Category Archives: Art

Hacking Arts Conference 2016

Last week, Shapeways sponsored the Hacking Arts Conference at MIT in Cambridge, Massachusetts. Hosted by the MIT Media Lab, the three-day conference brings together students and professionals from technology and the arts to discuss interdisciplinary creativity.

Shapeways’ Community team was there to greet panel goers and give them a chance to get their hands on some of the 3D printed materials and products available in the marketplace.

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The conference also included a hackathon and some amazing performances. Below is a moment from audio/visual artists the Holladay Brothers during the opening ceremonies.

#hackingart2016

A video posted by Andrew Thomas (@andrew.s.thomas) on


 

The Hacking Arts Conference was also a great opportunity to see old friends. Artist and Shapeways Shop Owner Bathsheba Grossman came by to play with some of her math-inspired Klein Bottle openers, printed in a variety of materials.

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We had a great time talking to hackers, artists, and lifelong learners at the Hacking Arts Conference. Are you a student combining design and technology? You can sign up for our education program here.

 

The Surprising Menorah That Remixes Tradition

While exploring the beautiful Judaica in this year’s Holiday Gift Guide, I was struck by the modernist geometric menorahs, yarmulkes, and kippahs in Craig Kaplan’s Mathematical Art Shapeways shop. Hanukkah is often associated with traditional Judaica, but Kaplan takes it to a new place altogether.

Craig Kaplan's Framework Menorah

Craig Kaplan’s Framework Menorah

When I asked Craig about the inspiration behind his modernist menorahs, he echoed what many of our designers have shared: that their designs are as much about experimenting with new forms as they are about bringing a vision to life. “I love menorahs as designed objects. It’s an interesting space in which to explore, because there are many beautiful and unusual forms that can fulfill the basic functional needs of a menorah. Of course, I also turned to these objects because I have a certain nostalgia for them from my childhood,” he shared.

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Kaplan’s Yarmulke One

Fusing ritual objects, graphical exploration (Craig is a computer science professor at the University of Waterloo, Canada), and the warmth of the holiday, Craig Kaplan’s Mathematical Art can help you celebrate The Festival of Lights in a way that fits your family’s unique tastes and traditions.

For more holiday décor and inspiration, be sure to visit our Holiday Gift Guide. And, in the comments, let us know how your family puts their own spin on Hanukkah.

Shaping Dutch Design: Eva Poulopoulou

In celebration of Dutch Design Week 2016, our Shaping Dutch Design series will take a closer look at a few of the dozens of Dutch designers who are part of the Shapeways EXPO this year and, of course, our global maker community all year round. Make sure to visit us in person if you’re in Eindhoven this week, and follow us here, on InstagramTwitter, and on Facebook for live updates from #DDW16.

Architect Eva Poulopoulou, the designer behind PULU, began her career in digital arts and 3D animation. With a background that includes building both real-life structures and virtual worlds, it only makes sense that her designs display the influence of digital design on functional objects.

The best expression of her design ethos may be her striking Pineapple Lamp, a hit at this year’s Shapeways EXPO at Dutch Design Week. Digital modeling allows her to create a shape that appears delicate, almost paper-like — but has surprising strength. Tiny cutout petals, evoking a pineapple’s skin, rise from the surface of the lampshade, casting an intricate pattern of light.

PULU designs at Dutch Design Week's Shapeways EXPO

PULU designs at Dutch Design Week’s Shapeways EXPO

Other PULU pieces that borrow from natural forms include the Urchin Bracelet and Pendant. These pieces manage to be at once soft and spiky, like the sea creatures that inspired them.


Stop by Shapeways EXPO at Dutch Design Week to see Poulopoulou’s designs, or visit her Shapeways shop any time. And make sure to follow PULU to keep up to speed on the future fruits of her creativity.

Shaping Dutch Design: MathArt Koos Verhoeff

In celebration of Dutch Design Week 2016, our Shaping Dutch Design series will take a closer look at a few of the dozens of Dutch designers who are part of the Shapeways EXPO this year and, of course, our global maker community all year round. Make sure to visit us in person if you’re in Eindhoven this week, and follow us here, on InstagramTwitter, and on Facebook for live updates from #DDW16.

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Mathematician Jacobus “Koos” Verhoeff of MathArt Koos Verhoeff may be best known for his work in coding theory, but he’s also a prolific artist, creating gorgeous sculptures based on mathematical concepts. Luckily for us, Koos, along the Foundation MathArt Koos Verhoeff, has chosen to make models of his pieces available on Shapeways. Pieces like his Mobius Clover  and Trefoil Knot inside Equilateral Triangle make for beautiful jewelry, while a model of his Bi-colored Torus Path is a museum-worthy work of art — perfect for anyone who loves geometric design.


You can take a look at Koos Verhoeff’s pieces in person this week at Shapeways EXPO at Dutch Design Week, and visit his Shapeways shop any time to customize your own work of mathematical art. Don’t miss the chance to own a piece by a great living artist who’s found a beautiful way to work at the intersection of science and art.

