SUB-NANOSECOND

SL-MAGNA-I SL-MAGNA-S SL-MAGNA-II SL-MAGNA-III SL-MAGNA-EVO-I SL-MAGNA-EVO-II SL-MAGNA-EVO-III SL-MAGNA-EVO-S
MAGNA Series:
Based on the patented resonator design of the picolo series and the industry-proof amplifier design of the SpitLight family, the MAGNA platform creates sub-nanosecond pulses with up to 2 Joule pulse energy, with a peak power of 4 Gigawatt
Customized amplifier designs are also available Based on the patented resonator design of the picolo series and the industry-proof amplifier design of the SpitLight family, the MAGNA platform creates sub-nanosecond pulses with up to 2 Joule pulse energy, with a peak power of 4 Gigawatt
Customized amplifier designs are also available Based on the patented resonator design of the picolo series and the industry-proof amplifier design of the SpitLight family, the MAGNA platform creates sub-nanosecond pulses with up to 2 Joule pulse energy, with a peak power of 4 Gigawatt
Customized amplifier designs are also available Based on the patented resonator design of the picolo series and the industry-proof amplifier design of the SpitLight family, the MAGNA platform creates sub-nanosecond pulses with up to 2 Joule pulse energy, with a peak power of 4 Gigawatt
Customized amplifier designs are also available Based on the patented resonator design of the picolo series and the industry-proof amplifier design of the SpitLight family, the MAGNA platform creates sub-nanosecond pulses with up to 30 W output power, and up to 1kHz pulse frequency
Customized amplifier designs and a broad range of options are available Based on the patented resonator design of the picolo series and the industry-proof amplifier design of the SpitLight family, the MAGNA platform creates sub-nanosecond pulses with up to 30 W output power, and up to 1kHz pulse frequency
Customized amplifier designs and a broad range of options are available Based on the patented resonator design of the picolo series and the industry-proof amplifier design of the SpitLight family, the MAGNA platform creates sub-nanosecond pulses with up to 30 W output power, and up to 1kHz pulse frequency
Customized amplifier designs and a broad range of options are available Based on the patented resonator design of the picolo series and the industry-proof amplifier design of the SpitLight family, the MAGNA platform creates sub-nanosecond pulses with up to 30 W output power, and up to 1kHz pulse frequency
Customized amplifier designs and a broad range of options are available
SL-MAGNA-I SL-MAGNA-S SL-MAGNA-II SL-MAGNA-III SL-MAGNA-EVO-I SL-MAGNA-EVO-II SL-MAGNA-EVO-III SL-MAGNA-EVO-S

Product Data

Available Repetition Rate:
10 Hz 20 Hz
Model
SL-MAGNA_I-10HZ
Laser Parameters
Repetition Rate
10 Hz
Energy
Pulse Energy @ 1064 nm
> 400 mJ
Pulse Energy @ 532 nm
> 240 mJ
Pulse Energy @ 355 nm
> 100 mJ
Pulse Energy @ 266 nm
> 30 mJ
Pulse Energy @ 213 nm
