Category Archives: 3D Printed

Conversation with Jodi Slater on Her New Collection of 3D Printed Accessories for Fitbit and Jawbone

3D printed jewelry for Fitbit and Jawbone

Bytten accessories for Jawbone and Fitbit. Photo Credit: Carly Gaebe – Steadfast Studios

Jodi Slater is no tech novice. She started her career as a programmer, including some work  on the original Tron, helped design the user interface for the first wireless Palm Pilot, and has since advised countless companies on user experience and new media.

The very talented Slater is now turning her attention to her fitness tracker, an accessory that she feels could use a facelift. Her new adventure, Bytten, sits at the intersection of fashion and technology and includes a line of beautiful 3D printed accessories for Jawbone & Fitbit. After reading this Q&A, we advise you to #getbytten.

What is the inspiration for Bytten?

Bytten was born out of a personal need – my Fitbit was not making the cut when I tried to style it with my other jewelry. I wanted to be able to wear it all the time, not just when I was working out. I had been tracking the wearable tech fashion ‘phenom’ and was and still am very excited about all the innovation that is percolating in that space. I decided to develop a line of accessories for existing fitness trackers as a way to solve an immediate need and to start building a brand. The Lucas Slide is our first collection for Fitbit Flex and Jawbone UP. It is available in Brass, Silver, Gold, and 9 colors of Strong & Flexible Plastic (thank you Shapeways!).

3D printed jewelry for Fitbit and Jawbone

Bytten accessory for Jawbone. Photo Credit: Carly Gaebe – Steadfast Studios

Who’s behind the beautiful products?

Lucas Goossens is the designer behind our first collection. He is incredibly creative, a beautiful person – inside and out, and I am so grateful that Carine [Carmy from Shapeways] introduced me to him! The design incorporates elements from Lucas’ pixel style and includes his signature plus sign ‘+’ to represent positivity. We hope you love it as much as we do.

3D printed jewelry for Fitbit and Jawbone

Bytten accessory for Fitbit, worn by Lucas Goossens. Photo Credit: Carly Gaebe – Steadfast Studios

What’s your background? How did you get into product design?

I have always been into technology and art / design. I feel lucky to have found a career that I am passionate about and have been involved in from the start (and I mean *start* – you have no idea – there were punchcards in my life). I started out as a programmer in the computer animation and graphics field during the first release of the movie Tron, ahem. It has all evolved from there. Oh, and my color software was at the Guggenheim as part of a Josef Albers retrospective. #proudmoment

What’s your most coveted fashion accessory for fall?

I have been obsessed with gold temporary tattoos this summer… and although I am having a hard time moving onto fall, there are three things I am excited about – GREEN #favoritecolor. Boys shoes for girls, and chic leather backpacks.

What’s next for Bytten?

Let me say that there is no shortage of ideas swirling around at Bytten. We are working on an exciting new collection with Jaclyn Mayer of OGJM, Lucas is working on a Matisse inspired design, and we are working on some oft-requested customization (which after all is what 3D printing is really good at – bespoke production) and there will definitely be some smart jewelry in our future.

3D printed jewelry for Fitbit and Jawbone

Bytten accessory for Jawbone. Photo Credit: Carly Gaebe – Steadfast Studios

 

Looking for other 3D printed fashion? Check out some of our favorite custom rings, necklaces and bracelets… Or create your own!


 

Karlie Kloss and her Epic 3D Printing Fashion Journey with Vogue

Shapeways partnered with Vogue to send Karlie Kloss around the world, as a 3D print, from a 3D scan by Direct Dimensions.

The playful project to send Karlie Kloss around the world as a 3D print is another example of the fashion world recognizing the value of 3D printing, even if it is not to make a garment or an accessory.  With projects like the Dita Von Teese Gown and the Victoria’s Secret Angel Wings, we worked with designers to push the current 3D Printing materials to the absolute limits.  This project is a more lighthearted step in the direction of exploring how 3D scanning and 3D printing can be used to document a person, object or place, to then explore the form in 3 dimensions, to print as is, or to modify and/or enhance.

karlie kloss 3D print by Shapeways and Vogue

The american supermodel was 3D scanned in a number of classic outfits, and playful poses by Direct Dimensions’ 20 foot diameter booth with over 100 cameras firing simultaneously to capture the raw data to 3D print.  3D technicians then painstakingly prepared the 3D point clouds so that Shapeways could 3D print the 6 inch high figurines in our Full Color Sandstone material in our New York factory, you can see footage of the print process in the video below..

