Motorola Mobility, a Google company, is building a 3D printed modular phone, and has partnered with 3D Systems for commercial fulfillment. More »

The Captured Dimensions pop-up studio was located in the Smithsonian Castle and featured approximately 80 digital cameras all connected to 3D software. More »

Microsoft expanded their support for 3D printing by launching a Windows 8 app called 3D Builder. It includes a library of objects you can edit and 3D print. More »

3D Systems (NYSE:DDD) announced the availability of the Sense 3D scanner, the first 3D scanner designed for the consumer and optimized for 3D printing. More »

With rumors circling that 3D Systems will be purchased by IBM, the stock soars. We look at why IBM might be interested in the 3D printing giant. More »

 

Search Results for: 3d printer

Top 3D Printing News Last Week: Michael Ian Black, Materials, Startups

Top 3D Printing News

3D Printing News

A roundup of the top 3D printing news from May 13 to May 18:

Monday, May 13

Wednesday, May 15

Thursday, May 16

Friday, May 17

Saturday, May 18

 

Photo by lizzk used under Creative Commons license.

Michael Ian Black Tweets About 3D Printing – Our Response

Michael Ian Black 3D Printing

American comedian Michael Ian Black, made famous through his role in The State, tweeted about 3D printing.

Okay, it’s a sarcastic tweet, but exciting that his nearly 2 million followers will be thinking about 3D printing.

Michael, here are a few ideas for you:

Practical 3D Printing: 10 Things to Make With a 3D Printer

Practical 3D printing? Hack Things put together a list of 10 practical things to make with a 3D printer. Here’s the list.

Wow: 3D Printing a Lunar Base with Material Already on the Moon

How would you go about constructing livable habitats on the moon? Foster + Partners proposes to use 3D printing with material already on the moon.

 

Photo by lizzk used under Creative Commons license.

Startup Azavy Launches AirBnB Marketplace for 3D Printing

Azavy 3D Printing

Azavy, an AirBnB for 3D Printing

In college, all the Azavy team members independently had difficulty getting access to a 3D printer. Having lived through this challenge, they created Azavy to efficiently connecting designers with makers (owners of 3D printers).

Co-founder Michael Anderson described to us the vision for the company, ”3D printing is a nascent market with vast potential. We see parallels with the early personal computing industry. With rapidly developing technology, lowering costs, and increasing ease of use, the number of printers and their capabilities are expanding dramatically. Azavy allows everyone to participate in and capitalize on this new technology–by purchasing items, designing products or fulfilling orders.”

Think of this like the AirBnB of 3D printing. You want a design. Someone has a printer. Get it printed cheaper than higher-end 3D printing services through crowdsourcing. The service is similar to Teleport It 3D, but more trusting in the kindness of strangers.

Bringing 3D Printing Costs Down

Consumers buy 3D printed products because they are manufactured just for them and can be made from unique stunning designs. Products bought through Azavy arrive 2x faster and up to 6x cheaper than current competitors. User reviews and feedback establish consumer trust, and Azavy guarantees product delivery or your money back.

Azavy 3D Printing Marketplace

How Azavy Works

Designers start selling their 3D designs for a price-per-product that they specify, without requiring any upfront capital. Designers retain full rights to their uploaded files, and can choose to be the sole manufacturer if they do not wish to share their design with other makers.

Makers (owners of 3D printers) monetize their expensive assets which would otherwise sit idle. Azavy allows makers to place bids on products to fulfill orders, and monetize their 3D printers.

Anderson describes the marketplace:

Azavy will rapidly democratize the 3D printing landscape, empowering designers, consumers, and printer-owners. There are two primary sides to the Azavy platform:

1) “iTunes store” for 3D Designs: Designers are compensated on a per-product-sold basis, incentivizing them to create the most desired designs on the market, while retaining full ownership of their digital models. As the store grows, Azavy will be a major ecosystem in the intellectual property space for 3D designs, as physical items become digitized, transferable, and shareable.

