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Published byLynne Collins Modified over 9 years ago
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Imaging Research, Sunnybrook Health Sciences Centre, Toronto, Canada Department of Medical Biophysics, University of Toronto, Canada CAD Modelling for the RK-100 Positioning System Ernest Yim, Syed Haider
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Introduction RK-100 “MRI-compatible image-guided focused ultrasound system ” consists of: a computer-controlled high-precision three-axis a high-power focused ultrasound transducer “enables delivery of focused ultrasound energy to precise locations in soft tissue” (http://www.fusinstruments.com/system.html)http://www.fusinstruments.com/system.html
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Organizing and Conventions make the system reproducible organizing into parts and assemblies (part no, description) finding the specifics (material, manufacturer, manufacturer’s no) templates for FUS parts and assemblies
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Modelling and Mating Solidworks most of the parts were for the London system, so… missing parts some parts started off as two, but are now one some started as one, but are now two parts needed to be updated to current design (holes, dimensions, etc) parts needed to be mated correctly 15 assemblies, 120 different parts (including fasteners) fasteners needed to be added (all 416 of them)
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Drawings new templates (linked properties) what dimensions to add and how to add them 63 drawings
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Summary design and manufacturing process Solidworks... working with a slow computer different versions of Solidworks side project power meter calibration guide available in fusdisk Work computer…What it should look like…
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Acknowledgements I would like to thank everyone in the C7 Lab And especially, Dr. Kullervo Hynynen Anthony Chau Syed Haider Jeremy Bluvol Sean Ouckama
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