1000W femtosecond fiber lase
A modularly designed laser based on an all-fiber architecture. It can provide a total power of ≥1000W
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Detailed information

1000W femtosecond fiber lase

Definition

This is a modularly designed laser based on an all-fiber architecture. It can provide a total power of ≥1000W, a minimum pulse width of approximately 500fs, and a repetition rate of 1GHz, making it suitable for 24/7 industrial production needs and cutting-edge scientific research.


Feature

High average power: ≥ 1000W

Ultra-short pulse width: ~ 500fs

High repetition frequency: 1GHz

Good beam mode

High pulse energy stability

Application

Composite material processing

High-yield industrial processing

3D printing

Specification

Parameter

Unit

Value

Central wavelength

nm

~1064

Total power

W

≥1000W/500W

Repetition frequency

GHz

1+0.1GHz/0.5+0.1GHz

Power stability

 

<1%

Pulse width

fs

~500fs

Beam quality

 

M2<1.3

Spot diameter

mm

~5mm(1m from the output port)

Spot divergence angle (full angle)

 

<2mrad (IS0-11146-1definition)

Synchronous output

 

SMATTL signal

Control mode

 

RS232 or DB25

Power supply

V

AC 100V-240V 50/60Hz Rated power is not less than 4000W

 

Ordering info

ZG

CWL

Total power

Repetition frequency

Pulse width

1064nm

≥1000W
500W

1+0.1GHz
0.5+0.1GHz

~500fs

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