The Structure of Protection by Oluwaseyi Sosanya from the Innovation Design Engineering program. The project is a beautiful loom specially designed for weaving in three dimensions. Using a single thread, the loom can create complex structures that are incredibly strong, essentially becoming a 3D printer of weaving. We love the way the project combines modern techniques with the traditional. Sosanya even visited fabric mills in the North of England to research mechanical weaving practices. See the machine and its outputs on the next page.
Entries tagged with: 3D Printing
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The NESCAFÉ Alarm Cap is here! The press release reads: “Mexico City, May 8th, 2014 - NESCAFÉ® embraces consumer maker technologies to quickly design and build 200 limited edition, 3D Printed, Arduino-based NESCAFÉ® Alarm Caps.” and I can’t tell you enough how thrilled I am to show you our latest NOTlabs project. Publicis Mexico’s Innovation Lab brought us on to collaborate in bringing the NESCAFÉ Alarm Cap to life. The NESCAFÉ Alarm Cap utilizes 7 different tones synchronized with light, which are scientifically proven to create a soft and natural awakening, ending when you open the cap to enjoy the delicious aroma of NESCAFÉ. So yes, you can literally wake up and smell the… NESCAFÉ!
As you’ve seen - we’ve been busy with quite a bit of 3D Printing and electronics overdosing the last few weeks, and this is what we’ve been up to! Currently making their way throughout the world are 200 limited edition NESCAFÉ Alarm Cap press kits to celebrate the new brand identity of NESCAFÉ! There are two cap design variations, the faceted cap and the accent cap. Each piece was hand-assembled in California, with the exteriors 3D printed in nylon (and dyed and polished) by Shapeways on an SLS printer, and the interiors 3D printed on our Makerbots. Along with the Publicis Mexico’s Innovation Lab , we worked with Eric Brockmeyer on the electronics and code, Charmaine Choi on the pattern illustrations, and The Lift for the video. Let’s get to the unboxing! See it all on the next page…
UPDATE: Eep! Bad news ~ though a NOTCOT first? I’ve never had to do a REboxing! Just heard from MakerBot that we’ve got to box the machine up and send it back to get it sorted…and thank you so much to the super nice guys over at MakerBot support for being so patient with us while working on this!
SO excited to get our hands on the MakerBot Replicator 5th Gen Desktop 3D Printer ~ it’s amazing to see how far things have come since the Cupcake, Thing-O-Matic, and even the early replicators! (You can see our Replicator 1 unbox here.) We are definitely getting closer to having 3D printers feel closer to the inkjet (2D printers?) of today… unfortunately, it’s still a bit more complex than popping it out of the box and popping out objects! New features we’re excited about include the optimized setup for PLA printing, camera (to keep an eye on your progress via app/mobile), magnetic extruder head, spring loaded nozzles, easier build plate leveling and more! And luckily, the arrival of this new machine is perfect for one of our big NOTlabs project deadlines!!! Take a peek on the next page for a full unboxing and some of our first experiments with it…
In the “wish someone told me this earlier” category ~ you should have 3D printing material test kits on hand before your client has to decide which to use! We’re currently crunched on time for a big project where we need to order a few hundred 3D prints sooner than later… and as we shop around various 3D printers, you forget how many types of materials and colors and options exist! Even if some places have the same materials/printers - they will all vary depending on whether they are dyeing or polishing them… you just can’t do big orders without getting test prints… and before even deciding which material(s) to test print in… samples of various materials are extremely helpful! Beyond simply how it looks and feels in real life - it’s great to test how flexible they are, how light shines through, how they dye, etc etc etc… And on a time crunch, i’m still getting used to how slow printing and shipping for projects can be ~ especially in this spoiled Amazon Prime world we are in…
So, I wanted to share these amazing Materials Sample Kits from Shapeways. They have three kits, the Color & Finish, Basic, and Metals, and each kit comes with samples on a 3D printed safety pin of sorts and coordinating trading cards with stats on each material as well as images of some prints using them. I also appreciate that they encourage people to explore and understand the various materials by including a $25 Shapeways credit with the basic kit, which ultimately sets you back $5 if you were planning on ordering something anyhow! While these kits don’t cover ALL of their materials, it’s a great start. Take a peek at the unboxing and details on the next page.
