Linear actuators convert the rotary motion of motors into linear motion output, possessing good support and load-bearing capabilities, mainly used in high-load scenarios with small motion rotation ...

Bishop-Wisecarver's Pamela Kan and Brian Burke explain why expanding the linear and rotary motion solutions business to ...

Design engineers turn to linear motors for applications that demand speed, accuracy and reliability. From high-throughput ...

Joint modules are key execution components of robots, and their performance directly determines the robot's motion capabilities, precision performance, and interaction safety. To meet the increasingly ...

Abstract: Since the complicated decoupling control strategy of single winding single directional magnetic circuit (SDMC) in linear rotary motor (LRM) limits its application, its control system is ...

Abstract: This paper deals with the problem of combining task and motion planning for a manipulator system. We propose a linear temporal logic (LTL) approach which follows the traditional hierarchical ...

Physics and Python stuff. Most of the videos here are either adapted from class lectures or solving physics problems. I really like to use numerical calculations without all the fancy programming ...

Rotary encoders are electromechanical transducers that convert angular displacement into corresponding electrical signals ...

FLUX GmbH has launched a whitepaper that examines the benefits of FLUX inductive technology in enabling next-generation ...

Many industrial machines rely on linear motion systems. They assist in things moving in a straight line and a controlled manner. These systems are used in packaging, robotics, and other areas to ...