FORMULA Ultra-Series UV Lasers / Industrial High-Power Full-Range Nanosecond Lasers
Third-generation high-power FORMULA lasers deeply optimize the platform, retaining M²<1.2 while improving high-rate power for broader applications/efficiency. TTL/PWM control uses internal-software PWF or duty cycle to adjust output. FORMULA Ultra's AOC intracavity doubling is described as giving the highest conversion efficiency among comparable solid-state UV lasers. Power spans 30–50W, reaching 55W, for most nanosecond UV needs. IP65 water/dust protection handles extremes and heat/humidity condensation. Intelligent crystal-position switching and gas cleaning/filtration keep cavity optics clean for long life. Built-in power detection and one-click optimization maintain stability. Compact optoelectronic integration, beam quality, broad frequency range, flexible control and power coverage suit precision micromachining, on-the-fly marking and FPC/PCB cutting.
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Overview
Specifications
| Parameter | Value |
|---|---|
| Wavelength | 355 nm |
| Repetition Frequency Range | 50-300 kHz |
| Pulse Width | <17 ns |
| Beam Quality M² | <1.2 |
| Spot Circularity | >90 % |
| Divergence Angle | <2 mRad |
| Pointing Stability | <20 μrad/°C |
| Polarization Ratio | 100:1 Linear,Horizontal |
| Pulse Stability [RMS] | <3 % |
| Average Power Stability [over 12 hours] | <3 % |
| Cold-Start Warm-Up | <40 mins. |
| Standby Warm-Up | <10 mins. |
| Ambient Temperature | 5-40°C |
| Ambient Humidity [Non-condensing] | 20 to 80,Non-condensing |
| Storage Temperature | -20 to 50 °C |
| Storage Humidity [Non-condensing] | 20 to 80,Non-condensing |
| Communication Protocol | RS232 |
| Cooling Method | Water |
| Weight | 21 kg |
| Average Power [FORMULA Ultra 355; configuration: 30W-50K; @50KHz] | >30W@50KHz |
| Pulse Energy [FORMULA Ultra 355; configuration: 30W-50K] | >600 μJ |
| Specified Frequency [FORMULA Ultra 355; configuration: 30W-50K] | 50 kHz |
| Beam Diameter [FORMULA Ultra 355; configuration: 30W-50K] | ~0.7 mm |
| Power Requirements (VDC/Watts) [FORMULA Ultra 355; configuration: 30W-50K] | 24/600 |
| Average Power Consumption [FORMULA Ultra 355; configuration: 30W-50K] | <310 W |
| Average Power [FORMULA Ultra 355; configuration: 40W-60K; @60KHz] | >40W@60KHz |
| Pulse Energy [FORMULA Ultra 355; configuration: 40W-60K] | >660 μJ |
| Specified Frequency [FORMULA Ultra 355; configuration: 40W-60K] | 60 kHz |
| Beam Diameter [FORMULA Ultra 355; configuration: 40W-60K] | ~0.9 mm |
| Power Requirements (VDC/Watts) [FORMULA Ultra 355; configuration: 40W-60K] | 24/1000 |
| Average Power Consumption [FORMULA Ultra 355; configuration: 40W-60K] | <350 W |
| Average Power [FORMULA Ultra 355; configuration: 50W-60K; @60KHz] | >50W@60KHz |
| Pulse Energy [FORMULA Ultra 355; configuration: 50W-60K] | >830 μJ |
| Specified Frequency [FORMULA Ultra 355; configuration: 50W-60K] | 60 kHz |
| Beam Diameter [FORMULA Ultra 355; configuration: 50W-60K] | ~0.9 mm |
| Power Requirements (VDC/Watts) [FORMULA Ultra 355; configuration: 50W-60K] | 24/1000 |
| Average Power Consumption [FORMULA Ultra 355; configuration: 50W-60K] | <410 W |
Applications
Key Features
Datasheet
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Supplier Information
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