The present study deals with an augmented reality application for navigation in oral implantology. A head-mounted display was used as a means of visualization. Eight investigators performed navigated drillings in replica of human mandibles, imitating a step in implant insertion. Subsequently the deviations of the boreholes from the planned positions, as defined prior to the drillings, were measured using computertomography. The investigators showed remarkable interindividual differences in their deviations. The system is equal to conventional technologies using monitors as means of visualization.
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The present study deals with an augmented reality application for navigation in oral implantology. A head-mounted display was used as a means of visualization. Eight investigators performed navigated drillings in replica of human mandibles, imitating a step in implant insertion. Subsequently the deviations of the boreholes from the planned positions, as defined prior to the drillings, were measured using computertomography. The investigators showed remarkable interindividual differences in their...
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