The 3D prints were then sent to exotic locations around the world to be photographed by fashion photographers in each locale, you may see a few on instagram with the hastag #whereskarlie.

Karlie Kloss’s 3D Print Shapeways Vogue Screen Shot 2014-09-03 at 2.49.02 PM Screen Shot 2014-09-03 at 2.48.34 PM Screen Shot 2014-09-03 at 2.48.19 PMFor more images of Karlie in the wild, check out the gallery on vouge.com along with the article on the project and a behind the scenes look at the 3D scanning process.


 

 

Ultra Slim Ring Box with Spinning Feature Showing Moving Parts in 3D Prints

This Ultra Slim Ring Box by IncogNerdo Apparel is a perfect example of how you can introduce moving, articulated components to your 3D Prints.

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3d print slim ring box Shapeways

Normal ring boxes too bulky?
Having a hard time hiding your surprise engagement ring?
Then you could probably use this ring box!
This ring box is impressively slim and can easily fit in the fifth pocket of your jeans. The ring holder is also designed to spin the ring as much as 45 degrees as you open the ring box to beautifully showcase any and all gemstones.

The box is designed to be as innocuous as possible so that, should your ring box be found, it would be glossed over as nothing important. No more worries of stumbling upon your big surprise!

So subtle it is basically invisible, check out the video of the Slim Ring Box in action.


 

Print 3D for Me: An app that turns your favorite photograph into a 3D print

Posted by in 3D Printed, API, Apps

Zach Kauble is the co-founder of 3D Print for Me, which uses the Shapeways API to create a unique keychain from your favorite photograph. Below Zach discusses how he was inspired to create this application and how 3D printing can impact the future of custom product design.

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Please introduce yourself – what is your background? Are you a developer? Designer? 3D modeler?

The product and web site were designed by myself and my partner, Tyler Watson. We are both software engineers by day. I started experimenting with 3D printing as a consequence of learning 3D modeling and sculpting software such as ZBrush and 3DS Max. I quickly realized that my models could be made real via 3D printing. It wasn’t long before I came across Shapeways.

What inspired you to start Print 3D for me?

I got the idea after I ordered a few prints of my Zbrush sculptures from Shapeways. I think a transformation occurred for me that probably happens to most “Shapies” because I become somewhat obsessed with designing a unique product. A single question was repeated daily in my head no matter where I was or what I was doing? How does 3D printing change this?

I had been experimenting with 3D printed lithophanes on Shapeways for some time before we decided to create Print 3D For Me. What most inspired us was the reaction of my coworkers at seeing some of my early prototypes. They were amazed by them, which surprised me.
I thought they were somewhat interesting, but not nearly as cool as others did. I suppose after so many iterations of a product, the appeal to the designer starts to wear away.

So, based on this enthusiastic response, we decided to create Print 3D For Me and sell the lithophanes as key chains.

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What is your hope for growing the business?

Of course we hope to grow the business and several more products are in development. However, our primary goal in this endeavor is learn and have fun, and we’ve already done both quite a bit. There is definitely a lot to learn…3D modeling tools, Search Engine Optimization, Internet Advertising and configuration, the Shapeways API, and much, much more.

How is 3D printing helping creative businesses and consumers develop products they want?

My theory is that it removes the barrier to entry in developing and manufacturing physical product. It’s not specifically the additive manufacturing method that I’m excited about. It’s the idea that I can focus all of my time on designing a product while outsourcing the rest of the mundane details including manufacturing, distribution, and fulfillment. My sincere hope is that two things continue to happen as the technology improves: prices continue to drop, and the manufacturing options continue to increase…such as the inclusion of multiple materials and integrated electronics.


 

3D Printing Material Torture Test – FIRE

Ever wondered what would happen if you set fire to your 3D prints?  Yeah, me too.

