Surgeons operate from a comfortable seated position (reducing fatigue and strain) as they control the robotic arms, which provide greater reach, flexibility, and access to difficult-to-reach areas.

One research project at the at the Fraunhofer IFF Institute in Madgeburg, Germany, set up a simple robot to repeatedly "punch" human volunteers in the arm a total of 19,000 times to help its ...

China is set to host the world's first human-robot marathon in Beijing’s Daxing district this April, marking a major milestone in the development of robotics and AI. The event will feature robots ...

Noxon Camera Motion Systems is showing a sneak peek of their upcoming Noxon Arm. This looks to be a relatively affordable solution for those who want to do robotic-type moves but find systems from ...

Neuralink has been implanted in three patients, communication speed is nearing 10 bits per second and there is new study to integrate Neuralink to control robotic arms. @ModdedQuad holds the BPS world ...

Move over bees, MIT researchers have developed a robot insect designed for artificial pollination, laying the groundwork for entirely indoor farms of the future. The robot’s lifelike flapping wings ...

Tiny robotic insects to enhance agricultural productivity; that is the vision behind the creation of robotic pollinators by MIT researchers. This can be useful for pollinating plants in controlled ...

The approach could one day help people with spinal cord injuries to better carry out everyday activities by controlling a robotic arm that feels like their own. Trending New Scientist articles ...

Brought to my attention by The Verge, several companies are busy grafting mechanical arms onto their robot vacuums. Robocks' Saros Z70 model has a "foldable five-axis mechanical arm" to "move ...

Designed with a robotic arm that can pick up small obstacles that get in its way, it’s the most innovative robot vacuum I’ve ever seen — and I’ve never been more excited to see how it ...