From Oxford “origami engineers” Weina Wu and Zhong You, published as A solution for folding rigid tall shopping bags in Proceedings of the Royal Society A. ScienceNOW has an item that at least tries to explain why this achievement is scientifically significant, rather than just really cool. Which, frankly, I don’t quite understand. But then, for our purposes, “really cool” is all the justification we need.
The paper itself, unfortunately, is behind a paywall. But the phrase “made from a number of stainless steel plates, stuck on to a light, flexible plastic sheet,” together with some close examination of the published photos, looks like all an interested party might need to construct their own working model. I’m thinking one could apply an adhesive film to some sheet brass, for instance, and then photoetch the metal off along the creases. [Thanks, Alan Dove!]



After reading the Abstract on their site, I’m left with the question- did they go to school for that? At first it seems like a relevant field, to design packaging, but…Why not just fold a stiff bag like you would a paper grocery bag? Did I miss something? Mountains out of molehills…
Yes, you missed something. It turns out you can’t just fold a hinged steel bag the way you would a paper one – the paper bag relies on paper-like flexibility to make its particular set of creases work. As a result, a similarly folding steel container has to be built differently. If you’ve ever tried to figure out how to fold an origami sculpture without instructions, you’d understand that something like this is a non-trivial problem.
A steel and plastic “bag” is really only as strong as the plastic component. This would be better accomplished using metal hinges instead of flexing plastic joints.
Needs handles.
And would something like Tyvek work for the “hinges”?
I have not much time, but I’ve got many useful things here, love it!
Cool design but no handles?
Good,we are long river package,if you need handle,we can help you,we are the manufacturer of package,any need pls feel free contact us longrivergroup@gmail.com
In this paper, a new crease pattern has been proposed that
allows a tall box-shaped bag with a rectangular base to be rigidly folded flat.
Rigid folding conditions are established, and solutions that meet these
conditions are found numerically. Simulations and experiments carried out
demonstrate that the solution works. The new pattern represents the first
practical solution for tall bags and can lead to direct applications in the
packaging industry.
steel fabrication
In this paper, a new crease pattern has been proposed that
allows a tall box-shaped bag with a rectangular base to be rigidly folded flat.
Rigid folding conditions are established, and solutions that meet these
conditions are found numerically. Simulations and experiments carried out
demonstrate that the solution works. The new pattern represents the first
practical solution for tall bags and can lead to direct applications in the
packaging industry.
steel fabrication
In this paper, a new crease pattern has been proposed that
allows a tall box-shaped bag with a rectangular base to be rigidly folded flat.
Rigid folding conditions are established, and solutions that meet these
conditions are found numerically. Simulations and experiments carried out
demonstrate that the solution works. The new pattern represents the first
practical solution for tall bags and can lead to direct applications in the
packaging industry.
steel fabrication
In this paper, a new crease pattern has been proposed that
allows a tall box-shaped bag with a rectangular base to be rigidly folded flat.
Rigid folding conditions are established, and solutions that meet these
conditions are found numerically. Simulations and experiments carried out
demonstrate that the solution works. The new pattern represents the first
practical solution for tall bags and can lead to direct applications in the
packaging industry.
steel fabrication
// What's Trending
Raspberry Pi Design Contest
Dad Builds Son an Iron Man Arc Reactor
Teardrop Camper Trailer
Seventeen Sneaky Secret Hides
What to do with an 800 Lb Eucalyptus Slab
10 Things to Connect to Your Raspberry Pi
80-Ruxpin Art Installation
Lego Steampunk Strandbeest Model
// What's Shared
A better way to slice a pumpkin
DIY Nerf Darts
100 Dollar Store Organization Ideas for Craft Rooms and Beyond
In the Maker Shed: Minty Boost USB Charger
Mad’s Mouse House
Lace Princess Crowns
I Have a (Puzzling) Dream
Play the Rings of a Tree Trunk Like a Record
// Most Commented
Plastic Bags into Plastic Blocks: Revisited
10 Hot New Boards to Watch
Why the Maker Movement is Here to Stay
MAKE Asks: Roadside Hacks
Ten Tips for Hand Saws and Blades
DIY Hacks & How To’s: Convert From Battery Power to AC
How To Make Your Own Laundry Detergent
What to do with an 800 Lb Eucalyptus Slab
Trending Topics
Get our Newsletters
About Maker Media
Subscribe
to MAKE!
Get the print and digital versions when you subscribe