Hi Shapeways fans,

Gear Shift is based on an idea by Bram Cohen. This puzzle has eight gears around a cube. All gears can turn together. But it is also possible to pull the gears apart in two sets of four. Each set of four can be turned individually. And there are three ways to split the gears. The object of this puzzle is similar to Rubik's Cube: scramble it and then try to solve it.

Watch the YouTube video.
Buy the puzzle from my Shapeways Shop.
Read more at the Twisty Puzzles Forum.
Check out the photos below.

Enjoy!

Oskar

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OK, got the first prints of a bunch of my dice. Some of them have already been redesigned and the new versions ought to arrive today, but the pictures are at least close.

First, a d12 made from the compound of 5 tetrahedra. Just fine the way it is. The picture doesn't properly get across how cool things look in Alumide:



My open d20 in WSF. Also not the greatest picture.



My whole set of Rattling Bones dice. A near-success. The new ones come in today. I hope to fix the one wireframe that didn't stay free:



My 12-sided round die needs some work on the inside, have to see if I can get it to land with one face up all the time. It's fairly good at it, but not quite good enough.



And the round d8 also needs some help. Additionally, it came packed with support powder, which I'm slowly managing to get out. Poked a paperclip wire through all the pips, blowing into it, bouncing it around—word to the wise: white strong and flexible is also quite bouncy!



There's even more, but I'll wait on those and try to get the new versions up when they arrive.

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So, I had a few designs I was exited to see print because I didn't know how they would turn out... And, once again, Shapeways has exceeded my expectations!

First up is the Interlocked Mobius: three double-sides mobius strips interlock with each other, inextricably intertwined:



This was a two-fold experiment: First, I wanted to figure out how to make a mobius strip in Blender. What I ended up doing was taking a cube and extruding it, then rotating the extrusion a little... then repeating until the total rotation was 180 degrees. Then I created a curve circle and applied a curve modifier to link my extruded model to the circle. A few tweaks and VOILA! A mobius-type ring. Second, I was just playing around with orienting objects in 3d space so that they would print separately. It was a huge success, and the loops are all separate from each other, though permanently intertwined. It's kind of a pointless model, but it would make a unique necklace.

My next model is a Chunky Mobius:



This happened by accident while scaling and tweaking the main component of my Interlocked Mobius. I thought it looked cool, and what do you know? It looks really cool in transparent detail! I will wash it later; there seems to be a slightly waxy coating on it, and there's a touch of detail material stuck inside, but that's to be expected since it's kind of small and hard to clean.

Finally, the pride and joy of this order, my Sun, Moon, and Stars:



As you can see, the sun is a little broken at the top, but I think it gives it character, don't you?

I carefully designed this to barely meet all the minimum thickness requirements, instead of my usual, clumsy process of modeling first, measuring later. After all, I'm hoping to sell some of my models, eventually. I gotta have a more professional attitude, huh? Enough rambling. I was a little afraid this would turn out quite fragile, considering the loops are only 1mm thick... but, it's holding together quite well.



Overall, these models were a huge success. 3d printing -- it's AWESOME! Thanks once again, Shapeways, you have one satisfied customer!

Now, if only I can hold in my impatience until my next order arrives...

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[Updated on: Thu, 07 October 2010 16:36 UTC]

Hi Shapeways fans,

Jumblix is another exercise in jumbling. It looks like two Megaminx halves fused together after a 180 degrees turn. A bit of fudging was needed to make this design work.

Watch the YouTube video.
Buy the puzzle from my Shapeways Shop.
Read more at the Twisty Puzzles Forum.
Check out the photos below.

Enjoy!

Oskar

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It's finally here!

The spinner works great, even though I did a little sand papering to optimize spinning. Fixed a few geometry issues on the model and it's ready to go!






Available here.

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This is my first 3d print, so I have to admit that at first I was skeptical and slightly worried at how the detail and texture of WSF would come out.

I got my model yesterday half expecting to be a little disappointed but to my delight the detail was incredible! The texture is rough, but a lot less bumpy than I imagined, nothing a few coats of paint and a little sanding won't fix.. I think I'll finish it with a coat of clear glossy varnish.

