MAX Fiber Laser Source

Model: MAX fiber laser source
Mainly use in laser machine.

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MAX Fiber Laser Source

The MFSC 1000W-4000W single-mode fiber laser features a modular, highly integrated design for maintenance-free, reliable operation. With continuously adjustable power, it delivers high beam quality and stability, making it ideal for precision welding, fine cutting, and more.

Equipped with a QBH fiber output, it easily integrates with laser heads, galvanometers, robots, and CNC systems, supporting applications in 3C, medical, automotive, and aerospace industries.

PRODUCTION DESCRIPTION

The MAX single - mode quasi - CW fiber laser source, developed by MAX, is a laser featuring high efficiency, high reliability, and requiring no maintenance. This high - power laser adopts water - cooling technology and operates within a wavelength range of 1080 nm.

1. High power and high quality laser output:

Output power up to 500W, high electro-optical conversion efficiency;

2. Mode switchable:

Switch between pulsed and continuous modes, and simultaneously process the processing tasks of two different lasers in the past;

3. High photoelectric conversion efficiency:

The electro-optical conversion rate is above 30%;

4. Diverse compatibility:

High pulse power, stable energy, and high peak power;

5. Convenient integration:

Can be directly integrated into user equipment;

6. Wide range of applications:

The cutting speed is faster, the welding thickness and material are wider, and it can meet 3C fine welding and metal/non-metal fine cutting at the same time.

PRODUCTION aDVANTAGES

MAX fiber laser source

The MAX single-mode quasi-continuous wave (QCW) fiber laser source is a high-efficiency, high-reliability, maintenance-free, high-power laser device developed by MAX. This laser system features water-cooling technology and operates at a wavelength of 1080 nm, delivering exceptional beam quality and stable output performance.

As an industrial-grade laser solution, this laser source offers the following key advantages:

-Advanced fiber laser technology ensures high-efficiency energy conversion

-Optimized cooling system guarantees long-term stable operation

-Modular design significantly reduces maintenance requirements

-Precise wavelength control ensures consistent processing quality

This laser source is particularly suitable for applications demanding high laser quality, such as precision machining, scientific research, and medical equipment. Its quasi-continuous wave operation mode provides both high peak power and superior thermal management. Equipped with an intelligent control interface, the system can be easily integrated into automated production lines.

1. High power and high quality laser output:

Output power up to 500W, high electro-optical conversion efficiency;

2. Mode switchable:

Switch between pulsed and continuous modes, and simultaneously process the processing tasks of two different lasers in the past;

3. Diverse compatibility and Convenient integration:

High pulse power, stable energy, and high peak power;Can be directly integrated into user equipment;

4. High photoelectric conversion efficiency:

The electro-optical conversion rate is above 30%; faster cutting speed, wider welding thickness and material can meet 3C fine welding and metal/non-metal fine cutting at the same time.

PRODUCTION PARAMETERS

model	MFSC-1000W	MFSC-1500W	MFSC-2000W	MFSC-3000W	MFSC-6000W
Optical properties
Output Power(W)	1000	1500	2000	3000	6000
Operating mode	Continuous / pulse
Polarization state	random
Power adjustment range (%)	10~100
Center wavelength (nm)	1080(±10)
Spectral bandwidth 3dB(nm)	3~5
Short-term power stability(%)	±1
Short-term power stability(%)	±2
Beam quality M²	1.3(20u-QBH Output )
Beam quality M²	2.8(50u-QBH Output )
Laser on time (μs)	50~100	50~80	50~80	50~80	50~80
Laser off time (μs)	50~100	30~50	30~50	30~50	30~50
Modulation frequency(KHz)	20	20~50	20~50	20~50	20~50
Indicating red light power(μW)	150
Output optical cable parameters
output method	standard QBH(LOC)
Fiber optic cable length(m)	15/20
Output fiber core diameter(μm)	50(30/100 Optional )
Optical fiber cable bending radius(mm)	200
Electrical parameters
Operating Voltage(VAC)	220	220	380	380	380
Rated power consumption(KW)	3.5	6	8	12	15
Other parameters
Working temperature(℃)	10~40
Storage temperature(℃)	-10~60
Relative humidity of working environment(%)	10~85
Cooling method	Water cooling
size(MM)	800×482.6×193.2	800×482.6×193.2	950×482.6×193.2	640×1000×700	640×1000×700
weight(KG)	50(±3)	68(±3)	88(±3)	200(±20)	200(±20)

PRODUCTION APPLICATION

Applications:
Equipped with an optical fiber output and QBH connector, the laser integrates seamlessly with processing heads, galvanometers, robots, machine tools, and more. It is widely applied across industries such as 3C (consumer electronics), hardware, medical, automotive, aerospace, and beyond.