Ideas for Creative Agencies & Brands – #28

A Vision for the New Year

The impact of Google Cardboard on the accessibility of virtual reality has been dramatic. While not quite in the same league as ‘true’ VR headsets such as Oculus or Sony’s offerings, it is remarkable what can be achieved using the Cardboard platform for under $10.

One benefit of the accessibility of Google Cardboard is that it is an ideal vehicle for promotional messaging. The platform has been used for advertising campaigns by some pretty big players, as well as a myriad of small-scale campaigns and personal projects.

What is Google Cardboard?

Watch the intro movie below to see how the New York Times introduce their viewer in a campaign that saw the units distributed to over 1 million subscribers. The portal at NYTVR showcases a collection of highly refined immersive clips filmed specifically for use in these virtual reality headsets.

 

The high tech approach to low tech

For a really polished example of Google Cardboard at its finest, look no further than the Volvo XC90 campaign. Using some serious high-tech equipment, they were able to film an immersive experience that enables people to get a sense of what it is like to be physically inside the new car. The Volvo Cardboard viewer has also received a fancy facelift, going beyond everyday cardboard to reflect the luxury feel of the brand.

 

Are you ready to go Virtual in the new year?

Can you think of a way to create your own branded laser cut Cardboard Viewer? Although the content associated with these two examples looks pretty slick, the physical platform itself is still based on the same core components. With freely available plans for the structure to be laser cut, it is surprisingly easy to achieve unique, engaging results from more modest materials and equipment.

If the examples from New York Times and Volvo have perked your interest, then you may enjoy looking further at how others have made use of this affordable technology. There were also some creative submissions to the Ponoko Cardboard Design competition, showing there is still plenty of room for clever adaptations and customizations. Let us know in the comments below how your company can use Google Cardboard to dazzle and delight your customers’ minds.

 

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Laser Cut Geometry

Laser cut coasters, sleeves, flowers, and a cyclops!

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Above are a set of four geometric coasters. They are laser cut and etched into 1/8″ thick Baltic birch, like Ponoko.com‘s own  Birch Plywood, and come from Pixels and Timber.

After the jump, sleeves, flowers, and a cyclops… (more…)

Laser Cutting Comes Natural, To Some…

Laser cut camping, birds, rabbits, and sexy lady legs!

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Above is camping themed brooch set. It is painted laser cut and etched wood, like Ponoko.com‘s own Birch Plywood, and comes from The Twenty Fingers.

After the jump, birds, rabbits, and sexy lady legs… (more…)

Entrepreneur turning hobby into novelty toy and apparel company

Robots! Yeah!
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Imagine a community of robots; from helpers to dance masters to happy companions and more. What stories would they tell? What journeys would they embark on, as their world and ours merge into one fantastical creative adventure?

The characters from RoboMustache were created and designed by Charles Wade of Greensboro NC, and they are working their way into the hearts and imaginations of young robot enthusiasts one laser cut assembly kit at a time.

It all started with the Helper Bot

GREENSBORO, NC — After graduating from college, designer and maker, Charles Wade, began his hobby by making unique animal stickers, which later morphed into woodcraft and papercraft creations. During a test for one of his woodcrafts he designed and built a poseable wooden robot. The Helper Bot was born.

With the creation of the Helper Bot, Wade began experimenting with other ideas. After receiving feedback and appreciation for his work, he created more robots and designed assembly kits that would allow others to build his creations.

Resurrected from the scrapheap in a derelict factory

Wade has cultivated his hobby into a career by establishing RoboMustache; a collection of wooden robot assembly kits, accessories and merchandise. More than a collection of novelties, the RoboMustache hints at a rich world of storytelling as well. Coined from a found project in a derelict factory, as the company grows, so will the RoboMustache universe. The story will expand to tell more about the existing robots and bring in new robots along the way.

The most mustchioed  ‘Staff Pick’ on Kickstarter

Wade is crowdfunding the project to take the RoboMustache universe to the next level. The Kickstarter launched Dec. 4, 2015 and runs through the new year. Rewards for backers include assembly kits for each of the RoboMustache characters, laser cut in bamboo ply by Ponoko.

