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KMID : 0362120080300010131
Journal of Technologic Dentistry
2008 Volume.30 No. 1 p.131 ~ p.139
A study of introduction for using Laser in dental prosthesis
Park Myung-Ho

Lee Hwa-Sik
Bae Bong-Jin
Abstract
It¡¯s very important to find the most appropriate adhesion technique available, taking into consideration factors such as biocompatibility, non-corrosiveness, mechanical stability, etc. Laser welding is the best choice you can make because from a mechanical viewpoint, a laser welded surface has better particle structure than does a casted particle structure. Furthermore, it requires no additional material and the same metal alloy which is used when casting can be used. Therefore, the resulting mixture will consist of a single alloy, instead of utilizing different alloy combinations. Another benefit is the low economic cost. The most beneficial aspects of laser welding is that it is biologicallly friendlly, doesn¡¯t require soldering, can fuse different metal alloys together, and can weld on heat-sensitive spots(E.g. around resin or ceramic). A consistent strong pulse is possible. This technique is capable of welding on master models and creates accurate welds. It is capable of due to its stronger, non-corrosive microscope, which allows 25times magnification during the soldering process. This is possible because of its high stability from the tiny particle structure.
KEYWORD
Laser, Laser welding, Alloy, Pulse, soldering process
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