SCI-780-FS-HPHigh Energy 780nm Femtosecond Fiber Laser

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High Energy 780nm Femtosecond Fiber Laser

SCI-780-FS-HP

SCI-780-FS-HP is a newly launched "wavelength-flexible" femtosecond fiber laser. This product adopts an innovative resonant cavity design, so that the central wavelength can be flexibly configured according to customer needs within a wide wavelength range. SCI-780-FS-HP can provide less than 150fs pulse width and 0.2W average power in the 780nm band, which is an ideal choice for applications such as fluorescence imaging and two-photon polymerization.

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Laser parameters
Operating wavelength	780±10 nm
Pulse width	<150 fs
Repetition frequency	80 MHz
Average power	>0.2 W< /p>
Power stability	<0.5 % RMS(24h@25℃)
Polarization extinction ratio	>20 dB
Single pulse energy p>	>2.5 nJ
Output method	Spatial collimation output
Electrical, environmental and mechanical parameters
Power supply voltage	100-240 VAC
Operating temperature	15-35 ℃
Operating humidity	20~80%(Non-condensing)
Machine weight	20 kg
Appearance Size	446×300×134 mm, 445×383×97 mm
Cooling method	< p align="center">Air cooling

The high-energy 780nm femtosecond fiber laser SCI-780-FS-HP is a newly launched "wavelength-flexible" femtosecond fiber laser. The product adopts an innovative resonant cavity design, which allows the central wavelength to be flexibly configured according to customer needs within a wide wavelength range. At the same time, the product integrates the "Smart-Lock" manufacturing process and diagnostic technology to ensure the long-term stability and reliability of the product.

The high-energy 780nm femtosecond fiber laser SCI-780-FS-HP can provide a pulse width of less than 150fs and an average power of 0.2W in the 780nm band, which is an ideal choice for applications such as fluorescence imaging and two-photon polymerization.

Technical advantages:

·High stability

·High pulse energy

·Reliable mode locking method

·Fully polarization-maintaining structural design

Application areas:

·Harmonic imaging

·Two-photon polymerization

·Two-photon fluorescence imaging

·High-precision laser ranging