Scaling of Laser Processing
Making Light Matter
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Beschreibung
Reflecting the rapid development of laser technology, this book explores the scaling of laser processing with a focus on ultrafast laser technology, surface engineering, and related applications.
The performance scaling of ultrashort pulse durations, in terms of average output power and repetition frequency of emitted laser pulses, has increased exponentially over the past few decades. Transferring these advancements into laser material processing technology has become a major contributor to the rapid development of laser technology. This book addresses the latest innovations in laser technologies that can increase processing rates and yield while maintaining the high machining precision of ultrashort pulses and avoiding the accumulation of residual heat or reduction of material removal efficiency.
Effectively covering all domains of scaling of laser material processing, this book is divided into three parts: Fundamentals, Concepts and Technologies, and Processes and Applications. Written by expert authors, this book serves as an essential resource for researchers looking to develop a thorough understanding of the significant contributions of ultrafast laser technology in both current and future laser technology landscapes around the world.
Reflecting the rapid development of laser technology, this book explores the scaling of laser processing with a focus on ultrafast laser technology, surface engineering, and related applications.
The performance scaling of ultrashort pulse durations, in terms of average output power and repetition frequency of emitted laser pulses, has increased exponentially over the past few decades. Transferring these advancements into laser material processing technology has become a major contributor to the rapid development of laser technology. This book addresses the latest innovations in laser technologies that can increase processing rates and yield while maintaining the high machining precision of ultrashort pulses and avoiding the accumulation of residual heat or reduction of material removal efficiency.
Effectively covering all domains of scaling of laser material processing, this book is divided into three parts: Fundamentals, Concepts and Technologies, and Processes and Applications. Written by expert authors, this book serves as an essential resource for researchers looking to develop a thorough understanding of the significant contributions of ultrafast laser technology in both current and future laser technology landscapes around the world.
Provides insight into the latest developments in material processing with photonic tools and methods Includes an expert view on the capacity of scaling laser-based manufacturing Presents a thorough review of the state-of-the-art, written by leading experts
Autor*in
Jörn Bonse
Themen in »Scaling of Laser Processing«
Laser processing Surface functionalization In-situ process monitoring Laser Industrial applications Advances in ultrashort lasers Laser scanner technologies Process parallelization Scaling of laser processing parameters Additive and subtractive manufacturing Advanced scanning strategies Prototype to product Safety & secondary hazards in laser-processing