english version(pg40to78) - Pr. François Duret
english version(pg40to78) - Pr. François Duret
english version(pg40to78) - Pr. François Duret
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F <strong>Duret</strong> and Coll. <strong>Pr</strong>incipes de fonctionnement et applications techniques de l’empreinte optique dans l’exercice de cabinet<br />
(traduction Anglaise)<br />
Page 74<br />
[Fig. 1: The first prototype of endo buccal reading (we will note the<br />
laser reading and the hologram’s reading cameras]<br />
A captor situated inside a camera will decode the obtained volume<br />
data, in real time, and transmit them to a computer and its software to<br />
create the future prosthesis. The computer directs a digital command<br />
tool machine which will sculpt the prosthesis in any material (Fig. 2).<br />
A prosthesis manufacturing device, created according to the optical<br />
impression theory, is divided into 3 essential parts:<br />
- a capture system or measurement system, of the dental shapes and<br />
the mandibular movements, including a wave projector and a camera<br />
digitalising the volume or dynamic data;<br />
- a set of data treatment (computer and specialised software) enabling<br />
the rapid conception of external and internal shapes of the prosthesis;<br />
- a digital command tool machine to sculpt the prosthesis (Fig. 3)<br />
Les Cahiers de <strong>Pr</strong>othèse (50) pp 73 – 110, 1985