Sales QSFL-20 Q-switched fiber laser，Manufacturer

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QSFL-20 Q-switched fiber laser

Product ID：GJGjgchanpin018

Price: Please inquire PDF Format

Supply Ability:20SETS/MON

Port:SHENZHEN

Product Introduction
Consulting

Model NumberQSFL-20

Brand NameSHENZHENLIANPIN

Payment TermsT/T, paypal

QSFL-20 Q-switched fiber laser
Introduction:
Designed for high speed, high resolution marking systems, this series of pulse Q-switched fiber lasers provides an ideal high beam quality laser energy source for industrial laser marking machines and other laser applications.
Fiber laser is a new kind of solid-state laser. It has the advantages of large heat dissipation area, good beam quality and small size. It is generally composed of pump source, coupler, rare earth-doped fiber, resonant cavity and other components. High-power fiber laser Various performance indicators are far superior to solid-state lasers. Therefore, fiber lasers are unanimously regarded as a new generation of products replacing solid-state lasers, and have gradually developed into important candidates in high-precision laser processing, laser radar systems, space technology, and laser medicine. .
This series of lasers consists of a Q-switched device as the main oscillator for pulse energy conversion and a high-power fiber amplifier. This series of products has high output power, low power consumption and high stability, and is suitable for laboratory and industrial use. The product has beautiful appearance and compact structure. It is single machine and easy to operate, and can be directly embedded in the user equipment.
This series of lasers has a wavelength of 1055nm-1070nm and can output periodic pulse sequences with peak power up to 10KW. The laser can be controlled by an industrial laser standard interface that requires an external 24V DC supply.
Features:
Large heat dissipation area, narrow light pulse, high peak power, wide repetition frequency range
No light leakage in the case of laser shutdown
High reliability and long service life
Compact and small
Anti-high reverse isolation output, can be processed on high-reflective materials such as aluminum, copper, gold and silver
Universal 25-pin interface
Technical Parameters:

窗体顶端

NO.1	Project	Test Conditions	Minimum value	Typical value	Maximum	unit
1	Highest average output power（Pnom） - 10W type - 20W type - 30W type		9.0 19 29	10 20 30	11 21 31	W
2	Output center wavelength	Pout=Pnom	1055	1064	1070	nm
3	Output center wavelength	FWHM Pout=Pnom		5	10	nm
4	Highest single pulse energy- 10W type - 20W type - 30W type	Pout=Pnom	0.4 0.8 0.8		0.5 1.0 1.2	mJ
		RR=20kHz
		RR=25kHz
		RR=30kHz
5	Repeat frequency adjustment range（RR） - 10W type - 20W type - 30W type		20-60 Adjustable			kHz
			25-60 Adjustable
			30-60 Adjustable
6	Pulse Width - 10W type - 20W type - 30W type	FWHM	80 80 100	100 100 120	120 120 140	ns
		RR=20kHz
		RR=25kHz
		RR=30kHz
7	Beam quality (M2)	Pout=Pnom	1.3	1.4	1.7
8	polarization		Arbitrarily
9	Whether it is resistant to high reflection (optical isolators)		Yes
10	Power adjustment range		10		100	%
11	Power instability	Pout=Pnom			5	%
12	Output beam diameter	Pout=Pnom 1/e2	7	7.5	8	mm
13	Output fiber length		1.8	2	2.2	m
14	Working voltage (DC)		23	24	25	V
15	Output beam offset				1.5	mm
16	Power consumption（W） - 10W type - 20W type - 30W type	Pout=PnomT=20℃	150 200 300			W
17	Preheat time - reach can start working - achieve complete stability	Pout=Pnom	1 10			min

Introduction:
Designed for high speed, high resolution marking systems, this series of pulse Q-switched fiber lasers provides an ideal high beam quality laser energy source for industrial laser marking machines and other laser applications.
Fiber laser is a new kind of solid-state laser. It has the advantages of large heat dissipation area, good beam quality and small size. It is generally composed of pump source, coupler, rare earth-doped fiber, resonant cavity and other components. High-power fiber laser Various performance indicators are far superior to solid-state lasers. Therefore, fiber lasers are unanimously regarded as a new generation of products replacing solid-state lasers, and have gradually developed into important candidates in high-precision laser processing, laser radar systems, space technology, and laser medicine. .
This series of lasers consists of a Q-switched device as the main oscillator for pulse energy conversion and a high-power fiber amplifier. This series of products has high output power, low power consumption and high stability, and is suitable for laboratory and industrial use. The product has beautiful appearance and compact structure. It is single machine and easy to operate, and can be directly embedded in the user equipment.
This series of lasers has a wavelength of 1055nm-1070nm and can output periodic pulse sequences with peak power up to 10KW. The laser can be controlled by an industrial laser standard interface that requires an external 24V DC supply.