Ponoko - Items by Dizingof tagged with decor

Jet Vase/planter By Dizingof

Dizingof — Sun, 19 May 2013 08:03:09 GMT

Based on the Math surface called Jet.. Size: 150x150x170mm Thickness: 3mm (all over) 3D Print it with your favorite material.

Cosinus Tray - By Dizingof

Dizingof — Fri, 10 May 2013 14:33:13 GMT

A Cosinus equation turned 3D printable Tray. 3D Print it with your favorite materials.

Bubble Vase - By Dizingof

Dizingof — Sun, 05 May 2013 22:19:10 GMT

A design technique creating bubbles effect on a surface of a model with Tetrahedral. Size: 141x136x150mm Wall thickness: 5mm Surface Volume: 128 cm^2 Designed for Glazed Ceramics as well as other materials.

Cells Planter for Glazed Ceramics - By Dizingof

Dizingof — Sun, 05 May 2013 02:12:25 GMT

Beautiful organic Cells structure engulfing a planter. A design technique using a cluster of Tetrahedral Math shapes. Size: 130x130x130mm Wall thickness: 6mm Surface volume: 136 cm^2 Designed for Glazed Ceramics but as good for other materials including ABS/PLA on your home 3D printer.

Gumwoski-Mira Fractal Vase - Ceramics - By Dizingof

Dizingof — Sat, 27 Apr 2013 18:40:28 GMT

Total Fractals. Size: 100x86x150mm Thickness: 6mm Surface area: 86 cm^2 3D Print it with Glazed Ceramics with your favorite color. On the rendered pics, its a Black Mat glazing.

Fractal Swirl Lamp Shade - by Dizingof

Dizingof — Fri, 26 Apr 2013 20:53:03 GMT

Created with Fractal particles. The bottom has a 30mm opening for a light fixture - Powerful LED or 40W bulb. Size: 150x150x130mm Thickness: 1.5~3mm Volume: 143 cubic cm 3D Print it with your favorite material (White Nylon is recommended)

Ceramics Fractured Vase - by Dizingof

Dizingof — Tue, 23 Apr 2013 20:01:34 GMT

Another unique process intersecting stacked tetrahedral Math shapes to form a fractured Vase. Unique. Designed for 3D Printing in Ceramics Size: 130x130x149mm Thickness: 5~6mm at the base & 3~4mm at the top. Surface Volume: 121 cubic cm On top there is a 15mm opening for few flowers and enough room for water inside. 3D Print it with your favorite materiel or even on your personal 3d printer.

3D Voronoi Deer - by Dizingof

Dizingof — Mon, 06 May 2013 21:19:18 GMT

A unique 3D-Voronoi process built inside a Deer. Size: 170x65x108 (facing up) Thickness: 1~3mm (strong grid) Volume: 45 cubic cm 3D Print it with your favorite material or on your personal 3D Printer (you can increase its size to fit your build area)

Voronoi Pencils Holder By Dizingof

Dizingof — Mon, 06 May 2013 21:19:47 GMT

A unique Voronoi cube structure with different angles orientation designed as a unique 'Math Art' pencils holder for your desk. Size: 100mm cube Thickness: 2 to 4mm (strong structure) Material Volume: 50 cubic cm. 3D Print it with your favorite material or on your personal 3d printer.

Rosette - Fractal Vase By Dizingof

Dizingof — Fri, 29 Mar 2013 19:28:28 GMT

Rosette - Fractal Vase Size: 150x150x150mm Wall thickness: 2mm (Hollowed out vase) http://www.youtube.com/watch?v=ELhce1oup1Q 3D Print it with your favorite material OR on your personal 3d printer.

Juliette - Fractal Vase by Dizingof

Dizingof — Fri, 29 Mar 2013 19:29:14 GMT

Fractals always surprisingly beautiful. Size: 150x80x150mm Wall thickness: 3mm 3D Print it with your favorite material OR on your personal 3D Printer.