> 6 mJ
Energy Stability @ 1064 nm (RMS)
< 1,2 %
Energy Stability @ 532 nm (RMS)
< 1,6 %
Energy Stability @ 355 nm (RMS)
< 2,5 %
Beam Parameters
Pulse Width @ 1064 nm
< 600 ps
Pulse Width @ 532 nm
< 500 ps
Pulse Width @ 355 nm
< 500 ps
Pulse Width @ 266 nm
< 500 ps
Pulse Width @ 213 nm
< 500 ps
Divergence
< 0,5 mrad
Pointing Stability
< ± 50 µrad
Beam Diameter
~ 6 mm
Temporal Jitter
< ± 400 ps
Operating Parameters
Warranted Lifetime
> 40,000,000 shots
Electrical Supply
230 VAC; 50 Hz; 2,5 kW
Cooling Water
8 l/min; 2-6 bar; < 15°C
Weights
Laser Head
30 kg
Power Supply
70 kg
Model
SL-MAGNA_I-20HZ
Laser Parameters
Repetition Rate
20 Hz
Energy
Pulse Energy @ 1064 nm
> 350 mJ
Pulse Energy @ 532 nm
> 160 mJ
Pulse Energy @ 355 nm
> 80 mJ
Beam Parameters
Pulse Width @ 1064 nm
< 600 ps
Pulse Width @ 532 nm
< 500 ps
Pulse Width @ 355 nm
< 500 ps
Pulse Width @ 266 nm
< 500 ps
Pulse Width @ 213 nm
< 500 ps
Divergence
< 0,5 mrad
Pointing Stability
< ± 50 µrad
Beam Diameter
~ 6 mm
Temporal Jitter
< ± 400 ps
Operating Parameters
Warranted Lifetime
> 40,000,000 shots
Electrical Supply
230 VAC; 50 Hz; 2,5 kW
Cooling Water
8 l/min; 2-6 bar; < 15°C
Weights
Laser Head
30 kg
Power Supply
70 kg
Available Repetition Rate:
10 Hz 20 Hz
Model
SL-MAGNA_S-10HZ
Laser Parameters
Repetition Rate
10 Hz
Energy
Pulse Energy @ 1064 nm
> 100 mJ
Pulse Energy @ 532 nm
> 60 mJ
Pulse Energy @ 355 nm
> 30 mJ
Pulse Energy @ 266 nm
> 10 mJ
Pulse Energy @ 213 nm
> 3 mJ
Energy Stability @ 1064 nm (RMS)
< 1,2 %
Energy Stability @ 532 nm (RMS)
< 1,6 %
Energy Stability @ 355 nm (RMS)
< 2,5 %
Beam Parameters
Pulse Width @ 1064 nm
< 600 ps
Pulse Width @ 532 nm
< 500 ps
Pulse Width @ 355 nm
< 500 ps
Pulse Width @ 266 nm
< 500 ps
Pulse Width @ 213 nm
< 500 ps
Divergence
< 0,5 mrad
Pointing Stability
< ± 50 µrad
Beam Diameter
~ 5 mm
Temporal Jitter
< ± 400 ps
Operating Parameters
Warranted Lifetime
> 40,000,000 shots
Electrical Supply
230 VAC; 50 Hz; 2,5 kW
Cooling Water
8 l/min; 2-6 bar; < 15°C
Weights
Laser Head
30 kg
Power Supply
70 kg
Model
SL-MAGNA_S-20HZ
Laser Parameters
Repetition Rate
20 Hz
Energy
Pulse Energy @ 1064 nm
> 90 mJ
Pulse Energy @ 532 nm
> 50 mJ
Pulse Energy @ 355 nm
> 20 mJ
Beam Parameters
Pulse Width @ 1064 nm
< 600 ps
Pulse Width @ 532 nm
< 500 ps
Pulse Width @ 355 nm
< 500 ps
Pulse Width @ 266 nm
< 500 ps
Pulse Width @ 213 nm
< 500 ps
Divergence
< 0,5 mrad
Pointing Stability
< ± 50 µrad
Beam Diameter
~ 5 mm
Temporal Jitter
< ± 400 ps
Operating Parameters
Warranted Lifetime
> 40,000,000 shots
Electrical Supply
230 VAC; 50 Hz; 2,5 kW
Cooling Water
8 l/min; 2-6 bar; < 15°C
Weights
Laser Head
30 kg
Power Supply
70 kg
Available Repetition Rate:
10 Hz 20 Hz
Model
SL-MAGNA-II-10HZ
Laser Parameters
Repetition Rate
10 Hz
Energy
Pulse Energy @ 1064 nm
> 1000 mJ
Pulse Energy @ 532 nm
> 600 mJ
Pulse Energy @ 355 nm
> 300 mJ
Pulse Energy @ 266 nm
> 100 mJ
