Fiber Lasers in Material Processing

The economic aspects of laser usage in manufacturing that form important criteria in the choice of a suitable laser system for thick-section metal cutting include: high processing speeds, high processing depths, high cut edge quality, and high wall-pug efficiency of the laser system. Consequently, the performance of the high brightness ytterbium fiber laser system in thick-section metal cutting is evaluated based on the maximum achievable cutting speeds, maximum cutting depths possible, and cut edge quality attainable. The maximum processing speeds, maximum processing depths, and resulting cut edge quality are governed by a number of parameters related to the laser system, workpiece specification, and the cutting process. The effects of the processing parameters in the cutting of thick-section stainless steel and mild steel and medium-section aluminium have been reported; optimization of the processing parameters for enhancement of the cut edge quality has been discussed.

Fiber Laser Report – Optech Consulting

Fiber Laser Basics and Design Principles (with VIDEOS)

Key Parameters of a Laser System

Diode, CO2, Fiber, Blue, Infrared Lasers, What Are The Differences?

Control of the Regimes and Parameters of Lasing in Mode-Locked Fiber Lasers: Opportunities and Prospects

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Fiber Laser, Fiber Laser Marking Machine

Advantages of Fiber Laser Cutting

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PDF) Recent progress in high-power fiber lasers for high-power and high-quality material processing applications - art. no. 63440F

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Laser Material Processing Interaction - Modification

Laser Micromachining