OuterHyperBoloid Bowl - Math Decor by Dizingof

Dizingof — Mon, 06 May 2013 21:25:15 GMT

Yet another Bowl - this one was designed out of a Math surface called OuterHyperBoloid. Size: 150x150x36mm Wall thickness: 2mm 3D Print it with your favorite material OR on your personal 3D Printer.

3D-Voronoi Vase - Math Decor by Dizingof

Dizingof — Mon, 06 May 2013 21:26:45 GMT

A volume-Voronoi shaped Vase with a 10cm hollow tube on top for 2-3 flowers and water. Unique. Size: 100x100x150mm Material Volume: 84 cm^3 http://youtu.be/AztH92XtkTU 3D Print it with your favorite material or on your personal 3D Printer.

Flame Lamp Shade - Math Decor By Dizingof

Dizingof — Mon, 06 May 2013 21:30:51 GMT

Derived from a complex Cube. Size: 140x140x160 Thickness: 2~5 (organic) At the bottom there is a cut hole of 25mm (1") for your light fixture - Use Cree LED or 40W lamp 3D Print it with your favorite material (White Nylon recommended but the low cost "full color" gypsum is great too - See example here: http://www.ponoko.com/design-your-own/products/voro-lamp-shade-180mm-math-decor-by-dizingof-9415 ) Or 3d print it with ABS/PLA on your personal 3D Printer.

Snotty Vase - Fractals Decor by Dizingof

Dizingof — Fri, 18 Jan 2013 17:30:53 GMT

Beautifully designed with random Fractals. Size: 130x130x175mm Thickness: ~5mm http://www.youtube.com/watch?v=BElMRG9hKyQ 3D Print it with your favorite material or on your personal 3d printer.

Voro Lamp Shade 180mm - Math Decor by Dizingof

Dizingof — Sun, 03 Feb 2013 07:51:55 GMT

Generative design lamp shade. Size: 180180x170mm Thickness:1~2 3D print it with your favorite material or on your personal 3D printer.

Spores - Voronoi Lamp Shade by Dizingof

Dizingof — Thu, 21 Feb 2013 19:10:53 GMT

Spores shaped lamp shade designed with a dense point Voronoi grid. The bottom has a base for a LED light or regular lamp up to 40W. Size: 130x130x130 Thickness: 1~4mm Volume: 127 cm^3 Base opening: 3 cm http://www.youtube.com/watch?v=h9bJtNLj0-s 3D Print it with White Nylon or on your 3D Printer

Water Lily Tray - By Dizingof

Dizingof — Mon, 06 May 2013 21:31:51 GMT

Exploring patterns from Nature. A water lily tray, organic design. Size: 181x148x42mm Wall thickness: 3 to 6mm (varies) 3D Print it with your favorite material or on your personal 3D Printer.

Set Of 6 "Mayan Coasters" - By Dizingof

Dizingof — Mon, 06 May 2013 21:31:19 GMT

By request, a set of 6 "Mayan Coasters" with genuine symbols from that lost civilization. Each coaster is 79x79x7mm 3D Print it with your favorite material or on your personal 3D Printer

Equation - Math Art By Dizingof

Dizingof — Sat, 29 Dec 2012 21:18:12 GMT

'Holes' equation made as a 150mm tall Math Art. Size: 120x120x150mm Wall thickness: 2~3mm Turntable GIF: http://i1080.photobucket.com/albums/j322/dizingof/Album3/Equation-Math-art-by-Dizingof-anigif_zps7fa74198.gif 3D Printing with your favorite material or on your personal 3D Printer.

Moai Bookends by Dizingof

Dizingof — Mon, 06 May 2013 21:32:52 GMT

Computational design. Easter Islands mysterious statues bookends. Size: 80x80x140mm Wall thickness: 2mm Volume: 48 cm^3 http://www.youtube.com/watch?v=ADZupZ1ob2w 3D Print it with your favorite material or on your personal 3D Printer.

