Absolutely stunning sunglasses created using Stratasys’ cutting-edge 3D printing technology are sadly not for sale

Constraints form a major part of a designer’s process. Whether it’s constraints based on materials, manufacturing capabilities, technology, or even just budget constraints, designers work well within those boundaries to create the best solutions possible… but what if there were absolutely no constraints? What if everything was left open to possibility? That’s what designer and educator John Mauriello shows with this video, where the sky is practically the limit. Relying on $200,000 printers from Stratasys, and technology that’s so cutting edge that consumers can barely afford it, Mauriello created the wildest set of sunglasses we’ve ever seen. Ergonomics, aesthetics, and design guidelines be damned, Mauriello’s sunglasses are absolute statement pieces, showcasing the themes of earth, wind, fire, and water. Moreover, they explore a set of circumstances that most designers don’t get to explore – a highly elusive ‘what-if’ scenario where money, material, and manufacturing are all open-ended.

Designer: John Mauriello
Prototyper: Stratasys

Before we begin, none of these glasses are designed for the mass market. In fact, they’re experiments that aren’t for sale… but instead, form a core part of Mauriello’s design exploration and education approach. You can follow John’s YouTube page “Design Theory” to learn more… and if you want to design and print your own frames without shelling out $20,000 for a fancy top-of-the-line printer, scroll to the bottom of the article to learn more about Xometry – a website that 3D prints your designs and delivers them to your doorstep.

A lot of a person’s emotions get expressed through their eyes, and sunglasses hide that. It’s why people wearing sunglasses look mysterious to the extent of appearing ‘cool’. That became the starting point for Mauriello’s ideation. “That’s actually why I came up with the four elements idea,” he said. “I liked the idea of a natural disaster happening around your face, but you still look cool and calm and collected to the outside world. Plus I really liked Captain Planet as a kid…”

To design these outlandish sunglasses, Mauriello resorted to an unconventional design direction that he just wouldn’t get to explore with a paying client. It involved a lot of sketching directly in VR using Gravity Sketch, before taking the templates into Houdini to actually simulate effects like fire, wind, water, and earth. For Fire, Mauriello experimented with flames, embers, and sparks before settling on a combination of red flames encased within clear flames. It honestly looks like a fire inside the clear spectacles is causing them to melt.

The Earth sunglasses are pretty self-explanatory, and come with a cracked surface that looks like chiseled rock formations. Unlike the Fire sunglasses that have an almost sinister aesthetic (the kind you’d see on a supervillain), the Earth glasses have a stable, grounded, rectangular form factor that’s made a tad bit more interesting by the cracks in its surface.

The Water sunglasses have a bubble-like aesthetic to them, with liberal rounded edges and forms; and instead of relying only on simulations, they use a bit of AI-generated art too. The splashes inside the clear frames were made in Houdini itself, but the colors and textures on the splashes were generated using OpenAI’s DALL-E 2. Rather than taking stock images, Mauriello sought to create his own, giving the glasses an added layer of uniqueness.

The Wind sunglasses too use AI-generated textures in the colored elements of the frames. The colored elements, designed to look like wisps of smoke, are trapped in a clear frame that has an aerodynamic shape, with ribs running along the front that looks like a wind-tunnel test come to life. Look inside and you see these incredible wispy forms inside, looking like the glass marbles we played with as kids. Creating this without 3D printing seems downright impossible.

Mauriello was approached by Stratasys, who let him use their J55 printers to build out designs. The J55 is the company’s high-end full-color multi-material printer that prints in ‘voxels’ instead of sliced layers. This allows the printers to meticulously build designs with multiple materials, finishes, textures, and colors all in one stretch – a feature that was integral to Mauriello’s project.

The J55 also allowed Mauriello to build out multiple samples in one stretch, giving him the ability to test out colors, finishes, and other details. Mauriello printed multiple variations of each element, looking at colors, transparency, and overall finish to help him tweak his own models. “You can experiment with a huge range of ideas and one of them is likely to be what you want,” he explained.

Once the samples were ready, Mauriello had them fitted with lenses to complete each sunglass. The glasses don’t have hinges on them, and are unibody (so they can’t be folded), but they are absolutely wearable, and Mauriello even got feedback from a pro eyewear designer on the forms and the overall design language of each elemental sunglass.

The entire project was a collaborative effort between Mauriello and Stratasys, who were kind enough to loan their state-of-the-art multi-material printers to him to showcase their overall capabilities. If you want to make designs just like these, Stratasys does offer a ‘Manufacturing On-Demand’ option that lets you generate an instant quote based on your parts. Alternatively, companies like Xometry have a global network of over 10,000 CNC manufacturers, 3D printers, molders, and other equipment that you can access, for everything from 3D printing to CNC machining and even mold-making. Envisioned to be just as easy as ordering a product online, Xometry lets you upload your model onto their Instant Quoting Engine and have the part delivered to your doorstep in a matter of days. Click here to know more!