Energy Stability @ 1064 nm (RMS)
< 1,2 %
Energy Stability @ 532 nm (RMS)
< 1,6 %
Energy Stability @ 355 nm (RMS)
< 2,5 %
Beam Parameters
Pulse Width @ 1064 nm
< 600 ps
Pulse Width @ 532 nm
< 500 ps
Pulse Width @ 355 nm
< 500 ps
Pulse Width @ 266 nm
< 500 ps
Pulse Width @ 213 nm
< 500 ps
Divergence
< 0,5 mrad
Pointing Stability
< ± 50 µrad
Beam Diameter
~ 12 mm
Temporal Jitter
< ± 400 ps
Operating Parameters
Warranted Lifetime
> 40,000,000 shots
Electrical Supply
(400 ± 40) VAC; 50 Hz; 5 kW
Cooling Water
8 l/min; 2-6 bar; < 15°C
Weights
Laser Head
45 kg
Power Supply
70 kg
Model
SL-MAGNA-II-20HZ
Laser Parameters
Repetition Rate
20 Hz
Energy
Pulse Energy @ 1064 nm
> 900 mJ
Pulse Energy @ 532 nm
> 500 mJ
Pulse Energy @ 355 nm
> 200 mJ
Beam Parameters
Pulse Width @ 1064 nm
< 600 ps
Pulse Width @ 532 nm
< 500 ps
Pulse Width @ 355 nm
< 500 ps
Pulse Width @ 266 nm
< 500 ps
Pulse Width @ 213 nm
< 500 ps
Divergence
< 0,5 mrad
Pointing Stability
< ± 50 µrad
Beam Diameter
~ 12 mm
Temporal Jitter
< ± 400 ps
Operating Parameters
Warranted Lifetime
> 40,000,000 shots
Electrical Supply
(400 ± 40) VAC; 50 Hz; 5 kW
Cooling Water
8 l/min; 2-6 bar; < 15°C
Weights
Laser Head
45 kg
Power Supply
70 kg
Available Repetition Rate:
10 Hz
Model
SL-MAGNA-III-10HZ
Laser Parameters
Repetition Rate
10 Hz
Energy
Pulse Energy @ 1064 nm
> 2000 mJ
Pulse Energy @ 532 nm
> 1000 mJ
Pulse Energy @ 355 nm
> 500 mJ
Pulse Energy @ 266 nm
> 200 mJ
Energy Stability @ 1064 nm (RMS)
< 1,2 %
Energy Stability @ 532 nm (RMS)
< 1,6 %
Energy Stability @ 355 nm (RMS)
< 2,5 %
Beam Parameters
Pulse Width @ 1064 nm
< 600 ps
Pulse Width @ 532 nm
< 500 ps
Pulse Width @ 355 nm
< 500 ps
Pulse Width @ 266 nm
< 500 ps
Pulse Width @ 213 nm
< 500 ps
Divergence
< 0,5 mrad
Pointing Stability
< ± 50 µrad
Beam Diameter
~ 16 mm
Temporal Jitter
< ± 400 ps
Operating Parameters
Warranted Lifetime
> 40,000,000 shots
Electrical Supply
two, each (400 ± 40) VAC; 50 Hz; 5 kW
Cooling Water
8 l/min; 2-6 bar; < 15°C
Weights
Laser Head
65 kg
Power Supply
140 kg
Available Repetition Rate:
100 Hz 200 Hz 500 Hz
Model
SL-MAGNAEVOI-100HZ
Laser Parameters
Repetition Rate
100 Hz
Energy
Pulse Energy @ 1064 nm
> 30 mJ
Pulse Energy @ 532 nm
> 15 mJ
Pulse Energy @ 355 nm
> 10 mJ
Energy Stability @ 1064 nm (RMS)
< 1,5 %
Energy Stability @ 532 nm (RMS)
< 2,0 %
Energy Stability @ 355 nm (RMS)
< 2,5 %
Beam Parameters
Pulse Width @ 1064 nm
< 600 ps
Pulse Width @ 532 nm
< 500 ps
Pulse Width @ 355 nm
< 500 ps
Pulse Width @ 266 nm
< 500 ps
Pulse Width @ 213 nm
< 500 ps
Divergence
< 0,5 mrad
Pointing Stability
< ± 50 µrad
Beam Diameter
~ 5 mm
Temporal Jitter
< ± 400 ps
Operating Parameters
Warranted Lifetime
2 years or 4 x 10⁹ shots
Electrical Supply
208/240 VAC, 50 / 60 Hz, 2.5 kW
Cooling Water
8 l/min; 2-6 bar; < 15°C
Weights
Laser Head
40 kg
Power Supply
50 kg
Model
SL-MAGNAEVOI-200HZ
Laser Parameters
Repetition Rate
200 Hz
Energy
Pulse Energy @ 1064 nm
