Mozart 1064

DPSS laser 1064nm single frequency Nd:YVO4 Vanadat

Mozart 1064


Powerful  DPSS single frequency infrared laser at 1064 nm

Wavelength               1064 nm
Output power            > 18 W
Mode                         TEM00
Linewidth                   < 5 MHz/sec
Regime                      Single frequency
Noise                         < 0,02% (RMS)
M²                              < 1,1
Single-mode single-frequency Nd:VYO4 laser Mozart continues the line of precision ring-cavity lasers. The output power of this infrared laser exceeds 18 W at 1064 nm.

Powerful single-frequency output of this laser perfectly matches the requirements for pumping resonant parametric oscillators capable of generating relatively powerful monochromatic radiation at a specified wavelength within an ultra-wide spectral range.
DPSS laser resonator 1064nm beam propagation cavity design layout
Mozart dpss laser 1064 nm
The linewidth of Mozart 1064 goes down to 2 - 3 MHz/sec (Specification: < 5 MHz/s). Single frequency operation of Mozart verified using a scanning Fabry-Perot interferometer.
All important parameters of the laser can be adjusted with the help of the electronics and read on the large LCD color display.
Mozart laser 1064nm display control
Application DPSS laser Raman spectroscopy micro lithogarphy
Applications of the laser "Mozart" include:

Raman spectroscopy, holography, microlitography, interferometry, cytometry, testing of semiconductors.
FEATURES

Simple und stable

the laser does not need any alignment or servicing, the laser cavity es sealed off from the environment

Precise

Single mode and single frequency operation

Remote control

Complete remote access to the laser via the Internet

Long life time

Mozart lasers use pumping diodes with working life time exeeding 60.000 hours, all other components of the system provide reliable operation for much longer period

Software development kit

Lasercontrol via C++ or other software

Modulator as option

guarantees full peak power and stability during the modulation process (on request)
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