Ultrafast fiber laser 1030nm Femtosecond

UFL 1030 Femto is a miniaturized version developed on the basis of UFL 1550 OEM. The optical path and circuit structure are highly integrated, compact and portable, especially suitable for industrial or OEM commercial system integrators. UFL 1030 Femto has a flexible performance parameter selection range, with a typical output wavelength of 1030±5 nm, a repetition frequency range of 25±1 MHz, and a pulse width as low as 200 fs.

Product features：Customizable wavelength、 High peak power、 Linear polarization、 Diffraction-limited beam quality

Application area：Ultrafast spectroscopy、 Two-photon polymerization、 High-speed optical sampling、 Light speed measurement

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Part Number

UFL 1030 Femto

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General Parameters

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Dimensional Drawing

Parameters

Laser parameter
Operating wavelength	1030±5 nm	Single pulse energy >4 nJ
Pulse width	<200 fs	Polarization extinction ratio >20 dB
Repetition frequency	25±1 MHz	Beam quality TEM00,M2<1.2
Average power	>60 mW	Output mode spatial light output
Power stability	<0.5%RMS(24h@25℃)
Electronic, environmental, mechanical parameters
Power consumption	<30 Watt	Operating humidity 20-80%
Synchronous signal	1 V@50 Ohm	machine weight 1.2 kg
Power supply voltage	12 VDC	Dimensions 258×194×115 mm
Operating temperature	15-35℃	Cooling method: air cooling

Test Date

Output spectrum

Pulse autocorrelation trace

Output power stability

Test data:

Test time 2022-08-04

Test temperature 25℃ (±1)

1. Output power test results

Electric current/mA	Power/mW
0	0.6
100	4.3
150	11.5
200	21
250	32
300	44
350	58
400	72
450	85
500	99
550	114

Test Equipment: Power Meter Thorlabs

2.Pulse width: (τ=147fs):

Test instruments: APE autocorrelator; Sech² fitting

3.Pulse sequence: (f=24.6MHz)

Main output pulse:

Synchronous output:

Test instruments: DSOX2022A (oscilloscope); DET08C/M (probe)

4.Output spectrum @114mW: (λc=1032.5nm,Δλ=8.5nm)

Test instrument: Anritsu MS9740A spectrometer

5.Power stability test: (Power Stability 0.7%RMS)

Average power 114.3mW, stability qualified

Test instrument: power meter Thorlabs, test temperature (25±1℃)

6. Locking mode detection: Start times 1000 times, successful start times within 3s 1000 times, success rate 100%.

7. Polarization extinction ratio test

Test structure: laser collimated output → half-wave plate → PBS.

Test method: By rotating the half-wave plate, measure the Max. and Min. power values at the two output ports of PBS. Polarization extinction ratio PER=10log（Pmax/Pmin）.

Pmax=112mW	Pmin=0.6mW
Polarization extinction ratio：22.7dB

8. Typical light spot (ellipticity 95%@0.2m)

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