The robot arm in this future factory will have unique features that will ensure that it is not only a good fit but plays a key role in the production process. The following are the key features of the ...

By automating robot setup and programming, complete robotic applications for palletizing can be deployed in less than two ...

At the Ford Motor Co. truck plant in Louisville, Ky., massive, 800-pound robotic arms used for bolting together parts are being replaced by slender, futuristic-looking limbs that can be controlled ...

Precision and accuracy One of the main advantages of a collaborative robotic arm in the factory is that they are highly precise and accurate.

Robots-for-rent is one way some small U.S. factories gain access to automation, reducing turnover and ensuring workers aren’t injured.

Reframe Systems uses software and robots to build custom houses cheaper—and more sustainably—in microfactories before ...

[Jeremy Fielding] is rightly impressed with the power and precision of industrial robot arms. The big arms that you see welding cars on assembly lines and the like are engineering feats in their ow… ...

End of arm tooling is more than just a robot attachment — it’s a critical factor of automation. By carefully considering design factors and selecting the appropriate EoAT, automated ...

Siemens's future "artificially intelligent" factory is aimed at a new trend in automation: telling robot and human workers how to help each other make things.

Picture a typical factory robot in your head and you'll probably see a cold, unsympathetic arm performing relatively simple tasks. You may want to shake that image soon, though. Rethink Robotics ...

The world has long had robots. Lots of them. Robotic arms live in factories, tirelessly assembling heavy things, cutting through metal (like butter)—and generally doing some pretty dangerous and ...