FL-PL Series｜Green/UV/DUV portable nanosecond pulsed laser
Combination of frequency convertor with 1064nm nanosecond pulsed fiber laser realized 532nm(Green)/355nm(Ultra-violet(UV))/266nm(Deep-UV(DUV)) laser light. OXIDE’s nonlinear optical crystals with high quality and functionality are integrated into the frequency convertors. High repetition rate (50 kHz) and high peak power are suitable for sensing applications such as LiDAR. In addition, optimized optical design without resonators realized simple, high reliability, and lightweight laser units.
Both the fiber laser and the wavelength converter are palm-sized. Furthermore, total weight is less than 1.5kg (3.3lbs)*. (*power supply is not included).
High peak power / High repetition rate
High conversion efficiency offers >10kW peak pulses at 532nm and >1.5kW at 355/266nm. The pulse repetition rate is 50kHz which is suitable for sensing to improve S/N ratio for measurement.
Maintenance free by OXIDE’s spectacular quality crystals and the high stability fiber lasers. Optimization of nonlinear device and optical design realize compact reliable solution.
Wavelength converters are compatible design. Customer can select wavelength by exchanging frequency convertor with the same 1064 nm fiber laser.
- Virus inactivation
- Raman spectroscopy
- Aerosol detection
|Pulse Repetition rate||50 kHz||50 kHz||50 kHz|
|Pulse Width||~1 ns||~1 ns||~1 ns|
|355 nm||266 nm|
|Output Power (Average)||500 mW
|80 – 200 mW||100 mW|
|Pulse Energy||~ 10 µJ||~1.6 – 4.0 µJ||~2.0 µJ|
|Peak Power||~ 10 kW||~1.6 – 4.0 kW||~2.0 kW|
|Beam Quality (M2)||<1.4||<1.5||―（Elliptical）|
|Polarization||Vertical, Linear||Vertical, Linear||Horizontal, Linear|
|Power Tunability||20 – 100 %||20 – 100 %||20 – 100 %|
|Output Type||Free space||Free space||Free space|
|Dimensions (Fiber laser)||120×27×120 mm|
|Dimensions (Convertor)||40×40×62 mm||40×40×87 mm
※These products are based on results obtained from a project commissioned by the New Energy and Industrial Technology Development Organization.
FL-PL Series(ENG) 20230111.pdf