3d printing

Posts tagged
with 3d printing



Art Design

Utilizing Modern 3D Printing, Artistic Duo Rael San Fratello Constructs Coiled Earthen Architecture

August 18, 2020

Grace Ebert

All images © Rael San Fratello, shared with permission

Modern architectural building methods and Indigenous materials converge in the latest endeavor by Ronald Rael and Virginia San Fratello, titled “Casa Covida.” The earthen structure is part of a MUD Frontiers/Zoquetes Fronterizos that centers on Pueblo de Los Ángeles and the ways technological advances can work in unison with historic mud-based designs. “Casa Covida” contains a bathing pool, sleeping areas, and fireplace seats for two.

To create the three-room home, the duo employs a custom, portable robot that they transport to various sites, allowing them to dig soil and other materials and immediately shape it into the necessary structures. Utilizing clay and mud, the building process is informed by the practices of Ancestral Pueblo peoples and Indo-Hispano cultures of northern New Mexico and southern Colorado. When wet, the natural materials are layered in zigzag-like coils. The undulating, textured facades generally are made with a few rows to provide insulation from the nighttime cold.

MUD Frontiers was a recent recipient of a 2020 Art + Technology grant from LACMA. It strives to consider “traditional clay craft at the scale of architecture and pottery. The end goal of this endeavor is to demonstrate that low-cost and low-labor construction that is accessible, economical, and safe is possible,” a statement says.

Based in La Florida, Colorado, and Oakland, respectively, Rael and San Fratello are known for subversive projects at the intersection of art and architecture, like the neon pink teetertotters slotted through the U.S.-Mexico border wall. Follow their latest sustainable works on Instagram. (via Hyperallergic)

 

 

 



Design

Conductive Origami by Yael Akirav Unites 3-D Printing and Textiles to Create Foldable Modern Light Fixtures

August 8, 2019

Kate Sierzputowski

Photos: Ofek Avshalom

Israeli industrial designer Yael Akirav 3-D prints conductive material onto textiles to create illuminated works of origami. The lighting fixtures can collapse or expand due to their pliable surfaces, allowing them to be displayed either open and lit or folded into a closed position. This expansive movement stretches the conductive filament and also works almost like a dimmer. A slow pull turns the light on gradually, and then turns it off as it is compressed back into its original position.

Akirav recently graduated from the Industrial Design Department at Bezalel Academy of Art and Design in Jerusalem where she was first exposed to 3-D printing technologies. You can see more textile designs created with 3-D printed conductive elements on her website and Instagram.

 

 



Animation Art Design Science

Infinite Forms Unfurl in New Rotating Sculptures by John Edmark

August 6, 2019

Laura Staugaitis

We continue to be transfixed by John Edmark’s (previously) infinite 3-D printed designs. The self-described artist, designer, and inventor uses visual tricks to create cascading effects on rotating textured white sculptural surfaces. His most recent video, “Blooms Assortment”, features a noodle-like form, shifting cubes, and a hollow gridded shape that resembles a geyser or mushroom cloud. Edmark has a bachelor’s and master’s degree in computer science and has lectured at Stanford’s design program for over fifteen years.  See more of Edmark’s creations on Vimeo and if you’d like to call one of his pieces your own, visit his online store.

 

 



Design

A 3D-Printed Press Brings Printmaking to the People

April 10, 2019

Laura Staugaitis

Last year, Martin Schneider rolled out the Open Press Project, which provided printing plans for the world’s first fully functional 3D-printed printmaking press, and was downloaded by more than 12,000 people. As a follow-up to that successful open-source endeavor, Schneider is offerings folks who don’t have their own 3-D-printing abilities the option to get a press through a new Kickstarter campaign. Traditionally, printing presses are prohibitively expensive and extremely heavy. Schneider has managed costs in part by shrinking the press down to a 5.7 by 2.95 inch printing area, but includes the usual steel roller and woven blanket found on a full-sized press. The cost of each petite press available through Open Press Project’s Kickstarter comes out to around $60. You can follow the project on Instagram, and download plans to use with your own 3D-printer on the Open Press Project website. (via Colossal Submissions)

 

 

 

 



Art Design Science

Biochemistry Professor Transforms His Research into Bronze Recreations of Ancient Trilobites and Modern Insects

December 17, 2018

Kate Sierzputowski

D. Allan Drummond (previously) is an associate professor of biochemistry, molecular biology, and human genetics at the University of Chicago. A few years ago Drummond began turning his extensive research of fossils and prehistoric sea creatures into detailed computer renderings which he then 3D prints and casts in bronze. Although many of his sculptures are inspired by ancient creatures like the trilobite, which existed for over 270 million years before its extinction 250 years ago, he also creates modern-day insects such as praying mantises and large bug-eyed jumping spiders.

Drummond currently has a solo exhibition titled “Curiosity” at Roq La Rue Gallery in Seattle through January 6th, 2019. In addition to several large individual sculptures, the show features a grid of wall-mounted trilobites that pay homage to the work of the 19th-century illustrator and naturalist Ernst Haeckel. Visitors are encouraged to remove the bronze pieces to explore the underside in greater detail—a part of the creature which is often eroded in fossils over time. You can see more of Drummond’s metal recreations of animals past and present on Instagram.

 

 



Amazing Design Science

MIT Engineers Design Responsive 3D-Printed Structures Remotely Controlled by Magnets

June 22, 2018

Laura Staugaitis

A new concept for 3D printed structures designed by engineers at MIT can be remotely controlled with magnets. The innovative gadgets include a smooth ring that wrinkles up, a long tube that squeezes shut, and a sheet that folds itself. The most impressive structure is a spider-like “grabber” that can crawl, roll, jump, and snap together fast enough to catch a passing ball or wrap up and carry small objects. Each piece is created using 3D printable ink infused with tiny magnetic particles that are directed into a uniform orientation via printer nozzle retrofitted with a electromagnet.

Researches believe these magnetic concepts could one day find applications in the realm of medicine similar to implanted stents or pacemakers. “We think in biomedicine this technique will find promising applications,” explains Xuanhe Zhao, the Noyce Career Development Professor in MIT’s Department of Mechanical Engineering and Department of Civil and Environmental Engineering. “For example, we could put a structure around a blood vessel to control the pumping of blood, or use a magnet to guide a device through the GI tract to take images, extract tissue samples, clear a blockage, or deliver certain drugs to a specific location. You can design, simulate, and then just print to achieve various functions.” (via digg)