Hyperbolichelicoid A La Schwartz Lamp - Math Decor By Dizingof

Dizingof — Thu, 21 Feb 2013 19:12:11 GMT

A Hyperbolichelicoid shape filled with Schwartz shapes creating this beautiful lamp. The base from the bottom is hollow and has a cut hole to insert either a circle of LEDs pointing upwards OR you can insert a strip of LEDs thru the design itself. Size:143x136x150mm Wall thickness: 1.6mm Volume: 170cm^3 3D Print it with your favorite material or on your personal 3D Printer using white or translucent ABS/PLA

Neuron Cells Tray - Math Decor by Dizingof

Dizingof — Mon, 06 May 2013 21:33:27 GMT

A Tray designed with a Math equation then given an organic look of Neuron cells. Size: 180x180x60mm Wall thickness varies from 2~20mm 3D Print it with your favorite material or on your personal 3D Printer.

Diamond Vase - Math Decor by Dizingof

Dizingof — Wed, 16 Jan 2013 20:04:05 GMT

Derived from the Diamond Cube math surface. Size: 120x120x170mm Wall Thickness: 2mm Turntable GIF: http://i1080.photobucket.com/albums/j322/dizingof/Album3/Diamond-Vase-Math-Decor-by-Dizingof-anigif.gif

Schwartz Tower - Math Art by Dizingof

Dizingof — Wed, 16 Jan 2013 20:04:36 GMT

Created with a mathematical equation then post processed for 3D Printing Decor. Size: 130x130x170mm Wall thickness: 2mm http://www.youtube.com/watch?v=vTZb50fO5XA 3D Print it with your favorite material or on your personal 3D Printer

Fertility Vase - by Dizingof

Dizingof — Wed, 16 Jan 2013 20:05:27 GMT

Unique, beautiful design of an ancient human cultures depicting large lower female body as a good fertility & health sign. (This design is a proof of concept of my R&D into generative/parametrization design of any surface/shape) http://www.youtube.com/watch?v=V1VLLHA4Kfk Size: 120x165x190mm Wall thickness: 3~5mm 3D Print it with your favorite material OR on your personal 3D Printer.

Reaction Cup - Math Decor by Dizingof

Dizingof — Wed, 05 Dec 2012 10:27:24 GMT

A 3D snapshot of a simulation of reaction-diffusion between 2 chemicals put on the surface of this Cup. Size: 117x93x93mm Wall thickness: 5 to 7mm The cup diameter is 80mm Designed for Glazed Ceramics.

Digital Dreams by Dizingof

Dizingof — Tue, 18 Dec 2012 14:22:42 GMT

Digital Dreams statue / Bookshelf stopper. Designed with computational topology algorithms. Size: 160x160x180mm Wall Thickness: 1-1.5mm GIF: http://i1080.photobucket.com/albums/j322/dizingof/Album3/Digital-Dreams-by-Dizingof-anigif.gif 3D Print it with your favorite material OR on your personal 3D Printer with high resolution settings.

Pearl - Math Decor By Dizingof

Dizingof — Sun, 02 Dec 2012 14:07:24 GMT

Vase. Created with Fractals. Size: 150x150x103mm Wall thickness: 3mm 3D Print it with your favorite material OR on your personal 3D Printer.

Reaction Planter - Math Decor by Dizingof

Dizingof — Mon, 07 Jan 2013 17:15:12 GMT

A 2 parts unique planter: A base which holds a square wet sponge and a beautiful mathematically generated complex mesh which simulates a natural reaction of 2 chemicals. First cut a 80x80x10mm square sponge, put it inside the square cavity in the base - wet it then put on it few of your favorite Plant Seeds. Put the Reaction Mesh part on top the base and let nature do its course. When the seeds starts to grow they will engulf the Reaction mesh thru the complex mesh in&out. 3D Print both parts with your favorite material OR 3d print them using your personal 3D Printer with white ABS/PLA

Reaction Pot - Math Decor By Dizingof

Dizingof — Thu, 29 Nov 2012 21:38:52 GMT

A 3D snapshot of a reaction between 2 chemicals made as a Decor pot. Size: 100x100x100mm Thickness 2 to 5mm 3D Print it with your favorite material OR on your personal 3D Printer.

