Self-powered sensors transform robotics technology. ... By decoupling responses from multiple stimuli, such as pressure and temperature, sensors can achieve greater accuracy and reliability.

However, creating affordable robotic arms that can gracefully and accurately navigate the thick network of branches and trunks of plants can be challenging. In a recent study, researchers developed a ...

An undergraduate exchange student develops improved tactile sensor technology for surgical robotics as part of an internship ...

MMS Modular Molding Systems created a system using Stäubli robots to fully automate a tire pressure sensor assembly capable of producing a complete sensor every six seconds. The compact design of ...

Researchers have created a revolutionary robotic skin that brings machines closer to human-like touch. Made from a flexible, low-cost gel material, this skin transforms the entire surface of a robotic ...

NUS researchers take a leaf out of nature's book to develop 'eAir' — an aero-elastic sensor that revolutionises how pressure is detected The eAir sensor promises increased precision and ...

E-skin uses pressure sensors to determine what level of force is required to complete a given task. However, current e-skin models that are stretched lose this ability as they sense the deformation.

An investigation into the lateral line sensing organ of African cichlid fish could lead to a low-cost pressure sensor for underwater robots. This is the claim of scientists at Bristol University who ...