Following is a video of a quick flame test of five of shapeways core 3D printing materials including Alumide, Acrylic (FUD + Detail) , Full Color Sandstone, and Nylon (WSF).  Watch this 3 minute video to see how each of these materials reacts to a quick encounter with a blow torch. Please do not try this at home.


A little surprisingly the Alumide was the first to melt down like a powdery napalm candle.  Both of the Acrylics (both of which are UV cured resins) caught fire super easily and burnt steadily emitting a terrible odor.  The full color sandstone did not really want to stay alight with this geometry.  It is actually the Cyanoacrylate (super glue (Kragle)) final sealing process that really burns in the full color prints, I tried other prints that had not been dipped in Cyanoacrylate and they would not stay alight at all.  Finally the Nylon caught fire but did not maintain the flame for very long.  In other geometries I have seen the Nylon keep alight for longer, again dripping like napalm whilst still on fire.

In the end, these materials are in no way resistant to fire, keep them away from naked flames as it will most likely result in a hot dripping, smelly mess.

I will share more videos of each of the materials with different geometries so you can see in detail how each material reacts.

And, what material torture test would you like to see next?


 

Grun Jewelry: 3D Printing, Travel and Inspiration by Tanya Gruenberg

Tanya Gruenberg was part of the Shapeways team at the Museum of Arts & Design for the Out of Hand exhibition, helping people understand how they can use 3D printing, 3D scanning a few thousand people, and always, obsessively thinking about and designing jewelry to be 3D printed.  Since her time at MAD, Tanya’s jewelry designs have evolved at an amazing rate to the point where she is now ready to present her beautifully resolved designs to the world, as Studio Grun.

“When I was a little girl, I remember my mom always wearing large white gold hoop earrings with diamonds running through it. I couldn’t wait until I was older to get my hands on them.”

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That memory left an impression on Tanya Gruenberg, a Miami native who graduated from Parsons School of Design with a degree in Industrial Design. Upon graduating, she has worked as a furniture designer and assisted in designing home goods for a large clientele. On her free time she was making jewelry and noticed her interest was getting deeper and deeper.

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Tanya has taught herself wax carving, along with other traditional techniques, but quickly noticed it was very difficult to balance a full time job while teaching herself physically laborious jewelry techniques. That’s where Shapeways came in. “I already had the skillset to 3D model which has helped tremendously getting my ideas out. Every time I commuted home from work, I would sketch out ideas in my Moleskin and as soon as I got to my apartment, I’d open up my computer where I’d 3D sketch and before I knew it a few weeks would pass by and BOOM… I would receive my package from Shapeways and my vision was physically in my hands. What could be better than that?”

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Travel serves as a source of inspiration for many of her designs. Tanya explains there is something really special about traveling, and exploring the unfamiliar that sparks her creativity. “Traveling allows me to observe and see things through a new perspective. “ A combination of traveling, book reading, museum going, and image viewing serves part of her inspiration. The unusual architecture and textiles from Florence, Italy and time spent at museums looking at ancient tools, weapons and artifacts in Egypt explain her aesthetic. “I feel like a storyteller when I design. All my pieces feel like they are designed for an ancient culture that never existed.”

Studio Grun is showing her work at, NY Now at the Jacob K. Javits Convention Center 655 W 34th St, New York City and Accent on Design August 17-20 2014 (Sunday – Wednesday) Booth Number 4270

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How 3D Printing Is Revolutionizing Surgery

One of the most-common ways professionals use 3D printing is as a method to create rapid prototypes of potential products. But the ability to produce quick, affordable, and precise models can have a much bigger impact than getting the fit of an iPhone case just right. Over the last year, doctors have started using 3D-printed body-part replicas to help them prepare for complicated surgeries that they might not have otherwise been able to perform.

For doctors, capturing 3D models of surgical sites is already part of normal medical-imaging procedures, but printing those images allows doctors to see the sites with more clarity than ever before. The typical treatment for kidney cancer, of which there are 64,000 new cases in the U.S. each year, is surgery. The procedure is extremely delicate and must be completed quickly. Earlier this year, a team of doctors at Kobe University in Japan converted CT (computer tomography) scans of tumor-containing kidneys into 3D-print-ready models. Practicing on 3D models has allowed doctors to more-precisely target the affected areas, and cut the time that they must restrict blood flow from 22 minutes down to 8. As of April, the team had produced individualized scale kidney models for ten patients.

