aeroPULSE FS50 high power femtosecond laser
The aeroPULSE FS50 is our new industrial-grade femtosecond fiber laser based on our world-leading photonic crystal fiber platform. Read more
INDUSTRIAL ULTRAFAST LASERS
The NKT Photonics ultrafast lasers offer a wide range of pulse lengths from femtosecond to picosecond and output power up to 50 W. Get variable or fixed repetition rate, single shot or burst mode and optimize for your application.
The lasers listed below are our standard models. For more information on OEM solutions, please contact your local sales manager.
Femtosecond lasers
| Product | Output Power | Fundamental Wavelength | Output power 2nd Harmonic | Pulse width | Max pulse energy | Repetition rate | Pulse options |
|---|---|---|---|---|---|---|---|
|
20 W
|
1030 nm
|
-
|
<500 fs - 3 ps
|
20 µJ
|
200 kHz - 50 MHz
|
PP | |
|
50 W
|
1030 nm
|
30 W
|
<500 fs - 3 ps |
40 µJ
|
1-50 MHz
|
PP | |
|
5 W
|
1030 nm
|
2 W
|
<400 fs
|
70 µJ
|
Single shot - 1 MHz
|
PP
|
Picosecond lasers
| Product | Output Power | Fundamental Wavelength | Output power 2nd Harmonic | Pulse width | Max pulse energy | Repetition rate | Pulse options |
|---|---|---|---|---|---|---|---|
|
10, 40 W
|
1030 / 1064 nm
|
-
|
<5, 20 ps
|
0.1, 2 µJ
|
80, 20 MHz
|
-
|
Looking for more choices? See also our range of scientific ultrafast lasers.
aeroPULSE FS20 high power femtosecond lasers
aeroPULSE FS is a portfolio of industrial-grade femtosecond fiber lasers based on NKT Photonics world renowned Crystal Fiber platform. Read more
aeroPULSE PS high power narrow linewidth picosecond lasers
aeroPULSE is a portfolio of industrial-grade mode-locked fiber lasers based on NKT Photonics world renowned Crystal Fiber platform. Delivering up to 40 W of output power, while maintaining a linewidth less than 1 nm, the aeroPULSE line is designed for applications within semiconductor inspection, bioimaging and material processing. Read more
Onefive ORIGAMI XP high energy femtosecond laser
The first all-in-one air-cooled, microjoule femtosecond laser. Read more
