FYLA Lasers

Lasers

Ultrafast fiber lasers.

Life Sciences, Metrology, Spectroscopy, Imaging, Telecommunications, Photonics

Supercontinuum lasers

Supercontinuum lasers emit a beam of white light in the form of short pulses, each pulse containing, simultaneously, all wavelengths of an ultrabroad spectrum, from the deep-blue to the mid-infrared.

Pulse

Spectrum

Iceblink V3

Supercontinuum Fiber Laser

Microscopy (FRET, TIRF, CLSM), optical spectroscopy, device characterization, hyperspectral imaging

Average Power:

≥ 3 W

Visible Range (450-850 nm) Average Power:

≥ 150 mW

Spectral Range:

450 – 2300 nm

Iceblink PRO V1

Supercontinuum Fiber Laser with Variable Frequency

Microscopy, FLIM, time-correlated single-photon counting (TCSPC), FRET imaging, lifetime measurement

Average Power: ≥ 2 W @ 40 MHz (fundamental frequency)

Visible Range Average Power (410-850 nm):

≥ 150 mW @ 40 MHz

Tunable Pulse Repetition Rate:

40 / 20 / 10 / 5/ 2.5 / 1 MHz / 500kHz

Spectral Range:

410 – 2300 nm

Horizon V2

Supercontinuum Fiber Laser with Ultra Flat Spectrum

Microscopy, FLIM, TCSPC, FRET imaging, lifetime measurements

Average Power:

≥ 4 W

Visible Range (410-850 nm) Average Power:

≥ 300 mW

Spectral Range:

410 – 2300 nm

Femtosecond lasers

Femtosecond lasers deliver ultra-short pulses of high temporal coherence and high stability, in amplitude and phase. We offer pulse durations as short as < 25 fs.

Cyclone

Broad Bandwidth Fiber Laser with Extremely Short Femtosecond Pulses

Two-photon and SHG microscopy, nonlinear optics, spectroscopy

Pulse Duration:

< 25 fs

Optical Peak Power:

> 75 kW

Spectral Range:

950 – 1150 nm

Pulsar

Extreme Pulse Control & Tunability

3S Inspection of semiconductors: two-photon absorption transient current technique (TPA-TCT), two- and three-photon absorption spectroscopy, microscopy

Repetition Rate Tunability (Pulse Train):

1 Hz to 10 MHz

Pulse Energy Range:

10 pJ to 10 nJ

Pulse Duration:

≤ 300 fs