1064nm, 25 µJ Nanosecond Fiber Laser

Keopsys Series
1064nm Nanosecond Laser
25 µJ Pulse

Typical Specifications:
- Mode of operation: Pulsed
- Operating wavelength: 1064 +/-2 nm
- Wavelength excursion over T range: <0.3 nm
- Energy per pulse (EPP): 1 to 25 μJ
- Peak power (PP): 1 to 25 kW
- Average power (AP): 5 to 1300 mW
- Pulse repetition frequency (PRF): 5 kHz to 1 MHz
- Pulse duration (FWHM): 1 to 5 ns
- Seed tap (option): 1 m pigtail length, SMF, FC/APC
- Pigtail length: 32 +/-2 cm
- Fiber type: SMF / PANDA / LMA / LMA PANDA
- Polarization: Random or Linear
- Beam quality, M²: 1.1 to 1.3
- Output termination: FC/APC or Collimator

Description:
Nanosecond Fiber Laser from Keopsys: The data sheet below references an available pulse duration from 1ns to 50ns with a pulse repetition frequency from 5 kHz to 1 MHz in continuous or burst mode of operation. These nanosecond fiber laser modules are designed for integration into laser systems and features a compact and rugged package with low power consumption. Applications mentioned on the attached KEOPSYS data sheet include supercontinuum generation, harmonic generation, telemetry, range-finding, 3D scanning and mapping applications. The output beam is diffraction limited with either linear or random polarization. These lasers offer peak power up to 25 kW. The fiber laser output wavelength is 1064nm with high pulse energy up to 25 µJ.