In more extreme cases, practicing on scale 3D models gives doctors the confidence necessary to operate on otherwise inoperable tumors. Surgeons at the Hospital Sant Joan de Deu in Barcelona, Spain had been through two failed attempts to remove a child’s tumor before they decided to try working with a 3D-printed likeness of the tumor. The patient has a common childhood cancer called neuroblastoma, which forms in nerve cells in the adrenal glands (which sit above the kidneys), chest, spine, and neck.

Doctors used a multi-material 3D printer to produce two models: a replica of the tumor with surrounding organs and a version of the patient’s abdomen without the tumor, so they could see what he should look like after a successful surgery. The team practiced on the 3D model for about a week-and-a-half before successfully removing the tumor. The hospital has since commissioned 3D models for two more patients.

Credit: Hospital Sant Joan de Deu

Credit: Hospital Sant Joan de Deu

In some instances, 3D prints can offer surgeons insight that might change their surgical plans for the better. Cardiologists at the Children’s Hospital of Illinois at OSF Saint Francis Medical Center study and treat congenital heart disease in children. After 3D printing a model of a three-year-old patient’s heart last July, doctors Matthew Bramlet and Karl Welke realized that they could perform a surgery that would leave the child with two ventricles (the main chambers of the heart), while the previous plan would have left him with only one. According to Welke, traditional imaging techniques, including MRIs and echocardiograms, give doctors only vague shadows of what the heart looks like; 3D printing, on the other hand, presents a level of detail of that’s much closer to what doctors will actually encounter in the operating room.

Bramlet’s ultimate goal is to build a Library of Hearts that other doctors can use as a reference for congenital heart defects. He’s asking for pre- and post-op CT scans and MRIs of defects, which he will upload into a database of 3D-print-ready models. Other cardiologists with access to a 3D printer (ahem, or a 3D printing marketplace like Shapeways) can reproduce them.

3D Printed Bone Model

Right now, most of these hospital-based 3D prints are pricey and/or require partnership with another technical institution to complete. The neuroblastoma team in Barcelona worked with Polytechnic University of Catalonia. Meanwhile, making a 3D-printed at Kobe University can add as much as $1,500 to costs. So ingenuitive doctors are turning to more-affordable DIY methods to replicate necessary body parts. Mark Frame, a doctor in Glasgow, used freely available 3D modeling software to convert CT scans of a patient’s fractured bone into a print-ready model. He uploaded his design to Shapeways and received a scale model of the forearm bone within a week and for only £77 (about $132). A scale model would have otherwise cost him around $1,200.

Often doctors are unable to experiment with new techniques freely, as time, cost, and availability work against them. But the increased accessibility of 3D printing through services like Shapeways is removing all of those barriers in one fell swoop, giving practitioners—and their patients—chances they’ve never had before.


 

Terminator Was Not Open-source:

Posted by in 3D Printed, DIY, Gadgets

How 3D printing and DIY drone community are changing perceptions.

We will be attending the EAA Airventure Live convention in Oshkosh this week. So as this week will be all about wings, we thought we would look into one of our top growing communities of flying makers, the DIY drone community, and share their story with you.

“I’ll be back!”
The Terminator, 1984

We all know that line from the movie.  And as we are seeing more forms of artificial intelligence and other robotic incarnations, science fiction and the media want us to believe that the Terminator [1]  will indeed be back soon. One of the most reproved and misunderstood of these robots are probably Unmanned Aerial Vehicles (UAVs), or drones, as they are more commonly known. But what no one is showing us is that this technology is not being molded by some dark overlord like “Skynet ”, but more likely by the hobbyist with a 3D printer next door. Embracing the “Maker Movement” and open source development,  3D printing and personal drone communities are bringing together two industries that are growing bigger than the sum of their parts.

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Disruptive technology” is a term coined by Harvard Business School Professor Clayton M. Christensen describing an emerging technology that significantly alters the landscape and creates a completely new industry around it.  The web, cloud computing, cell phones, MP3s, and Wi-Fi are all examples of disruptive technologies that we probably cannot live without in today’s world.

