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The summarization of the results which were obtained with the constructed ErYAG dental laser system (500 mJ maximum energy and 200 μsec length of pulses) whose radiation interacts with the hard dental tissue are presented. The influence of the increasing energy and number of pulses on a profile and depth of drilled holes was investigated when the laser radiation delivery system were an articulated arm or a fluorocarbon polymer coated silver hollow glass waveguide. Also the test with the cutting speed were made.
© 1998 IEEE
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