The post Absolutely stunning sunglasses created using Stratasys’ cutting-edge 3D printing technology are sadly not for sale first appeared on Yanko Design.

Stratasys J750 Full-Color Multi-material 3D Printer: Protoshop

There are many 3D printers that can mix filaments of different colors, as well as those that can print with two or three different types of filament at once. But Stratasys’ new J750 PolyJet 3D printer raises the bar in both aspects, able to print over 360,000 colors and up to six different materials at once.

stratasys_j750_3d_printer_5zoom in

The J750’s goal is simple: to put the “rapid” in rapid prototyping. It’s ability to mix and match colors, materials or both can significantly reduce the time that would be devoted to assembly and finishing. It also has a spacious 19″ x 15″ x 8″ build area.

stratasys_j750_3d_printer_1zoom in

stratasys_j750_3d_printer_2zoom in

stratasys_j750_3d_printer_3zoom in

stratasys_j750_3d_printer_4zoom in

But the J750 doesn’t sacrifice quality for speed, with a print resolution of up to 14 microns. Stratasys is also releasing a new design software called PolyJet Studio that makes it easy to choose materials, add textures or gradients and more.

The Stratasys J750 is already available for pre-order. The price is undisclosed for now, but this is definitely a corporate level expense.

[via Mikeshouts & 3D Print]

3D-printed vascular systems help doctors practice for your surgery

It's safe to say that you want your doctors to know exactly what they're doing when performing surgery. But how do they train for a vascular operation, which is both extremely tricky and unique to your anatomy? By using 3D printing, that's how. Ma...

MakerBot 3D Printer Come to Sam’s Club Locations Nationwide


MakerBot, a subsidiary of Stratasys, today announced that it will offer the MakerBot Replicator Mini Compact 3D Printer in all 600+ Sam’s Club locations nationwide. Select clubs now also feature a...

Cash Flow And 3D Printing Among 11 Reasons Hewlett Packard Could Continue To Soar


In the great bull market of 2013, it wasn’t hard to be a stock picker — it seemed as if every stock, with the exception of a select few, was soaring to new heights. But of 2013′s many winners,...

Stratasys’ Latest 3D Printer Uses Multiple Materials, Prints in Color

Stratasys Multi-Material Color 3D Printer 2

Makerbot’s owner has just made 3D printing a lot more interesting, as its latest product not only prints in color, but also uses different materials of different textures, thus making separate print runs and painting completely unnecessary.

3D printing has come a long way since it became mainstream a couple of years ago. Since initially the only materials that could be used were threads of polymers, someone must have gotten really frustrated at some point and decided to diversify things just a little bit. Nowadays, bio-printing and even 3D printing using liquid metals is possible, not to mention that there’s the possibility of adding a touch of color to the 3D printed creations. Stratasys, a company that became really popular after buying MakerBot last year, as well as Israeli multi-material specialist Objet back in April 2012, has launched Objet500 Connex3 Color Mutli-material 3D Printer, a triple-jetting device that’s meant to save manufacturers and designers a lot of time. As Stratasys marketing manager Bruce Bradshaw stated in an interview with the BBC, “This will help industrial designers reduce the time it takes to bring prototypes to market by 50%.”

When it comes to the colors produced by this 3D printer, the Objet500 Connex3 isn’t much different from its inkjet counterparts. Even though only 3 colors are used by the device, respectively cyan, magenta and yellow, the combinations between these are countless. In terms of materials, Objet500 Connex3 works with rubber and plastic, and can mix them in different proportions, thus creating products of various flexibility and rigidity, transparency and opacity.

Convenience rarely comes cheap, so if you are a designer or a manufacturer who thinks that the Objet500 Connex3 Color Mutli-material 3D Printer could help your business, prepare to shell out $330,000.

Duncan Wood, publisher of specialist 3D printing magazine TCT, admitted that “This is groundbreaking stuff. Being able to produce single products incorporating materials of different rigidity and color has been the holy grail of 3D printing to date. This is industrial-grade technology that will afford designers a level of creativity they’ve never had before.”

There’s no denying that, but is the world ready for such expensive high-end 3D printers? The technology is still relatively new, so all that R&D needs to be paid out somehow, but the price still feels incredibly steep.

If you liked this post, please check 3D printing with liquid metals and the 3D printed organs that will be made by Organovo in 2014.