Overview
527nm YLF
Nanosecond Lasers
TEM00 pulse energy: 35 mJ at 1 kHz, 527 nm.
Photonics Industries’ DX Nd:YLF Series nanosecond lasers combine high pulse energies (up to 35 mJ) with a simple, rugged, and efficient form factor, all from one fully independent laser resonator. Dual Head configurations can go up to 70 mJ. The DX Nd:YLF Series uniquely fulfills both criteria of beam spatial mode TEM00 (M2 < 1.2) while achieving high millijoule-level pulse energies, enabling scientific applications for ultrafast pumping amplifiers or industrial applications such as in diamond microprocessing.
527nm YLF
Nanosecond Lasers
TEM00 pulse energy: 35 mJ at 1 kHz, 527 nm.
Beam and output specifications | DX-527-25 | DX-527-35 | |
---|---|---|---|
Wavelength | 527 nm | ||
Average Power | 3 kHz | 38 W | 50 W |
1 kHz | 25 mJ | 35 mJ | |
Pulse width | ~90 ns at 1 kHz | ~100 ns at 1 kHz | |
Pulse repetition rate | Single shot to 10 kHz | ||
Pulse-to-pulse stability | <1% rms | ||
Long-term power stability | <0.5% rms | ||
Beam spatial mode | TEM₀₀ M² <1.2 | ||
Beam pointing stability | <25 urad | ||
Beam divergence | 2 mrad ±15% | ||
Beam diameter at exit | ~1 mm | ||
Polarization ratio | Vertical; 100:1 | ||
Operational specifications and system characteristics | |||
Interface | RS232, Ethernet, Software GUI, External TTL Triggering | ||
Warm-up time | < 5 minutes from standby, or cold start | ||
Electrical requirement | 100-240 V AC | ||
Line frequency | 50-60 Hz | ||
Ambient temperature | Ambient 15°C to 30°C (59°F to 86°F) Operating Range, Relative Humidity 90% Max., non-condensing | ||
Laser head Dimensions (LxWxH) | 26 x 6.5 x 4.23 in | ||
Power supply Dimensions (LxWxH) | 15 x 10.2 x 3.5 in | ||
Cooling system | Water-cooled |
â–Ş High pulse energy TEM00 nanosecond laser Up to 35 mJ, Green.
â–Ş Two fully independent lasers, integrated into a Dual Head configuration available Contact us Up to 70 mJ, Green.
â–Ş Exceptional repetition rate control: Single shot up to 10 kHz.
â–Ş Multimode beam option available (see DM Series brochure).