2) Dynamically Routed Local Manufacturing: The Next Industrial Revolution will be on-demand, localized production. The Azavy platform makes this possible by connecting designers and consumers with local fulfillers. The secret sauce is the Azavy algorithm for routing work-orders based on consumer preferences, while optimizing for price and delivery time. By dynamically routing orders to local makers, Azavy enables the next generation of manufacturing efficiency – on demand production at the closest possible location.

The Azavy algorithm works by suggesting the best fulfiller for each item, specific to each consumer. Consumers also have the option to choose any of the various makers bids on each product, and the algorithm incorporates customer reviews, adjusting the “preferred fulfiller” for each item and trending to higher-quality manufacturing.

The Azavy vision is this manufacturing model on a global scale. 3D printers, supported by a library of digital designs, and an efficient crowd sourcing and order routing system, will enable production of physical items anywhere in the world on-demand. This is the Next Industrial Revolution, and represents a tidal shift in how people will go about producing products. By dynamically routing orders efficiently, Azavy represents the global production model of the future: items created on-demand, locally, for the cheapest price by available resources.

Azavy launched in April and is targeting early adopters and hobbyist 3D printers in the United States, while looking toward a long-term vision of a global marketplace.

In May, Azavy was named a winner in the Rhode Island Business Plan Competition.

Below is a video made by the Azavy founders.

 

Learn more at Azavy.

Startup Launches Teleport It 3D to Revolutionize P2P 3D Printing

Teleport It 3D 3D Printing Layer by Layer

3D Printing Goes Peer-to-Peer with Teleport It 3D

Layer by Layer, a California-based 3D printing startup announced the availability of Teleport It 3D™, an online file-sharing platform that allows users to “teleport” ready-­to-­print designs to anyone with access to a personal 3D printer.

By emphasizing the final physical objects made by 3D printers, Teleport It 3D shifts the current 3D printing industry’s focus away from digital designs. While sharing 3D printable designs is typically complex and time-­consuming, the platform streamlines the process by pre-­slicing all teleported designs.

When sending a file, a user first uploads a design and adds any settings they have previously used to print the object. Senders may also limit the amount of time or number of prints their teleported design is available for. With the client-­side TelePad™ software application, users receive 3D printable designs without actually downloading or slicing any CAD files. Once a “teleport” expires, it disappears from the user’s TelePad account, leaving behind a newly 3D printed object.

The first platform of its kind, Teleport It 3D not only makes it easy to share 3D printable designs, it protects the work of designers. Secure Stream technology allows Layer By Layer to stream designs directly to 3D printers without compromising or giving away actual design files. The application of pre-­sliced, ready-­to-print file streaming makes using a personal 3D printer easier then ever while introducing a better, safer way to share designs.

We interviewed Max Friefeld, Founder & COO of Layer by Layer:

On 3D Printing: Tell us about the inspiration for this new site / business.

Friefeld: The founders of Layer By Layer believe that 3D printing will be the cause of the next industrial revolution. By increasing the availability of 3D printing related products and platforms, we can advance the future of the 3D printing industry and change the world. Part of this means that 3D printing must become more accessible, easier to use and understand.

Teleport It 3D was inspired by these core values. The platform takes a new approach to personal 3D printing by shifting the current focus away from digital designs and to the physical products people can make on their 3D printers.

What’s the advantage of using Teleport It 3D? Our platform allows users to send prints not files.  This way, a designer can share their work without giving anyone else access to the original design file. Their work is protected from improper distribution and alteration, and meanwhile, the receiver doesn’t have to worry about downloading any actual files to their computer or figuring out the proper settings. They can just print the product.

On 3D Printing: Who is Teleport It 3D targeted at? Upon first glance, it seems to be more advanced than, say, Shapeways. You have to know what an STL file is, for example.

