A textured Sphere with a Reaction-Diffusion simulation of 2 chemicals.

The relief parts are 3mm thick while the cavities are 1.5mm thick thus allowing more light to pass thru

Size: 150x150x144mm
Thickness: 1.5~3mm

At the base there is a 40mm cut-hole to mount your lamp stand.
Use 40W bulb or 3W LED.

Dizingof
3dizingof.com

A tiny sample of the power of computational design.

This is part of my R&D into surfaces/mesh manipulation techniques.

Hit the LIKE button for others to see this page..

Designed for high resolution 3D printing - Size was carefuly calculated to enable correct wall thickness, so if you scale it down you might loose walls or details.
At the bottom there is a cut hole to insert a LED to make it a cool table lamp.

Designs intended for educational purposes only.

** Update: Added a 4th file - Cellular Yoda (My favorite)

Dizingof
3Dizingof.com

Fracture design process - a derivative of the 3D Voronoi process you saw on my 3D Voronoi Yoda design:
thingiverse.com/thing:44505

Its a one piece model.

Size: 120x70x150mm
Thickness: Solid with minor gaps between pieces.

3D Print it with ABS/PLA with minimum support structures


Dizingof
3dizingof.com

A complex Math Knot turned decorative Vase.

Size: 130x126x187mm
Thickness: 2~10mm (organic surface)

3D Print it with PLA or ABS
(with ABS, consider the Acetone smoothing procedure on your 3d printer's hot bed - to have the vase look as smooth as on the rendered pics above)


Enjoy,
3Dizingof.com

Created with fractals.
Size: 190x190x270mm (for Rostock 3d printers)

Base thickness is 35mm, recomended 50% or more infill to make it heavy.


Enjoy!
3Dizingof.com

I designed this sculpture from a Pyramid shape using TopMod.

Size: 100x100x145mm
Thickness: 3~6mm


Enjoy!
3Dizingof.com

"Neuron Cells" modeling process.

Size: 180x156x185mm
Wall thickness: 1.5~4 (organic surface)
Material Volume: 69 cubic cm



Dizingof
3Dizingof.com

A unique process i scripted creating complex organic "Brain Cells" (Neurons) structures inside any shape.

youtube.com/watch?v=KMWOQmP6lqw

Size: 70x70x190mm
Wall thickness: 2~5mm (organic)
Material Volume: 30 cubic cm


** This method could also be used to turn a solid CAD design into its bare bone structure for QUICK 3d printing and prototyping.
I've added a second file that is the "naked" version of a solid Eiffel tower - yet its as strong as the solid original but with significantly less material used and way faster to 3D print!

*** This fast prototyiping idea is beutifuly explained at this article from March 7th:
designworldonline.com/software-helps-you-design-for-3d-printing-manufacturability/



Enjoy!
3Dizingof.com

"..the home 3D printing revolution needs more than a Yoda.." - i.materialise.com/blog/entry/meet-the-designer-dizingof

Complex, organic, 3D (volume) Voronoi structure grown inside a Yoda bust.

Great as a booksend or as a unique, conversation starter, pencils holder on your desk.

Size: 110x87x87mm
Thickness: varies 1~5mm (organic)
Volume: 81 cm^3

NPR reporter on Yoda bust:
"One of the more popular things on the site is a bust of Yoda, and some designers on Thingiverse are doing amazing things with it. Someone turned it into a vase for flowers, another used math (fractals) to hollow it out in an incredibly beautiful, illegal way.. "

npr.org/blogs/alltechconsidered/2013/02/19/171912826/as-3-d-printing-become-more-accessible-copyright-questions-arise?sc=tw&cc=share

** I respect copyright laws and will remove this version of Yoda the second Lucas Films asks for a take down.
I've uploaded this design with the impression that it was OK for some time now by the copyright owner for the original Yoda bust.

*** CNET discusses this Yoda:
news.cnet.com/8301-14013_3-57573829/future-of-3d-printing-is-bright-says-sxsw-panel/



Enjoy !
3Dizingof.com

A 5 Stars Deluxe Ant Farm.. designed with a Mathematically generated reaction-diffusion structure.