Both drones and 3D printing are considered disruptive technologies and together will radically change our perception of both drone technology and the use of 3D printing.  So just what makes them work so well together – 3D printed drones? Well, yes, this is definitely being done, but it is not the real game-changer. Let’s first inoculate the perception we have of UAV technology and then bring in the alchemy of 3D printing.

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DJI Phantom 1.5 – 24mm Battery Door by BrianSelfDesign

UAVs are flown remotely with no one onboard. This allows the pilot the safety of not being airborne and also dramatically improves the visibility and reach of the pilot as UAVs can go where manned airborne vehicles often cannot. The UAV uses computers, sensors, cameras , and GPS to locate itself and feeds back data to the pilot, which could include its position, the terrain, the conditions, and video footage around it.

Probably the most common use of UAVs is for film. The recent Winter Games in Sochi would not have been as dramatic if we did not have the drone’s eye view of the skier in midair. UAVs are not only cheaper than aerial photography from a helicopter, but they can also come much closer and stay close due to their speed. In the US, using UAVs for commercial filming purposes is illegal, but it does not stop amateur filmmakers from shooting some of the most breathtaking and brazen footage currently to be found on the web. Digital cameras such as the GoPro are attached to the drone and then the only thing stopping you from soaring with the eagles is battery life and range.

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Credit: fieldofplay.eu

There have also been a couple of more playful uses suggested such as UAVs delivering pizza, beer, and your online store orders. But it is not all fun and games; UAVs are also put to work. They allow scientists to explore weather, farmers to inspect their crops or stock, and they enable rescue missions to find missing people and deliver provisions in disaster areas.

Now, let us add 3D printing to the drone mix, or we could probably just 3D print a drone. University of Sheffield’s Advanced Manufacturing Research Center (AMRC) has produced a UAV that can be printed and in the air in 24 hours. Without 3D printing, the same drone would take 120 hours to produce, there would be material waste, and there wouldn’t be options to print one or many. This same team is also researching disposable 3D printed drones that could be created inexpensively and be in the air on a mission, whether for surveillance or rescue, within 24 hours.

So there we have drones and 3D printed drones, but now we can take this to next dimension: 3D printing drones. Imperial College London’s Aerial Robotics Lab has developed a “robotic quadcopter that can extrude polyurethane foam while in flight.” The researchers are hoping that this drone could potentially fill holes that need patching or build completely new structures in unreachable locations.

BAE Drone

Credit: BAE Drone

Aerospace company BAE Systems predicts that by 2040 we’ll have airplanes with sophisticated 3D printers onboard that can 3D print UAVs on demand and to scope. So soon we will have flying 3D printers printing 3D printed drones that can 3D print. This is probably not what they refer to as a feedback loop in technology, but it comes pretty close.

However the real alchemy (or disruptive innovation) of 3D printing in the world of UAVs is neither the scientific inventions nor the futuristic possibilities, but rather lies within the rapidly growing DIY community of both UAV and 3D printing enthusiasts.

They have formed a participatory partnership that supports each other’s ideas, shares research, actively contributes, offers mentorship, and most importantly relinquishes ownership. This model of community-led research and development is not new, but it has never been in such control of an entire industry’s future.

A pioneer in this regard is Chris Anderson, who quit his job as editor and chief of the revered Wired magazine to join a then 20-year-old Jordi Muñoz, with whom he had only communicated via email to start 3D Robotics, the leading personal UAV manufacturer. Anderson is also a fervent backer of 3D printing and expounds the idea of a new industrial revolution in his book Makers, about a movement started by people who are once again taking design and development into their own hands. In particular, he refers to 3D printing that makes manufacturing faster and more accessible.

Credit: Aarti Shahani

Credit: Aarti Shahani

Before Anderson started 3D Robotics, he had a personal interest in UAVs. A couple of failed attempts at impressing his children with a homemade drone led him to start a community of amateur tinkerers of the UAV persuasion so they could share their findings in this relatively new field and also commiserate on their failings. “By building a team in public,” he says, “you build communities first and open source them, you do not have to find the right people. They find you.” 

Anderson started DIYDrones.com in 2007, and the community currently has over 55 thousand contributing members  and with approximately 1,000 new personal drones being launched every month, this community is flying high.

