Dynamic error budgeting - an integral system design oppoach for high precision machines

Mechatronic design in an ultra precision magnetically supported rotor and linear slider for optical disk

Mechatronic design of a magnetically suspended rotating platform

Mechatronic approach to sending system design for an Optical Disc Mastering rotor

Capacitive Sensing System Design for a rotating AMB with sub-nanometer positioning accuracy

Experimental results at standstill of a five degrees of freedom magnetically levitated rotor

Mastering high-density optical disks: a new concept design

Dynamic error budgeting, a tool for designing high precision devices

A mechatronic design approach applied to a magnetic bearing system

Non-linear control of reluctance type of actuators for ultra high precision applications

Ultra high precision rotating magnetic bearings: reporting period from April 30th 2002 up to October 23rd 2002

Mechatronic improvements in optical disc mastering

Design of a 6DoF contactless motion stage with stationary magnets and coils

Ultra high precision rotating magnetic bearings: reporting period from October 31 2001 up to April 30 2002

Lorentz motor with stationary magnets and coils applied in a 6-DOF contactless motion stage

Ultra high precision rotating magnetic bearings: reporting period, September 1, 2000 up to October 31, 2001