Mechatronic clamping mechanism with electro-hydraulic actuator for machine spindle units

Abstract

The article presents the development of a mechatronic clamping mechanism with an electro-hydraulic actuator designed for machine spindle units. The proposed system combines mechanical, hydraulic, and electronic components to ensure reliable and efficient workpiece fixation during machining operations. The operating principles and structural features of the mechanism are analyzed, with particular attention paid to improving clamping accuracy, increasing operational reliability, and enhancing automation capabilities. The use of an electro-hydraulic actuator enables precise control of clamping force and contributes to the overall performance of spindle units. The research demonstrates the potential of mechatronic solutions for modern machine tool systems and advanced manufacturing technologies.