Given all the video and photos I process, it’s pretty much a foregone conclusion that my next computer purchase will be the new Mac Pro. Even though it’s a bit pricey, the speed and processing power it is expected to deliver will improve my output and efficiency considerably.
So, it’s good to know that the Mac Pro assembly is being done in the U.S. Although I fully understand that it won’t mean a lot of jobs being repatriated from off-shore to the States, every little bit helps. And, it’s judicious application of robotics and factory automation technology that makes it both cost effective and good business to do the assembly Stateside.
Here’s a look at the Mac Pro manufacturing and assembly process:
How many start-up CEO’s do you know that host a podcast? Not many, for sure. As of today you can add Bre Pettis, the CEO and co-founder of Makerbot Industries to that short but illustrious list of podcasting CEOs.
In the inaugural episode of the new MakerBot Explorers podcast, Bre interacts with Corey Renner, Tom Burtonwood, and Thomas Lipoma to find out what they’ve been doing and creating with their Makerbot 3D printers.
Thanks to the Make: Robot Hacks series, hosted by Mike Senese, you can get an inside perspective on the development, trials and tribulations, and performance of Gael Langevin’s unique InMoov Open Source 3D printed humanoid robot.
Via: Robot Hacks | MAKE
NEC is promoting PaPeRo Petit, the new mini-sized implementation of their well known but little utilised PaPeRo service robot, and the PaPeRo Partner Program.
The PaPeRo concept, which featured built-in cameras, 8 microphones with direction detection, touch sensors, voice recognition, and other interactive features, was quite innovative when it was first announced many years ago. Now it seems a bit dated.
To refresh interest in PaPeRo, NEC announced that the system’s API will be disclosed to application partners, and that the system has been enhanced with substantial ‘cloud’ functionality. Their business plan projects 10 billion yen (USD$100 million) in total sales volume over the next three years, which has to be a typo since there way too many zeros in that number. They are targeting 100 companies as development/marketing/sales partners with the program.
PaPeRo Petit is roughly half the size of it’s larger older brother, the PaPeRo R500, and stands 24 cm tall while weighing in at 1.3 kg.
According to the NEC presentation material, the voice recognition reliability has achieved 90% on average, which they feel makes it practical for use in real world applications. I haven’t seen similar performance statistics for SIRI or Dragon Dictate, but based on my own experience, their performance is much better than 90%.
Here’s the earlier PaPeRo version (circa 2008) in action:
This Kickstarter project uses an innovative approach to produce 3D printed circuit boards on a wide range of different substrate materials.
It won’t meet everyone’s needs, and the long term reliability of the circuits it produces is still to be established, but if you do a lot of circuit board prototyping or want to explore more exotic applications like wearable electronics, this project might be just the ticket.
No etching, no harsh chemicals, and almost zero lead-time. Just print out your circuit board design using the two-pass system and you’re ready to install the components and test.