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Heat Treating with High Power Diode Lasers

Author: Keith Parker Sr.
Wednesday, May 19, 2010
CO2 lasers have been used to case harden metal products for decades, but their low reliability and electical conversion efficiency makes them less than ideal for such heat treating tasks. High-powered laser diode lasers overcome the disadvantages of CO2 lasers. This article reviews the basic of laser-based heat treating and its optimum uses, and compares CO2 to diode lasers.
File: Heat_Treating_with_High_Power_Diode_Lasers.pdf (311.20 KB)
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carbon steelcase hardeningcast ironCo2 laserscost of ownershipelectrical conversion efficiencyfatigue strengthflame hardeningheat treainghigh-power diode lasersHighLight lasersHPDDLinduction hardeninginfraredlasersmanufacturingmaterials processingMCCPmicrochannel cooled packagereliabilitystainless steelsurface modificationResearch & Technology
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