Ponoko - Items by Dizingof tagged with Glazed Ceramics

Lawson Helicoid Vase - Math Decor By Dizingof

Dizingof — Tue, 28 May 2013 04:44:14 GMT

By tinkering with the Lawson-Helicoid Math surface equation i came up with a unique & beautiful design which i made as a Vase for 3D printing with Glazed Ceramics. Size: 125x149x150mm Wall thickness: ~6mm Turntable GIF: http://i1080.photobucket.com/albums/j322/dizingof/Album3/LawsonHelicoidVase-MathDecorbyDizingof-anigif_zpsc802957e.gif You can 3d print it also with other material as well as on your home 3d printer.

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.

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.

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.

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.

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.

Enneper Ceramic Oil Lamp V2

Dizingof — Tue, 27 Mar 2012 01:45:32 GMT

Following up on this instructable: instructables.com/id/3D-Printed-Ceramic-Oil-Lamp/ By a designer named Bathsheba. The author of that instructable, Bathsheba, chose not attach any design files.. only point readers to her shop.. which in my opinion beats the whole purpose of writing an instructable in the first place.. So i decided to design one and share it for free for All to download and 3D print. 3D print it with Glazed Ceramics at Ponoko.com

Gyroid Vase -Math Art by Dizingof

Dizingof — Wed, 16 Jan 2013 20:11:44 GMT

Intersecting a Gyroid with a Vase creates an interesting shape which after applying some organic touch to it resulted in this beautiful decorative & unique looking Vase. 100mmX100mmX150 Wall Thickness: 6mm 3D Print it with Ponoko's Glazed Ceramics. http://i1080.photobucket.com/albums/j322/dizingof/Album2/GyroidVase-GrabCadanigif.gif Order the design file, upload it to your Ponoko account and 3D print it with your favorite material.

Schwartz Vase - Glazed Ceramics - Math Art

Dizingof — Tue, 19 Jun 2012 12:49:58 GMT

Schwartz Vase - for Glazed Ceramics - Math Art 100mm tall http://i1080.photobucket.com/albums/j322/dizingof/SchwartzBall50mm-MathArtanigif.gif