Erico Guizzo for IEEE Spectrum: We've seen how, over the last several years, open source software-platforms like the Robot Operating System (ROS), Gazebo, and OpenCV, among others-has played a huge role in helping researchers and companies build robots better and faster. Can the same thing happen with robot hardware?
Jason Baker for OpenSource: Open source isn't just changing the way we interact with the world, it's changing the way the world interacts back with us. Case in point: open source robotics.
Robots are playing an increasing role in our world, and while we perhaps haven't reached the utopian future with robotic housekeepers imagined for us in the Jetsons, robotics are making advances in fields that fifty years ago would have been completely unimaginable.
While undoubtedly manufacturing has been one of the biggest beneficiaries of the robot renaissance, we are seeing robots enter the mainstream as well. Many of us have robots that clean our floors, clear our gutters, mow our grass, and more.
And now, with the advances of self driving cars, drones, and other transport technologies, the line between what is a robot and what is a vehicle is steadily blurring.
But let's be honest: a lot of us have an interest in robotics simply because it's fun! And the good news is you don't need to be an electrical engineer to enjoy robotics as a hobby. Fortunately, there are a number of open source projects out there that can help even the most novice beginner get started. Full Article:
Stäubli offers a complete range of robotic tool changing systems for payloads of 20 kg to 1,530 kg and torsion moments from 30 to 12,500 Nm, designed for use in virtually every industry. The tool changers adapt to customer-specific applications with different modules for media, data, power, etc.
The new MPS 130 robotic tool changer is powerful, very robust, and designed for a huge range of applications. It features multiple couplings for air/vacuum connections, and can be equipped with connectors for data and electrical transmission. Very compact dimensions, with a coupled height of only 67 mm, make the MPS 130 the first choice for applications requiring a high number of mating cycles.