but flexible enough that it gives way under pressure. Scientists have taken advantage of that dual nature in a clever new robotic gripper designed for handling fragile items. Created by Assoc.

Researchers at Georgia Tech recently unveiled an impressive achievement: a 5-inch-long soft robot that can catapult itself 10 ...

Turnkey automation systems built on a robotics platform are helping small and mid-sized manufacturers more easily automate ...

Collaborative robot market is accelerating through AI-enhanced precision and ISO/TS 15066 safety compliance, driven by demand ...

Inspired by a childhood game of unspooling measuring tape, engineers at the University of California San Diego have developed a new type of robotic gripper using the same flexible metal strip.

Add a first-of-its-kind robotic arm to Roborock's advanced smart navigation and cleaning tech, and you have a robot vacuum in ...

Building the ideal robotic gripper is still a work in progress ... place the objects it grasps in containers. As the tape is flexible, it can overcome any barriers that the gripper may encounter ...

CLCEs are soft, rubber-like materials that shift color when under stress. This ability comes from their spiral-shaped inner ...

Yaskawa Southern Africa is set to make a compelling impact at this year’s Africa Automation and Technology Fair (AATF), ...

The nation launched its first multi-sport games for AI-powered robots in Wuxi on Friday, marking a major shift where the ...

Prioritising cow comfort and wellbeing in the design of new housing has boosted average annual milk yield by 1,000 litres a ...

Researchers from Syracuse University and the University of Louisiana at Lafayette discovered tiny features on sculpins’ fins which may enable them to cling firmly in harsh underwater environments.