EKSPLA Ultrafast fiber lasers LightWire series has been updated with new models
source:EKSPLA
release:Johnny Lee
keywords: EKSPLA solid laser picosecond laser
Time:2016-03-05
FF1000 is a new femtosecond laser in a LightWire series. High average power (>1W), short pulse duration (<110fs) and high repetition rate (40MHz) is a perfect combination for two-photon microscopy, terahertz generation, femtosecond pump-probe applications.
FF3000 model has been updated and now can deliver 4W output power with flexible repetition rate (1-40MHz) and more than 2µJ energy pulses with duration of 300fs. When operated in a burst mode pulse energy of 10µJ can be achieved making the laser attractive for some material processing applications. The uncompressed output option can deliver high power 50-400 ps duration pulses at 1030nm wavelength for CPA amplification in Yb doped solid state amplifiers.
New picosecond all fiber laser FP200 delivers up to 50 nJ transform limited pulses with duration of 8 ps and variable repetition rate (50 kHz – 40 MHz). Because of its high pulse energy and narrow spectrum (<0.3nm) this laser is excellent choice for seeding solid state linear amplifiers (Nd:YVO, Nd:YAG) eliminating the need of regenerative amplification. It can be operated in burst mode to further optimize output from your amplifiers for specific application. FP200 along with an optional second harmonic module can be also used in stand-alone applications like Raman or fluorescence spectrometry and microscopy.

Vietnam Plant + Europe Upgrade: Laser Leader Deepens Global Push
Three global heavyweights step up their China bets: What's behind the move?
Big Four laser earnings: Winners, losers, and the ones fighting back
Photonic chips land ¥1.1B in orders, funds, and financing
Five Laser Firms See Executive Reshuffles: Younger Leaders Take the Helm
Laserion: Breaking Ultrafast Laser Bottlenecks to Industrialize Homegrown High-End Sources
XTRI-tech's Yao Caihong: Building High-End Manufacturing
Glitterin Tech's Three Photonic Pillars: Building the Optical Backbone of the AI Era
A Female Pioneer's 20-Year Quest for World-Leading Laser Thin Film Breakthroughs
HSG Laser's He Hongming: Innovation Drives Laser Manufacturing Future