The final model is 7inches in height. I previously tried to print it at 4inches, but there were problems with wall thickness. I have to say that the Shapeways customer service was very helpful and I can't wait to make more.

http://www.shapeways.com/model/154813/john_pose01.html?gid=s g44857
Being a personal present this model will be the one and only but all my others will be available to all, and hopefully less expensive

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Hi Shapeways fans,

PantaBram is Bram Cohen's variation to PantaCube, which is Oskar's variation to Pantazis Houlis' Cubedron. The puzzles has five pyramids that slide through grooves around a sphere. The groove pattern is an ultra-simple maze, suggested by Bram. Because of this maze, pieces can slide only one at a time (unlike regular twisty puzzles). This puzzles is very hard to solve, despite its low number of pieces.

Watch the YouTube video.
Buy the puzzle from my Shapeways Shop.
Read more at the Twisty Puzzles Forum.

Check out the photos below.

Enjoy!

Oskar

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[Updated on: Sun, 03 October 2010 15:11 UTC]

hiya,

for the past couple of months ive been working on putting together a basic robot platform that i can use in experiments (like line following, maze solving, etc). and have had made a test shell and wheels for it.



the original wheels that came with the motors where way to small so i toom them off and designed some new ones, even with the realy strange connection method of the motors the new wheels fit perfectly.

in the next couple of weeks ill be etching up a motor driver circuit board and then i get to see it move for the first time.

the new designed chasey and wheels
the wheels seperate

my first goal for this is to make a few of them and set up a swarm, then have them map locations and similar while talking to one another.

so what ya think guys and gals?

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Hi Shapeways fans,

Alex Black Hole is based on a sliding-cube idea by Alex Polonsky. There are seven cubes around a sphere with grooves. The object is to scramble the puzzle by sliding the cubes, and then solve the puzzle.

Watch the YouTube video.
Buy the puzzle from my Shapeways Shop.
Read more at the Twisty Puzzles Forum.
Check out the photos below.

Enjoy!

Oskar

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[Updated on: Sun, 03 October 2010 15:11 UTC]

i orded my own Escher Knot and a variation. here are some pictures. see also http://www.shapeways.com/shops/shapekays

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[Updated on: Wed, 08 September 2010 12:29 UTC]

Hi Shapeways fans,

Hex Cube is a twisty puzzle with ten squares and eight triangles. The puzzle has two hexagonal cross-sections and one four-fold symmetry. It is hard to describe all the possible twists of this puzzle.

Watch the YouTube video.
Buy the puzzle from my Shapeways Shop.
Read more at the Twisty Puzzles Forum.
Check out the hotos below.

Enjoy!

Oskar

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[Updated on: Sun, 03 October 2010 15:11 UTC]

Someone who ordered my Bucephalus Horse was kind enough to send me pic's of the model. It is just 3.8cms in height. Stainless Steel.

Can't wait for silver, but dread to think of the price!

Glenn

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Hi Shapeways fans,

I had my head 3D scanned and I cut the result in eight pieces. The eight pieces should be glued around a 2x2x2 Rubik's Cube with 24 mm edges (12 cm cubies). You may buy the inner cube from several sources, e.g. Eastsheen.

Watch the YouTube video.
Buy the puzzle from my Shapeways Shop.
Read more at the Twisty Puzzles Forum.
Check out the photos below.

Enjoy!

Oskar

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[Updated on: Sun, 03 October 2010 15:12 UTC]

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Just a couple of test designs to see what the detail of steel look like...needless to say, I'm very happy with the result!





I had worried that some of the lettering or maybe my personal mark on the back of the dove wouldn't come out, but it all shows up nicely.

Now that I've tested them, they're available for all!

~ Mid7night

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Arrived yesterday:





ohhyeah

and the next order for this train is on its way:

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OK! So finally my first order came in. Wasn't much, but somehow I felt I really needed to feel at least one of the materials in person.



