I think 3D printer is really a fancy name for a miniature machining tool. For subtractive printing, the printer is just using all the machine tools that are currently available. The only thing that it is doing is increasing the price many folds. Donot know if we will ever have that much money to blow for our own "art".
I absolutely agree. It isn't unheardof for the crowdfunding price to be much cheaper than the consumer price though. With Makerbot going for roughly $2k I wouldn't be too surprised to see this one jump to a similar price.
If FABtotum can pull this off at $1000 price range, that would be fantastic. But I remain skeptical of the fabrication capabilities of such a printer.
The hype machine is in full gear as far 3D printing is concerned from the perspective of an average consumer who is not all that tech savvy. There are serious limitations to the type of object geometries you can print and the materials set to choose from when it comes to these $1000 price tag machines.
This is an idea that was bound to happen sometime. I'm very glad to see that they have made a very versatile product and will look forward to seeing how well they do in the future with this.
One thing that was not mentioned in the article that I'd be interested in learning about is how the fumes and detritus are handled? Recent reporting shows that the fumes can be harmful from 3D printers. When milling, the fragments can get all over the place, so air control will be key here too. Also I'm curious on how well the 3D scan works after doing milling. How are the scanners' protected?
What are the engineering and design challenges in creating successful IoT devices? These devices are usually small, resource-constrained electronics designed to sense, collect, send, and/or interpret data. Some of the devices need to be smart enough to act upon data in real time, 24/7. Specifically the guests will discuss sensors, security, and lessons from IoT deployments.