Prometheus - by Dizingof

Dizingof — Tue, 14 May 2013 20:11:03 GMT

In Greek mythology, the Titan Prometheus stole the heavenly fire and gave it to mankind.. thus enabled progress and civilization. (wikipedia) http://www.youtube.com/watch?v=87tG8pOyUwY Once you order this design file you can dedicate it to a friend, colleague or loved ones by using your 3D software to engrave a text on the base. Size: 92x1109x134mm Thickness: 3 mm Material Volume: 60 cubic cm. 3D Print it with your favorite material OR on your personal 3D Printer.

Schwartz Vase - Math Decor by Dizingof

Dizingof — Tue, 01 Jan 2013 14:44:42 GMT

A stacked Schwartz math surfaces in a dense grid creates an interesting pattern which i implemented onto a Vase. Size: 100x100x150mm Thickness: 5~7mm (suitable for Glazed Ceramics 3D Printing) Surface Area: 213 cm^2 3D print it with your favorite material or on your personal 3D Printer.

Reaction Man - Math Art by Dizingof

Dizingof — Tue, 14 May 2013 20:15:25 GMT

3D simulation of a Reaction-diffusion math pattern intersected with a scanned head. Math Art sculpture. http://www.youtube.com/watch?v=aB5dECsRYQQ Size: 120x117x150mm Wall Thickness: ~2mm 3D Print this Art piece with your favorite material or on your personal 3D Printer.

Minimal Surface Aquarium Coral Ball - Math Decor by Dizingof

Dizingof — Fri, 23 Nov 2012 21:49:01 GMT

Math mimicking Nature. Created with a 3D Math simulation of a reaction-diffusion of 2 chemicals. I designed it as a decor piece or as an artificial Coral for your Aquarium. 3D Print it with your favorite material thou it was designed for Glazed Ceramics. You can also 3D Print it on your personal 3D Printer with ABS.

Reaction/diffusion Vase - Math Decor by Dizingof

Dizingof — Mon, 07 Jan 2013 17:16:34 GMT

Using a sophisticated software to simulate a reaction between 2 chemicals creates stunning patterns which i implemented onto the surface of a Vase. Size: 168x168x179mm Wall thickness: 3mm 3D Print it with your favorite material OR on your personal 3D Printer using white ABS/PLA http://www.youtube.com/watch?v=4d5EwUuwL9g The reaction process: http://i1080.photobucket.com/albums/j322/dizingof/Album3/Reaction-Diffusion-Vase-anigif.gif

Sphere Of Skulls - Lamp Shade by Dizingof

Dizingof — Mon, 19 Nov 2012 04:25:19 GMT

Two different skull expression populate this unique Lamp shade: One is a "smiley".. the other is "oh my god" with jaw open.. Both expressions will let light go thru in different masking/directions.. making it a unique, eye grabber, piece of decor in your room, either as a table lamp or ceiling lamp. Both polls have a cut hole of 40mm for your LED or light fixture. You can scale this model to fit your light stand. 3D Print it with White Nylon over at Ponoko.com OR in natural/translucent PLA/ABS on your personal 3D Printer.

