We often imagine robots as machines with rigid arms, rotating joints, and targeted mechanical movements. The famous Optimus ...

AI stacks require heavy processing and high energy use. Humanoid robots run on batteries with limited power. This makes it ...

How physical AI systems combine sensors, edge processing, and connectivity to enable real-time, intelligent decision-making directly on devices like robots and smart edge systems.

A control approach simplifies tendon-driven robots, enabling motion & section control, opening the way for use in surgery, ...

The integration of control engineering, mechatronics and robotics represents a dynamic convergence of disciplines that underpins modern technological innovation. At its core, control engineering ...

Recent advances in musculoskeletal robotics and control systems have sought to emulate the complexity and adaptability of the human musculoskeletal system by integrating principles from biomechanics, ...

A closer look at how robotics is reshaping pharmaceutical manufacturing, from improving quality and compliance to enabling ...

Robotics combines computer science, engineering, and technology to design, construct, and utilize machines that are programmed to replicate or substitute human actions and decision-making. These ...

Metso introduces the Outotec® Robotic Split Strip, an advanced solution for separating the cathode sheets from the cathode plate in copper electrorefining operations.