4 Gadget Gift Making Trends For Holiday 2016!!

With the holidays quickly approaching, we’re excited to be positioning Shapeways as the go-to for unique, customizable gifts– and our designers are crucial to growing that marketplace. We’ve identified some of the hottest tech hobbyist trends of this year to inspire our makers to stretch their imaginations and consider creating accessories for each, making them on-demand stocking stuffers.

Raspberry Pi: With this little computer giving you a lot of power to program and create, what better companion for it than 3D printed accessories? We’d suggest our designers tap into Shapeways customizable product feature to create Raspberry Pi cases or stands– because while it’s what’s on the inside that matters, it doesn’t hurt to have a neat exterior for your favorite gadget.Apple III Raspberry Pi Case 3d printed

Raspberry Pi Apple III case by RetroConnector

iPhone 7: With Apple’s latest release being on (most) people’s wishlists and being significantly different than previous models, it’s a great opportunity to tap into creative cases and accessories.The Vibe iPhone Case - 40033196:7.67 3d printed

The Vibe iPhone Case by Cacai

GoPro Hero 5 (Black and Session): GoPro’s latest cameras come in two sizes, meaning double the accessory options! Because both work on voice-command, there should be some fun potential for newly designed cases and accessories. We also hear that while the Hero 4 Black is waterproof, it won’t float so some aquatic accessories could be useful.Boonie Hat Mount for GoPro Cameras (Slim Case) 3d printed

Boonie Hat Mount for GoPro Cameras by BrainExploder Creations

Apple Watch Series 2: The new Apple Watch model is about the same size and shape as its predecessor but slightly thicker. We’ve been seeing some great watch docks and charging stations, and there’s limitless room for variations.Apple Watch Metal Bumper 42mm 3d printed

 

Apple Watch Metal Bumper by Amznfx

Remember, one of the most important parts of leveraging the products you create is showing vs. telling shoppers what your product does. Quality photos tell a thousand (or more) words and super nifty videos are even better.

Shop More Gadget and Tech Trends Here!

3D Print to Desert Chariot: The Story of The Stag Head

Posted by in Art

Community member Vijay Paul tells his story of evolving his popular home-decor 3D print into a mobilized work of art, exhibited at what may be considered the worlds largest art gallery: Burning Man.

At the close of every summer, thousands of people head to the desert carting along with them works of art that are so complex and unique they are often only comparable to a sci-fi universe. Second only to the fascinating works themselves, are the stories of how they got there.

Vijay Paul, long time Shapeways community member and shop owner of Dot San, has always pushed the limits of possibility. In 2012 he designed the first wire-frame stag head, an item so delicate and intricate it challenged the limits of our distribution center, resulting in enhanced capabilities for Shapeways and a beautiful 3D print for Vijay (unboxing video here).

No one could have predicted that what started in a 3D printer in 2012 would have landed itself hyper-enlarged and on a set of wheels carting over 100 people across a desert.

Stagg Head 3D print

Vijay Paul’s 3D Printed Stag Head as a Wall hanging

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The evolved Stag Head as an art cart for Maxa Camp, cousin of popular Burning Man camp Mayan Warrior

Vijay, how did you get started on this project? 

“The Mayan warrior organizers, were looking for a style for the Maxa camp and luckily found my designs. They asked my permission to use it and adapt it for the cart and create pendants. I was lucky to be invited to this years festival and meet the Maxa team and experience Burning Man for myself and how everything worked and how people engaged with it.

The response from other burners was amazing it definitely stood out from the other carts. The team had installed a DJ booth, with sound system, lounge areas and the whole cart was lit up with multi colored light sequence.

Stag head vehicle lit up at night

Can you tell us more about “Maxa” and what your hopes are for the future of the Stag head Vehicle?

The Maxa Camp are the cousins of Mayan Warrior. The Mayan has been going for 8 years and is one of the best and most iconic sound/art carts at the Burning Man. This year was the first time for the Maxa Camp and the deer (Kauyumari) art cart. The talk is to continually develop the cart and camp over the years to become an iconic part of Burning Man festival.

Of course I have to ask, did you bring any 3D prints of your stag head to the event?

I was asked to create pendants that were gifted to burners and given out to camp members as recognition for their work. This was a huge order, over 1200 units in multi-colored polished plastics and a range of metals. Shapeways did a fantastic job in creating these in a short time frame.

3D Printed Pendants 3D Printed Pendants

The stag/deer head, has become iconic because of the designs versatility from 1:12 scale version for miniature houses to 2D stickers and now, a 9 meter high art cart. Having a shop on Shapeways which requires regular gallery updates, constant promotion and designs that tell a story that capture the imagination definitely helped my designs to be discovered, this experience is the lucky break people talk about.”

If you want to bring home the experience of Burning Man, be sure to check out Vijay’s shop here on Shapeways. You’ll be able to find the stag head in as many sizes as you can imagine, as well as a ton of other animals he’s transformed into wireframe beauties.