Water Spirit Vase - Math Decor by Dizingof

Dizingof — Mon, 19 Nov 2012 04:24:27 GMT

This unique Decor Vase was designed by using a special technique to populate it's surface with.. its own shape. Size: 100x100x150mm Thickness: 1.5~2mm (The base is 5mm thick) 3D Print it with your favorite material or 3D Print it on your personal 3D Printer. http://www.youtube.com/watch?v=yA5yvORlIs8

3D Knot - Math Art by Dizingof

Dizingof — Mon, 06 May 2013 21:37:18 GMT

A sculpture of a 3D Knot made tangible thanks to 3D Printing. Note how each side is connected to the other 2 via a Knot center. Size: 100x114x140mm Turntable GIF: http://i1080.photobucket.com/albums/j322/dizingof/Album3/3D-Knot-Math-Art-by-Dizingof-anigif.gif 3D Print it with your favorite material or on your personal 3D Printer.

Cameloid - Math Art by Dizingof

Dizingof — Sat, 17 Nov 2012 03:05:15 GMT

A Math equation called Cameloid turned into a beautiful Decor. Note the apertures.. from every side they are the same. 3 types of surfaces hit the eye when looking at this design: Organic surface, Flat surface, Hard Cut surface - Combined giving it its beauty. Turntable GIF: http://i1080.photobucket.com/albums/j322/dizingof/Album3/Cameloid-Math-Art-by-Dizingof-anigif.gif 3D Print it with your favorite material OR on your personal 3D Printer.

Cranium - By Dizingof

Dizingof — Sun, 03 Feb 2013 07:56:23 GMT

Beautifully designed Cranium - with organic carving. 3D Print it with your favorite material - Recommended: White Nylon. http://www.youtube.com/watch?v=svUJaGtrzn8 If you have a personal 3D Printer use PLA or ABS plastics. For a cool new method to 3d print a mold in ABS plastic then cast it with a Metal called Bismuth on your kitchen stove - see this simple tutorial: http://www.thingiverse.com/thing:33450

Hexagon Vase - Math Decor by Dizingof

Dizingof — Thu, 10 Jan 2013 17:26:56 GMT

Unique vase formed by Hexagons. Only when looking downward on the Vase you see the Hexagons. Size: 130x130x190mm 3D Print it with your favorite material OR on your personal 3D Printer!

Hexagon Bowl - Math Decor by Dizingof

Dizingof — Mon, 14 Jan 2013 15:05:58 GMT

A bowl shape filled with organic Hexagons. Size: 190x150x53mm Wall thickness: 2~6mm 3D Print it with your favorite material OR on your personal 3D Printer.

Hypnosis Lamp Shade - by Dizingof

Dizingof — Sat, 24 Nov 2012 00:45:25 GMT

Another fractal created Lamp Shade with random carvings that gives great lighting effect. Size: 150x150x150mm Thickness: exactly 1.5mm Best 3D Printed with White Nylon

Aztec Sun Lamp Shade - Fractals Decor By Dizingof

Dizingof — Sat, 24 Nov 2012 00:45:04 GMT

Designed with Fractals. Size: 150x150x150mm Thickness: exactly 1.5mm At the bottom there is a cut hole for a LED or 40w bulb fixture.

Fractal Tray - Math Decor By Dizingof

Dizingof — Tue, 16 Oct 2012 22:36:42 GMT

A Tray i created with Fractals. Size: 176x176x22mm Thickness: 3~7mm (at the base) 3D Print it with your favorite material or on your own 3D printer !

Seifert Vase II By Dizingof

Dizingof — Thu, 11 Oct 2012 07:06:49 GMT

A second iteration of a Seifert Vase. Size: 150x150x180mm Thickness: 2mm As with all my files , choose your favorite material and send it to be 3D Printed. You can also 3D Print it on your personal 3D Printer.

