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The work focuses on determining suitable CT scan parameters for fitting 3D-printed implants using an animal specimen, specifically for the scapula. By investigating different CT scan protocols with different reconstruction parameters, the aim is to find settings that provide sufficient resolution and dose for implant planning. In this regard, the practical part involves performing CT scans of the animal specimen with different parameters, which are then used to create 3D models and finally to produce 3D-printed implants. It is also pointed out that this approach takes into account in vitro…mehr

Produktbeschreibung
The work focuses on determining suitable CT scan parameters for fitting 3D-printed implants using an animal specimen, specifically for the scapula. By investigating different CT scan protocols with different reconstruction parameters, the aim is to find settings that provide sufficient resolution and dose for implant planning. In this regard, the practical part involves performing CT scans of the animal specimen with different parameters, which are then used to create 3D models and finally to produce 3D-printed implants. It is also pointed out that this approach takes into account in vitro factors but does not fully incorporate potential in vivo factors. The results emphasize the importance of reconstructions with the thinnest slice thickness from all scans for effective implant planning.
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Autorenporträt
In qualità di laureato del programma di tecnologia radiologica presso l'FH Campus Wien, mi sono sempre più interessato alle tecniche di imaging trasversale, in particolare alla TC. Nell'ambito della mia formazione, mi sono interessato anche alla tecnologia di stampa 3D, motivo per cui questo argomento è al centro del mio lavoro.