> 15 mJ
Pulse Energy @ 532 nm
> 8 mJ
Pulse Energy @ 355 nm
> 4 mJ
Energy Stability @ 1064 nm (RMS)
< 1,5 %
Energy Stability @ 532 nm (RMS)
< 2,0 %
Energy Stability @ 355 nm (RMS)
< 2,5 %
Beam Parameters
Pulse Width @ 1064 nm
< 600 ps
Pulse Width @ 532 nm
< 500 ps
Pulse Width @ 355 nm
< 500 ps
Pulse Width @ 266 nm
< 500 ps
Pulse Width @ 213 nm
< 500 ps
Divergence
< 0,5 mrad
Pointing Stability
< ± 50 µrad
Beam Diameter
~ 5 mm
Temporal Jitter
< ± 400 ps
Operating Parameters
Warranted Lifetime
2 years or 4 x 10⁹ shots
Electrical Supply
208/240 VAC, 50 / 60 Hz, 2.5 kW
Cooling Water
8 l/min; 2-6 bar; < 15°C
Weights
Laser Head
40 kg
Power Supply
50 kg
Model
SL-MAGNAEVOI-500HZ
Laser Parameters
Repetition Rate
500 Hz
Energy
Pulse Energy @ 1064 nm
> 10 mJ
Pulse Energy @ 532 nm
> 6 mJ
Pulse Energy @ 355 nm
> 3 mJ
Energy Stability @ 1064 nm (RMS)
< 1,5 %
Energy Stability @ 532 nm (RMS)
< 2,0 %
Energy Stability @ 355 nm (RMS)
< 2,5 %
Beam Parameters
Pulse Width @ 1064 nm
< 600 ps
Pulse Width @ 532 nm
< 500 ps
Pulse Width @ 355 nm
< 500 ps
Pulse Width @ 266 nm
< 500 ps
Pulse Width @ 213 nm
< 500 ps
Divergence
< 0,5 mrad
Pointing Stability
< ± 50 µrad
Beam Diameter
~ 5 mm
Temporal Jitter
< ± 400 ps
Operating Parameters
Warranted Lifetime
2 years or 4 x 10⁹ shots
Electrical Supply
208/240 VAC, 50 / 60 Hz, 2.5 kW
Cooling Water
8 l/min; 2-6 bar; < 15°C
Weights
Laser Head
40 kg
Power Supply
50 kg
Available Repetition Rate:
100 Hz 200 Hz
Model
SL-MAGNAEVOII-100HZ
Laser Parameters
Repetition Rate
100 Hz
Energy
Pulse Energy @ 1064 nm
> 125 mJ
Pulse Energy @ 532 nm
> 75 mJ
Pulse Energy @ 355 nm
> 40 mJ
Pulse Energy @ 266 nm
> 10 mJ
Energy Stability @ 1064 nm (RMS)
< 1,5 %
Energy Stability @ 532 nm (RMS)
< 2,0 %
Energy Stability @ 355 nm (RMS)
< 2,5 %
Beam Parameters
Pulse Width @ 1064 nm
< 600 ps
Pulse Width @ 532 nm
< 500 ps
Pulse Width @ 355 nm
< 500 ps
Pulse Width @ 266 nm
< 500 ps
Pulse Width @ 213 nm
< 500 ps
Divergence
< 0,5 mrad
Pointing Stability
< ± 50 µrad
Beam Diameter
~ 7 mm
Temporal Jitter
< ± 400 ps
Operating Parameters
Warranted Lifetime
2 years or 4 x 10⁹ shots
Electrical Supply
208/240 VAC, 50 / 60 Hz, 2.5 kW
Cooling Water
8 l/min; 2-6 bar; < 15°C
Weights
Laser Head
65 kg
Power Supply
140 kg
Model
SL-MAGNAEVOII-200HZ
Laser Parameters
Repetition Rate
200 Hz
Energy
Pulse Energy @ 1064 nm
> 75 mJ
Pulse Energy @ 532 nm
> 40 mJ
Pulse Energy @ 355 nm
> 20 mJ
Pulse Energy @ 266 nm
> 5 mJ
Energy Stability @ 1064 nm (RMS)
< 1,5 %
Energy Stability @ 532 nm (RMS)
< 2,0 %
Energy Stability @ 355 nm (RMS)
< 2,5 %
Beam Parameters
Pulse Width @ 1064 nm
< 600 ps
Pulse Width @ 532 nm
< 500 ps
Pulse Width @ 355 nm
< 500 ps
Pulse Width @ 266 nm
< 500 ps
Pulse Width @ 213 nm
< 500 ps
Divergence
< 0,5 mrad
Pointing Stability
< ± 50 µrad
Beam Diameter
~ 7 mm
Temporal Jitter
< ± 400 ps
Operating Parameters
Warranted Lifetime
2 years or 4 x 10⁹ shots