Hacking Your Home With 3D Printing

Why should your house look the same as the one next door? Home is where the heart is, right? And creativity comes from the heart. So a home that breathes your creativity is what makes it your home.

With 3D Printing, it becomes easier than ever to hack existing items you have in your house to create a dynamic space, a place that changes, grows and is really you. Last week we got an email from Evan Gant, who has his own shop on Shapeways called Olivebird and created a range of products that show how easy it becomes to manipulate your own environment.

Take these brilliant small components called “Links” that you can attach to your wall and create a whole new dimension for using building blocks. While it provides a fun way for your kid to decorate the wall their bedrooms (obviously preferred above using crayons on the wall), you can also create fun looking and yet functional storage spaces with these Links.

What never fails to liven up your home is.. Life! With this clever Bell Vase hack you can reuse the jars from your favorite food by simply adding a 3D printed lid to transform them into vases. Designer izign believes in sustainable design, so I’m curious to see what other life extending hacks he comes up with.

With summer drawing near, I can imagine you’re ready to start using your ceiling fan any time soon. But don’t you just hate the moment pulling on the wrong cord and having the light go on in stead? Noé and Pedro Ruiz (design duo Pixil 3D) decided they needed a simple solution, which resulted in the Typography Fan Pull Handles.

Last example I want to give really turned the world of Home Deco upside down. This Radiolaria Vertebralia Planter is a cool design by Joaquin Baldwin that shows plants from a whole new dimension in your home.

Need even more cool ideas to hack your house with 3D Printing? Browse this list of products and get inspired!

Behind the Product with Corinne Whitaker

Today we are showcasing, Corinne Whitaker, a pioneer in the digital arts. Whitaker got her start in the digital arts in the early 80’s processing irrational equations through various programs to see what forms would appear. After more than 3 decades, her work has grown to include massive 3D printed sculptures, catalogs of digital designs, and paintings. Whitaker has exhibited her work at galleries and museums around the world.

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Could you tell us a little about yourself? 

I am based in Foster City, CA., in the heart of Silicon Valley, at the
epicenter of the “Can Do” ethos, surrounded by innovation and optimism. I
started working/playing with computers in 1981, when I became fascinated
with the patterns and colors they offered, realizing that they could see
millions more colors than the human eye. I was also intrigued by the idea
that I was entering unknown territory, where few had ventured before me.
There were lots of questions, few answers, and no rules (my kind of
place). That’s why my recent solo show at the Peninsula Museum of Art in
Burlingame, CA was titled “NoRules”! This meant that I didn’t have the
ghosts of Ansel Adams on one shoulder and of Picasso on the other. It was
both exhilarating and scary.

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Where does your experience in 3D modeling originate?

Initially there were almost no art programs, let alone 3D, so I began by
entering irrational equations into science programs to see what would
happen. I love accidents, and I still work that way. At the start, desktop
computers had neither parallel processing nor multi-tasking, so creating
in 3D was more than challenging. (ie, 48 hours of down time, ending in a
frozen screen and no image!). Eventually I worked with a Canadian company
(Alias Sketch) whose software offered organic possibilities combined with
excellent customer support; unfortunately they were bought out and
discontinued.

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What is your preference in modeling software and why?

Computers at that time were essentially edge-based and geometric, whereas
I have always been drawn to the organic. This continues to influence my
choice of programs today.

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What are your designs inspired by? Could you please share the story behind your sculptures?

My designs are influenced by my conviction that the human species is due to expire, either by self-destruction, exhaustion of natural resources, or cosmic intervention (are we the dinosaurs, after all?) so I create as though I were out in the cosmos somewhere, free of gravity, and speculating on what the next creatures might look like.I am also convinced that a new visual language is necessary to reflect the change in viewpoint that NASA gave to us with its explorations in space. Basically they freed us from Renaissance perspective and introduced a cosmically-based view of living matter. The next group of creatures will almost certainly be based on something other than carbon: what happens if they view us with dismay, if they do not want to acknowledge us as their forebears, if they cannot even figure out what humans were used for? Being unseen in history is a terrifying thought (although one familiar to women artists, but that’s another story).

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What was your first interaction with 3D printing & Shapeways?

Shapeways has played a large role in my success. It is a leader and
ground-breaker in the industry, enabling me to experiment with life-sized
3D printed figures where other were afraid to try. Its professionalism is
admirable and its customer service a joy. 3D printing allows me to bring
to life the swirl of designs that populate my visual realm. As an industry
it will definitely revolutionize many fields of endeavor.

gr_jive2    gr_finian

Could you describe your process for creating your sculptures?