A great project for the whole family.

This structure has 10mm wide hallways (enough room for incoming and outgoing traffic..) - The top center area has the entrance, the bottom-center area has a large chamber for the queen and her entourage..

Cut 2 square transparent Acrylics, 2 to 3mm thick at your favorite Laser Cutting service like Ponoko.com or use a simple Inkjet transparent sheets then glue them to their place (front and back).

Checkout YouTube for some simple tutorials on how to scoop Ants and their queen from the ground.. how to supply the colony water,moist dirt , food etc..


3D print it with ABS/PLA or with Laywood filament (can hold moister better?)

Use 0.2-0.3mm rigid layer height so the Ants legs can grab the walls easily..

3dprintingindustry.com/2013/01/07/3d-print-your-kids-an-ant-farm/


Enjoy!
3Dizingof.com

From my archive.. Shock bumper for iPhone 4/4s - Watch the video for its cool features..

With some adjustments you can redesign it for iPhone 5.. (dont forget attribution to this page)

youtube.com/watch?v=6LqZY7LPir0

3D Print it with ABS/PLA or other materials using quality 3D Printing services such as Ponoko.com or i.materialise.com


Enjoy!
3Dizingof.com

Exploring Patterns from Nature.

Designed for Glazed Ceramics 3D Printing.
( Ponoko.com or i.materialise.com )

Size: 100x100x150mm
Wall thickness: 5mm

Or 3d print it with ABS/PLA with the color of your choice.


Enjoy!
3Dizingof.com

A 3D snapshot of a simulation of a reaction-diffusion between 2 chemicals put on to the surface of this Tray.

Size:170x170x10mm
Wall thickness: 7mm

Designed for Ceramics 3D Printing or use PLA/ABS with 0.1mm settings on your 3D Printer.





Enjoy!
3Dizingof.com

Inspired by BSchuler's thingiverse.com/BSchuler set of Multi-Cultural Ornaments i decided to design a second Christmas Math Ornament. ( thingiverse.com/thing:35758 )


Look closely.. this sphere is made of a Star-Of-David grid.

I raised few of the stars as a relief across the sphere to make it even more cool.

Gif:
i1080.photobucket.com/albums/j322/dizingof/Album3/Star-of-David-multi-cultural-math-ornament-by-Dizingof-anigif.gif



Size: 60x60x70mm
Wall thickness: 2mm

3D Print it with 0.1mm resolution so you can see the tiny triangles that form the Stars of David.

If you cant go Hi-Res on your 3D printer, simply increase the ornament size to 100mm in total.


Enjoy!
3Dizingof.com

A Christmas Ornament designed with stacked Schwartz Math Surfaces in high density grid.

This sponge ball has different geometric cavities with different alignments so that it creates this visual effect when it spins on a wire on your tree:

i1080.photobucket.com/albums/j322/dizingof/Album3/Sponge-Ball-Math-Christmas-Ornament-by-dizingof_turntable6917-anigif.gif


Size: 100x100x100mm
Thickness: 5mm


(Note: if you resize it less than its current size you loose the surface details - unless you're using high res 3D Printers such as SLA,SLS etc)



Enjoy!
3Dizingof.com

"Mayan" Vase i designed with fractals for the amazing LAYWOO-D3 mm filament: thingiverse.com/thing:30552

It's a great looking material that i thought i should dedicate a Decor design for it.

Now with the new improvements to the slicing software to create different shades, i foresee a great use for this material.
betterprinter.blogspot.fr/2012/10/shades-of-brown-with-wood-filament-via.html


P.s: These are rendered pics.. not the real thing ;)

Size: 100x100x150mm
Thickness 3~17mm (use your judgment for infill %)




It's amazing how you can stretch current technology when you're curious enough.


Enjoy !
Dizingof

This sculpture is dedicated to Elon Musk - Founder of SpaceX and a visionary:
wired.com/wiredscience/2012/10/ff-elon-musk-qa/

Design inspired by the Ancient Mayan "Airplane" artifact and Nasca Vally drawings.