At about the same time that Anderson was starting DIY Drones, another company had its own story of success in a skeptical market: Shapeways. This company originated in an incubator within Dutch conglomerate Philips. And Shapeways itself is something of an incubator — a 3D printing marketplace that allows for others  to make a business out of the work they produce. Community members are given free reign to upload any 3D printed file to the Shapeway’s website, 3D print in a myriad of materials and colors using Shapeways’ industrial printers and then use the infrastructure to host their own online stores and manage the logistics.

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UltraLight 20cm Landing Gear by BrianSelfDesign

3D printing is a natural fit for the drone community because of the relatively new and unexplored nature of both industries. UAVs would not be developing so quickly if it weren’t for 3D printers and their ability to rapidly prototype and produce the variety of modifications and additions that are needed for things like camera attachments and battery cases for extended flying time. As soon as a new use is defined for a drone, they can immediately test or manufacture it. And in turn, there’s a whole new market and community for the 3D printing industry.

Shapeways has an active relationship with its own community as well. The suggestions and feedback from the community of Shop Owners and Shoppers are regularly addressed not only through dialogue but also by being implementing into development strategies for its online platforms and production facilities. It was also in these community dialogues (together with clear evidence of its booming sales reports) that Shapeways realized what was once considered a niche hobby began turning into a full-blown disruptive force in the marketplace. Drone bodies, modification and drone accessories, have become a significant portion of its current shop owner stock and sales.

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Phantom 1.5 Battery Door by d3wey

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Fatshark Camera Holder with GoPro Mount by d3wey

When you search through the Shop Owners on Shapeways.com, you can see that they are clearly part of this participatory and global community. D3wey, a designer from the UK, asks for feedback on all his products to improve the quality and he proudly states that his designs are more for fun than for profit. He produces everything from GoPro attachments to the battery doors that allow bigger batteries and personalization like dragon or skull designs.

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Canopy for HeliMax 1SQ Quadcopter by spike2131

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DJI Phantom Landing Gear by maikelsdesign

Another active community member, Simensays, produces spare parts, camera equipment, landing gear, and compass mounts to name but a few. These DIY drone enthusiast are clearly more interested in making interesting videos, tracking their extreme sports adventures, or just good old-fashion showboatery than any of the other concerns we might have around drones.

The DIY drone community alone flies more drones than the total number of US military drones at present. Thus the power to ‘demilitarize and democratize‘ the development of UAVs really lies in the hands of the DIY drone community. Inside these communities everyone is a moderator that can encourage good behavior, discipline bad behavior, contest legal decisions, and build software or hardware together. And for the first time, there is communal intellectual property which all own and protect.

And herein lies the true alchemy: every single member of the DIY drone community has a team of 55,000 peaceful and fun-loving inventors, scientist, homemakers, engineers, teachers, and artists—to name but a few—behind them, that are all building and industry with everyone’s best interests at heart. To top this, with the power of 3D printing they also have their own manufacturing plant and from here, the sky really is the limit.

Credit: Parrot AR.Drone

Credit: Parrot AR.Drone


[1] Elison Harlen, James Cameron, The Terminator, 1984
[2] American Broadcast Corporation, Modern Family, Season 05 Episode 14 “iSpy”

 


 

Flowers Blast Off with the 3D Printed Rocket Test Tube Holder

Posted by in 3D Printed, Geek, Inspiration

What do you get when you combine a rocket, a test tube and 3D printing? Possibly the geekiest vase on the internet to beautify your home.

rocket test tube vase 3D print Shapeways The *rocket test tube holder 25mm by MrNib accepts a standard 25 mm (0.98 inch) diameter test tube to make a nice space age bud vase that you can give to your favorite rocketman, rocketwoman, or friend from another planet.

A segmented friction ring near the top of the holder keeps the test tube from being loose when inserted. There is enough springiness in the design to handle slightly oversized test tubes.

Test tubes are not included but you can purchase them from supply stores like American Science & Surplus.

3D Printed Rocket Test Tube Vase Shapeways

 


 

Day One of 3D Printed SuperFanArt at Comicon 2014 in San Diego

Our 3D Printing partnership with Hasbro has officially hit the floor at Comicon in San Diego as thousands of fans swarmed the booth to get a glimpse at the 3D printed ponies designed by the Shapeways community.  The SuperFanArt section is a relatively small part of the massive Hasbro booth at Comicon, but one that is garnering a lot of excitement among fans, artists and the toy industry.

