ALLOY-30~70 watts
Product classification：Solid-state Picosecond Lasers
Product classification：ALLOY Series
Product features:
One-piece design for easy integration
Long life seed source, good beam quality
High quality alloy cavity, strong mechanical stability
Repetition frequency 100K-2MH adjustable
Rs232 remote control
External TTL and PWM control
Meet 7x 24 hours work
Product overview
The ALLOY series picosecond UV lasers can provide up to 30 watts of out-of -355 laser light at 500KHZ with a pulse width of less than 15 picoseconds. TOOL series picosecond infrared laser has the characteristics of high working frequency, narrow pulse width, high peak power and high single pulse energy. It is suitable for high-precision laser processing (processing of hard and brittle materials such as glass, sapphire, OLED and ceramics). ALLOY series picosecond ultraviolet laser adopts long-life seed source and high mechanical stability amplification module, which can meet 7x 24 hours uninterrupted industrial application. The structure adopts integrated photoelectric design and the laser volume is smaller, safe and convenient use, coupled with no adjustment frame manufacturing process, laser performance is more reliable, long-term stable operation.
- Product Description
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- Commodity name: ALLOY-30~70 watts
- 产品特点: <p>One-piece design for easy integration</p> <p>Long life seed source, good beam quality</p> <p>High quality alloy cavity, strong mechanical stability</p> <p>Repetition frequency 100K-2MH adjustable</p> <p>Rs232 remote control</p> <p>External TTL and PWM control</p> <p>Meet 7x 24 hours work</p>
The ALLOY series picosecond UV lasers can provide up to 30 watts of out-of -355 laser light at 500KHZ with a pulse width of less than 15 picoseconds. TOOL series picosecond infrared laser has the characteristics of high working frequency, narrow pulse width, high peak power and high single pulse energy. It is suitable for high-precision laser processing (processing of hard and brittle materials such as glass, sapphire, OLED and ceramics). ALLOY series picosecond ultraviolet laser adopts long-life seed source and high mechanical stability amplification module, which can meet 7x 24 hours uninterrupted industrial application. The structure adopts integrated photoelectric design and the laser volume is smaller, safe and convenient use, coupled with no adjustment frame manufacturing process, laser performance is more reliable, long-term stable operation.
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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902, Building 3, Baolong Specialized Special New Industrial Park, No. 20 Nantong Avenue, Baolong Street, Longgang District, Shenzhen