My thought process is one of letting go and traveling through ideas. It
involves the challenge of putting your ego aside and letting yourself go
crazy to some degree. As artists we have the luxury of knowing that
although we share the wild territory of the insane, we have a round-trip
ticket back to what is commonly called sanity. I like to say that we are
willing to touch the thorn barehanded in order to know the rose.

gr_blackswans              gr_dervishgold

At the moment, the biggest difficulty in creating 3D printed sculpture
remains the software. It presents a steep uphill learning curve.
Familiarity with standard 2D software does not translate easily into 3D,
and each 3D program tends to have its own vocabulary. Eventually we will
do away with the software entirely.

But if you love challenge, if you love exploring the new and unfamiliar,
if you love experimenting and want to taste tomorrow, this is the place to
be!

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For more with Whitaker:

You can find all of Whitaker’s work on her website, www.giraffe.com

To learn more about her history, en.wikipedia.org/wiki/Corinne_Whitaker

Current Exhibitions:

On view at Vargas Gallery, Mission College 3000 Mission College Blvd, Santa Clara, CA 95054 December 1st – December 19th

“Virtually Solid: Digital Fabrication as Sculpture” at Wilson Center of the Arts, Florida State College 11901 Beach Blvd, Jacksonville, FL January 2016

On view at Paul Mahder Gallery 222 Healdsburg Avenue Healdsburg, CA 95448 (http://www.paulmahdergallery.com/artists/whitaker/corinne_whitaker.htm)

Publications:

Four catalogs of CAD models and poetry, all titled “If We Are Erased”

www.amazon.com/s/ref=nb_sb_noss?url=search-alias%3Daps&field-keywords=corinne+whitaker         www.giraffe.com/gr_catalogs.html

“It’s like putting a microscope inside my brain to illuminate the origins of my new species.”

Collectible Frank Stella 3D Printed Ornaments

Posted by in Art, Partner News

This week we’re highlighting some of our favorite home and holiday decor items. Whether you are looking to spruce up your own home for the holidays, or need some new gift ideas our gift guide has you covered.

In addition to the products in our marketplace, there are other places you can find incredible 3D printed pieces and today we’re excited to tell you about one project we’ve had a hand in.

The Whitney Museum of American Art’s  ”Frank Stella: A Retrospective” is now open and runs until February 7th. The exhibit features the most comprehensive presentation of Stella’s career to date, and showcases his work from the 1950s to present day. Paintings, reliefs, sculptures and more will all be on display in the 18,000 square foot gallery.

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So what do we have to do with this? The Whitney Museum is now selling collectible ornaments based on Stella’s work that are all 3D printed by Shapeways!

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The items are all printed in our Strong & Flexible Plastic and allow those who love Stella’s work the opportunity to own one of his designs. You can pick just one or even buy the full set of 7.

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It’s always incredible to see these projects where 3D printing is used to honor amazing art. We’re thrilled to be a part of this history and help people own the art they love.

Click here for more information on the exhibit.

Incredible Artwork at SIGGRAPH by Shapeways Designer Brian Chan

The annual SIGGRAPH exhibition brings together the best minds in 3D graphics and design for a week of sharing acacemic papers, emerging technology and remarkable creative ideas. This year’s art exhibition, Hybrid Craft presented artists who merge high tech and traditional processes to create vibrant art objects that speak both to history and technology.

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Shapeways designer Brian Chan was included in the group show, presenting a collection of hand painted invertebrates. Fully articulated and highly detailed, these 3D printed creatures are created in the ’jizai okimono’ Japanese tradition of making lifelike sculptures of small animals.

While beautiful in their own right when freshly printed in White Strong and Flexible, Chan then carefully hand paints each model with water color paints. Chan notes the laser sintered nylon has similar qualities to fine textured water color paper and soaks up the paint well, allowing for multiple layers of pigment with delicate precision.

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The show also included examples of Chan’s foldable instruments, created from a variety of materials and using parts printed at Shapeways and CNC milled components. These fully working instruments are based on historically accurate designs, but are more than meets the eye because they can be deconstructed and turned into a box like a Transformer.

As the art exhibition was curated to investigate, Brian Chan’s work combines high tech (but accessible) technology and old fashion craft to achieve incredible results. As a dedicated tinkerer and teacher, Chan constantly pushes the boundaries of technology and creativity while paying tribute to traditional or forgotten crafts.

 

 

 

C0DE DENS1TY

Ashley Zelinskie’s world where things made of code are made of things are made with code….

C0DE DENS1TY is a collaborative, multi-media show presented by Lightbox, a gallery Space in New York City from July 23- 26. The show highlights work by Shapeways community member Ashley Zelinskie. Zelinskie creates sculpture which are made of numbers drawn from the code of the design file itself. Her work explores the process by which the objects are transformed from numerical data into physical objects through digital fabrication. The code that defines and creates the object becomes part of its physical manifestation…

…its a pretty mind-blowing concept.

The show itself is an immersive experience bringing viewers into the brackish waters of technology and art. Sparse, geometric objects ranging from monumental to palm sized are displayed throughout the space while nearly every inch of wall is used for a projected video that loops geometric imagery as it builds to a frantic pace and glitches out into nothingness. On the second story loft area a small 3d printer farm reproduces out miniatures of the work.

