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Micromachining
of different materials has gained increasing significance during
recent years.
Especially laser beam drilling and laser
beam structuring play an important part
in this respect.
They require radiation sources of a superb
beam quality(TEM00) with high power
outputs in different wavelength ranges.
A high beam quality allows the smallest
structures to be machined into the material,
while considerable pulse energies facilitate
a high operating speed.
JENOPTIK Laser, Optik, Systeme GmbH's laser
system designs for precision
machining are based on a combination of
an oscillator and an amplifier(MOPA
technology), the two central components
in the various kinds of laser systems.
Our systems feature a high long-term stability,
which is decisive in industrial
environments.
Numerous applications demonstrate their
high efficiency in the field of micromaterial
machining.
Further benefits of these radiation sources
are their low maintenance and operating
costs and long lifetime.
The laser systems from JENOPTIK Laser, Optik,
Systeme GmbH are modularly
structured, a result of many years of experience
in the design and manufacture of
diode-pumped laser radiation sources.
Our product range includes Q-switched systems
that are available in different pulse
duration ranges and mode-synchronized sources.
Emission wavelengths are at 1064 nm, 532
nm and 355 nm for UV operation.
Nanosecond/Microsecond Laser
Picosecond Laser
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