Makers keep this coming weekend free!
The Deconstruction is an open global event and runs from February 22 to the 24th, starting at 8PM PST. Teams of makers, artists, students, programmers, problem-solvers, designers, performers, filmmakers, etc are invited to register and deconstruct the world around us.
Being an experimental event, the premise is very open and there is no topic given, although some broad challenge criteria will be released during the event.
“The goal of The Deconstruction is to bring people together from all over the world (physically and digitally) to share ideas, collaborate, create, innovate, and most imporantly have fun. The event is open to anyone, anywhere, of any age and skill level.” (more…)
Intricate sculptures inspired by Gothic and Islamic architecture
Hundreds of layers of coloured paper give the sculptural works by Eric Standley a stunning visual complexity. True to the architectural forms that they draw inspiration from, the structure and composition of the curves has been carefully calculated to enable maximum depth and integrity for the unsupported floating areas.
The latest piece took 60 hours of laser cutting time and around three months to draw the pattern. This patience and dedication certainly pays off as the final works exhibit a meditative visual allure that you might otherwise expect from the most intricate of Tibetan mandalas. To see this effect in laser cut paper is quite remarkable.
More works from Eric’s collection follow after the break. (more…)
Intricate sculpture that leaps from the pages
In a stunning follow-up to his award-winning 360-degree laser cut book, Japanese architect Yusuke Oono has produced a Christmas-themed version just in time for the festive season.
This delicate, intricate artwork opens from a seemingly traditional book to form a 360 degree, 3d diorama within the pages. The original laser cut book deservedly won Oono the You Fab 2012 laser cutting contest in Tokyo and this next version is just as impressive.
To produce the paths for the laser cutter, CAD programs were used to create a 3D landscape that is then sliced by rotating the plane around a central point.
Artist wires his brain up to CNC machine… and thinks of nothing
Digital manufacturing is often lauded as the ultimate solution for turning thoughts into reality. But what happens when you want a physical representation of complete lack of thought?
To answer this challenging proposition, London-based artist Gustav Metzger had his brain analysed by an EEG machine while he diligently cleared his mind of all thoughts. The resulting data was converted to a volumetric format and fed into a manufacturing robot, which then carved the piece titled Null Object out of a single block of stone.
Visitors to London’s Work Gallery can see the sculpture of Metzger’s empty thoughts through until February 2013.
via Design Week
Challenging perceptions of what 3D printing can do
Extending on his earlier work with scanning and printing museum objects, California-based Cosmo Wenman contributed these impressive 3D printed replica sculptures to the MakerBot team’s exhibit for London’s 3D Print Show.
The equine form and bust of Alexander the Great were scanned using 123D Catch and printed in sections at 1:1 scale on a MakerBot Replicator. Once assembled and painted, the outcome is remarkably true to the historic original.
Click through to see the 29 unfinished blocks that make up the horse head, before they were fused together and finished with that incredible bronze patina. (more…)
Ponoko project by Jenny Balisle
Bay Area artist Jenny Balisle works in three distinct mediums: painting, pen and ink, and sculptural installation made from heated acrylic sheets.
As explained in her artist statement, her body of work is “conceptually linked by dichotomous relationships — simple and complex, beautiful and grotesque, micro and macro perspectives, and natural and manmade environments.”
Her acrylic sculptures embody this concept by turning completely flat pieces of acrylic, which she lasercuts with Ponoko, into much more complex three-dimensional sculptures.
To achieve this, Jenny uses a heat forming technique. “It’s a delicate process,” she says. “I have to take great care not to crack or warp the acrylic or yellow the white surface.”
Following the famous fish.
The medio artist collective panGenerator made the project Float as part of their Beats, Bits, Atoms exhibition. It consists of a fish constantly tracked by cameras surrounding its tank. A computer then translates the motion of the fish into a sculpture to be 3D printed.
The resulting unique sculptures are in some sense traditional, as part of the longstanding approach of using nature as a source of inspiration, yet they never could have been made before digital technologies.
Lifting those illusions right off the page
We all know the work of M.C. Escher… Who hasn’t furrowed their brow at those impossible forms; so alluring in their stark opposition to our practical sense of spacial reality?
Thanks to some clever CAD modelling and an in-house 3D printer, Professor Gershon Elber from the Computer Science Department at Israel’s Technion has brought these iconic artworks to life. From the basic building blocks of the Penrose triangle and Necker’s cube through to the architectural complexity of the Belvedere (pictured above) and Waterfall, the master of illusion is no longer a 2D phenomenon.
“…it may come as a surprise for some, but many of the so-called ‘impossible’ drawings of M. C. Escher can be realized as actual physical objects. These objects will resemble the Escher’s drawing, of the same name, from a certain viewing direction.”
Click through for a short video that shows how the specialised 3D CAD application works in tandem with 3D printers to produce objects that are indeed possible, if you happen to be standing in the right spot to view them. (more…)
Shuffling his way into your heart, one step at a time…
Referring to his extraordinary creations as Mechanical Paper Models, Japanese craftsman Kikousya transforms this everyday material into kinetic works of art.
There’s no laser cutting here, no CNC or 3D printing… the whole construction is hand crafted from regular paper and a few sticks of dowel. With gears, cams, cogs and more all powered by rubber bands to bring the PR-V robot to life.
“The legs are alternately drawn forward by a crank mechanism, the bottom surface of the foot has a structure that always moves parallel to the floor and become parallel links.”
Click through for an amazing construction video after the break, where you will see just how complex this mechanism truly is. If you think you’ve got what it takes after seeing the detail and persistance that goes into this, you can make your own by purchasing instructions (for the earlier PR-III version) on CD in a special kit at the source. (more…)