Fiber Laser Cutting Head – 15KW, 20KW, 30KW Models

Explore High-Power Picosecond Lasers: IR, Green, and UV Models

Seed lifetime: >20,000 hours
Power:>500 W @ IR,>200 W @ green, >100 W @ UV
Pulse energy: single pulse >1 mJ, burst mode >4mJ@ Burst 5
Pulse duration: ~10 ps @ lR, ~7 ps @ green, <7 ps @ UV

Contact us for a free quote

0

YEARS EXPERIENCE

0

EXPERIENCED EMPLOYEES

0

R&D AND SUPPORT ENGINEERS

0

GLOBAL CUSTOMERS

Specifications
Product Description

Specifications

Picosecond Laser Specifications

Product Model	IR Picosecond-1064-15	IR Picosecond-1064-30	IR Picosecond-1064-50
Center Wavelength	1064±0.5 nm
Power	15 W@100 kHz	30 W@100 kHz	50 W@100 kHz 50 W@50 kHz
Repetition Rate	1 HZ~1 MHZ
Pulse Energy	150 μJ	300 μJ	500 μJ@Burst 1 1.0 mJ@Burst 2
Power Stability	<1% (8 hours, RMS)
Pulse Duration	~10 ps
Beam Quality	TEMoo, M²≤1.2	TEMoo, M²≤1.3
Beam Circularity	>90%
Beam Diameter	~2 mm	~3 mm
Burst Mode	1~5
Dimensions	600288132.5 mm³	800332132.5 mm³
Trigger Mode	PSO, POD, Gate mode, and TTL trigger
External Power Control	0~5 V
Warm-up Time	15 min
Electrical Requirements	AC 100~240 V/50~60 Hz
Environment Humidity	<60% RH@25℃
Environment Temperature	22-30 °C
Cooling	Water cooling

IR Picosecond Laser Specifications

Product Model	IR Picosecond Laser-1064-80	IR Picosecond Laser-1064-200	IR Picosecond Laser-1064-500
Center Wavelength	1064±0.5 nm
Power	80 W@Burst 5@20 kHz	200 W@1 MHz	500 W@3 MHz
Repetition Rate	1 Hz~2 MHz		1 Hz-6 MHz
Pulse Energy	4 mJ@Burst 5@20 kHz	200 μJ	150 μJ
Power Stability	<1%(8 hours, RMS)
Pulse Duration	-15 ps	-10 ps	-10 ps
Beam Quality	TEMoo, M²≤1.3
Beam Circularity	>90%
Beam Diameter	-3 mm
Burst Mode	5~6
Dimensions	800364140 mm³	800420139.5 mm³	980560153 mm³
Trigger Mode	PSO、POD、Gate mode,and TTL trigger
External Power Control	0-5 V
Warm-up Time	15 min
Electrical Requirements	AC 100-240 V/50-60 Hz
Environment Humidity	<60% RH@25°C
nvironmentTemperature	22-30℃
Cooling	Water cooling

Green Picosecond Laser Specifications

Product Model	Green Picosecond Laser-532-6	Green Picosecond Laser-532-30	Green Picosecond Laser-532-90	Green Picosecond Laser-532-200
Center Wavelength	532±0.5 nm
Power	6 W@100 kHz	30 W@100 kHz	90 W@300 kHz	200 W@1 MHz
Repetition Rate	1 Hz-1 MHz		1 Hz-2 MHz
Pulse Energy	60 μJ	300 μJ	300 μJ	200 μJ
Power Stability	<1%(8 hours, RMS)
Pulse Duration	-7ps		<15ps
Beam Quality	TEMoo, M²≤1.1	TEMoo, M²≤1.2	TEMoo, M²≤1.3
Beam Circularity	>90%
Beam Diameter	~1.5mm		~2mm
Burst Mode	1-5
Dimensions	600288132.5 mm³	800364140 mm³	800420139.5 mm³	980560153 mm³
Trigger Mode	PSO、POD、Gate mode,and TTL trigger
External Power Control	0-5 V
Warm-up Time	15 min
Electrical Requirements	AC 100-240 V/50-60 Hz
Environment Humidity	<60% RH@25°C
nvironmentTemperature	22-30℃
Cooling	Water cooling

UV Picosecond Laser Specifications

Product Model	UV Picosecond Laser-355-5	UV Picosecond Laser–355-20	UV Picosecond Laser–355-30	UV Picosecond Laser–355-60	UV Picosecond Laser–355-100
Center Wavelength	355士0.5 nm
Power	5 W@300 kHz	20 W@1 MHz	30 W@1 MHz	60 W@1 MHz	100 W @3 MHz
Repetition Rate	1 Hz~2 MHz		1 Hz~6 MHz
Pulse Energy	15 μJ		60-100 μJ		30 uJ
Power Stability	<1%(8 hours, RMS)
Pulse Duration	~7 ps
Beam Quality	TEMoo, M²≤1.2		TEMoo, M²≤1.3
Beam Circularity	>90%
Beam Diameter	~2mm		~3mm
Dimensions	600288132.5 mm³	800332132.5 mm³	800364140 mm³		980560153 mm³
Trigger Mode	PSO、POD、Gate mode,and TTL trigger
External Power Control	0-5 V
Warm-up Time	15 min
Electrical Requirements	AC 100-240 V/50-60 Hz
Environment Humidity	<60% RH@25°C
nvironmentTemperature	22-30℃
Cooling	Water cooling

Product Description

The high-power picosecond laser adopts a hybrid amplification technology combining fiber and solid-state lasers. The product series includes 500 W IR picosecond lasers, 200 W green picosecond lasers, and 100 W UV picosecond lasers. The system features an integrated design of optics, mechanics, and electronic control, offering a simple and compact structure.

The laser achieves an adjustable repetition frequency from 1 Hz to 6 MHz, with high single-pulse energy (>1 mJ) and pulse train energy (>4 mJ) output. This allows users to easily adjust the laser’s operating frequency, output power, or pulse energy.

The product is controlled via a host computer software, providing intuitive and user-friendly operation. Designed for industrial use, it has been tested under 7×24 hours of industrial field conditions.