AFML-EF

The AFML-EF is an entirely fiber-based ultra-compact femtosecond laser system with exceptional laser pulse and beam qualities. It delivers femtosecond pulses through polarization-maintaining fiber, eliminating the need for bulky optics.

The system exhibits outstanding stability in diverse environmental conditions and needs no maintenance. Additionally, the system only requires a 5V power supply.

The AFML-EF is designed for applications such as life science and micromachining, which demand broad linewidth pulses. These broad linewidth pulses can be stretched using specialized FBG stretchers, amplified for increased power, and subsequently compressed to achieve femtosecond duration, making them ideal for precise applications.

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

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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.

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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

Extremely extended laser lifespan

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

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04

Low Amplitude and Phase Noise

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

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Available wavelengths

Optical specifications

Custom Table

Central Wavelength	1850 to 2100* nm
Spectral Width	>15 nm
Repetition Rate	10-80 MHz
Pulse Duration	80-800** fs
Average Power	1 to 50 mW

*The central wavelength can be continuously tuned between the specified wavelength range

** Optional: FBG fiber stretchers can be requested to stretch pulses to hundreds of picoseconds while matching the higher-order dispersion of your compressor gratings

Specifications subject to change without notice