Faces made of 3D printed plastic are part of the show’s vocabulary as well. An interactive piece has several white masks displayed with light projected onto them. Visitors are encouraged to touch the masks, doing so causes the projection to animate boxes emitting out as if from underneath them.

On of the most interesting pieces is also the most personal. A 3D printed portrait of Zelinskie created with 3D scanning, the surface is constructed from a portion of her own DNA.

Zelinskie’s futurist universe invites the viewer to both question how the objects are made and what the implicates are of a world where data and matter can become interchangeable. Far from a dry series of formulas simplified beyond human comprehension, the vision of the Singularity posited by C0de Dens1ty is like stepping into a thunderstorm of information.

 

Photos: by Ashley Zelinskie.

Behind the Product: Glass Vase Mold

Today we’re showcasing Tim Belliveau, a glassblower, digital artist, illustrator, teacher, and business owner. Tim’s creativity and capacity to bring together 3D printing and glassblowing has proven to be a success and this can be seen in his newest work of 3D printed steel molds used to create hand blown glass vases.  We asked him a few questions about the story behind his work, the creation process, and what he sees for the future.

Who are you? Where are you located?

My name is Tim Belliveau, my current home is Montreal.

TimBelliveau

What is the inspiration and story behind your designs?

Well, the glass piece is a graduate research project in material research from Hexagram at Concordia so I’ll try not to be too wordy. About 2,000 years ago, Roman glassblowers started figuring out how to blow glass into molds and we still use a lot of the same techniques in glass today. I’ve been a glassblower for about 10 years and have been trying to figure out a way to form hot glass with 3D printing and I thought of making molds like the Roman ones. I went to see an exhibition on ancient Roman glass at the Metropolitan Art Museum in New York this spring. That exhibit really highlighted the technology of the first century and how the glass is a record of the innovations at the time. I wanted to do something like that with the technologies of today and have tool marks from the mold on the glass too. You can even kind of see the deposition layers on the glass from the 3D printed bronze if you’re nerdy enough to look for them. Since my vase was born from a computer basically, I thought it made sense to have it faceted and kind of low-res-looking but about the same scale as the old Roman ones.

What was the process you used to create your final pieces?

I made the mold in 3D software and tried to get it as thin as possible. I sent that file to Shapeways to be 3D-printed in bronze. Once I got the mold in the mail, I hired another glass artist, Armel Desrues to assist me at Espace Verre studio in Montréal; he held the mold in place while I would gather hot glass, make a small bubble and then inflate it in the mold. The whole process is pretty finicky; I broke a bunch of glass trying to get it right, but eventually it started working and we finished a small batch of glass pieces. Most glasswork requires assistance and teamwork so its great to have that in the studio since 3D modeling can be so solitary.

Was it necessary to post process your mold before use?

I didn’t have to do anything else to the mold which is great because I’m trying to keep this practice minimal by doing it all from my laptop. There’s something surreal about getting a 3D printed glass mold in the mail and then just walking down the street to make glass pieces from it.

TimProcess

Are others in the glass community using 3D printing?

There are lots of interesting projects popping up in the glass community and some that have been around for a while. I’m going to assist with a class led by Fred Metz and team at the Pilchuck Glass School this summer; its focused on interactions between 3D printing and glass. Sometimes 3D printed positives in plastic/wax are used to make a negative mold that fills with glass later in a kiln but there are lots of techniques.

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How are molds for glass blowing typically created? Was 3d printing beneficial to this process?

For this kind of glass blow-mold the ancient way to do it is to make it by hand out of clay/ ceramic. The industrial revolution way was to cast metals (usually very thick) into molds. You can also use carved wood that has been soaked in water for a few days but those degrade faster and don’t have great detail, same with plaster molds- they’ll give you a few good glass pieces but nothing like the consistency of a metal mold. What impressed me with this process was how I could do everything from my laptop and the mailed pieces were ready to use. Its still very strange to me when I finally get to hold a 3D print that I sculpted but never touched until its done. I also have a lot of control over mold thickness and detail so I was able to get away with using very little material for this mold.

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Looking back on modeling your mold and creating your glass-blown vase, what were some integral steps?

You have to be careful about having undercuts as with any mold-then it just gets stuck and won’t open when the glass goes in. Obviously you have to know the 3D software pretty well to do this kind of thing too. in the glass shop, a good assistant is pretty important too, so again, working with Armel was great.

For the next mold, what would you do differently? The same?

I’m hoping to use ceramic/ porcelain for the next piece; which is nice because it leaves a smoother surface on the glass than bronze does. I learned in this project that the glass can get a lot of detail out of the mold so there are lots of possibilities. I want to work a lot bigger of course but I’m not sure the next thing will look like this. I have a short attention span and change my ideas often.

What were your greatest feats throughout each of the production steps?