So here we have (clockwise from top left) a quarter (for scale), one of glyphobet's trapped outside, my rhombic dodecahedron, a companion die from JustinM, and my little sphericon. All very nice, I must say! The "trapped inside" doesn't appear to match the model on the page, and glyphobet and I are trying to work out how that happened, but I like it this way.

So, the rhombic dodecahedron is, at this scale, a bit small for a die (it shows up as 2×2×2 cm, but that's measuring along the longest body diagonals, not from face to face). I wonder if the digits would show up (that's the next order, I guess). The sphericon rolls along all cute and wobbly, and I love the companion die. Now, time to really determine scale for dice and see about other materials...

(sorry for the crappy picture; you'd think a semi-nice phone would have a semi-nice camera)

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my puzzle arrived. it consists of 24 the same parts.

[Updated on: Thu, 05 August 2010 11:28 UTC]

Four pieces assemble into an octahedron. This puzzle is quite tricky for most people because the pieces twist in 3D and three pieces must move together.



Taking it apart is easier. When you spin it it usually falls apart. Be careful not to damage any pieces if they drop on the floor, though. I do not recommend taking it apart by spinning it.



Link to model page.

For a lower cost version see the plastic version of this puzzle.

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[Updated on: Sat, 31 July 2010 15:40 UTC]

Hi Shapeways fans,

Swap Cube are five 2x2x2 Rubik's Cubes in a frame. Each of the cubes can be scrambled individually. But the cubes can also swap pieces by turning the frame.

Watch the YouTube video.
Buy the puzzle from my Shapeways Shop.
Read more at the Twisty Puzzles forum.
Check ou the photos below.

Enjoy!

Oskar

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[Updated on: Sun, 03 October 2010 15:12 UTC]

This actually arrived several weeks ago, I just forgot to make a topic

It's a 4x4x5 cuboid twisty puzzle, and turns extremely well. I'm very pleased with the results, it appears that WSF is the perfect material for puzzles.

This one was built and sold to a fellow puzzler. I am offering these puzzles, dyed, assembled, lubed, stickered, and properly adjusted for $180 (black) or $170 (White). You can read the review here

Youtube:
http://www.youtube.com/watch?v=nJCoxzHqMB8







Thanks for viewing!

[Updated on: Sat, 31 July 2010 03:58 UTC]

Hi,

My first metal and glass prints arrived,
and they are AWSOME!!
I just was jumping around like a little kid.

The metal Trihook-Earrings are pretty massive.
They have 9.25g per piece (with hook).
Thanks for adding the hooks although I didnt request them.
(I'am suprised I got the holes right, although they are pretty extravagant.)

Because the metal rods are pretty long and thin,
my metal Trihook-Earrings make a wonderful bell like sound. Even better than the glass! A soundfile its attatched below.
Four or six of them would probably make a fine windchime.


As I ubnboxed the matte-glass version I was a bit disappointed ( but not anymore now ).
The first thing I thought was that that can't be from the same model, because they look completely different.
They have way thinner rods, so thin that they can even slide together.
I was concerned to break it if I even dare to touch it. (this explains the nuke proofed shipping box )
But it must be the same model. I have only one uploaded and ordered! ... funny.
So the glass obviously does a LOT of shrinking!
I expected a rod thickness 3.0mm and measured measured 2.4mm.
Thats believe it or not 20%
The overall size did't shrink that much:
(metal: 3.28mm; glass: 3.10mm; Thats only 5.5%)

This is a very important insight for my next designs!
Is is this much and diverse shrinking always to be expected ??
(btw: is the glass contest still ongoing?)

About the appearance:
From the pictures I saw up until now I expected a texture like a sugar cube, only a little more finegrained, very rough and only poorly molten together.
I also expected it to collect finger fat like the W-S&F material if it is touched too much.
But thats not at all what it is and looks like!
The matte-glass has a slight greyish tone and from closeup it looks like it is partially white enameled already (is it ?!).
Therefore on the 0.1mm scale it is completely smooth.
After moving it around a bit now I now that what makes this materials real beauty is its appearance in direct sunlight from a little further afar.
Its sparkling like snow in the wintersun !! ^w^ (you can't see that in the photo below - sorry I have no clear sky today anymore, nor an apropriate lamp)


Here's the pic of the things I got today:

Yes the smaller Tribar-Ring in steel arrived too.
(for my pinky finger, so that a someone with smaller hands my be able to try it too)
It looks reeeealy good and fits perfectly.
It seems slightly polished on the outside.
Are the standars steel prints polished a bit too?

