Design, Analysis, Modelling and Testing of a Magnetically Levitating Motion Stage - Mechanical

The stability and accuracy of sample scanning stages directly define the Synchrotron X-ray microscope tomography & ptychography resolution.  As the X-ray detectors and X-ray sources improve so must the motion systems to keep Diamond’s standing as a world class research facility.  The cutting edge motion stage technology is now magnetic levitation (Maglev) which is employed with nanometre accuracy during computer chip manufacture.  The aim of this project is to create, demonstrate & document a design methodology for such stages. 

We are looking for two students to work together on the project, to learn, apply and understand the implications of mechatronics driven design.

The mechanical student will look at the 3D CAD design (Using Creo Software), thermal, electro-magnetic & vibration finite element analysis (Using ANSYS). 

In-house training will be provided at the beginning of the placement. A prototype maglev stage will be designed, modelled, assembled and tested by the students using commercially available components to validate the design methodology.