I took a risk printing as thin as I did, the glass heat can warp metal sometimes or stick, but I did something right, there. Blender wasn’t originally designed for 3D printing as far as I know so getting accurate dimensions are difficult in parts of the modeling. Glassblowing is a skill that takes years to acquire so combining that with all of these recent developments in 3D printing presented a big enough feat to keep me interested.

TimVaseLineUp

Who are some of your favorite designers or artists? Who on Shapeways has inspired you?

I saw an excellent talk by Del Harrow last year. I’ve also been following the 3D printed work of Caspar Berger and Sophie Kahn (I don’t yet know many artists who work with Shapeways). In a bit of a different direction, I’ve been really interested in some of the work and theory Hito Steyerl is doing with digital media too.

How did you first hear of 3D printing?

A friend of mine told me about Shapeways at a party a few years ago; it sounded like the future and I like the future.

How did you learn to design in 3D?

I taught myself from online tutorials. The tutorials are mostly made by kids half my age and way smarter than me. Its humbling!

Do you have a preference in modeling software?

I mostly use Blender for a few reasons. One, is that its free and I work in the arts so I can share it more easily and download or teach it anywhere. The other great thing about Blender is that I can use it for modelling, printing and animation; the extra features needed are usually free plug-ins and the standard render (cycles) engine is kinda nice. Blender does have its limits though, so I have to come up with work-arounds for some of the ideas I want to do in the program. I started in Truespace years ago which isn’t around anymore and then got into Sketchup when it came out; I’ve also dabbled in Cinema 4D, Rhino and 3DS Max and currently I’m playing with some of Autodesk’s mesh repair and layer-cutting software.

What opportunities do you believe 3D printing brings to artists? How is that demonstrated in your work?

My work goes back and forth between objects that I make physically and art work that exist visually instead, which is sometimes hard to decide on. 3D printing is in a phase where it is expanding into all kinds of art and craft practices; its pretty novel now but in time I think it will fall into place with all kinds of other tools we’ve adopted over the years. I hope my work lands uncomfortably between looking handmade and digital – then it would be demonstrating the opportunities in 3D print. A lot of the things I build in 3D are full-scale large sculptures but I can work on them anywhere and store them for free. I think that’s also a big opportunity with this medium.

Do you have other 3D printing projects in mind?

Yes but I have an intense superstition about talking about new work until its done so I have to be secretive! A lot of the other work I’ve been experimenting with though is laser-cut as 2D layers and assembled into 3D sculptures after. Some of my upcoming work is using that process as well.

For more work by Tim:

You can check out his site here: http://futureforest3d.blogspot.ca

Or through his collaborative art studio, Bee Kingdom Glass, alongside Phillip Bandura and Ryan Fairweather. http://www.beekingdomglass.com

If you are in the Calgary area you can find Tim’s work showing in the ‘Magical Thinking’ exhibition at the Ruberto Ostberg Gallery this fall. http://www.ruberto-ostberg.com/index.html

Using 3D Printing to Recreate a Lost Sculpture

We say this a lot, but we are always in awe of our community and excited to see the projects you are working on. One we’re really excited about is from UK-based designer, Matt Smith, who has launched a campaign on Kickstarter to raise funds to recreate a sculpture by Umberto Boccioni that was destroyed nearly 100 years ago. Shown in 1913, all that is left of the sculpture is a collection of original photographs and sketches.

Using those sketches, Matt will recreate the original piece using digital sculpting techniques and 3D technology to exhibit the work at various galleries, with the first showing in London.

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For background: Umberto Boccioni (1882-1916) was a prominent Italian artist of the Futurist movement, who rejected traditional materials and embraced technological advances. Several of his plaster sculptures were destroyed, leaving an important gap in his artistic legacy. It seems appropriate that the contemporary technologies of digital sculpture and 3D printing, which Boccioni would have probably embraced, are now being used to recreate his lost work. Replacing his missing work will be an invaluable contribution to the art world; benefiting scholars, researchers, artists and the public .

Matt discovered Boccioni’s work as an art student and was immediately inspired. During a trip to Italy, Matt discovered Boccioni’s own photographs of the lost sculptures and began an exhaustive investigation of the remaining records of the missing artwork. As he states in his press release:

“I wanted to understand more about this unique sculpture, to study the work. As it no longer existed, that was going to be a challenge. The photographs taken by Boccioni over 100 years ago are an invaluable guide. I saw the possibility of piecing the fragments together and sharing what I learned with others. I believe I have found enough evidence, photo references, drawings and research to help me recreate the work in 3D as the artist intended.”

Matt became an avid 3D designer thanks to constant inspiration from 3D in all its forms; at Art School it was clay, then 3D computer graphics. Having worked in the virtual 3D world of games, using Maya, Lightwave and ZBrush, 3D printing allowed him to use his experience to make virtual objects physically real. His first 3D printed object actually  was Umberto Boccioni’s ‘Unique Forms of Continuity in Space.’ This was before 3D scanning was feasible, so he took reference photographs and sculpted it in ZBrush.

