| 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 | ||
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.
Product Pictures
IR picosecond lasers Green picosecond lasers UV picosecond lasers
Product Applications
