AFML-2F

The AFML-2F is an entirely fiber-based femtosecond mode-locked laser system. It delivers pulses through polarization-maintaining fiber, eliminating the need for bulky optics. The system exhibits outstanding stability in diverse environmental conditions and needs no maintenance.

All-fiber design with no bulk optics
Femtosecond pulses delivered in PM fiber
Extremely extended laser lifespan
Low amplitude and phase noise

MPBC's available SF Systems

1 W

2 W

3 W

4 W

5 W

6 W

7 W

8 W

9 W

10 W

461 nm *

488 nm *

514 nm

520-540 nm

541-560 nm

561-580 nm

581-600 nm

601-620 nm

621-639 nm

640-655 nm

660-665 nm

671 nm

678 nm

685-690 nm

710 nm

717 nm

729 nm

775 nm

781-800 nm *

813 nm *

832 nm *

Key Features

01

All-Fiber design with no bulk optics

The femtosecond laser utilizes an all-fiber design with no bulk optics, ensuring enhanced stability and compactness

02

Femtosecond Pulses delivered in PM fiber

Delivering femtosecond pulses in fibers, rather than free space, simplifies light delivery and provides superior alignment stability

03

Extended laser lifetime

The laser's design contributes to its extremely extended lifespan, ensuring reliable and cost-effective long-term operation

04

Low Amplitude and Phase Noise

The fiber laser design ensures low amplitude and phase noise, resulting in superior stability and performance

Available wavelengths

Optical specifications

Custom Table

Central Wavelength	1560 nm
Spectral Width	>3 nm
Repetition Rate	10-80 MHz
Pulse Duration	80-800 fs
Average Power	1-50 mW

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The AFML-2F is designed for applications demanding low-power femtosecond pulses, such as quantum computing. These pulses can be amplified for increased power and then compressed to achieve shorter duration for life science and multi-photon research.

Available in a package similar to MLFL-EP. For more details, contact sales.