Electrical Supply
208/240 VAC, 50 / 60 Hz, 2.5 kW
Cooling Water
8 l/min; 2-6 bar; < 15°C
Weights
Laser Head
40 kg
Power Supply
50 kg
Available Repetition Rate:
100 Hz 200 Hz
Model
SL-MAGNAEVOIII-100HZ
Laser Parameters
Repetition Rate
100 Hz
Energy
Pulse Energy @ 1064 nm
> 250 mJ
Pulse Energy @ 532 nm
> 150 mJ
Pulse Energy @ 355 nm
> 80 mJ
Pulse Energy @ 266 nm
> 20 mJ
Energy Stability @ 1064 nm (RMS)
< 1,5 %
Energy Stability @ 532 nm (RMS)
< 2,0 %
Energy Stability @ 355 nm (RMS)
< 2,5 %
Beam Parameters
Pulse Width @ 1064 nm
< 600 ps
Pulse Width @ 532 nm
< 500 ps
Pulse Width @ 355 nm
< 500 ps
Pulse Width @ 266 nm
< 500 ps
Pulse Width @ 213 nm
< 500 ps
Divergence
< 0,5 mrad
Pointing Stability
< ± 50 µrad
Beam Diameter
~ 8 mm
Temporal Jitter
< ± 400 ps
Operating Parameters
Warranted Lifetime
2 years or 4 x 10⁹ shots
Electrical Supply
208/240 VAC, 50 / 60 Hz, 2.5 kW
Cooling Water
8 l/min; 2-6 bar; < 15°C
Weights
Laser Head
65 kg
Power Supply
140 kg
Model
SL-MAGNAEVOIII-200HZ
Laser Parameters
Repetition Rate
200 Hz
Energy
Pulse Energy @ 1064 nm
> 125 mJ
Pulse Energy @ 532 nm
> 75 mJ
Pulse Energy @ 355 nm
> 40 mJ
Pulse Energy @ 266 nm
> 10 mJ
Energy Stability @ 1064 nm (RMS)
< 1,5 %
Energy Stability @ 532 nm (RMS)
< 2,0 %
Energy Stability @ 355 nm (RMS)
< 2,5 %
Beam Parameters
Pulse Width @ 1064 nm
< 600 ps
Pulse Width @ 532 nm
< 500 ps
Pulse Width @ 355 nm
< 500 ps
Pulse Width @ 266 nm
< 500 ps
Pulse Width @ 213 nm
< 500 ps
Divergence
< 0,5 mrad
Pointing Stability
< ± 50 µrad
Beam Diameter
~ 8 mm
Temporal Jitter
< ± 400 ps
Operating Parameters
Warranted Lifetime
2 years or 4 x 10⁹ shots
Electrical Supply
208/240 VAC, 50 / 60 Hz, 2.5 kW
Cooling Water
8 l/min; 2-6 bar; < 15°C
Weights
Laser Head
40 kg
Power Supply
50 kg
Available Repetition Rate:
1000 Hz 2000 Hz 100 Hz 500 Hz
Model
SL-MAGNAEVOS-1KHZ
Laser Parameters
Repetition Rate
1000 Hz
Energy
Pulse Energy @ 1064 nm
> 5 mJ
Pulse Energy @ 532 nm
> 3 mJ
Pulse Energy @ 355 nm
> 1 mJ
Pulse Energy @ 266 nm
> 0.8 mJ
Energy Stability @ 1064 nm (RMS)
< 2 %
Energy Stability @ 532 nm (RMS)
< 3 %
Energy Stability @ 355 nm (RMS)
< 3 %
Beam Parameters
Pulse Width @ 1064 nm
< 600 ps
Pulse Width @ 532 nm
< 500 ps
Pulse Width @ 355 nm
< 500 ps
Pulse Width @ 266 nm
< 500 ps
Pulse Width @ 213 nm
< 500 ps
Divergence
< 0,5 mrad
Pointing Stability
< ± 50 µrad
Beam Diameter
~ 2 mm @ 1064 nm
Temporal Jitter
< ± 400 ps
Operating Parameters
Warranted Lifetime
2 years or 4 x 10⁹ shots
Electrical Supply
208/240 VAC, 50 / 60 Hz, 2.5 kW
Cooling Water
8 l/min; 2-6 bar; < 15°C
Weights
Laser Head
50 kg
Power Supply
50 kg
Model
SL-MAGNAEVOS-2KHZ
Laser Parameters
Repetition Rate
2000 Hz
Energy
Pulse Energy @ 1064 nm
> 5 mJ
Pulse Energy @ 532 nm
> 2.5 mJ
Pulse Energy @ 355 nm
> 1 mJ
Pulse Energy @ 266 nm
> 0.5 mJ
Energy Stability @ 1064 nm (RMS)
< 2 %
Energy Stability @ 532 nm (RMS)
< 3 %
Energy Stability @ 355 nm (RMS)
< 3 %