Superfanart 3D Print at Comicon

If you are at Comicon 2014 in San Diego be sure to drop by the Hasbro Kiosk 3213 (its the huge one) and say hello to the SuperFanArt team.  If you are an artist or designer interested in participating in the SuperFanArt project, please be sure to register your interest to start selling your Hasbro approved 3D prints to fans around the world.

For those who cannot make it, check out some of the craziness that is Comicon.

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Yep, and that’s just the people lined up who pre-paid to be first at the Hasbro stand…


 

Not Everyone Has a Heart of Gold, But You Can Get One 3D Printed in Silver

The Anatomical Heart Pendant by leorolph is a beautifully detailed heart pendant that looks amazing 3D printed in Sterling Silver by Shapeways.  Of course you can order the pendant in solid 14k or Rose Gold, it just costs a little more.

Anatomic 3D Printed Silver Heart Jewelry

Take a look at the Owned Shop on Shapeways to see more unique jewelry by this Australian designer.

Remember, we have upped the speed on our Silver, Gold and Brass to get your 3D printed jewelry to you as fast as possible, so if you have an anniversary, wedding, or birthday coming up, Shapeways 3D printed jewelry can make the perfect, unique gift.


 

Intricate Sugar Skull Ring 3D Printed in Sterling Silver

As we introduce more 3D printing materials suitable for jewelry we are seeing the Shapeways marketplace evolve to include more amazing designs such as this Sugarskull Ring  by lougon.

3D Print Silver Skull RIng

Showing the intricate detail possible in our Sterling Silver 3D printing, Lougon post processed his 3D print by oxidizing to blacken the Silver, then polishing to return the raised sections to high polish, giving a rich contrast.

You can try this process yourself using egg yolks to blacken your Silver 3D prints to give the same affect.


 

Ultra exciting news for Frosted Ultra Detail

We’re happy to announce that, thanks to a recent machine upgrade, the Frosted Ultra Detail (FUD) Plastic bounding box has increased its maximum to 284 x 184 x 203mm, from its previous maximum of 127x178x152mm; a 220% x 3% x 34% increase respectively. This train by our Shapie Customer Service expert Mitchell shows off the new bounding box quite well.

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While most FUD products will still ship within six business days, please allow up to 10 for products that are over 70mm in each bounding box dimension.

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So, what will you be printing in our new, bigger FUD?


 

Conversation with Designer and Artist HEIDILEE on Her Radical Approach to Making Hats Using 3D Printing

Posted by in 3D Printed, Art, Design, Fashion

3D printed hats are no longer a future fantasy. Designer and Artist H E I D I L E E uses Shapeways 3D printing to create fashion and hats inspired by contemporary, avant-garde classical music. She spoke with us about her fascinating process that fuses a MacGyver approach and no boundaries mindset. Her work is so cutting edge that she’s featured in the upcoming NYC Makers: MAD Biennial exhibition here in NYC. Read on!

H E I D I L E E Cocktail Parasol Hat photo: Bryan Davis

How did you discover your passion for making hats?

I was challenged to create fashion inspired by contemporary, avant-garde classical music. I never intended to sell my pieces, but people began to notice my work and it grew from there, and over a span of time it has developed into a remarkable line.

What is your day-to-day work life like?

It varies from day to day, and depends on which pieces I’m focusing on to make. Each hat has a completely different workflow and process than the other, so I enjoy the variety of solutions each needs to enfold into being. I try to take a MacGyver-like approach to making my hats.


Where did you learn how to design and develop your incredible creations?

I apprenticed under milliner Victor Osborne. He recently moved to France to continue making haute-couture hats for runway shows such as Thom Browne (Recipient of the 2013 CFDA Menswear Designer of the Year Award and 2012 Cooper-Hewitt National Design Award for Fashion) and Dior for Paris Fashion Week. My uncle also instructed me, having worked in the American millinery industry for over 30 years, producing hats for designers, whose lines are carried at Barneys New York and Saks 5th Avenue. They inspired me to forge my own path in making hats that are sensible, yet innovative in headwear.

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