Femtosecond laser cutting of glass by controlled fracture propagation

Konstantin Mishchik,C. Javaux,O Dematteo-Caulier,Stefan Skupin,B. Chimier,Guillaume Duchateau,Antoine Bourgeade,Rainer Kling,Amelie Letan,Clemens Hönninger,Eric Mottay,John Lopez

Femtosecond laser cutting of glass by controlled fracture propagation

2015

Konstantin Mishchik
C. Javaux
O Dematteo-Caulier
Stefan Skupin
B. Chimier
Guillaume Duchateau
Antoine Bourgeade
Rainer Kling
Amelie Letan
Clemens Hönninger
Eric Mottay
John Lopez

We present the use of a compact femtosecond laser with 300-fs pulse duration and pulse energy on the order of 10s of μJ for the cutting of glass by controlled fracture propagation.

Keywords:

Optics
Physics
Femtosecond pulse shaping
Ultrafast laser spectroscopy
Laser
Pulse duration
Femtosecond
Laser cutting
Pulse (signal processing)
Nonlinear optics
Optoelectronics
fracture propagation

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