Pages
- About Eric Gjerde
- Diagrams
- Aztec Twist
- Closed Octagonal Twist
- Double Pleat Hexagon Tessellation
- Iso-Area Offset Triangle Twist
- Joel Cooper’s Pentagons and Negative Stars
- Negative Space Heptagonal Star
- New Star Twist Diagrams
- Simple Octagonal Twist
- Spread Hex Tessellation
- Star by Shuzo Fujimoto
- Star Twist Tessellation
- Star Twist Tessellation v2.1
- Tessellation Basics Booklet
- Tiled Hex Tessellation
- useful grid PDFs 2.0
- Origami Links
- Photos
Archives
- May 2010
- August 2009
- June 2009
- May 2009
- January 2009
- October 2008
- August 2008
- July 2008
- June 2008
- May 2008
- April 2008
- March 2008
- February 2008
- January 2008
- December 2007
- November 2007
- October 2007
- September 2007
- August 2007
- July 2007
- June 2007
- May 2007
- April 2007
- March 2007
- February 2007
- January 2007
- December 2006
- November 2006
- October 2006
- September 2006
- August 2006
- July 2006
- June 2006
- May 2006
- April 2006
- March 2006
- February 2006
- January 2006
- December 2005
- November 2005
- October 2005
- September 2005
- August 2005
- July 2005
- June 2005
- May 2005
- April 2005
- March 2005
blogs
- Aldo Tolino
- AZUMA Hideaki’s ManyFolds in Variety
- Doblando Papeles
- Dosis Diaria de Origami
- enveloop’s blog
- Fabian Correa
- Fitful Flog
- Guts! origami
- Joel Cooper
- KOMATSU Hideo’s blog
- La Chronique de Mélisande*
- Lorenzo Marchi
- Origami - brazilian o-blog
- Origami Thoughts
- origamiphotos blog
- Raefried Beans
- Richard Sweeney
- 気ままな折り紙 Daily Origami at My Pleasure
Craft
flickr origamists
- Alex Bateman
- Andy Wilson
- B. K. Webb
- Brian Chan
- Claudia
- Eric Gjerde
- Folding Freaks Group
- fredrik owesen
- Gila Oren
- Goran Konjevod
- infinite-origami
- Jane
- Jorge Lucero
- Lorenzo Marchi
- Lost Sailor
- Mélisande
- origami tessellations group
- origamijoel
- OrigamiWolf
- Oschene
- Philip West
- Richard Sweeney
- Tom Hull
Geometry & Tilings
origami links
- Asociación Española de Papiroflexia
- Geometry Junkyard (origami)
- infinite-origami’s homepage
- Mike’s Origami
- Origami Chile
- Paul Jackson
- Ron Resch
- Tomohiro Tachi
origami tessellation links
- Alex Bateman
- Alex Bateman 2
- Andy Wilson
- Galen Pickett
- Goran Konjevod
- John McKeever
- Jorge Lucero’s site
- Mélisande’s Gallery
- Ralf’s Origamipage
- Ravi Apte’s Gallery
- Sebastian Kirsch
Paper & Art
- Alida Saxon
- Flickr Kirigami Group
- Lai Chen-hsiang
- M.C. Escher
- Paper Forest
- Paper Kraft
- Papercraft World
- Richard Sweeney website
Thinking & Design
Recent Posts
- a new work, and Ohio
- Rhombic Flowers
- Mother and Child
- Origami Tessellations Calendar
- OMG NYC meeting, April 2009
Categories
- art (147)
- creative commons (33)
- design (108)
- flickr photos (229)
- geometry (103)
- lighting (19)
- math (40)
- mentions (14)
- my work (91)
- origami (340)
- diagrams (58)
- modular origami (11)
- o-list postings (25)
- origami tessellations (254)
- paper (237)
- papercraft (48)
- profiles (3)
- Site Info (17)
- software (11)
- Uncategorized (64)
- weblinks (99)
- WIP (10)
industrial origami November 27th, 2005

Found via future feeder.
very interesting process; looks like they have devised some methods for folding things from a single piece of sheet metal, including things like jack stands, boxes, 1U server chassis, etc. I’d love to watch the folding process for some of these, especially if it is completely roboticized.
Posted in design, geometry, math | Comments (3)
3 Responses to “industrial origami”
Leave a Reply
© 2010 Origami Tessellations | Design by DemusDesign | Choice theme by Theme Lab. Powered by WordPress
November 29th, 2005 at 1:23 pm
Do you understand how their actual innovation (which they call ’smiles’) works? I’m trying to figure it out! Somehow, a curved cut in the material directs the stresses during folding to make everything align perfectly. Maybe we should have a look at the patent…
December 1st, 2005 at 3:50 pm
I don’t understand, and I wish I did. folding sheet metal is tricky because often you are folding it against a natural grain in the metal (well, maybe not grain- molecular orientation? you know what I mean.) so you get some weird bulges in places that you might not want there to be any, and things don’t line up well. Look at any cheap PC case and you can see why- there’s more than one reason why the really cheap ones use super-thin metal.
My guess would be that the curved cut is a pretty simple shape, which matches on both sides of the groove- just something to direct the folding towards the weakest point (most likely some sort of dip in the bottom of the curve) which would ensure that the metal folded at that line. probably also have something there to keep it from just tearing the metal there as well. I think that one could accomplish this through some heavy trial and error with a lot of machine tools.
the folding methodology is more interesting and puzzling for me, at least- folding sequences are definitely non-trivial for more complicated items, and if they have found a way to handle this automatically I’ll be stunned and amazed.
November 3rd, 2008 at 10:22 pm
This blog Is very informative , I am really pleased to post my comment on this blog . It helped me with ocean of knowledge so I really belive you will do much better in the future . Good job web master .