Seifert Knot - Math Art By Dizingof

Dizingof — Sat, 24 Nov 2012 00:46:27 GMT

Beautiful, flowing outer Seifert Math surface Knot. Math Art Sculpture. Size: 100x97x180mm Thickness: 13mm at the bottom up to 5mm at the top. Since this is a solid model you can 3d print it with almost any material available. Turntable GIF: http://bit.ly/PRNj2H

Seifert Tray - Math Decor By Dizingof

Dizingof — Tue, 09 Oct 2012 05:04:48 GMT

A Seifert Surface made as a unique Tray or Decor with 6 levels for appetizers. Size: 190x182x190mm Thickness: 2mm up to 4mm at the top levels. The height between levels is 4cm

Seifert Links Vase - Math Decor By Dizingof

Dizingof — Sat, 24 Nov 2012 00:46:49 GMT

Math decor using Seifert links with no surface. Size: 150x150x150mm Thickness: 15mm at the base, 5 at the top. 3D Print it with your favorite material or on your personal 3D Printer. Turntable GIF: http://bit.ly/UN42WW

Trinocular - Math Art By Dizingof

Dizingof — Mon, 01 Oct 2012 09:18:46 GMT

Unique Math Surface - Anyway you flip it you get the same 3 pots - UP or Bottom. Size: 150x150x150mm Thickness: 2mm

Moonrise - Fractals Light Shade By Dizingof

Dizingof — Mon, 14 Jan 2013 14:09:04 GMT

Part of a series of Fractals Light Shade. Size: 130x130x130mm Wall thickness: 1.6mm 3D Print it with White Nylon.

Acid Rain - Fractals Light Shade By Dizingof

Dizingof — Mon, 14 Jan 2013 14:10:04 GMT

Unique light shade designed with fractals. Size: 130x130x130mm Wall thickness: 1.6mm At the base there is a cut-hole for your light fixture - adjust it as needed or contact me for help. 3D Print it with White Nylon.

Super Gyroid Light Shade - By @Dizingof

Dizingof — Tue, 25 Dec 2012 11:57:17 GMT

A Math Surface i call a Super Gyroid - designed as a light shade. Size: 130x130x130mm Thickness: ~2mm To be used as a floor light or on a Stand. At the base there is a cut-hole of 30mm for a light fixture - adjust as needed or contact me for help.

Pointy Lamp Shade By Dizingof

Dizingof — Mon, 14 Jan 2013 14:10:33 GMT

Designed with Fractals. Size: 150x150x150mm Thickness : exactly 1.5mm Cut-hole at the base: 40mm Use a LED or 40w bulb.

Dune Vase - Fractal Art By Dizingof

Dizingof — Tue, 04 Sep 2012 05:05:44 GMT

The beauty of Fractals - Math Art. Size: 142x128x152mm Thickness: 2~3mm YouTube clip: http://www.youtube.com/watch?v=cpTCr3bjQvE Turntable Clip: http://i1080.photobucket.com/albums/j322/dizingof/Album2/Dune-Vase-Fractal-Art-by-Dizingof-anigif.gif

Gyroid A La Voronoi - Math Art By Dizingof

Dizingof — Sat, 24 Nov 2012 00:50:12 GMT

The Gyroid - a beautiful mathematical shape. Mesh created with a Voronoi algorithm backed by a strong frame. Thickness: 2~3mm Size: 50x50x50mm (Resize as needed according to materials specs and budget)

Gyroid Edge - Wall Lamp Shade - Math Art By Dizingof

Dizingof — Wed, 23 Jan 2013 17:24:34 GMT

A 3D snapshot of a Gyroid at a specific angle made as a Wall Lamp Shade. There is a 30mm cut-hole at the back to insert a Cree LED or a 40w Bulb fixture. You can resize it to your specifications. Thickness: 2~3mm (frame is 3mm)

Voronoi J-klein - Math Art by Dizingof

Dizingof — Wed, 23 Jan 2013 17:25:33 GMT

Another iteration of the eye puzzling Jeener's Klein Mathematical shape. Note the inner flow of each Entrance or is it an Exit..? Unique, eye catcher Math Art. Turntable GIF: http://i1080.photobucket.com/albums/j322/dizingof/Album2/VoronoiJKleinbyDizingofanigif.gif Purchase this design file (STL File), upload it to your Ponoko account then send it to be 3D printed with your choice of materials.