3D print rewards MSmith

He believes the “all or nothing” funding approach of Kickstarter makes the most sense for his project, and is sure backers will make a significant different (he’s already raised almost half his goal!). If the target goal is reached Matt is offering some great rewards to those who make pledges. Be sure to check it out and support a fellow 3D designer!

 

Coco Rocha & Sebring Studio Bring 1,000 Poses to Life in “Study of Pose,” and in 3D with Shapeways

Supermodel Coco Rocha is not only fashion forward, she’s tech forward. And in her latest innovative feat, she collaborated with world renowned photographer Steven Sebring on Study of PoseThe book is an incredible 2,032-page volume of 1,000 unique poses that celebrates the beauty and versatility of the human form.  Each pose is captured from 100 different angles on Steven’s experimental 360 degree “rig.”

Study of Pose hardcover and iPad app, alongside 3D prints from Shapeways. Image credit to Steven Sebring Studio.

In the book’s forward, Steven Sebring explains, “I wanted to document the fluid, ever-changing beauty of the ever-flexible human form…I had always planned on shooting the one thousand images with just one camera and one model.”

If the book were not dynamic enough, Coco and Steven brought the book to life with 3D printing. Because the rig took photos at 100 different angles, those photos were easily stitched together into 3D models.

3D prints of Coco Rocha printed by Shapeways. Image credit to Steven Sebring Studio.

3D print of Coco Rocha alongside image from Study of Pose. Image credit to Steven Sebring Studio.

Coco Rocha explains, “A few years back I got to personally tour Shapeways facilities in Long Island and see their capabilities. To be honest I’ve been itching to find a way to work with them ever since! When we were in the process of creating a whole exhibition around my new book with Steven Sebring, ‘Study Of Pose,’ we realized that the data we had from the 360 degree poses could easily allow us to create fully formed 3D renderings of all 1,000 poses in the book. That’s when the proverbial light bulb went off and we took our idea directly to Shapeways. Seeing those images from the book come to life in tangible three dimensions was so amazing for me, and it proved to be a great source of conversation at the art exhibit we had at Milk Gallery. We are talking about making ‘Study Of Pose’ book ends, candelabras, toy solders… the sky is the limit with a partner like Shapeways!”

Coco Rocha visiting the Shapeways factory in 2013.

The book is on display at Milk Gallery in New York until December 21st, where you can see gorgeous images from the book as well as interpretations of Study of Pose by local artists. You’ll also find our collaboration with Coco and Steven, a display of 500 3D prints of Coco’s form.

Congratulations to Steven Sebring, Coco Rocha and the whole team on bringing this idea to life!

3D prints of Coco Rocha by Shapeways. Image Credit to Zlatko Batistich | Milk Made

3D prints of Coco Rocha by Shapeways. Image Credit to Zlatko Batistich | Milk Made

3D prints of Coco Rocha by Shapeways. Image Credit to Zlatko Batistich | Milk Made

3D prints of Coco Rocha by Shapeways. Image Credit to Zlatko Batistich | Milk Made

3D prints of Coco Rocha by Shapeways. Image Credit to Zlatko Batistich | Milk Made

Study of Pose exhibit at Milk Gallery. Image Credit to Zlatko Batistich | Milk Made

Study of Pose exhibit at Milk Gallery. Image Credit to Zlatko Batistich | Milk Made

Study of Pose exhibit at Milk Gallery. Image Credit to Zlatko Batistich | Milk Made

Study of Pose exhibit at Milk Gallery. Image Credit to Zlatko Batistich | Milk Made

Study of Pose exhibit at Milk Gallery. Image Credit to Zlatko Batistich | Milk Made

Study of Pose exhibit at Milk Gallery. Image Credit to Zlatko Batistich | Milk Made

Nervous System Creates Kinematics Dress 3D Printed by Shapeways & Acquired by MoMA

Today we are excited to unveil an amazing dress designed by Nervous System and 3D printed at our New York City factory. Using Kinematics – Nervous System’s 4D printing system that creates complex, foldable forms composed of modules – designers Jessica Rosenkrantz and Jesse Louis-Rosenberg created a completely wearable dress that prints in one single folded piece. It is made of thousands of panels connected by hinge joints and fluidly folds and conforms to the body as it is worn. Both the dress and Kinematics software have been acquired by the Museum of Modern Art for their permanent collection.

We’ve been working closely with Nervous System since 2009. They have been instrumental in showing the world the potential of 3D printing with their beautiful designs, and in helping us push the limits of our production capabilities and design guidelines. This dress definitely pushes the limits of what’s possible today. Given the file size and complexity, our 3D printing engineers worked with Jessica and Jesse to plan the build and closely check for printability before it went into production. The dress, while folded, is still a relatively large print and required a longer build time than our normal production process (44 hours!)…so we really only had one shot.

Our CEO Pete likes to say, shoot for the stars and you’ll reach the moon. In this case, we definitely reached the stars. Congrats to Jessica and Jesse. You guys have thrown down the gauntlet in what’s possible with 3D printing.

