The robot arms designed to build cars in a factory setting have a limited reach, but still manage to weigh several tons. The Giacometti Arm, however, can extend over 65-feet,weighs just two-and-a-half pounds, and can easily squeeze into the trunk of your car.
This has been a year of haptics: From the widespread use of it in consumer electronics through the Apple Watch, to the boom in development of touchable interfaces. Soon, an astronaut aboard the ISS will attempt a major haptic experiment—by controlling a super-precise robot here on Earth using force feedback from…
Robotic arms have been around for decades now—but even though we humans like to compare these machines to our own bodies, robotic arms and hands are very, very limited when it comes to dexterity. According to a pair of MIT engineers, the key to making robotic hands more like our own is teaching them how to improvise.
Behold the new UR3 robotic arm. Smaller, lighter, and more nimble than its predecessors, the Universal Robot-built arm can be programmed for a wide variety of tasks — including the construction of its own parts.
Robotic arms have been around for years, 3D printers have been around for decades, and we've even seen 3D printers attached to robotic arms before. But this... is different.
For the first time ever, a quadriplegic woman has used her thoughts to move a robotic hand across 10 degrees of freedom. The remarkable system allowed her to pick up a variety of objects, including skinny tubes and oddly shaped rocks.
Developed by EPFL researchers, this robot is capable of reacting on the fly and grasping objects with complex shapes and trajectories. Incredibly, it's equipped with a learning algorithm that allows it to be taught by humans.
We’ve seen a lot of frivolous applications for robotic arms: Artisanal cocktail making. Slow pit stops. Whatever’s going on here. Meanwhile, in Finland, a precociously-named company called ZenRobotics has figured out how use them to solve one of the biggest problems with recycling: automatic sorting.
After an accidental and tragic arm-lopping, Mark Lesek's early efforts to find a suitable prosthesis didn't really pan out. Lesek, a mechanical engineer by trade, took matters into his own hand(s). He made one.