Neuron - Math Art By Dizingof

Dizingof — Sat, 24 Nov 2012 00:51:35 GMT

Mathematically generated connected organic cells. Size: 153x143x190mm Download this design file into your Ponoko account then send it to be 3D Printed with your favorite material. (Material restrictions apply)

Klein Bottle - Math Art By Dizingof

Dizingof — Wed, 23 Jan 2013 17:23:51 GMT

Organic Klein Bottle - A beautiful shape created with mathematics equation - Math Art. Download this design file into your Ponoko account then send it to be 3D Printed with your favorite material.

Twistorus II - Fractals Lamp Shade By Dizingof

Dizingof — Mon, 30 Jul 2012 18:17:18 GMT

Fractals-Generated Lamp Shade. Size: 150x150x170mm (adjust size as needed) Wall thickness: exactly 2mm (all over) 3D Print it with White Nylon There is a 40mm cut-hole at the base for a LED or 40w bulb fixture. You can also use the lamp shade as a ceiling lamp.

Twistorus- Fractals Lamp Shade By Dizingof

Dizingof — Wed, 23 Jan 2013 17:26:46 GMT

Designed with fractals, this unique lamp shade is 150x150x130mm in size and exactly 2mm in wall thickness. 3D Print it with White Nylon. http://www.youtube.com/watch?v=vzms1k1crXo On the bottom there is a cut hole of 30mm to attach a light fixture with either a LED or a 40w Bulb.

Symmetric Vase For Ceramics - Math Art By Dizingof

Dizingof — Mon, 30 Jul 2012 19:32:40 GMT

Beautiful Fractals generated Symmetric Vase for 3D Printing with Glazed Ceramics (7 Colors). Size: 130x130x140mm Wall Thickness: Exactly 6 mm Download this design file, uploaded it to your Ponoko account, choose a Glazing color from 7 different colors then send to print.

Fractal Cage Bowl - By Dizingof

Dizingof — Sun, 03 Feb 2013 08:12:07 GMT

A Bowl created with Fractals. Size: 180mmx180mmx60mm Thickness: 2~mm http://www.youtube.com/watch?v=EaI8BaBRuf0 Download this design file and 3D Print it with various Plastics or on your personal 3D Printer.

Jeannie Lamp Shade By Dizingof

Dizingof — Tue, 25 Dec 2012 12:00:55 GMT

Jeannie Lamp Shade - Computational design. Size: 180x180x190mm Thickness: 2mm This ceiling lamp shade can be 3d printed with White Nylon for a maximum light dispersion. http://www.youtube.com/watch?v=XxbHzpX6UNo

Eight - Lamp Shade / Vase By Dizingof

Dizingof — Mon, 14 Jan 2013 14:11:44 GMT

A computational Math surface turned into a beautiful Vase or as a LED/Halogen Lamp Shade. The base is 40 mm in diameter where you can attach a lamp fixture. Size: 150mmx150mmx150mm Thickness: 3~4mm

120 Cells Vase - Math Art By Dizingof

Dizingof — Sat, 24 Nov 2012 00:54:26 GMT

This unique decor Vase is based on a 120 cells math formula. Math Art. http://www.youtube.com/watch?v=D12Hc4kYGEc You can 3d print it with various materials.

Non Singular Knot - Math Art By Dizingof

Dizingof — Sat, 24 Nov 2012 00:55:00 GMT

Non Singular Knot. 3D Print it with your favorite material.

Fruit Deco - Math Art By Dizingof

Dizingof — Wed, 20 Jun 2012 21:36:51 GMT

A Math surface turned into a real 3D decorative object. Size: 180x165x120mm Wall thickness: 3mm If you wish to 3D print it with Glazed Ceramics you'll have to scale it to 150x150x100mm