The Hercules 80 series ultrafast lasers deliver outstanding performance tailored to both scientific research and industral applicationsThese lasers are available at three key wavelengths 1030 nm, 515 mm. and 343 nmoerine fexibility to meet the demands of various fields, from precision microfabrication to advanced spectroscopy.
Combining high average power output of up to 80 W with an exceptionally wide repetition rate range from 1 Hz to 2 MHz, the Herculesseries ensures both throughput and operational versatility. With pulse durations under 600 femtoseconds, users benefit from enhanced temporal resolution and precision in time-sensitive processes
The laser beam maintains a high-quality TEMo mode with over 90% beam circulanity, providing uniform, stable output that improvesboth experimental reliability and processing results. For applications requiing more complex control, burst mode operation is supported,enabling advanced modulation of pulse trains.
Designed with a compact footprint and integrated water-cooling, the Hercules lasers offer themmal stability and long-temm operationalreliability under high power. ultiple trigger options and linear external power control allow for seamless integration into existingsysteins and precise control over laser output
Altogether, the fercules series stands out as a robust and etlicrent utratast laser platform-otering the pertect balance of powerprecision, and adaptability.
Product Model | Hercules-1030-50 | Hercules-1030-80 | Hercules-515-30 | Hercules-515-80 | Hercules-343-30 |
Center Wavelength | 1030±5 nm | 1030±5 nm | 515±3 nm | 515±3 nm | 343±1 nm |
Power | 50 W@200 kHz | 80 W@200 kHz | 30 W@200 kHz | 80 W@200 kHz | 30 W@1 MHz |
Repetition Rate | 1 Hz~2 MHz | 1 Hz~2 MHz | 1 Hz~2 MHz | 1 Hz~2 MHz | 1 Hz~2 MHz |
Pulse Energy | 250 μJ | 400 μJ | 150 μJ | 400 μJ | 30 μJ |
Power Stability | <1.0%(8 hours, RMS) | <1.0%(8 hours, RMS) | <1.5%(8 hours, RMS) | <1.5%(8 hours, RMS) | <2.0%(8 hours, RMS) |
Pulse Duration | <600 fs | <600 fs | <500 fs | <550 fs | <500 fs |
Beam Quality | TEM₀₀, M²≤1.3 | TEM₀₀, M²≤1.3 | TEM₀₀, M²≤1.3 | TEM₀₀, M²≤1.3 | TEM₀₀, M²≤1.3 |
Beam Circularity | >90% | >90% | >90% | >90% | >85% |
Beam Diameter | 2.5±0.5 mm | 2.5±0.5 mm | 2.0±0.5 mm | 2.5±0.5 mm | 2.5±0.5 mm |
Burst Mode | 1~10 | 1~10 | 1~3 | 1~3 | 1 |
Dimensions | 800*432*149 mm3 | 800*432*149 mm3 | 800*432*149 mm3 | 800*432*149 mm3 | 800*432*149 mm3 |
Trigger Mode | PSO/POD/Gate mode, and TTL trigger |
PSO/POD/Gate mode, and TTL trigger |
PSO/POD/Gate mode, and TTL trigger |
PSO/POD/Gate mode, and TTL trigger |
PSO/POD/Gate mode, and TTL trigger |
External Power Control |
0~5 V, linear control | 0~5 V, linear control | 0~5 V, linear control | 0~5 V, linear control | 0~5 V, linear control |
Warm-up Time | ≤15 min | ≤15 min | ≤15 min | ≤15 min | ≤15 min |
Electrical Requirements |
AC 100~240 V/50~60 Hz | AC 100~240 V/50~60 Hz | AC 100~240 V/50~60 Hz | AC 100~240 V/50~60 Hz | AC 100~240 V/50~60 Hz |
Environment Humidity | <60% RH@25 ℃ | <60% RH@25 ℃ | <60% RH@25 ℃ | <60% RH@25 ℃ | <60% RH@25 ℃ |
Environment Temperature |
22~30 ℃ | 22~30 ℃ | 22~30 ℃ | 22~30 ℃ | 22~30 ℃ |
Cooling | Water circulation cooling | Water circulation cooling | Water circulation cooling | Water circulation cooling | Water circulation cooling |