The puzzles here are my own designs unless noted. The puzzles will arrive unassembled, you will have to figure out how to assemble them. Painting these puzzles is not recommended because it will destroy the fit, for coloring I use fabric dyes.
All puzzles here were designed using open source software!
All puzzles here were designed using open source software!
We found 29 products by gibell
by
gibell
This is a famous puzzle designed by Stewart Coffin 40 years ago. Wood copies must be made with great accuracy and have become sought-after collect...
by
gibell
A fascinating 4-piece puzzle with 2 identical pieces and 2 identical mirror images which interlocks into a tetrahedron. This puzzle was invented a...
by
gibell
Four pieces assemble into an octahedron using coordinate motion. Made from 19 rhombic dodecahedrons. The "child" is the locking piece - a small ...
by
gibell
Three pieces assemble into a symmetrical shape. This was my exchange puzzle for IPP31. Please contact me if you would like to purchase ...
by
gibell
Four pieces interlock into a truncated tetrahedron. Assembly is very confusing and requires rotational moves.
by
gibell
A puzzle designed by Viktor Genel, who has approved it's listing here. Tom Lensch made the important modification of using small cubes. An unusua...
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gibell
Stewart Coffin's Peanut Puzzle, modified by starting from 2.5cm (about 1 inch) diameter spheres. The six pieces are all different. This puzzle as...
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gibell
Three puzzle pieces made from (truncated) rhombic dodecahedrons assemble into a cube-like shape. Assembly is confusing and the three pieces mutual...
by
gibell
A burr puzzle using 4 identical pieces. Not too difficult, but made harder by the small size of the pieces! It comes apart easily but is trickier...
by
gibell
A tricky two-piece puzzle invented by Tom Jolly. Tom receives a share of the profits in the sales of this puzzle. Made from 1cm cubes, the comple...
by
gibell
A fascinating 4-piece puzzle with 2 identical pieces and 2 identical mirror images which interlocks into a tetrahedron. This is the metal version ...
by
gibell
Assemble ten identical pieces (plus a small icosahedron) into a 5 cm diameter ball. The geometry here is very confusing, but it is based on a diss...
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gibell
This puzzle consists of three identical pieces which rather surprisingly interlock into an octahedron. Each piece is made from 3D printed spheres ...
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gibell
Stewart Coffin's Peanut Puzzle, modified by starting from 3cm diameter spheres. Includes six different pieces (the Coffin puzzle) plus two "en...
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gibell
Four puzzle pieces assemble into an interlocking octahedron. This puzzle is similar to my "Screwy Octahedron" except it uses three ident...
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gibell
Three different solids of constant width 3cm. These are hollow and have internal stiffeners. Each is a solid of revolution from a different plane...
by
gibell
Can three screw-shaped pieces plus another with tri-lateral symmetry be assembled into an octahedron? It doesn't seem likely, yet the assembly eve...
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gibell
This is my favorite pyramid design. Four puzzle pieces interlock into a 20-ball tetrahedron (or 3-sided pyramid). Assembly of this puzzle is very...
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gibell
Two mirror image pieces assemble into a hollow polyhedron with curved faces. The final shape is the solid defined by the intersection of three cyl...
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gibell
A tetrahedron puzzle to go with your Christmas Octahedron. This puzzle has two pieces which can be snapped together. You just need to find the co...
by
gibell
Five intersecting tetrahedra with an icosahedron inside them. There is just enough space between all the pieces that it will print as 6 separ...
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gibell
A smaller version of Five Intersecting Tetrahedra without an icosahedron inside. There is just enough space between the pieces that it will p...
by
gibell
A 12 piece puzzle by Stewart Coffin. See
http://www.puzzleworld.org/puzzleworld/puz/twelve_piece_separation.htm
Comes undyed. This is a diffi...
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gibell
Made from four iterations of the Koch Fractal, a fractal pattern which looks like a snowflake.
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gibell
Made from four iterations of the Koch snowflake fractal. A smaller size version of the original Koch Fractal Ornament.
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gibell
A version of the Koch fractal ornament designed for the frosted ultra detail material.
by
gibell
Three different solids of constant width 3cm. These are hollow and have internal stiffeners. Each is a solid of revolution from a different plane c...
by
gibell
A box packing puzzle invented by Leonard Gordon more than 25 years ago. This is the original version of the puzzle, made from joined spheres. The e...
by
gibell
A box packing puzzle invented by Leonard Gordon more than 25 years ago. Originally devised from pieces made from joined spheres, here I use trunca...
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