Despite its advantages with respect to precision, ultrashort pulse micromachining often suffers from a low processing speed. We will discuss the opportunities for high repetition rate and high average power ultrafast fiber lasers to overcome these problems. © OSA / FILAS 2011
Fiber lasers in MOPA configuration are a very flexible tool for micromachining applications since th...
Fiber lasers in MOPA configuration are a very flexible tool for micromachining applications since th...
Fiber lasers in MOPA configuration are a very flexible tool for micromachining applications since th...
Despite its advantages with respect to precision, ultrashort pulse micromachining often suffers from...
Despite its advantages with respect to precision, ultrashort pulse micromachining often suffers from...
We will discuss the status of high repetition rate high energy femtosecond fiber laser systems, revi...
We present two scaling concepts for fiber based system. Ultrashort pulses with high peak power are g...
We report on ultrashort pulse laser micromachining experiments on different metals at average powers...
We report on ultrashort pulse laser micromachining experiments on different metals at average powers...
The need for improved precision in a wide variety of micromachining applications has driven scientif...
Ultrafast lasers have found widespread applications in science and industry. In order to increase th...
In this paper we review the high potential of micro and nano structured optical fibers for the reali...
We report on ultrashort pulse laser micromachining experiments on different metals at average powers...
The need for improved precision in a wide variety of micromachining applications has driven scientif...
We will review the achievements and the scaling potential of high average power and high energy ultr...
Fiber lasers in MOPA configuration are a very flexible tool for micromachining applications since th...
Fiber lasers in MOPA configuration are a very flexible tool for micromachining applications since th...
Fiber lasers in MOPA configuration are a very flexible tool for micromachining applications since th...
Despite its advantages with respect to precision, ultrashort pulse micromachining often suffers from...
Despite its advantages with respect to precision, ultrashort pulse micromachining often suffers from...
We will discuss the status of high repetition rate high energy femtosecond fiber laser systems, revi...
We present two scaling concepts for fiber based system. Ultrashort pulses with high peak power are g...
We report on ultrashort pulse laser micromachining experiments on different metals at average powers...
We report on ultrashort pulse laser micromachining experiments on different metals at average powers...
The need for improved precision in a wide variety of micromachining applications has driven scientif...
Ultrafast lasers have found widespread applications in science and industry. In order to increase th...
In this paper we review the high potential of micro and nano structured optical fibers for the reali...
We report on ultrashort pulse laser micromachining experiments on different metals at average powers...
The need for improved precision in a wide variety of micromachining applications has driven scientif...
We will review the achievements and the scaling potential of high average power and high energy ultr...
Fiber lasers in MOPA configuration are a very flexible tool for micromachining applications since th...
Fiber lasers in MOPA configuration are a very flexible tool for micromachining applications since th...
Fiber lasers in MOPA configuration are a very flexible tool for micromachining applications since th...
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