Explorations in 3D printing + growing wearable = Xuedi Chen’s Invasive Growth! We’ve been curiously following along on instagram for some time now… and the project is now live! I love that it’s “…inspired by my fascination with cordyceps, a fungal parasite that attacks arthropods. Once infected, the fungus slowly takes control of the insect both mentally and physically. Before the insect dies, the fungus makes it climb high onto a branch and grip on, giving it an advantageous place to spread spores. Once the insect is dead, the cordyceps protrudes out, breaking through the exoskeleton.” And the final pieces play with moss growing on wearable neck/head pieces… imagine a day when you need to water your jewelry regularly? Take a peek at the process and details on the next page!
Melbourne artist, Valissa Butterworth, aka The Mod Collective’s porcelain pieces are such a beautiful splash of colors created by a thoughtful mix of 3D printing and hand moulded/cast colored porcelain. They remind me of Maria White Mebane’s pieces… the porcelain which creates such an unusual and lovely glow when illuminated. As Butterworth explains - “My porcelain tableware is a fusion of technology and traditional ceramic techniques. Each concept is developed using Design software then printed on 3D printers in various mediums. From here the pieces are moulded and cast by hand using coloured porcelain. The porcelain is coloured using raw pigment at the slip stage, should you chip a piece you will not see the telltale white body you would get with coloured glaze. This process allows me to achieve a rich bold colour range not attainable with glaze. Having said this I am now using coloured glaze on a small number of pieces to highlight the texture and pattern and add another contrasting element to the range. This process also appeals to those who prefer the feel of fully glazed pieces. Each piece is made by myself in the studio, the result is a collection of beautifully unique pieces that retain the small marks of the hand made process.” They look absolutely stunning in pictures - and i can only dream up the possible color/glaze/pattern combinations you could create with her custom options! Take a peek at more closeups on the next page!
Ready for the NOTCOT Holiday Giveaway #2? Today we have some goodies from the amazing, Nervous System, masters of generative design ~ finding inspiration in nature and helping it grow and evolve into stunning designs. Beyond their 3D printed organic designs that have turned into jewelry, cups, lamps and more… they have now branched into beautiful wooden laser cut puzzles! It’s especially fun to see the shapes they’ve worked into it, and the mind bending pieces that will challenge you to piece it all together.
TO WIN: Leave a comment here telling us about patterns that inspire you before 11/29 midnight PST for a chance to win. Winner will be contacted via email.
Take a peek at more details - and a holiday coupon - on the next page!
UPDATE: Congrats to Kimberly of New York!
Here’s the latest from our London based editor, Justine Aw, sharing her discoveries at the first London 3D Printshow - she came back with lots of pics, and our NOTlabs director, Shawn Sims will help explain it all below!
We’ve been following 3D printing closely as it picks up momentum faster than ever the last year… I made my first 3D print back in 2006 at Pratt, and have been fascinated since. We printed the F.U.C.K. Adapters with an Objet which uses a method called Stereolithography, also known as SLA. This particular process uses a photosensitive resin or liquid that is hardened into place by ultraviolet light. Recently we unboxed the Makerbot Replicator which uses a technique called Fused Deposition Modeling or FDM. It works by squeezing out a thin heated filament, usually plastic, which hardens once extruded. These two methods make up nearly all of the DIY and desktop 3D printers that you have been seeing. This week has been quite the week for 3D printing, with both the Shapeways Factory of the Future opening in NYC as well as the London 3D Printshow!
The 3D Printshow is a unique mix between a hardware trade show and an art gallery of selected works from sculptors, jewellery designers, animation and interactive artists all working with 3D form. We even got to see the much anticipated Form 1 3D Printer from the Kickstarter superstar FormLabs of MIT in person. It is great to see how they are bringing the art of 3D printing to the masses, helping it transcend being a prototyping/manufacturing level tool… perhaps it could truly become a reality for every home to have one much like an ink printer in the near future. Check out the variety of 3D printers and art pieces we saw on the next page!
