The use of a highly concentrated beam of light to generate enough heat to pierce and cut. Based on the principle of light amplification by stimulated emission of radiation, laser machines generate waves of light that are consistent in phase, frequency, and direction of travel; the light is described as being correlated, coherent, and collimated.
Although the metals industry initially relied on carbon dioxide (CO2) lasers, fiberoptic lasers began to gain ground in the middle of the 2000s decade.
Automating Success: Weisgram Metal Fab and the automation river system from Mitsubishi Laser
Weisgram Metal Fab replaces multiple stand alone lasers with the automation river system from Mitsubishi Laser. Weisgrams’ River system includes 8 lasers with 322 shelves that can hold two million pounds of raw material. It is the second largest Mitsubishi automation system in North America.
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