As a sidenote:
People! I didn't get what I ordered!! well kind of
Do you see it? The two metal prints are in one stl-model-file
and the two matte-glass prints where supposed to be from the same stl-model-file.
Probably one broke in the production process or your printer operators made a second pair for some other reason.
After that apparently they have mixed them up.

But nevertheless a big THANKS to all Shapeways members.
Without you I wold waste my hole life with immaterial data production.
Finally a thing that I'm doing on the PC my grandparents can understand.

answers? suggestions? questions? ....

LG Lukas

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I designed this brooch as a simple idea to test gold plated stainless steel - as you can see, it didnt get the gold plated bit but Ill get on to shapeways about that

Im very happy with the printing though - the fine lines came out very well


50mmx3mm

Now if I can just get my exporter to stop de - manifolding my more detailed designs!

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Buy the Compy Skewb puzzle on Shapeways for just $270/€250!



This is my new puzzle, the Compy Skewb. It is a combination of the Skewb and the Compy Cube (shallow cut Dino Cube). It was conceived after a suggestion from Carl Hoff (wwwmwww on twistypuzzles.com) to make visible all internal parts of my Dino Skewb.
The puzzle looks like a cubic Elite Skewb but it only has four layers. The tips do not turn on their own, they are linked to the internal Skewb. This allows them to display both the internal Skewb's corner orientation and permutation.

Read more about the Compy Skewb on twistypuzzles.com: http://twistypuzzles.com/forum/viewtopic.php?f=15&t=1811 7

[Updated on: Mon, 26 July 2010 18:21 UTC]

Hi Shapeways fans,

DinoBram is yet another jumbling twisty puzzle concept by Bram Cohen. He calls this 24-turning-axes puzzle a "corner-turning rhombicuboctahedron". When turning, it changes shape and sometimes rotations are blocked.

Watch the YouTube video.
Buy the puzzle from my Shapeways Shop.
Read more at the Twisty Puzzles Forum.
Check out the photos below.

Enjoy!

Oskar

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[Updated on: Sun, 03 October 2010 15:14 UTC]

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Finally I have some time to share my joy :)My items arrived last week and I am very pleased. Love the rich gold colour.

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I've been working on these for a long time and I've received a lot of prints, but I finally got some that I'm willing to show off.

The D20 is slightly larger than standard:


The D6 is a bit smaller than standard:


You can find them at my shop here if you're interested in ordering one : )

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Hi Shapeways fans,

Nested Cube has two hollow 2x2x2's, one inside the other. However, the two 2x2x2 can not move independently, as two outer corners are connected to two inner corners. This introduces a new way of bandaging.

Watch the YouTube video.
Buy the puzzle from my Shapeways Shop.
Read more at the Twisty Puzzles Forum.
Check out the photos below.

Enjoy!

Oskar

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[Updated on: Sun, 03 October 2010 15:14 UTC]

Double Gyroid bracelets.


This pair of loosely entangled bracelets is based on the Gyroid.
The very elegant mathematical equation.

Width : 14mm / 0.6 Inch
Thickness : 9mm / 0.4 Inch
Diameter : 70mm / 2.8 Inch

It's quite flexible, so it fits easily over the hand.

There is also a broader version :




Diameter : 70mm / 2.8 Inch
Width : 24mm / 0.9 Inch
Thickness : 9mm / 0.4 Inch

Also flexible enough to easily fit over the hand.


Cheers !

Stijn

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Ok, I've gotten a few of the BLC rings - all of which I am supremely happy with.

Blue Lantern Corps Ring - blue and flexible



Barry Allen's Blue Lantern Corps Ring - blue and flexible



Finally Blue Lantern Corps Ring in Stainless Steel

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