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by
Bathsheba
This is part 2 of a snap-fit puzzle machine. When you turn the knob, it generates fun! This is the deluxe model, there's a smaller version here.
Here's all the parts:
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Here's all the parts:
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by
Bathsheba
This is part 4 of a snap-fit puzzle machine. When you turn the knob, it generates fun! This is the deluxe model, there's a smaller version here.
Here's all the parts:
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Here's all the parts:
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by
Bathsheba
This is part 3 of a snap-fit puzzle machine. When you turn the knob, it generates fun! This is the deluxe model, there's a smaller version here.
Here's all the parts:
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+
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Here's all the parts:
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by
Bathsheba
This is part 5 of a snap-fit puzzle machine. When you turn the knob, it generates fun! This is the deluxe model, there's a smaller version here.
Here's all the parts:
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Here's all the parts:
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by
Platypus_Green
The head has to be pushed into place. Fits snugly and will not fall off.
Stands at approx 20cm (7.5-8 inches) tall with the head attached
Stands at approx 20cm (7.5-8 inches) tall with the head attached
by
Camazine
STL file courtesy George Hart:
Successfully printed in White Strong & Flexible
http://georgehart.com/rp/rp.html
by
PaulChanning
A fluid, flexible, fabric like sheet made of hinged tessellating triangles.
This will fold, curve and crumple into random complex shapes, but it is based on a simple geometry, so it could be used as a guide for building larger objects.
It blends technology and craftsmanship, enabling people to step back from the
computer to play about with free form physical modeling and to happen upon
surprising forms and structures which they can hold in their hands.
I see it as a tool for designers, for creating anything from sculpture to furniture,
architecture to jewelry.
there are 4 sheets which can be clipped together in different configurations.
by
Bathsheba
This is part 4 of a snap-fit puzzle machine. When you turn the knob, it generates fun!
Here's all the parts:
+
+
+
+
+
There's a bigger and fancier version here.
Here's all the parts:
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+
+
+
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There's a bigger and fancier version here.
by
Bathsheba
This is part 3 of a snap-fit puzzle machine. When you turn the knob, it generates fun!
Here's all the parts:
+
+
+
+
+
There's a bigger and fancier version here.
Here's all the parts:
+
+
+
+
+
There's a bigger and fancier version here.
by
tristan_bethe
Antoine in shirt and tie.
Download reference photos here:
http://www.imageafter.com/temp/tristan/Antoinereferences.zip
Download reference photos here:
http://www.imageafter.com/temp/tristan/Antoinereferences.zip
by
Camazine
Successfully Printed in Stainless Steel
This is model of a Yacare caiman alligator skull created from a CT scan of an actual skull measuring 35 cm (14 inches) in length. The 3D print of the skull is 5.6 cm long and 3 cm wide (2.25 inches by 1.2 inches).
The Yacare caiman is a species of caiman found in central South America. One of the photos shows the actual Caiman skull along with the stainless steel print.
This is model of a Yacare caiman alligator skull created from a CT scan of an actual skull measuring 35 cm (14 inches) in length. The 3D print of the skull is 5.6 cm long and 3 cm wide (2.25 inches by 1.2 inches).
The Yacare caiman is a species of caiman found in central South America. One of the photos shows the actual Caiman skull along with the stainless steel print. 
by
flypig
This model is a 3D Celtic Knot cube generated using the seed 12. It matches with the 2D version that uses the same seed and can be found here: http://shpws.me/3L1b.
Like the 2D version, the model has four loops and the weave has been set to add a gap between the threads where they cross. In the final print though, many of the threads have fused together at the intersections. Nonetheless I'm really impressed with the results and the print works very well in spite of the really quite thin (0.7mm diameter) threads.
Note that the colour image is purely to illustrate the four different threads. The model doesn't actually contain colour data.
Like the 2D version, the model has four loops and the weave has been set to add a gap between the threads where they cross. In the final print though, many of the threads have fused together at the intersections. Nonetheless I'm really impressed with the results and the print works very well in spite of the really quite thin (0.7mm diameter) threads.
Note that the colour image is purely to illustrate the four different threads. The model doesn't actually contain colour data.
by
flypig
This model is a "2D" version of the Celtic Knot with seed 12. It matches with the 3D version that uses the same seed and can be found here: http://shpws.me/3L17.
The model has been successfully printed using WSF polished, with nice results. The model has four loops and although the weave was supposed to allow a gap between the threads where they cross, they're actually fused in the final print.
Note that the colour image is purely to illustrate the four different threads. The model doesn't actually contain colour data.
The model has been successfully printed using WSF polished, with nice results. The model has four loops and although the weave was supposed to allow a gap between the threads where they cross, they're actually fused in the final print.
Note that the colour image is purely to illustrate the four different threads. The model doesn't actually contain colour data.
by
flypig
A Celtic knot object generated as a three dimensional knot constrained within a cube.
The knot is made up of 14 looped paths that intertwine to create a single object. The pattern uses the same general set of mathematical rules as traditional two dimensional celtic knotwork, but generatised into the third dimension.
The model has been successfully printed and feels quite sturdy using white strong & flexible. The diameter of each piece of 'string' is 3mm and the model is just under 8cm along each edge.
