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Solid picosecond laser

Release time:

2024-11-22

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Laser Model	ALLOY-HW-30PIR	ALLOY-HW-50PIR	ALLOY-HW-70PIR
Wavelength	1064	1064	1064
Output average power	>30W@100KHz	>50W@50KHz 4Burst	>70W@500KHz
Maximum single pulse energy	> 300μJ @ 100KHz	>1mJ@50KHz 4Burst	> 140μJ @ 500KHz
pulse repetition frequency	100KHz-2MHz	50KHz-2MHz	500KHz-2MHz
Pulse width	<12ps	<15ps	<15ps
Average power stability (12 hours)	<2	<2	<2
spatial pattern	TEM00(M2<1.3)	TEM00(M2<1.3)	TEM00(M2<1.3)
spot roundness	>90	>90	>90
Outlet spot size	2±0.5	2±0.5	2±0.5
beam divergence angle	<2.5	<2.5	<2.5
spot pointing stability	<50	<50	<50
degree of polarization	> 100:1 Vertical	> 100:1 Vertical	> 100:1 Vertical
Preheating time	<30	<30	<30
Use ambient temperature	15 ℃-30 ℃	15 ℃-30 ℃	15 ℃-30 ℃
Use ambient humidity	20 to 80 non-condensing	20 to 80 non-condensing	20 to 80 non-condensing
Cooling mode	Water	Water	Water
Supply voltage	220V	220V	220V
Communication Protocol	RS232	RS232	RS232
Volume	745mmx375mmx130mm	745mmx375mmx130mm	745mmx375mmx130mm
Weight	35KG	35KG	35KG

Laser Model	ALLOY-HW-30PGR	ALLOY-HW-60PGR
Wavelength	532	532
Output average power	>30W@500KHz	>60W@1000KHz
Maximum single pulse energy	> 60μJ @ 500KHz	> 100μJ @ 600KHz
pulse repetition frequency	100KHz-2MHz	600KHz-2MHz
Pulse width	<10ps	<10ps
Average power stability (12 hours)	<2	<2
spatial pattern	TEM00 (M2<1.3)	TEM00 (M2<1.3)
spot roundness	>90	>90
Outlet spot size (6 times expanded beam)	2±0.5	1.5±0.5
beam divergence angle	<1.5	<1.5
spot pointing stability	<50	<50
degree of polarization	>100:1 Vertical	> 100:1 Vertical
Preheating time	<30	<30
Use ambient temperature	15 ℃-30 ℃	15 ℃-30 ℃
Use ambient humidity	20 to 80 non-condensing	20 to 80 non-condensing
Cooling mode	Water	Water
Supply voltage	220V	220V
Communication Protocol	RS232	RS232
Volume	745mmx375mmx130mm	745mmx375mmx130mm
Weight	35KG	35KG

Laser Model	ALLOY-HW-05PUV	ALLOY-HW-15PUV	ALLOY-HW-30PUV
Wavelength	355	355	355
Output average power	>5W@300KHz	>15W@1MHz	>30W@1MHz
Maximum single pulse energy	>30uJ@300KHz	> 15μJ @ 1MHz	> 60μJ @ 500KHz
pulse repetition frequency	300KHz-2MHz	500KHz-2MHz	500KHz-2MHz
Pulse width	<12ps	<12ps	<12ps
Average power stability (12 hours)	<2	<2	<2
spatial pattern	TEM00(M2<1.3)	TEM00 (M2<1.3)	TEM00(M2<1.3)
spot roundness	>90	>90	>90
Outlet spot size (6 times expanded beam)	2±0.5	2±0.5	2±0.5
beam divergence angle	<1.5	<1.5	<1.5
spot pointing stability	<20	<20	<20
degree of polarization	> 100:1 Vertical	> 100:1 Vertical	>100:1 Vertical
Preheating time	<30	<30	<30
Use ambient temperature	15 ℃-30 ℃	15 ℃-30 ℃	15 ℃-30 ℃
Use ambient humidity	20 to 80 non-condensing	20 to 80 non-condensing	20 to 80 non-condensing
Cooling mode	Water	Water	Water
Supply voltage	220V	220V/110V	220V
Communication Protocol	RS232	RS232	RS232
Volume	745mmx375mmx130mm	745mmx375mmx130mm	745mmx375mmx130mm
Weight	35KG	35KG	35KG

A solid picosecond laser is a highly advanced and precise laser technology. It emits extremely short pulses of light in the picosecond range. The unique characteristics of this laser make it highly valuable in various fields. In the field of materials processing, the solid picosecond laser offers exceptional precision and minimal heat-affected zones. It can be used for micromachining, such as drilling tiny holes or cutting intricate patterns with high accuracy. In the medical field, it is utilized in applications like laser surgery, especially for delicate procedures where precise tissue ablation is required. The short pulse duration of the solid picosecond laser helps to minimize damage to surrounding healthy tissues. It also finds applications in scientific research, spectroscopy, and imaging. The ability to generate short pulses allows for time-resolved studies and high-resolution imaging. The performance of a solid picosecond laser depends on factors such as the laser medium, resonator design, and pulse generation technology. High-quality solid picosecond lasers are often engineered to provide stable output, high peak power, and narrow pulse widths. The development and continuous improvement of this technology have opened up new possibilities in many industries, enabling more precise and efficient processes.

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