3d printed math art

Once the print is finished you can finally combine all the sections together in order to create a fantastic 3d model of your favorite city. A simple idea aimed at reducing the nostalgia resulting from the impossibility of being able to travel due to...

Once the print is finished you can finally combine all the sections together in order to create a fantastic 3d model of your favorite city. A simple idea aimed at reducing the nostalgia resulting from the impossibility of being able to travel due to...

Once the print is finished you can finally combine all the sections together in order to create a fantastic 3d model of your favorite city. A simple idea aimed at reducing the nostalgia resulting from the impossibility of being able to travel due to...

Once the print is finished you can finally combine all the sections together in order to create a fantastic 3d model of your favorite city. A simple idea aimed at reducing the nostalgia resulting from the impossibility of being able to travel due to...

Once the print is finished you can finally combine all the sections together in order to create a fantastic 3d model of your favorite city. A simple idea aimed at reducing the nostalgia resulting from the impossibility of being able to travel due to...

Once the print is finished you can finally combine all the sections together in order to create a fantastic 3d model of your favorite city. A simple idea aimed at reducing the nostalgia resulting from the impossibility of being able to travel due to...

Once the print is finished you can finally combine all the sections together in order to create a fantastic 3d model of your favorite city. A simple idea aimed at reducing the nostalgia resulting from the impossibility of being able to travel due to...

Once the print is finished you can finally combine all the sections together in order to create a fantastic 3d model of your favorite city. A simple idea aimed at reducing the nostalgia resulting from the impossibility of being able to travel due to...

This beautiful lamp shade is based on a shape called Cliffordtorus using k3dsurf software. Size: 190mmx190mmx80mm Wall thickness: 1.5~3mm This design is licensed under the Attribution - Non-Commercial - Creative Commons license. ... © 2012 by...

This Vase i created with a Fractal software then gave it an organic look. Size: 80mmX80mmX100mm Suitable for Glazed Ceramics as well as ABS & PLA This design is licensed under the Attribution - Non-Commercial - Creative Commons license. ... ©...

A Costa surface i designed as an organic "splashy" looking decorative Vase. Size: 100x100x100mm Wall thickness: ~2mm This design is licensed under the Attribution - Non-Commercial - Creative Commons license. ... © 2012 by Dizingof

Size: 100x100x190mm This design is licensed under the Attribution - Non-Commercial - Creative Commons license. ... © 2012 by Dizingof

A "Triple II Corkscrew" surface i transferred into this beautiful decorative design. Size: 100x100x180mm Wall thickness: 2mm Turntable GIF: http://bit.ly/KGxMzN This design is licensed under the Attribution - Non-Commercial - Creative Commons...

A StereoSphere Mathematical shape turned into a decorative Bowl. Size: 190mmX190mmX100mm Wall thickness: 3mm This design is licensed under the Attribution - Non-Commercial - Creative Commons license. ... © 2012 by Dizingof

Spleen is a has-been, happiness is in style now. Fed up with gnawing on your brakes, grinding your teeth, unable to pour water into your wine (two glasses a day and not every single day), you're practically living in Iowa or Burnoutville. The...

Coral shaped Lamp Shade. 195mm in diameter with a cut hole of 60mm at the bottom for a bulb fixture. Wall thickness: 1.5mm even. This design is licensed under the Attribution - Non-Commercial - Creative Commons license. ... © 2012 by Dizingof

This is a Cosine surface i turned into a decorative bowl. Size: 180x180x90mm Wall thickness: 2~3mm http://youtube.com/watch?v=JG_PT6xb9Xo This design is licensed under the Attribution - Non-Commercial - Creative Commons license. ... © 2012 by...

I used a twisted Schwartz formula/surface to create this vase. Wall thickness: 2mm (exact) This design is licensed under the Attribution - Non-Commercial - Creative Commons license. ... © 2012 by Dizingof

This is a twisted square i designed as a Vase with an organic touch. Size: 150x150x180mm Wall thickness: 2~3mm This design is licensed under the Attribution - Non-Commercial - Creative Commons license. ... © 2012 by Dizingof

On daytime a decorative vase, on nighttime a lamp. This design is licensed under the Attribution - Non-Commercial - Creative Commons license. ... © 2012 by Dizingof

I designed this Organic subdivided cells Vase (and my next upload of subdivided Bowl) back in 2010 on Sketchup then made it organic with the Subdivide plugin. Size: 170x170x195mm Wall thickness: ~3mm. This design is licensed under the...

A vase i designed back in 2010 using the Polar Zonohedron mathematical shape. Size: 160x160x180mm This design is licensed under the Attribution - Non-Commercial - Creative Commons license. ... © 2012 by Dizingof

Borromean Rings - 3 separated shells weaved into one another with an organic "touch". Size: 100x100x30mm Wall thickness: ~2mm This design is licensed under the Attribution - Non-Commercial - Creative Commons license. ... © 2012 by Dizingof

I created an Enneper surface then gave it some dizingof touch. Size: 100x100x130mm Wall thickness: ~2mm This design is licensed under the Attribution - Non-Commercial - Creative Commons license. ... © 2012 by Dizingof

Math Geometry Tool Set 3D model includes:

... follows with 0,4 mm. Slice it with a layer height of 0,2 mm, first layer height 0,3 and in the slicer insert a “Change filament” before the 3rd layer and thus you can print it black on white or what colors you prefer. ...100 x 72 mm Category: 2D Art

Model size: L x W x H = 61*27*172（mm） The model in the picture has not been polished, but only painted simply, so the surface looks a little rough Here is the color tutorial link：https://youtu.be/RJermuxJ8NA Afterwards, I will release the another...

... the drawing follows with 0,4 mm. Slice it with a layer height of 0,2 mm, first layer height 0,3 and in the slicer insert a “Change filament” before the 3rd layer and thus you can print it black on white or what colors you prefer. ... 100 x 72 mm

... the drawing follows with 0,4 mm. Slice it with a layer height of 0,2 mm, first layer height 0,3 and in the slicer insert a “Change filament” before the 3rd layer and thus you can print it black on white or what colors you prefer. ... 100 x 72 mm

This model is suited for FDM 3D printer， it will get different performance with different collor filament.