This super picture loaded post is made possible by our awesome friends, artists and designers, Che-Wei Wang & Taylor Levy of CW&T, who went and brought back lots of pics from the opening of Shapeways’ new factory in Long Island!
Shapeways has been on the forefront of creating what many have dubbed “the kinkos of 3D printing” - the go to spot to send your files and objects will appear at your doorstep! You can see the unboxing of our interlocking cubes here, and it’s super exciting to see in the pics on the next page where our prints will be coming from in no time!
As Taylor shared with us, “The space is HUGE, as you’ll see in the pics. It is empty now, but it will be awesome down the line. They are prepping for 50 industrial 3d printing machines. You can see the bright green spray painted plots on the floor to show where machines will go. They are running a couple machines right now in small adjacent spaces, doing strong white and flexible and FUD until the new machines arrive. They spoke a bit about interfacing with the community, giving tours, and workshops. And of course how important it was for them to pick a spot to open that was close to the majority of their customers. Both to lower their carbon footprint, but also to be close to the community. I hope that happens. Our dream of course is to be able to send them a file and then bike over from our studio (it’s 10 mins away) to go pick it up! Mayor Bloomberg was there to speak and cut the ribbon. There was lots of talk about how exciting it is to bring in a new wave of hi-tech manufacturing into the city.” Exciting stuff!!! Take a peek throughout the space on the next page… we can only dream (and hope to pop back) about what it will look like when completely filled with 3D printers!
3D printed light bulbs that play with the way light is distributed… a 3D printed toy that’s responsive to a little girl with its digital eyes… LEDs embedded right into your 3D print while printing… 3D printable sensors, buttons, and switches… even a mobile 3D display created by projecting on internal bubbles within a 3D printed model. These are all possible now ~ and demonstrated in the latest project to come from Disney Research Pittsburgh - “Printed Optics” by Karl D.D. Willis, Eric Brockmeyer, Scott E. Hudson, Ivan Poupyrev.
Changing perspectives on how 3D prints works, this project both interrupts the printing process (to insert electronics), and also plays with the capabilities of the 3D printing itself to manipulate the way light behaves within the final print, turning a 3D print right out of the printer into “unique display surfaces, novel illumination techniques, custom optical sensors, and robust embedded components can be digitally fabricated for rapid, high fidelity, customized interactive devices.” While the material they are printing in isn’t your makerbot/consumer level printing (yet!) - this combination of UV cured resin and a special completely clear resin designed specifically for optical uses, creates the ability to create “light pipes” which function much like fiber optics. The possibilities with the direction of this research add a whole new level of interactivity to 3D prints! (Read the full paper here!) See them in action in the video and images on the next page…
There was SO much to see at the Venice Biennale ~ as usual, so much running around and so many details to take in… so beyond the features we’ve shared with you thus far (wire bending robots, Israeli Aircraft Carrier Shop, architectural model projection mapping, Russian QR code madness, amazing, colorful model in the Hong Kong space, Kipnis’ Field Of Dreams, the recycled wine bottle roof, and the incredible hydroponic floating plant system!) there have been tons of pictures left… so on the next page you can see a burst of the random inspiration encountered while exploring it all!
It has been amazing to witness the development of the Free Universal Construction Kit that NOTlabs’ own Shawn Sims and our friend Golan Levin created ~ and even more incredible to see the eye opening discussions it has sparked far beyond the interoperability of toy sets, but on patent/IP law, the future of 3D printing, open source physical forms, and much more around the globe… and now it has brought them (and me along with them!) to Linz, Austria for the Ars Electronica Festival, where the project has received the Award of Distinction in Hybrid Art from the Prix Ars Electronica. In addition to the award, Golan will be speaking tomorrow on the opening day of the festival, Shawn will be speaking on Sunday, and for the first time, the Free Universal Construction Kit can be seen in its entirety along with a selection of playful assemblages we created demonstrating various toys playing nicely together at the OK “Offenes Kulturhaus” CyberArts12 Exhibition! (Big thank you to the kind folks at Instructables for their support of the project! They produced the full set of pieces showing at CyberArts12!)
So, we’ve just spent the last day setting up the display for the exhibition ~ and i’m thrilled to give you an early sneak peek before tomorrow’s opening!