Size: 150x150x155mm

Turntable GIF:
bit.ly/VzUYLl

This is my first released design-file for 3D Printing in Full Color using Zcorp 3D Printers.

I attach both a .WRL file for color 3d printing ( Ponoko.com , i.materialise.com) + a regular STL file for your personal 3D Printer.

** Pictures of the actual print Courtesy of Elies Campo , #SingularityU



Enjoy!
3Dizingof.com

Created with Fractals - The inside is more spookier..

Size: 140x123x190mm
Thickness: 3~6mm

3D Print it with ABS,PLA or even with translucent resins.

Seifert Math Surface Knot turned Math Art Sculpture.

Size: 111x111x156mm
Wall thickness: 11mm at the bottom - 3mm at the top.





For more of the same checkout
3Dizingof.com

A Seifert Math surface made as a Bowl.

Best to 3D Print it with Transparent ABS or PLA for the full effect of the twisted curves.



If you own a Resin-Based 3D Printer, resize this Bowl to fit your build area - Transparent or semi Transparent colors are advised.

You can also use i.materialise.com transparent color resin.


Size: 180x180x30mm

An OuterHyperboloid Math surface turned Organic Vase with a double Voronoi technique.

Size: 120x120x180mm
Wall Thickness: 3~7mm
3D Print it with ABS , PLA

GIF:
bit.ly/PexqbO





Follow me on Twitter for my latest design: twitter.com/dizingof

My 150th FREE design on Thingiverse !

Trinocular - A unique Math Surface i turned into a cup or Pot - Anyway you flip it, Up or Bottom you get the same 3 pots.

Use as..
a unique Bath accessories holder ?.. a Garden Pot for 3?..
or as a.. Tri Beer mug !


Another version, a computational design is here:
ponoko.com/design-your-own/products/trinocular-math-art-by-dizingof-8734

A Math Surface manipulation technique that gets me both excited and Nervous.. o_O

Note the intersections of both outer and inner cells structures by a way that imitate natural cells bonding.



Size: 150x150x130mm
Wall thickness: 2~5mm

3D Print it with White PLA or ABS or use high quality 3d printing services for White Nylon.


Enjoy,
3Dizingof.com !

This is a Zoll Math Surface i turned into a Light Shade (one of many)
Comprised of tiny hexagons mesh inside a larger main one.


Size: 150x150x150mm
Thickness: 1.6~3.5mm


This design is one of many Math Light Shades i designed.
Check'em out here: 3Dizingof.com

Tannery Math Surface i designed as a Light Shade.

For the Rostock 3D Printer.

Size:190x190x370mm
Thickness: ~3mm

At the base there is a 40mm cut-hole for a light fixture.


Enjoy,
3Dizingof.com

iHorn - Using Math Surfaces to create a unique Charging Dock for iPhone.

A half DupinCycloid thingiverse.com/thing:30187 attached to my elliptical iDock from 2010 thingiverse.com/thing:12445

The horn will increase the sound of the iPhone speaker immensely.


Take your USB cable (USB side first) put it trough the top opening, all the way till the connector side sits at its bay. (later super glue it)

For obvious gravity reasons.. you might want to glue a small metal piece inside the dock for balancing.



Enjoy
3Dizingof.com

DupinCycloid Math surface Decor.

Size: 150x95x138mm
Wall thickness: 2mm



Enjoy,
3Dizingof.com

Designed with Fractals.
Use as a decorative Vase or Light Shade.

Size: 150x150x150mm
Wall thickness: 3 to 5mm at the base.

3D print it with ABS, PLA

The top part is elevated so a little to none support is needed.


Note the optical illusion of a crisscross.

Designed with fractals.


Size: 100x100x170mm
Wall thickness: 6~7mm

3D Print it with Glazed Ceramics at Ponoko.com (USA) , i.materialise.com (EUROPE)
or use white ABS / PLA.




Enjoy,
3Dizingof.com