Overview
Photonics Industries’ DC Series Nd:YLF Nanosecond Lasers combine ideal mJ pulse energy levels with high kHz repetition rates (single shot to 10 kHz), while maintaining short pulse widths, all within a compact, air-cooled form factor.
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DC Series
Photonics Industries’ DC Series Nd:YLF nanosecond lasers are the result of over 30 years of innovation and refinement, starting with the very first laser we built. This groundbreaking product laid the foundation for our patented intracavity harmonic generation technology, which revolutionized the industry with superior harmonic conversion efficiency, exceptional beam quality, and unparalleled beam pointing stability in a compact, simple design.
Delivering pulse energies up to 1.5 mJ, repetition rates from single shot to 10 kHz, and low pulse widths, all in a lightweight, air-cooled form factor, the DC Series has been perfected to meet the most demanding industrial applications. Its reliability and long-term stability make it a trusted tool for precision manufacturing, embodying our legacy of pioneering laser technology.
Specification
Specifications – DC Series
| Specifications – DC Series | |||
|---|---|---|---|
| DC50-527 | DC100-527 | DC150-527 | |
| Wavelength | 527nm | ||
| Average Power @ 3kHz | 1W | 2W | 3W |
| Pulse Energy @ 1kHz | ~500µJ | ~1mJ | ~1.5mJ |
| Pulse Width @ 1kHz | ~30ns | ||
| Pulse Repetition Rate | Single shot to 10 kHz | ||
| Pulse-to-Pulse Stability | <3% rms | ||
| Long-Term Power Stability | <2% rms | ||
| Beam Spatial Mode & M² | TEM₀₀ – M² ≤ 1.2 | ||
| Beam Divergence (nominal) | < 2 mrad | ||
| Beam Diameter at Exit (nominal) | ~ 0.4mm | ~0.7mm | |
| Beam Roundness | >85% | ||
| Beam Pointing Stability | <25 µrad | ||
| Polarization Ratio | Vertical; >100:1 | ||
| Operational Specifications and Characteristics | |||
| Interface | RS232, Ethernet, Software GUI, External TTL Triggering | ||
| Warm-up Time | < 5 minutes from standby, <10 minutes from cold start | ||
| Electrical Requirement | 100-240 V AC – 15 V DC, 13.4 A [PSU Included] | ||
| Line Frequency | 50-60 Hz | ||
| Power Consumption | ~50W | ~130W | |
| Dimensions | 8.5 x 4 x 5 in | 11 x 5 x 5 in | |
| Weight | ~6 lbs (~2.7 kg) | ~15.5 lbs (~7 kg) | |
| Environmental Requirements | |||
| Ambient Temperature | 15°C to 30°C (59°F to 86°F) Operating Range | ||
| Relative Humidity | 0% to 80% max, non-condensing | ||
| Storage Conditions | -10°C to 40°C, sea level to 12000 m | ||
| Cooling System | Air-Cooled | ||
| DC50-351 | DC100-351 | DC150-351 | |
|---|---|---|---|
| Wavelength | 351nm | 351nm | 351nm |
| Average Power @ 3kHz | 0.5W | 1W | 1.5W |
| Pulse Energy @ 1kHz | ~250µJ | ~500µJ | ~1mJ |
| Pulse Width @ 1kHz | ~30ns | ~30ns | ~30ns |
| Pulse repetition rate | Single shot to 10 kHz | ||
| Pulse-to-pulse stability1 | <3% rms | ||
| Long-term power stability2 | <2% rms | ||
| Beam spatial mode & M2 | TEM00 – M2 ≤ 1.1 | ||
| Beam divergence (nominal) | < 2 mrad | ||
| Beam diameter at exit (nominal) | ~ 0.4mm | ~ 0.4mm | ~ 0.5mm |
| Beam roundness | >85% | ||
| Beam pointing stability | <25 µrad | ||
| Polarization ratio | Horizontal; >100:1 | ||
| Operational Specifications and Characteristics | |||
| Interface | RS232, Ethernet, Software GUI, External TTL Triggering | ||
| Warm-up time | < 5 minutes from standby, <10 minutes from cold start | ||
| Electrical requirement | 100-240 V AC – 15 V DC, 13.4 A [PSU Included] | ||
| Line frequency | 50-60 Hz | ||
| Power consumption | ~50W | ~50W | ~130W |
| Dimensions | 8.5 x 4 x 5 in | 8.5 x 4 x 5 in | 11 x 5 x 5 in |
| Weight | ~6 lbs [~2.7 kg] | ~6 lbs [~2.7 kg] | ~15.5 lbs [~7 kg] |
| Environmental Requirements | |||
| Ambient temperature | Ambient 15°C to 30°C (59°F to 86°F) Operating Range | ||
| Relative humidity | 0% to 80% max, non-condensing | ||
| Storage conditions | -10°C to 40°C; sea level to 12000 m | ||
| Cooling system3 | Air-Cooled | ||
Key Feature
- Up to ~1.5mJ Pulse Energy at 1 kHz .
- True TEM00 Output .
- Short Pulse Widths .
- Air-cooled with Radiator Cooled Option .
- Robust & Compact Form Factor .
- Dynamic Pulse Energy Control – PEC .
- Position Synchronized Output – PSO .
- Power Monitoring and Self-Calibration .
Applications
- Laser Cutting, drilling, welding, and marking .
- Flat panel display repair (LCD/LED/OLED) and laser-assisted chemical vapor deposition (LACVD).
- Flexible printed circuit boards (FPCB), printed circuit boards (PCB), and liquid crystal polymer (LCP) microprocessing.Â
- Stereolithography (SLA), rapid prototyping 3D printing systems, and UV laser 3D printing.Â
- Mass spectrometry and MALDI systems.
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