Planar motor with cross-table design and hybrid kinematics for milling tests, protected in the end positions by ACE SCS family miniature shock absorbers Copyright: IFW Institute for Production Technology, Leibniz University Hanover, 30823 Garbsen, Germany 
Safety Shock Absorbers SCS33 to SCS64 Planar motor with cross-table design and hybrid kinematics for milling tests, protected in the end positions by ACE SCS family miniature shock absorbers Copyright: IFW Institute for Production Technology, Leibniz University Hanover, 30823 Garbsen, Germany Mech. Engineering & Automation
machining centres, torque motors, machines and plants, emergency stop damping in linear axes
Self-compensating ACE safety shock absorbers support scientific project to develop optimum cross table guidance and hybrid kinematics for machine tools
Four ACE SCS33 safety shock absorbers protect the end positions of a directly driven planar motor. The special focus of this science project: It was to be taken into consideration that a combination of kinetic and drive energy was to be absorbed. Taking the collected data and the fact that new dampers should not be constantly installed in new developments into consideration, self-compensating types were installed that were theoretically somewhat over-dimensioned. The concept of the planar motor has the potential of increasing the productivity of toolmaking machines, etc.
