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Proceedings Paper

A Compact RF Excited CO2 Laser Design And Recent Applications
Author(s): M. Ouhayoun; A. Robert; J. Melcer; J. P. Pellaux
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Paper Abstract

A CO2 waveguide laser in a monolithic RF excited structure has been built at S.A.T. Besides its ruggedness and simplified design this new structure warrants : - A longer lifetime for the sealed off laser without electrodes in the plasma. The laser head is fed through a light, coaxial cable and looks like a big pencil (length = 200 mm, diameter = 25 mm, weight = 200g) This uncooled low power version emits 1 to 4 W in a 30 s run. Two civilian applications have been investigated : - Medical aalicatiOn : The odontological CO, laser (in collaboration with PR J. MELCER from Paris V University). This light laser head is especially suitable for the dental surgeon working with the laser in hand : - On the decayed areas the laser beam sterilizes and hardens the dentinary surface. - On the mucous membrane the laser beam burns outgrowths. - Industrial a22lication : Splicing of optical fibers (in collaboration with the CABLOPTIC company). Due to the high absorption of silica around 10 μm, CO2 laser light turns to be a very promising, non-contact fusing agent for optical fibers : CO2 laser splicing technique allows improved control of localization as well as concentrati6n of energy on the area to be fused. This method limits the ionic (OH-) pollution thus improwing mechanical resistance.

Paper Details

Date Published: 26 October 1983
PDF: 5 pages
Proc. SPIE 0398, Industrial Applications of Laser Technology, (26 October 1983); doi: 10.1117/12.935401
Show Author Affiliations
M. Ouhayoun, S.A.T. (United States)
A. Robert, S.A.T. (United States)
J. Melcer, Paris V University (France)
J. P. Pellaux, CABLOPTIC company (Switzerland)


Published in SPIE Proceedings Vol. 0398:
Industrial Applications of Laser Technology
William F. Fagan, Editor(s)

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