Commercial applications of high-powered laser diodes

Abstract

The development of high power laser diodes using Surface Emitting Distributed Feedback (SEDFB) techniques has matured to the point where serious marketing analyses have been conducted. While development of the base technology continues, the initiation of systems applications and manufacturing engineering has begun. This effort, in direct response to growing market demand, is the critical bridge between research and the development of viable products for commercial applications. This paper addresses the history of laser technology development, the current status of high powered laser diode development, the forces defining current and future markets and the role of "conventional wisdom" in laser technology and market development.

Multiple-channel laser with phase conjugation in dynamically coupled cavities

“…For example, they are required in civilian industries, such as manufacturing (soldering, welding, marking, machine cutting and drilling), medicine (surgery and plastic surgery), communications (free space optical transmission 1 , fiber optics), remote sensing, and others 2,3,4 . For each of these applications, an ideal laser would possess high beam quality, scalability to high output power, and a compact design.…”