Robots are developed for a wide variety of uses. These include assembly, welding, monitoring marine life, rescue and recovery and even vacuuming the floor. Because of this, there is a multitude of ...

As the boundaries between robots and collaborative robots (cobots) fade, the need for fast, agile and uncaged robot systems grows rapidly. Today’s cobots typically rely on power- and force-limiting ...

Force/torque (F/T) sensors are critical components of robot systems used for assembly, test, and other applications. Sensor systems help robots verify part insertion, apply a constant force during ...

This sensor integrates two core technologies: a 3D acoustic perception technology that estimates the 3D positions of humans or objects even in noisy environments, and a sound wave-based dual ...

Industrial robots perform myriad tasks including electronic and mechanical assembly, product testing, and material handling. On-board force/torque (F/T) sensors help robots verify part insertion, hold ...

Researchers have developed an L3 F-TOUCH sensor to enhance tactile capabilities in robots, allowing it to 'feel' objects and adjust its grip accordingly. Researchers from Queen Mary University of ...

If you've ever moved into a new home, you know the challenge of packing a moving truck—it's like solving a giant, three-dimensional puzzle. Everything needs to fit just right, and nothing can be left ...

The compact design of Stäubli’s TS2-60 enables multiple complex actions in a small space. It has maximum payload of 8.4 kg with a 620 mm reach. Every car tire manufactured today comes with a sensor ...

Robots could soon have a softer, more human touch thanks to optical pressure sensors embedded in an artificial "skin." Robots are hardly known for their gentle actions -- it's either on or off, so to ...

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