Having already received a tremendous response to their original Kickstarter campaign, the team from Ugears are not resting on their laurels… they’ve hit the ground running with a 40% increase in production capacity and the enquiries keep on flooding in. So for those who love to marvel at laser cut mechanical wonders, you still have a chance to jump on board the Kickstarter train with a time-limited second round campaign.
Be quick though, because the promo-priced gears stop rolling on January 12!
Who are UGEARS?
Watch the video below to see what UGEARS is all about. You may think you’ve seen impressive laser cut mechanical devices before, but these guys take it to the next level and beyond. Imagine what would happen if you merged the finicky precision of a Swiss watchmaker with a Dad’s club of enthusiastic 21st-century digital makers. A true labor of love, the first model took two years to develop before it was considered ready for production. During this time, the ideas kept flowing and the result is a growing collection of additional products from a tractor to a working safe, a timer to a model dynamometer and no less than 8 other fully functional laser cut plywood whimsies in between.
“Mechanisms have become so tiny. They are hidden so deep inside things that people do not see the whole beauty of rotating gears anymore. What if anybody could get a chance to create a mechanism?”
The second-chance Kickstarter campaign concludes on January 12, and then once the dust has settled, the official UGEARS store will open for business around mid-2016. So if you can’t wait until then, make a pledge on Kickstarter before it’s too late.
Also, it’s good to see these guys are steadily working through their long list of ideas for future mechanical marvels. Head to the UGEARS Instagram for a taste of what they are working on.
Laser cut Bugs, snails, moons, gems, and 3D cubes!
I’m Sam Tanis and this was The Laser Cutter Roundup #260. For the past 6 years I have been collecting my post into the weekly roundup here at Ponoko’s Blog, but The Laser Cutter Blog is coming to an end. I have been posting there since 2009 (1813 total posts!), and it is time to move on. In the near future I hope to return to blogging for Ponoko, focusing more in-depth on the skills required to make an idea into a final product. The Laser Cutter blog will remain, but it will no long be updated, except for new link that may come up. The Facebook Page will remain, and a new Facebook Group has been set up for anyone who wishes to join. Thanks Everyone!
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.
The magic that’s in the air at sunset helps to bring John Marshall’s playful cardboard cutouts to life, with a real sense of movement and action communicated through his carefully constructed photography.
By planning each scene according to perspective, lighting and precision timing; an entertaining scenario is depicted with surprising realism. This human-scaled shadow puppetry is a technique that could be adapted to give an impact to marketing collateral that standard graphic prints can only dream of.
Location-specific installations encourage people to rethink their role in the physical environment, engaging the viewer and ultimately creating a connection to the space that leaves a lasting impression.
The examples shown here in John’s Sunset Selfies are all cut out by hand, and the concept is well suited to a streamlined process using laser cutting. How can your clients apply this idea of immersive puppetry using laser cut cardboard from the Ponoko Personal Factory? Let us know in the comments below, and for more ideas for Agencies and Brands, see the other posts in the series.
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