Think 3D printing and you may still think hype; we’re all still coming off the overdone 2012-2015 period in which almost everything relating to 3D printing was oversold. While the technologies on the market today have advanced exponentially in many cases from what was available five years ago, the industry as a whole is still recovering from a deep trough of disappointment. Today, more is viable with additive manufacturing than many had dared dream even at the height of hype, as end-use 3D printed parts are flying high on planes, rockets, and the International Space Station alongside more down-to-Earth — and more personal — applications from hearing aids to footwear. Many involved in the 3D printing industry today, from tech innovators to analysts keeping a close eye on broader developments, are still fighting to recover from the overblown Yoda head days when mass media had many convinced it would only be a matter of time before we all had a 3D printer in the home. We don’t need the Yoda heads, and we don’t each need our own desktop 3D printer; desktop 3D printers are focusing, largely, away from the consumer and more toward educational and professional users — and many innovators don’t want to look to extrusion-based desktop technologies anyway as they look beyond Yoda and into real manufacturing. This is coming more frequently with the introduction of newer technologies in additive manufacturing that expand beyond what are becoming established mainstays, and they’re coming at such a fast clip it’s keeping experts talking a mile a minute just to touch base on the latest announcements.
In March, we first heard about a new company out of Liechtenstein as Coobx came onto the scene with its patent-pending LIFT 3D printing technology. Similar in many ways to what we’ve become familiar with as CLIP from Carbon, the systems from Coobx differentiate themselves on several points with Light Initiated Fabrication Technology (LIFT), as CEO and head of R&D Marco Schmid was happy to explain to visitors to the company’s booth at the recent TCT Show in the UK. We’ve talked with Schmid before about the new tech, and meeting in person at this year’s busy show was a highlight for me.
“This is our first time presenting the machine here; not everyone understands how it works, yet when we explain, we watch the mind cinema begin to work,” Schmid told me.
The machines on display were what he referred to as his “pre-series babies,” machines just ahead of the final EXIGO 3D printers and LIFTcell production lines, which will have “some small changes, not much” following more thorough testing runs. The machines themselves are manufactured just across the border from Liechtenstein, in Switzerland; if he wanted another selling point, Schmid said with a smile, he could write ‘Swiss made’ on the machines.
Among the applications showcased at the booth were products made for the dental industry (including both dental molds and toothbrushes), bicycle pedals, and glasses — all of which are uses we have seen benefit from a turn to 3D printing. Coobx technology allows for inset parts and shallow shell printing, among other techniques to create customized and complex parts and prototypes. Echoing a growing refrain, though, it isn’t just prototypes where Coobx sees its target market: it’s manufacturing.
Schmid has some very serious ideas about the place of 3D printing in manufacturing, falling in line with big names like HP and Deloitte, which see additive manufacturing disrupting the $12 trillion global manufacturing industry, as well as familiar industry names like Carbon, which is seeking to move into scale production starting with footwear. Coobx is tackling production, intending to take on traditional injection molding-based manufacturing, through a number of well-thought-out methods, including partnerships (such as with medical materials partner Dreve) and scalable, automated technology.
One of the biggest mistakes many companies have historically made in their ambition has been in hyping themselves up too much and running too quickly; Coobx is enthusiastic, but Schmid laid out a level-headed approach to growth into the market that makes sense not only to his company, but for its potential customers.
“Our technology is very scalable. We are taking one step after another, toward sustainable growth. We are not Palo Alto-based, we will survive after the bubble has burst. And the bubble will burst,” he said.