Abstract: Implemented is an electric actuator that includes a tubular stator and a slider. The tubular stator comprises a flexible stator support member and at least one electrical coil, forming a flexible outer tube. The slider is fitted within a tubular stator. The stator and the slider can axially slide relative to one another. The slider includes a flexible slider support member and at least one magnet, which together form a flexible inner tube. The electric actuator also includes an input power wire and an output power wire that are disposed within the slider. The stator and the slider are both deformable and may axially move relative to another while deformed due to at least one Lorentz force generated within the electric actuator.

Abstract: Implemented is an electric actuator that includes a tubular stator and a slider. The tubular stator comprises a flexible stator support member and at least one electrical coil, forming a flexible outer tube. The slider is fitted within a tubular stator. The stator and the slider can axially slide relative to one another. The slider includes a flexible slider support member and at least one magnet, which together form a flexible inner tube. The electric actuator also includes an input power wire and an output power wire that are disposed within the slider. The stator and the slider are both deformable and may axially move relative to another while deformed due to at least one Lorentz force generated within the electric actuator.