FemtoFiber smart 780
Compact, high power, Er fiber laser for OEM integration
Fastest route from light to layer
FemtoFiber smart 780
Compact, high power, Er fiber laser for OEM integration
The FemtoFiber smart 780 is a powerful and very compact all fiber-based femtosecond laser system with excellent laser pulse and beam characteristics. It unites both supply electronics, fiber laser optics and second harmonic generation in one box, being thus one of the smallest fiber laser units on the market. The system only needs 12V power supply and comprises a free-beam output with mechanical shutter.
Your Benefits
Fast two-photon polymerization
The laser system has ideal parameters for 2PP applications. Up to 140 mW average power with typically 85 fs pulses.
Small form factor for integration
The laser system comes in a small box, well suited for OEM integration.
Maintenance-free system
Alignment-free all-fiber setup, use of PM fibers only. The system does not include any maintenance needing features. Therefore, the FemtoFiber smart systems are easy-to-use plug&play lasers. The fibers used in the laser design are polarization-maintaining only, therefore the laser benefits in a very high stability.
Options
1560 nm output wavelength
System as shown, but without internal SHG unit, free-beam output at 1560nm.
Optional 1.5m fiber pigtail and FC/APC instead of free-beam output.
Optional collimator unit for FC/APC collimation to free-beam.
External SHG unit
The separate miniSHG unit provides same specifications as standard laser system at 780nm. The external SHG is placed after 1.5m beam delivery fiber pigtail.
SwitchBox
The FemtoFiber smart SwitchBox is a small tool for quick starters. It provides all switches, supply and status lines to run a FemtoFiber smart as a stand-alone system without integration environment and therefore is especially requiredfor single-system users.
FiberOut
The easy-to-use FiberOut fiber collimator transforms the divergent beam emitted at the end of an optical fiber into a collimated one. It can be equipped with a variety of lenses, matching different fiber mode-field diameters and output beam sizes.
Related Products
Downloads
Technical Drawings
Literature
Papers
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Rapid prototyping of 1xN multifocus gratings via additive direct laser writing
Marie Reischke, Oliver Vanderpoorten, Florian Stroehl in ScienceDirect, Micro and Nano Engineering Volume 19 (2023)