Friefeld: We streamlined the process of teleporting as much as possible so that the platform would appeal to a larger audience. In order to send a file, you need basic knowledge of 3D printing files/settings, so we expect our senders [at first] to be mostly makers and other people with a general knowledge of 3D printing CAD designing. Our receivers  however, can be anyone with access to a 3D printer. We do all the work with the sent file, and so all the recipient needs is a way to print it out.

On 3D Printing: Is this the MegaUpload for 3D printing?

Friefeld: We do no store files like a MegaUpload, when someone sends a teleport ,it is only delivered to the single recipient.

On 3D Printing: How do I find a “friend who has a 3D printer?” Are you looking to expand to more of an eBay peer-to-peer model at some point?

Friefeld: I’m glad you asked. Stay tuned for the launch of our next platform, next month. Right now, in order to send a teleport, the sender must know the receiver, so for the moment, “a friend” actually means a friend.

 

Learn more at teleportit3d.com.

3D Printing Materials: From Plastic to Metal to Wood and Beyond

Shapeways 3D Printing Materials

3D Printing Materials: What You Can Make

This is a guest post by Kyle Hurst, whose bio is at the end of the article.

If you look up 3D printing on the internet you’re likely to run into a variety of objects ranging from decorative knick-knacks to full blown prototype models of new inventions. While there’s a lot of emphasis on all of the cool ideas that concept designers have come up with, there is relatively little hype about the development of the various materials and techniques being developed and that are now floating around in the 3D printing community. Here is quick look at the variety of different materials available on the market today.

Hard Plastics

This is the most common material and you can find it all over the internet, or even make your own out of garbage plastic using a home extrusion machine. “Hard” is usually a relative term and depends heavily on the number of layers in your model. Being the first and most prolific material it’s used for lots of different ideas from sculptures, to graphic design, to mechanical models. Sometimes they’re even used to make functional parts and tools.

Flexible Plastics

This is a very significant advancement in printing technology because it allows people to print objects with flexible parts in them to build composite structures. That means that printed items don’t have to be stiff, greatly broadening the variety of functional objects that can be effectively produced. Because it’s a lot more rubbery in consistency it’s very useful not only for making flexible objects, but for any number of practical applications such as shoe soles, handgrips, or grips on the undersides of objects to prevent them from sliding around.

Metals

Selective Laser Sintering has been around for decades, but it hasn’t ever been put to this type of use, and it definitely hasn’t been affordable for a private person. The incorporation of laser sintering into 3D printing allows people to build much more durable and heavy objects. While that means producing machine parts that typically have to be cast or ground by machine tools, it could also be applied to make less glamorous everyday objects like a hammer, or a screwdriver.

Chocolate

While some people were out chasing the dream of home manufacturing, others got a bit more creative. Considering that at the end of the day we’re using a robot to dab droplets of sticky things strategically into predetermined shapes, it was only a matter of time before someone thought to use chocolate. Perhaps in the future we won’t be so lazy as to buy a box of chocolate hearts for valentines day, but instead design and customize chocolate sculptures as gifts? The idea might be a bit too romantic, but at least it’s tasty.

Wood Composite

Designed to appeal on aesthetically as well as economically, a German company found a way to create printable wood. It’s made of wood fibers and a lignin based polymer that behaves similarly to plastic. Depending on temperature it will print with different colors, allowing for the addition of artificial “tree-rings” in printed items. The material looks and feels essentially like wood, but more important is that it’s actually made of wood and natural ingredients. That means that we don’t need to rely on artificial non-renewable plastics for 3d printing purposes.

3D printing is becoming increasingly ready to make the jump from fun design toy to essential home-manufacturing tool. If we’re lucky then in 10 years we’ll be sitting in our homes with our own 3D printers building many of the items that we buy at the store today.

 

About the author: Kyle Hurst has a background in 3D modeling and B2B marketing. He’s currently pursuing his education further and writing about 3D plastic printing in his free time.

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Shapeways Materials Sample Kit photo by Shapeways used under Creative Commons license.