Stepping on a graphene mat could power sensors
Scottish researchers have produced a pressure-sensitive mat containing a graphene-based material that generates power when humans walk on it. They suggest that the low-cost, energy-efficient… Read More
Scottish researchers have produced a pressure-sensitive mat containing a graphene-based material that generates power when humans walk on it. They suggest that the low-cost, energy-efficient… Read More
The Chinese-American robotics developer Flexiv has announced a “revolutionary” robotic gripper that can lift almost anything that fits in its grasp, including oddly shaped items… Read More
An Australian start-up company is developing a new generation of smaller, lighter and more efficient electric motors based on a new magnetic material called Aeroperm… Read More
The German engineering plastics specialist igus has developed a plastic ball bearing that unusually combines two materials to make it wear-resistant and dimensionally stable and… Read More
Two US companies – the material-handling automation specialist Vecna Robotics and the pedestrian lift truck manufacturer Big Joe Forklifts – have joined forces to develop… Read More
Igus has developed a maintenance-free plastic material for food industry plain bearing applications, that is designed to withstand friction and high temperatures, and to dissipate… Read More
Researchers at Toshiba in Japan have developed a new magnetic material that, they say, will deliver major improvements in electric motor efficiencies at low cost… Read More
The German engineering plastics specialist igus claims to be the first company that can integrate sensors into plastics components to help predict the need for… Read More
US scientists have created a composite material that, they say, can boost the electrical current capacity of copper wires by 14%, while improving their mechanical… Read More
Two Canadian researchers have developed a new method of producing magnets for electric motors which, they claim, could lead to significant cost reductions, as well… Read More