Genia Photonics' laser is a fully programmable, uniquely agile fiber laser, tunable in wavelength and pulse width.
Using a utility software provided with the laser, you can program the sweeps to perform by specifying the type of curve to use, the range and other parameters. For instance, choose a linear in optical frequency and specify the start frequency, the stop frequency and the step duration. You can also control its output power.
Examples for standard setups:
| Wavelength | Pulse duration | Repetition rate | Average power |
| 850 nm | 25 ps | 200 MHz | 4 mW |
| 1064 nm | 22 ps | 40-120* MHz | 100 mW |
| 1064 nm | 90-2000* ps | 0.2-125* MHz | 10 W |
| 1020-1080* nm | 22 ps | 40-120* MHz | 100 mW |
| 1530-1562* nm | 25 ps | 10 MHz | 250 mW |
| 1530-1562* nm | 120 ps | 10 MHz | 1 W |
| 1915-1990* nm | 130 ps | 15 MHz | 25 mW |
| 1915-1990* nm | 130 ps | 15 MHz | 500 mW |
| 2950-3670* nm | 120 ps | 80 MHz | 10 mW |
(* to be set or tuned by the user)
Target Applications
Applications that require wavelength agility and fixed pulse width (WA, wavelength agile)- Optical coherence tomography (OCT)
- Time-resolved fluorescence spectroscopy
Applications that require pulse width agility and fixed wavelength (PA, pulse width agile)- Dermatology
- Surface texturing (for implants)
- Laser-induced breakdown spectroscopy (LIBS)
- Dentistry
- Surgery
Applications that require both wavelength and pulse width agility (WPA, wavelength and pulse width agile)- Combination of methods (OCT and nonlinear imaging)
- Research
More details can be down loaded as datasheet.
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