Applied Laser Tooling by Olivério D.D. Soares, M. Perez-Amor
By Olivério D.D. Soares, M. Perez-Amor
The invention of the Laser, 25 years in the past, has develop into an innovation with tested business know-how prolonged via diversified components of financial viability (a 25% revenues annual growth), and promising industry views. In organizing an ecu in depth path on utilized Laser Tooling, it appeared opportune to assemble a world team of scientists to supply an appraisal of business Lasers, process integration, and delicate components of Laser beam fabric interplay, whereas emphasizing these parts which promise to have significant impression either in technology and expertise. educational papers and reviews on most modern advancements either in learn and business production have been complemented via video and movie projections to teach the big variety of functions in undefined, stressing the combo of Lasers with different applied sciences, ordinarily CNC and Robots. the big participation via the fulfilled the meant interplay and cross-fertilization among the clinical, technological and business neighborhood, reinforcing the cutting edge skill effortlessly verified at panel discussions. It was once neither attainable nor deliberate to hide all of the facets in complete intensity. Efforts have been addressed to chose parts the place dialogue of complex knowled~e and know-how themes might stimulate additional growth of Laser tooling (in major instructions: software program, and peopleware). Laser tooling used to be then mentioned in mild of its significant purposes protecting Laser beam robot manipulation in the direction of versatile production platforms. the next articles provide a good account of the path programme.
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Edt Monte Ross. Academic Press. NY (1974) in Laser 6. L. Schawlow. Lasers in Historical Perspective. IEEE Journ. QE-20 (1984), 558-561 24 7. E. De Rousse, Technology Update: Spectra, Sept (1981), 57-62 Industrial Lasers, Optical 8. J. Steffen, Laser Materials Processing, in Lasers et Applications Industrielles, Presses Polytechniques Romandes, Lausanne (1982), 287-312 9. L. Holmes, Commercial (May 1985), 146-154 Lasers - The Next Five Years, Laser Focus 10. P. M. S. Watkins, Lasers in Industry, Proc IEEE 57 (1969), 395-428 11.
Spalding, Laser Applications, Phys Bull 35 (1984), 425-427 14. P. Harris, Laser Machining: Already Indispensable, Photonics Spectra, Oct (1983), 113-118 25 INDUSTRIAL APPLICATIONS OF LASERS OVERVIEW by Alberto SONA - CISE - SEGRATE Director of the Italian CNR Program on High Power Lasers INTRODUCTION Lasers applications in industrial materials processing can be subdivided into two major groups: A- Applications requiring small but carefully controlled amount of energy such as micromachining ,resistor trimming, substrate scribing,semiconductor annealing,marking,printing etc.
Laser power is concentrated in a small diameter coherent beam. The output of the laser may be continuous (CW=Continuous Wave) or pulsed. g output. Since the duration of pulses can be very short (10 s), the power output can be _:gery large (1 MW) even if the total energy is very small (10 J). The magnitude of the power output is governed by many factors as: a) laser transition, b) method of excitation, c) diameter and length of the laser, d) rate of heat dissipation in laser host and pumping source and e) overall gain of the cavity.