Sake Finger Cup #7a

Sake Finger Cup #7a 3d printed Jewelry Rings
Sake Finger Cup #7a 3d printed Jewelry Rings
Sake Finger Cup #7a 3d printed Jewelry Rings
Digital Preview

Not a Photo

Sake Finger Cup #7a 3d printed Jewelry Rings
Sake Finger Cup #7a 3d printed Jewelry Rings
Digital Preview

Not a Photo

Sake Finger Cup #7a 3d printed Jewelry Rings Eggshell Blue Ceramics
Sake Finger Cup #7a 3d printed Jewelry Rings Eggshell Blue Ceramics
Digital Preview

Not a Photo

Sake Finger Cup #7a 3d printed Jewelry Rings Satin Black Ceramics
Sake Finger Cup #7a 3d printed Jewelry Rings Satin Black Ceramics
Digital Preview

Not a Photo

Sake Finger Cup #7a 3d printed Jewelry Rings Avocado Green Ceramics
Sake Finger Cup #7a 3d printed Jewelry Rings Avocado Green Ceramics
Digital Preview

Not a Photo

Sake Finger Cup #7a 3d printed Jewelry Rings Gloss Black Ceramics
Sake Finger Cup #7a 3d printed Jewelry Rings Gloss Black Ceramics
Digital Preview

Not a Photo

Sake Finger Cup #7a 3d printed Jewelry Rings Pastel Yellow Ceramics
Sake Finger Cup #7a 3d printed Jewelry Rings Pastel Yellow Ceramics
Digital Preview

Not a Photo

Sake Finger Cup #7a 3d printed Jewelry Rings
Sake Finger Cup #7a 3d printed Jewelry Rings
Digital Preview

Not a Photo

3d Model Viewer

About this Product

To hold it, wear it on your finger as a ring!
Based upon the geometry of the Dodecahedron.

Buy the entire set (see below) for your next Sake,
Ouzo, Tequila, Espresso, Capucinno, etc., - party :-)

Sake Finger Cup #1
Sake Finger Cup #2
Sake Finger Cup #3
Sake Finger Cup #4
Sake Finger Cup #5
Sake Finger Cup #6
Sake Finger Cup #7


During the late 70's and early 80' I became highly fascinated by Polyhedra and its Duality.
Intrigued by the little known fact that Plato and Archimedes described their wonderful objects by drawing them with just a stick on the sand, I set up to replicate (well, more or less :-) their extraordinary feat by strictly using only a "T" square, a pair of Compasses, a set of 2 Triangles, and a Ruler.
For the next 5 years I practically lived inside Polyhedra :-) and, what I used to call "The Archimedes' Curse", ended up to be, in fact, "The Archimedes' Blessing"!

The Polyhedral Sculptures depicted below were hand made (from scrap offset plates) and assembled with machine screws from stackable modular pieces. The modules were drawn/designed on a drawing table while strictly using only a "T" square, a pair of Compasses, a set of 2 Triangles, and a Ruler.

POLYHEDRAL SCULPTURES / Scored and folded aluminium offset plates, machine screws & nuts (©1981)

MODULAR POLYHEDRAL LAMP DESIGN (©1981) / Scored and folded aluminium offset plates, machine screws & nuts (©1981)

Based upon wonderful knowledge I accumulated hands-on during the 1980's while exploring "the extraordinary spatial diversity that emanates from the sublime order and elegant simplicity that is exemplified by the subject of polyhedra." (Quote from the Preface to the wonderful book POLYHEDRA PRIMER by Peter Pearce and Susan Pearce)

I was extremely pleased when, a few years back, Prof. George Hart (Department of Computer Science, Department of Computer Science, STONY BROOK UNIVERSITY) included some of my Polyhedral Sculptures, alongside work by Buckminster Fuller and other great designers in his comprehensive COURSE STUDY: COMPUTER SCIENCE AND SCULPTURE (pg. 39-40, OPRESCO).
===========================================

See related designs here:
Polyhedral Sculpture #22A
Icosidodecahedron Pendant
Polyhedral Sculpture #22
Polyhedral Sculpture #21
Polyhedral Sculpture #23
Polyhedral Sculpture #21A
Polyhedral Sculpture #23A
Polyhedral Sculpture #23B
Polyhedral Sculpture #24
Polyhedral Sculpture #20
Polyhedral Sculpture #25
Polyhedral Sculpture #20 A
Polyhedral Sculpture #27
Polyhedral Sculpture #28A
Polyhedral Sculpture #29A
Polyhedral Sculpture #29B
Polyhedral Sculpture #28B
Polyhedral Sculpture #30A
Polyhedral Sculpture #30B
Polyhedral Sculpture #30C
Polyhedral Sculpture #30D
Polyhedral Sculpture #31
Desk Toy BALL
Icosidodecahedron Pendant
Dodecahedron - Pendant
Duality of Polyhedra No.1

Dimensions

IN: 2.02 w x 2.095 d x 3.009 h
CM: 5.13 w x 5.322 d x 7.644 h
Sign In or Join to comment.
 
 
Logo

Hello.

We're sorry to inform you that we no longer support this browser and can't confirm that everything will work as expected. For the best Shapeways experience, please use one of the following browsers:

Click anywhere outside this window to continue.