The E-Fiber series ultrafast lasers employ the latest femtosecond laser technology and optical frequency doubling technology, enabling stable output of femtosecond pulse lasers in the 780nm wavelength band. They feature one-button auto-start upon powering on and long-term stable operation, with characteristics such as extremely narrow laser pulses and high pulse peak power. These lasers hold significant applications in fields including optical frequency combs, terahertz waves, and multiphoton imaging.
Customization is available for parameters such as Pulse Duration, Power, Repetition Rate, etc.
Features |
n Femtosecond Pulse Duration |
n Robust and reliable |
n Compact and turnkey |
Applications |
n Multiphoton imaging |
n Two-photon absorption |
n Ultrafast Optics |
Parameters | Unit | Typical Value | Remarks |
Wavelength | nm | 780±10 | |
Optical spectrumwidth | nm | 20 | |
Pulse Duration | fs | <100 | Customizable |
Output Power | mW | >30 | Customizable |
Power Instability | - | < ±1% | |
Repetition Rate | MHz | 80 | Customizable |
Repetition Rate Instability | Hz | < 100 | |
Pulse Energy | nJ | > 0.4 | |
Polarization | - | Linear polarization | |
Output form | - | Free space | |
Warm time | min | < 1 |
General Parameters | benchtop | Module |
Control function | Push Button | Push Button |
Synchronous electrical signal port | SMA | SMA |
Power | 100~240V AC, <30W | 5V DC, <20W |
Size | 260(W)×280(D)×120(H)mm | 200(W)×121(D)×65(H)mm |
Operation Temperature | 5 ~ 35°C | |
Operation Humidity | 0~70% | |
Ordering Information/Product Code | ||||||
FSPL | Wavelength(nm) | Pulse Duration(fs) | Power(mW) | Repetition Rate(MHz) | Output form | Packaging |
780 | 50/100/200/500 | 1/10/50/ 100 | 80/100 | FS=Free space | B=benchtop M=Module | |
The E-Fiber series ultrafast lasers employ the latest femtosecond laser technology and optical frequency doubling technology, enabling stable output of femtosecond pulse lasers in the 780nm wavelength band. They feature one-button auto-start upon powering on and long-term stable operation, with characteristics such as extremely narrow laser pulses and high pulse peak power. These lasers hold significant applications in fields including optical frequency combs, terahertz waves, and multiphoton imaging.
Customization is available for parameters such as Pulse Duration, Power, Repetition Rate, etc.
Features |
n Femtosecond Pulse Duration |
n Robust and reliable |
n Compact and turnkey |
Applications |
n Multiphoton imaging |
n Two-photon absorption |
n Ultrafast Optics |
Parameters | Unit | Typical Value | Remarks |
Wavelength | nm | 780±10 | |
Optical spectrumwidth | nm | 20 | |
Pulse Duration | fs | <100 | Customizable |
Output Power | mW | >30 | Customizable |
Power Instability | - | < ±1% | |
Repetition Rate | MHz | 80 | Customizable |
Repetition Rate Instability | Hz | < 100 | |
Pulse Energy | nJ | > 0.4 | |
Polarization | - | Linear polarization | |
Output form | - | Free space | |
Warm time | min | < 1 |
General Parameters | benchtop | Module |
Control function | Push Button | Push Button |
Synchronous electrical signal port | SMA | SMA |
Power | 100~240V AC, <30W | 5V DC, <20W |
Size | 260(W)×280(D)×120(H)mm | 200(W)×121(D)×65(H)mm |
Operation Temperature | 5 ~ 35°C | |
Operation Humidity | 0~70% | |
Ordering Information/Product Code | ||||||
FSPL | Wavelength(nm) | Pulse Duration(fs) | Power(mW) | Repetition Rate(MHz) | Output form | Packaging |
780 | 50/100/200/500 | 1/10/50/ 100 | 80/100 | FS=Free space | B=benchtop M=Module | |
Anhui Public Network Security Record No. 34019202000815
