Femtosecond Ytterbium Fiber Laser: FemtoFYb 1030

Toptica PicoFYb 1030

  • Ytterbium fiber laser based on SAM technology
  • 1030 nm wavelength
  • 20 MHz repetition rate   
  • < 1ps pulse duration
  • Alignment-free all-fiber setup with telcordia proved components
  • Only polarization maintaining fiber components
  • No air or water cooling required
  • Robust and cost-effective design
  • Compact footprint and turnkey operation

The FemtoFYb laser systems are fiber-based sub-picosecond  to femtosecond oscillators for seeding industrial laser systems, e.g. for micro-machining. The FemtoFYb laser pulses with excellent amplitude and frequency jitter parameters are amplified to typical multi-Watt levels in the MOPA (master oscillator, power amplifier) laser or regenerative amplifier systems of our customers. Typical amplifiers are slab, rod and disc lasers operating in the 1 µm wavelength regions.

Technical Information

Technical Information

Key specifications

Model1030
Wavelength1030.5 ± 0.5 nm
Average power> 0.5 mW
Repetition rate20 ± 0.5 MHz
Pulse duration (FWHM)< 800 fs
Spectral width< 2.5 nm
TBP *0.5 typ.
OutputSM/PM-Fiber (narrow key FC/APC receptacle)
Power supply12 VDC, less than 10 Watt power comsumption
Weight< 3 kg

*) Time-bandwidth product

 

Autocorrelation and spectrum.

Options & Related Products

Options & Related Products

Options

SwitchBox
The FemtoFiber smart SwitchBox is a small tool for quick starters. It provides all switches, supply and status lines to run a FemtoFYb as a stand-alone system without integration environment and therefore is especially recommended for single-system users.

 Related Products:

Technical Drawings

Technical Drawings

Applications

Applications

  • Seeding of Yb:YAG amplifiers
  • Metrology

Download

Download

Brochure: FemtoFiber smart Series
toptica_br_FemtoFiber_smart.pdf
Brochure: Ultrafast Fiber Lasers
toptica_BR_overview_ultrafast_lasers_2010.pdf
Press release: PicoFYb – Industrial Picosecond Fiber Lasers at 1030 / 1064 nm
toptica_PR_PicoFYb_2008.pdf
Artikel: Erst kurz, dann stark
toptica_AR_kurzpuls_seeder_2008.pdf
Manual: FemtoFiber smart Manual
toptica_MA_056_FemtoFiber_smart.pdf