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Biomodelling Using Rapid Prototyping

Biomodelling Using Rapid Prototyping. Dr. Ian Gibson Centre for Advanced Product Development Technologies (CAPDT) Dept. Mechanical Engineering The University of Hong Kong. Slice data. Medical data often generated in slices (CT, MRI) RP data converted into slices.

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Biomodelling Using Rapid Prototyping

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  1. Biomodelling Using Rapid Prototyping Dr. Ian Gibson Centre for Advanced Product Development Technologies (CAPDT) Dept. Mechanical Engineering The University of Hong Kong

  2. Slice data • Medical data often generated in slices (CT, MRI) • RP data converted into slices Segmentation of CT scan data, Materialise, Belgium

  3. Form (model visualisation) Chromosome modelling, Finland Child’s skull, Leeds Univ.

  4. Form and fit (remodelling) Osteotomy planning of recosntruction for Goldenhar syndrome patient, Dr. B. Vanassche, Belgium

  5. Fit (assemblies) Skull plate, QMI, Australia Hip replacement, Leeds University, UK

  6. Function (actual parts) Artificial ears, QMI, Australia Custom inplants, Innova, US

  7. Other related applications Informed consent, arteries at the base of brain, QMI Paleontology - Juvenile Diprotodontid Skull BioModel, QMI, Australia Legal - personal injury, malpractice- cracked skull, Innova, US

  8. Projects at HKU Development of an artificial finger joint

  9. Distracter The use of RP models in oral and maxillofacial surgery

  10. Intelligent Interpretation of CT Contour Data

  11. Summary • A range of facilities at HKU, ME Dept. for biomodelling • Started looking drug delivery devices and tissue engineering • Product development (i.e. ideas into practice) • Particularly suitable to surgical applications

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