AFML-2CF

The AFML-2CF is a femtosecond mode-locked laser system, with an output power of several watts. It delivers pulses in free-space with excellent beam quality.

The system exhibits outstanding stability in diverse environmental conditions and needs no maintenance. Additionally, it provides pulses with a peak power of around 1 megawatt.

Our patented Figure-8 technology ensures reliable and consistent mode-locking, ideal for long-term stable operation in challenging environments.

Superior beam quality
Extended laser lifetime
Low amplitude and phase noise
Figure-8 Technology
Dispersion compensator and AOM can be included

Key Features

01

Superior Beam Quality

Typical M²value is less than 1.1 and PER >20 dB

02

Extended laser lifetime

The laser's Figure-8 design contributes to its extremely extended lifespan, ensuring reliable and cost-effective long-term operation

03

Low Amplitude and Phase Noise

The Figure-8 fiber laser design ensures low amplitude and phase noise, resulting in superior stability and performance

04

Dispersion compensator

A dispersion compensator in a femtosecond laser corrects temporal pulse broadening, ensuring the highest intensity ultrafast pulse delivery

Available wavelengths

Optical specifications

Custom Table

Central Wavelength	920 nm	1040 nm
Spectral Width	>10 nm	>10 nm
Repetition Rate	10-80 MHz	10-25 MHz
Pulse Duration	<200 fs	<200 fs
Average Power	1.5 W	>2 W

‍

The AFML-2CF is designed for applications in life science, multi-photon microscopy, neuroscience, and cancer research. The pulses can be pre-chirped with a dispersion compensator to achieve their minimum width at the intended target sample. Additionally, an Acousto-Optic Modulator (AOM) can be integrated into the laser system to regulate its repetition rate.

Specifications subject to change without notice