Abstract

Motorized high-end C-arm systems can be used for 3D imaging of high contrast objects such as bones [1]. Based on cone-beam data acquisition, careful calibration and conebeam reconstruction, volume data sets can be obtained that enable an improved insight into 3D structures of bones in order to analyse complex joint fractures or to position prostheses. New developments offer this functionality on hand-moved low-end C-arm systems too.

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