The Y-Fiber series of ultrafast lasers utilize high-performance rare-earth fibers as the operating medium, integrated with fully polarization-maintaining mode-locking technology and an active servo control system, to achieve stable output of picosecond pulsed lasers at the 1030/1064nm wavelength bands. They are fully self-starting and capable of long-term stable operation, characterized by narrow laser pulse widths and high pulse peak optical power. This light source can be utilized for scientific research in the fields such as high-power lasers, supercontinuum generation, laser ranging, and beyond. Customization of parameters including pulse width, power, repetition rate, and more is available upon request.
The Y-Fiber series of ultrafast lasers utilize high-performance rare-earth fibers as the operating medium, integrated with fully polarization-maintaining mode-locking technology and an active servo control system, to achieve stable output of picosecond pulsed lasers at the 1030/1064nm wavelength bands. They are fully self-starting and capable of long-term stable operation, characterized by narrow laser pulse widths and high pulse peak optical power. This light source can be utilized for scientific research in the fields such as high-power lasers, supercontinuum generation, laser ranging, and beyond.
*Customization of parameters including pulse width, power, repetition rate, and more is available upon request.
Features | Applications |
n Ultrashort Pulse | n Pump Laser |
n Robust and reliable | n Supercontinuum Generation |
n Compact and turnkey | n Seed Laser |
Pulse AC curve
Power stability
Pulse sequences
1030nm Optical spectrum
1064nm Optical spectrum
Ordering Information/Product Code | ||||||
PSPL | Wavelength(nm) | Pulse Duration(ps) | Power(mW) | Repetition Rate(MHz) | Output Form | Packaging |
1030/1064 | 10/20/50/100 | 10/50/200/ 2000 | 15/50/100 | SM PM FS=Free Space | B=Benchtop M=Module | |
Note：SM=single mode fiber；PM= polarization maintaining fiber
The Y-Fiber series of ultrafast lasers utilize high-performance rare-earth fibers as the operating medium, integrated with fully polarization-maintaining mode-locking technology and an active servo control system, to achieve stable output of picosecond pulsed lasers at the 1030/1064nm wavelength bands. They are fully self-starting and capable of long-term stable operation, characterized by narrow laser pulse widths and high pulse peak optical power. This light source can be utilized for scientific research in the fields such as high-power lasers, supercontinuum generation, laser ranging, and beyond.
*Customization of parameters including pulse width, power, repetition rate, and more is available upon request.
Features | Applications |
n Ultrashort Pulse | n Pump Laser |
n Robust and reliable | n Supercontinuum Generation |
n Compact and turnkey | n Seed Laser |
Pulse AC curve
Power stability
Pulse sequences
1030nm Optical spectrum
1064nm Optical spectrum
Ordering Information/Product Code | ||||||
PSPL | Wavelength(nm) | Pulse Duration(ps) | Power(mW) | Repetition Rate(MHz) | Output Form | Packaging |
1030/1064 | 10/20/50/100 | 10/50/200/ 2000 | 15/50/100 | SM PM FS=Free Space | B=Benchtop M=Module | |
Note：SM=single mode fiber；PM= polarization maintaining fiber
Anhui Public Network Security Record No. 34019202000815