If you need a refresher on the project: Toys (specifically Lego, Lincoln Logs, Duplo, Fischertechnik, K’nex, Krinkles, Tinkerytoy, Zome, Zoob, Gears Gears Gears, etc) + 3D printer + Free Universal Construction Kit = MORE ways to play with your toys! And all of the pieces are available for download (open source!) on Thingiverse, which you can either print on your own 3D Printer, or send them to a 3D printing service (like Shapeways!)
Current desk/fidget toy obsession - interlocked 3D printed CUBES! Particularly the dodecahedron one… they are mesmerizing, and just fragile enough they make you feel overly careful with them… yet its so tempting to try to bust your way into the structure just to prove there are more of the same shape within…
Anyhow, late one night i was wandering through all of shapeways and couldn’t resist impulse buying the Dod’net by Magic and the mini Interlocked Cubes Demo… it seemed like a good excuse to get a feel for their polished alumide! Also, it was a fun way to get a peek at their packaging ~ you certainly get a BIG fragile air bubble packed box for the two little pieces which are ziplocked inside… See the unboxing and details on the next page!
Realitat’s Microsonic Landscapes are “an algorithmic exploration of the music we love. Each album’s soundwave proposes a new spatial and unique journey by transforming sound into matter/space: the hidden into something visible.” According to Creative Applications it is created with Processing and printed with Makerbot. Each object represents an album, but it’s unclear to me how tracks are represented… perhaps each ring? or does it all just spiral flow together to the center? or outwards? Also curious, what are the axes representing? Anyhow, it’s a pretty visualization of the albums, somehow… take a peek at more details on the next page.
It has been quite the (educational) adventure joining our NOTlabs director, Shawn Sims, and Golan Levin as they launched their Free Universal Construction Kit project… from learning about toys and 3d modeling, to the different 3D printing techniques and materials, to Intellectual Property and Patent law! One of the most exciting and interesting aspect of the project to me personally has been what the average person without access to top of the line manufacturing machines can really 3D print at home, and how does it work? Thanks to the amazing folks at MakerBot, today we got to find out through their Replicator (with dual extruders)!
Anyone can download the variety of Free Universal Construction Kit pieces on Thingiverse, send them to their 3D printer, and shortly after have toy adapters to play with! Of course depending on the resolution of the printer and the printing technique, some pieces will work better than others, so it was thrilling tonight to get to try them out on the MakerBot (the originals were made on an Objet) ~ on the next page you can see a full unboxing and the preparation of the MakerBot Replicator as well as our first “home” printing of some Free Universal Construction Kit toys! (And yes, this is the kind of project that has kept us busy in the NOTlabs till 4:30am!)
Toys (specifically Lego, Lincoln Logs, Duplo, Fischertechnik, K’nex, Krinkles, Tinkerytoy, Zome, Zoob, Gears Gears Gears, etc) + 3D printer + Free Universal Construction Kit = MORE ways to play with your toys! Picture the crazy structures you (or your kid’s) wildest imagination can flourish in as every piece can connect to every other piece… or how many more toys you will need to buy to fully utilize the Free Universal Construction Kit’s capabilities…
While the monster of a Universal Adapter Brick was quietly launched at Golan Levin’s Eyecode solo show at UCI’s Beall Center for Art + Technology a few months ago, it’s exciting to see the rest of the kit finally available! So, freshly launched this morning from Golan Levin at F.A.T. Lab and our own head of NOTlabs, Shawn Sims comes the Free Universal Construction Kit. It is “a collection of nearly 80 adapter bricks that enable complete interoperability between ten popular children’s construction toys. By allowing any piece to mate with any other, the Kit encourages totally new forms of intercourse between otherwise closed systems — enabling radically hybrid Constructivist play and the creation of heretofore impossible designs.”
You can see the full chart of all pieces, download the full .stl pack, find just the piece you need on Thingiverse, and even watch the 80’s style advert for Free Universal Construction Kit on the next page!
Next… if you have a 3D printer, and have fun toys, AND print out some pieces… i’d love to see what you (and/or your kids) create with them!!! Please share pics!!!