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

Mechatronic design of a magnetically suspended rotating platform

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

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

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

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

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

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

Mechatronic improvements in optical disc mastering

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