High-Power Picosecond Lasers: 500W, 200W, and 100W Options
Description & Introduction
The high-power picosecond laser utilizes a hybrid amplification technology that combines both fiber and solid-state laser technologies. The product lineup covers 500W infrared (IR) picosecond lasers, 200W green picosecond lasers, and 100W ultraviolet (UV) picosecond lasers. The system integrates optics, mechanical structure, and electronic control into a compact and streamlined design, ensuring both simplicity and reliability.
This laser system supports a wide repetition rate range from 1 Hz to 6 MHz, delivering high single-pulse energy exceeding 1 mJ and pulse train energy above 4 mJ. Users can easily configure the repetition frequency, output power, and pulse energy to meet diverse application needs.
The laser is operated through dedicated host computer software, offering an intuitive interface and user-friendly controls. Specifically designed for industrial applications, the system has undergone extensive 7x24-hour reliability testing in demanding industrial environments, ensuring stable and consistent performance in long-term production settings.
Advantages
- Seed lifetime: >20,000 hours
- Power: >500 W @ IR, >200 W @ green, >100 W @ UV
- Pulse energy: single pulse >1 m」, burst mode >4mJ@ Burst 5
- Pulse duration: ~10 ps @ lR, ~7 ps @ green, <7 ps @ UV
- Beam quality: M²≤1.3; Beam circularity:>90% (both near and far fields)
- Burst mode output with programmable burst shape
- Pulse-on-demand (POD), position synchronized output (PSO) and gating signal (GATE) triggering with power extemal control (PEC)
- A compact footprint benefiting from the optical-mechanical-electrical integrated design
Product Pictures
IR Picosecond Laser
Green Picosecond Laser
UV Picosecond Laser
Specifications
| IR 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 | 600*288*132.5 mm³ | 800*332*132.5 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 | |
| Beam Quality | TEMoo, M²≤1.3 | ||
| Beam Circularity | >90% | ||
| Beam Diameter | -3 mm | ||
| Burst Mode | 5~6 | ||
| Dimensions | 800*364*140 mm³ | 800*420*139.5 mm³ | 980*560*153 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 | ||||
| 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 | 600*288*132.5 mm³ | 800*364*140 mm³ | 800*420*139.5 mm³ | 980*560*153 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 | |||||
| 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 | 600*288*132.5 mm³ | 800*332*132.5 mm³ | 800*364*140 mm³ | 980*560*153 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 | ||||
