciate your recommendation. Whether you feel most comfortable in SolidWorks, Blender, or AutoCAD is up to you, so long as you can export high-integrity STEP or STL files without mesh errors.
Deliverables
• Native working file from your chosen package
• Watertight STEP + STL of the full assembly with each cube flagged as a separate body (or material colour)
• Quick viewport render that shows the coloured sub-components for review
Once I approve the geometry, the job is done—no extra texturing or animation required.
Related categories:
CAD/CAM
3D Rendering
Solidworks
AutoCAD
3D Modelling
3D Design
3D Printing
Blender