The knot is made up of 14 looped paths that intertwine to create a single object. The pattern uses the same general set of mathematical rules as traditional two dimensional celtic knotwork, but generatised into the third dimension.
The model has been successfully printed and feels quite sturdy using white strong & flexible. The diameter of each piece of 'string' is 3mm and the model is just under 8cm along each edge.
by
peterbone
A wireframe geodesic sphere with small holes at the vertices made with TopMod. I designed this to transfer a geodesic design onto a ball as shown in my profile photo. After receiving the printed model I cut it into 2 hemispheres and put the ball inside. I connected the halves together using small sections of wire insulation of just the right diameter. I then inflated the ball to fill the model and marked the vertices through the small holes using a fine pen.
by
gabebear
This is an MRI of my brain. I converted the DICOM files to a polygon mesh with OsiriX ( http://www.osirix-viewer.com/ ) and then smoothed the mesh with Blender ( http://www.blender.org/ )
Feel free to use this anywhere, but If you use this somewhere, I'd love to know!!!
by
unellenu
' Inward Spiralling Spirals' 3D fractal model
This model has a loop at the top so that you can hang it up.
The unellenu store on shapeways - for designer objects, fractal art, sculpture and jewelry.
shapeways.com/shops/unellenu
unellenu website unellenu.com
twitter: unellenu http://twitter.com/unellenu
facebook : unellenu jewellery
http://www.facebook.com/unellenu
facebook: unellenu fractal sculpture & homewares
http://www.facebook.com/pages/Unellenu/188186071212813
youtube: unellenuhttp://www.youtube.com/unellenu1
#101116_020_02.5
This model has a loop at the top so that you can hang it up.
The unellenu store on shapeways - for designer objects, fractal art, sculpture and jewelry.
shapeways.com/shops/unellenu
unellenu website unellenu.com
twitter: unellenu http://twitter.com/unellenu
facebook : unellenu jewellery
http://www.facebook.com/unellenu
facebook: unellenu fractal sculpture & homewares
http://www.facebook.com/pages/Unellenu/188186071212813
youtube: unellenuhttp://www.youtube.com/unellenu1
#101116_020_02.5
by
chaitanyak
This is the model i started last week.. mostly done now. Can't work on modelling it any further now(crashes ).. will do the rest in texturing. theres a video of a rough turntable(has stereovision 3d available as a viewing option)
by
flypig
This model is a version of the 3D Celtic Knot with seed 2, generated with thicker walls and as a single shell to allow printing in bronze. The knot has 10 loops, but the threads fuse together where they cross to create just a single shell.
The photographs show the result in bronze. If you want a different material I'd recommend going for one of the models with thinner threads as the result is more delicate.
However, as a bronze model, I'm really impressed with the results. It's very sturdy and has a good weightiness to it, while still managing to be quite delicate and with a great finish. I'm amazed at how well its been 3D printed. This model is a version of the 3D Celtic Knot with seed 2, generated with thicker walls and as a single shell to allow printing in bronze. The knot has 10 loops, but the threads fuse together where they cross to create just a single shell.
The photographs show the result in bronze. If you want a different material I'd recommend going for one of the models with thinner threads as the result is more delicate.
However, as a bronze model, I'm really impressed with the results. It's very sturdy and has a good weightiness to it, while still managing to be quite delicate and with a great finish. I'm amazed at how well its been 3D printed.
Note that the model doesn't have colour information. The colour screenshot is just to demonstrate the various loops.
The photographs show the result in bronze. If you want a different material I'd recommend going for one of the models with thinner threads as the result is more delicate.
However, as a bronze model, I'm really impressed with the results. It's very sturdy and has a good weightiness to it, while still managing to be quite delicate and with a great finish. I'm amazed at how well its been 3D printed. This model is a version of the 3D Celtic Knot with seed 2, generated with thicker walls and as a single shell to allow printing in bronze. The knot has 10 loops, but the threads fuse together where they cross to create just a single shell.
The photographs show the result in bronze. If you want a different material I'd recommend going for one of the models with thinner threads as the result is more delicate.
However, as a bronze model, I'm really impressed with the results. It's very sturdy and has a good weightiness to it, while still managing to be quite delicate and with a great finish. I'm amazed at how well its been 3D printed.
Note that the model doesn't have colour information. The colour screenshot is just to demonstrate the various loops.
by
EricRuskoski
Dragon Champion! My interpretation of the Color Changing Grey Dragon AuRon from E.E. Knights Age of Fire Series.
Available in Full Color Sandstone!
Created with ZBrush
The size of the model in length is 6.75 inches, its larger size is necessary due to the thickness of the wings.
by
cyberjor
this is a cardan gearing mechanism - a mechanism that converters rotational motion to linear motion.
by
Awesumturd
A complex Japanese temple designed and built by Calvin(Awesumturd)Adams
by
rabbitface
A hollow shape based on a dodecahedron. This is too small to print; if you want one tell me what size you want and I'll re-upload it.
by
hughperman
General Miaow - one of the gods of The Ultimate Comment (www.theultimatecomment.com)
by
tristan_bethe
Antoine in casual clothing.
Download reference photos here:
http://www.imageafter.com/temp/tristan/Antoinereferences.zip
Download reference photos here:
http://www.imageafter.com/temp/tristan/Antoinereferences.zip