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Kinematics Dress in motion. Image courtesy of Nervous System

We spoke with Jessica to hear more about the inspiration behind this dress and what she thinks the future of 3D printed fashion is…

How did the Kinematics Dress come about?

We first prototyped the idea for Kinematics on our Makerbot as a way to print something flat that could become three dimensional and wearable. We loved the materiality and movement of the hinged triangular components. Our first thought was that it would be amazing to produce something larger, like an entire dress, with this system on our little desktop printer. We quickly realized that making an entire dress out of tons unique 8” panels that would have to be flattened for printing and then assembled was crazy. There would be more work in the design process to panelize the dress and lots of manual labor to put it together. So we flipped the idea on its head. Instead of using the flexibility of the design to make something three dimensional that is produced flat, we simulate the movement in the computer to take something very large and 3D and make it flatter and more compact, so it can be 3D printed in one piece.

What was your inspiration?

This project really started from the limitations and opportunities of 3D printing. We were thinking about how we could harness the ability of 3D printers to make interlocking parts and very complex structures to create customized wearables.

In general, all our work is inspired by how patterns and forms emerge in nature. We take a systems approach to design. We don’t craft individual objects; instead, we create architectures for growing, sculpting or generating whole families of designs. For this project, we were more interested in designing a process and material than a garment.

In terms of other garments, we were definitely influenced by Janne Kyttanen and Jiri Evenhuis’s 3D printed chainmail dress. It set the standard for 3D printed garments not only by being the first but also by being one of the only ones that appears wearable and textile-like in its construction. If we were going to create a dress it was certainly going to a durable, comfortable, wearable piece. We were also inspired by the work of Issey Miyake, which often explores folding and structure in fashion.

nervous system 3d printed dress

An x-ray view rendering showing the hinges which structure a Kinematics design. Image courtesy of Nervous System

What are the benefits of the Kinematics approach versus traditional modeling?

Kinematics represents a new approach to manufacturing, which tightly integrates design, simulation, and digital fabrication to create complex, customized products. Our approach is completely different from traditional modeling and CAD software. The whole system is built up around the logic of a mechanism, in this case a hinge, which has been optimized for 3D printing and whose behavior we can simulate. Users interact with kinematics at a high level through an online design tool that lets them sculpt clothing shapes and “paint on” density and styles. Meanwhile, in the background the system is taking care of generating and connecting together all the geometry with our hinge mechanism. At the end of the design process, we have a 3D-printable piece of clothing made of thousands of panels interconnected by hinges. Rather than just ending up with big heavy file containing a bunch of “dumb” geometry, we end up with a smart structure that we understand as rigid panels connected by hinges. Because we understand the behavior of the geometry, we can use simulation to compress it down for efficient 3D printing.

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Kinematics Dress. Image courtesy of Nervous System

What do you see for the future of 3D printing in clothing and fabrics?

We are particularly intrigued by how 3D printing applies to clothing in two areas: new meta-fabrics and customization.

Additive manufacturing has to ability to create very complex structures. In the world of clothing and fabrics, this is particularly intriguing because we are already talking about constructed materials. Fabrics produced from fibers that are aggregated and connected to create cloth with certain properties. For instance, knit cotton has stretch and woven cotton does not. Typically these material properties are constant throughout a whole piece of fabric. With 3D printing, we can start to create really weird fabric-like assemblages or mashups. We can print a textiles with gradations of material properties like stretch, flex, warmth, color, etc.

3D printing also favors the production of hyper-customized, one of a kind goods. We will see more apps like Kinematics that create custom-fit clothing and accessories from body data.

How does this fit into your broader collection?

Nervous System’s goal is to use computation and new fabrication techniques to make products that push the boundaries of what is possible. Most of our work starts with an inspiration from nature that eventually is translated into some sort of digitally fabricated, customized product. In this project, we actually started on the other end, being inspired by the technology itself and ultimately creating our own material system and form generating process.

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Kinematics Dress. Image courtesy of Nervous System

How did MoMA get involved?

We met Paula Antonelli, the Senior Curator of Architecture & Design of the Museum of Modern Art, at an event this year where were demoing an early version of Kinematics Cloth app and displaying our Kinematics Bodice. She expressed interest in acquiring a Kinematics Dress for the MoMA collection… the only problem was we hadn’t made one yet. There were actually a number of design and technological hurdles we had to overcome before we could make a full dress. Even up to the last moment, just days before they needed it, we weren’t sure we would be able to deliver their final piece.

What’s next for Kinematics?

There are a lot of possible directions for Kinematics including new products, improved software and incorporating different mechanisms and structures. We’re doing more material experiments to explore how different types of connections can lead to different fabric behaviors. There are also still many improvements we can make to our folding algorithm to increase speed, accuracy and generality for other shapes. Another avenue we’d like to explore is creating a locking joint that would allow us to print a folded object that would snap into a rigid configuration when unfolded.