1030nm fiber femtosecond laserSCI-1030-FS

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1030nm fiber femtosecond laser

SCI-1030-FS

The optical path and circuit structure of the 1030nm fiber femtosecond laser SCI-1030-FS are highly integrated, compact and portable, and are particularly suitable for industrial or OEM commercial system integration users. The typical output wavelength of the 1030nm fiber femtosecond laser is 1030±10 nm, the repetition frequency range is 25±1 MHz, and the pulse width is as low as less than 200 fs.

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Laser parameters
Operating wavelength	1030±10 nm
Pulse width	< 200 fs
Repetition frequency	25±1 MHz
Average power	>100 mW
Power stability	<0.5% RMS(24h@25℃)
Single pulse energy	>4 nJ
Polarization extinction ratio	>20 dB
Beam quality	M²<1.2
Output mode	Spatial collimation output
Electrical, environmental and mechanical parameters
Power consumption	<30 Watt
Sync signal	1 V@50 Ohm
Power supply voltage	12 VDC
Operating temperature	15-35 ℃
Operating humidity	20~80% ( Non-condensing )
Machine weight	1.5 kg
Appearance size	258×194×115 mm
Cooling method	Air cooling

SCI-1030-FS is a miniaturized fiber femtosecond laser with highly integrated optical and circuit structures, compact and portable, especially suitable for industrial or OEM commercial system integration users.

SCI-1030-FS has a flexible performance parameter selection range, with a typical output wavelength of 1030 ± 10 nm, a repetition frequency range of 25 ± 1 MHz, and a pulse width as low as 200 fs.

Technical advantages:

· Customizable wavelength

· High peak power

· Linear polarization

· Diffraction-limited beam quality

Application areas:

· Ultrafast spectroscopy

· Two-photon polymerization

· High-speed optical sampling

· High-speed measurement