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1. The FemtoFiber® pro Laser System
Page 5
Status: 6.9.18
1
The FemtoFiber
®
pro Laser System
Mode-locked femtosecond lasers have nowadays found their way into a wide variety of both scientific
and industrial applications. With the FemtoFiber
®
pro Laser System, T
OPTICA
Photonics AG merges the per-
formance of traditional Ti:Sapphire oscillators with the advantages of an all-fiber laser source. Combining
pump sources, a SAM (saturable absorber mirror) mode-locked ring oscillator, an all-fiber core-pumped
amplifier and optical pulse compression into a single compact housing, the FemtoFiber
®
pro Laser Sys-
tem offers a maximum of user-convenience and flexibility without compromising performance.
Ultrafast spectroscopy with femtosecond laser pulses continues to be a flourishing field of scientific
interest. To date, a multitude of experiments has been carried out with free-space Ti:Sapphire sources.
Although these systems offer high output power and good pulse characteristics, their operation is often
cumbersome for the user. Mode-locking is typically accomplished via nonlinear self-focussing, requiring
highly precise alignment and daily readjustment of the laser cavity. Moreover, the need for a high-power
pump source in the green spectral range has led to considerable system costs and increased space
requirements.
The release of T
OPTICA
’s mode-locked Er:fiber laser system FemtoFiber
®
pro marked a significant step
forward towards the availability of cutting-edge femtosecond technology as a standard tool in any
research environment. Based on direct pumping from fiber-pigtailed laser diodes and fiber integrated,
reliable telecom components, the FemtoFiber
®
pro Laser System delivers more than 350 mW of linearly
polarized and highly stable output power in sub-100 fs pulses in a user-friendly and compact design. Due
to its superior performance, high stability, great flexibility, excellent cost-efficiency and advanced user-
friendliness, the new FemtoFiber
®
pro Laser System can be the ideal solution to your research in fields as
diverse as ultrafast spectroscopy, optical frequency metrology, THz spectroscopy, confocal microscopy,
material sciences and many more.
Figure 1
The FemtoFiber
®
pro laser system
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