High power pulsed Q switched DPSS Nd:YAG infrared laser ( unsealed )
1064 nm
TEEM PHOTONICS
1064nm Passively Q-Switched lasers:40kHz, fixed frequency, triggered versions
For generating high peak power Infrared pulses of a few hundred picoseconds, our SxP microchip lasers are economical, compact, and reliable. 1064nm microjoule pulses are generated from a diode pumped passively Q-switched Nd:YAG microchip engine;2 compact packages are proposed for a better flexibility. The SxP series are designed for
high average power, from pulse energies of 15=J at 1064nm, or from free running repetition rates up to 40kHz; the SFP series allow users to select up to three fixed frequencies, set at the factory, from 10Hz to 4kHz; the STP series enable the user to trigger the laser on demand, varying the period from 100ms to 500=s, pulse to pulse.
Applications
Material processing
-Marking
-Graphitization
-Metal ablation
Biophotonics
-Nanosurgery
-Protein crosslinking
Instrumentation
-Supercontinuum generation
-Raman spectroscopy
-Ranging
-Differential absorption LIDAR
-Distributed temperature sensing
For generating high peak power Infrared pulses of a few hundred picoseconds, our SxP microchip lasers are economical, compact, and reliable. 1064nm microjoule pulses are generated from a diode pumped passively Q-switched Nd:YAG microchip engine;2 compact packages are proposed for a better flexibility. The SxP series are designed for
high average power, from pulse energies of 15=J at 1064nm, or from free running repetition rates up to 40kHz; the SFP series allow users to select up to three fixed frequencies, set at the factory, from 10Hz to 4kHz; the STP series enable the user to trigger the laser on demand, varying the period from 100ms to 500=s, pulse to pulse.
Applications
Material processing
-Marking
-Graphitization
-Metal ablation
Biophotonics
-Nanosurgery
-Protein crosslinking
Instrumentation
-Supercontinuum generation
-Raman spectroscopy
-Ranging
-Differential absorption LIDAR
-Distributed temperature sensing
-
zoom