For more information on RoboMustache, visit RoboMustache.com or email contact@RoboMustache.com. To see the Kickstarter, visit RoboMustache.com/Kickstarter

Laser Cutting Some Cheer

Laser cut holly, pharmaceuticals, dragons and saints, watermelon!

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Above is a graphic holly Christmas card. It is laser cut from paper, like Ponoko.com‘s own Cardstock, and comes from Storyshop.

After the jump, pharmaceuticals, dragons and saints, watermelon… (more…)

Burning Through the Bills: Laser Cut Money

Scott Campbell’s Laser Cut Skull

Scott Campbell Skull detail

At a time of year when spending patterns can make it seem like people have money to burn, this laser cut skull by Scott Campbell sends a sobering message. Produced as a one in a series of laser cut US currency sculptures, the thought-provoking collection pokes fun at all those cashed-up buyers with their wallets out.

Highlighting the arbitrary nature of money

The leering skull featured above is an image familiar in the world of tattoo art (Scott happens to be a former tattoo artist himself). By placing this iconic form into a dead-man’s chest made out of $11,000 in real, legal currency, the value of money is brought into question as we reconsider how much the items that we buy are really worth.

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Laser cut layers

Using the technique of layered construction creates a solid three-dimensional object from the 2 x 2 foot sheets of currency. This is an effective way to generate 3D forms, as it takes advantage of the precision enabled by laser cutting and (as Scott shows here) the resulting topographical layers create a distinctive visual texture.

For further pieces that challenge the big spenders, you can find additional skulls laser cut from dollar bills at Scott Campbell’s Studio.

 

Ironically Retro Laser Cut Time

Laser cut clocks, stars, and a small business!

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Above is an alarm clock housing for your smartphone. It is laser cut from MDF, like Ponoko.com‘s own, and comes from vincent.verheggan over at Instructables.

After the jump, stars, and a small business… (more…)

All Facets of Laser Cut Animals

Laser cut animals, rulers, spaceships, and California!

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Above are geometric animal coasters. They are laser cut and etched into maple wood, like Ponoko.com‘s own Premium Veneer-MDF, and come from The Campbell Craft.

After the jump, rulers, spaceships, and California… (more…)

Laser Cut House Cats!

Laser cut  houses, and cats!

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Above is a Pop-Up Village. They are laser cut and etched into wood, like Ponoko.com‘s own Birch Plywood, and come from Thea Starr of 6 By 6 Arts.

After the jump, some cats… (more…)

How To Create Strength Using Origami and Laser Cutting

New structural options from everyday materials 

In recent years, the boundary between art and engineering has continued to blur with scientists and researchers turning their formidable minds toward traditional craft techniques. The results are starting to get quite exciting, with surprise breakthroughs such as the Japanese origami-inspired ‘zippered tube’ featured above demonstrating that there is still much to learn about how we use familiar materials.

This example highlights a novel process of combining thin flexible sheets of material that have precise cuts and folds in them. The location and combination of these elements enables the material to become rigid when assembled in specific configurations, gaining structural integrity far beyond the original material’s capacity.

The research that developed this construction technique emerged from a collaboration between University of Illinois grad student Evgueni Filipov, Georgia Institute of Technology professor Glaucio Paulino and professor Tomohiro Tachi from the University of Tokyo.

“…we’re starting to see how it has potential for a lot of different fields of engineering” – Evgueni Filipov

Filipov and his colleagues focus on an origami technique known as Miura-ori folding, where a tube is constructed from two precisely folded ziz-zag strips. Individually, the strips are highly flexible but when combined the resulting tube has a remarkable rigidity and controllable degree of compression or folding.

What does this mean for Ponoko users? While much of the focus in the origami research is currently centered around potential uses in architecture and for space exploration; many of the options from the Ponoko Materials Library would be a great fit for this approach to assembly and construction.

via Georgia Tech News Center