Investigation of Accuracy of Linear Motor Positioning Systems using Different Filters

Abstract

Fast-paced competition in the industrial environment requires high-precision, high-performance systems that allow industry players to stay on top. Precise changes to the mechanical structure of the positioning system are no longer sufficient. This paper examines the axis of a precision positioning system with a linear motor. System controllers (PIDs) of various architectures are investigated to determine their impact on the platform using three system controllers.