Beam Parameters
Pulse Width @ 1064 nm
< 600 ps
Pulse Width @ 532 nm
< 500 ps
Pulse Width @ 355 nm
< 500 ps
Pulse Width @ 266 nm
< 500 ps
Pulse Width @ 213 nm
< 500 ps
Divergence
< 0,5 mrad
Pointing Stability
< ± 50 µrad
Beam Diameter
~ 2 mm @ 1064 nm
Temporal Jitter
< ± 400 ps
Operating Parameters
Warranted Lifetime
2 years or 4 x 10⁹ shots
Electrical Supply
2 x 208/240 VAC, 50 / 60 Hz, 2.5 kW
Cooling Water
8 l/min; 2-6 bar; < 15°C
Weights
Laser Head
50 kg
Power Supply
50 kg
Model
SL-MAGNAEVOS-100HZ
Laser Parameters
Repetition Rate
100 Hz
Energy
Pulse Energy @ 1064 nm
> 30 mJ
Pulse Energy @ 532 nm
> 15 mJ
Pulse Energy @ 355 nm
> 10 mJ
Energy Stability @ 1064 nm (RMS)
< 1,5 %
Energy Stability @ 532 nm (RMS)
< 2,0 %
Energy Stability @ 355 nm (RMS)
< 2,5 %
Beam Parameters
Pulse Width @ 1064 nm
< 600 ps
Pulse Width @ 532 nm
< 500 ps
Pulse Width @ 355 nm
< 500 ps
Pulse Width @ 266 nm
< 500 ps
Pulse Width @ 213 nm
< 500 ps
Divergence
< 0,5 mrad
Pointing Stability
< ± 50 µrad
Beam Diameter
~ 5 mm
Temporal Jitter
< ± 400 ps
Operating Parameters
Warranted Lifetime
2 years or 4 x 10⁹ shots
Electrical Supply
208/240 VAC, 50 / 60 Hz, 2.5 kW
Cooling Water
8 l/min; 2-6 bar; < 15°C
Weights
Laser Head
40 kg
Power Supply
50 kg
Model
SL-MAGNAEVOS-500HZ
Laser Parameters
Repetition Rate
500 Hz
Energy
Beam Parameters
Operating Parameters
Weights

Features

  • High energy: uo to 2 J at 500 ps pulse width
  • High peak power: up to 4 Giga-Watt
  • Sub-nanosecond oscillator and amplifier integrated in monolithic housing
  • Active Q-switch, < 400 ps jitter
  • High-energy sub-nanosecond pulses enable new experiments
  • Quick and easy exchange of flashlamps
  • Maintenance-free pumping chambers with ceramic reflector
  • Excellent beam quality and pointing stability
  • High energy: uo to 2 J at 500 ps pulse width
  • High peak power: up to 4 Giga-Watt
  • Sub-nanosecond oscillator and amplifier integrated in monolithic housing
  • Active Q-switch, < 400 ps jitter
  • High-energy sub-nanosecond pulses enable new experiments
  • Quick and easy exchange of flashlamps
  • Maintenance-free pumping chambers with ceramic reflector
  • Excellent beam quality and pointing stability
  • High energy: uo to 2 J at 500 ps pulse width
  • High peak power: up to 4 Giga-Watt
  • Sub-nanosecond oscillator and amplifier integrated in monolithic housing
  • Active Q-switch, < 400 ps jitter
  • High-energy sub-nanosecond pulses enable new experiments
  • Quick and easy exchange of flashlamps
  • Maintenance-free pumping chambers with ceramic reflector
  • Excellent beam quality and pointing stability
  • High energy: uo to 2 J at 500 ps pulse width
  • High peak power: up to 4 Giga-Watt
  • Sub-nanosecond oscillator and amplifier integrated in monolithic housing
  • Active Q-switch, < 400 ps jitter
  • High-energy sub-nanosecond pulses enable new experiments
  • Quick and easy exchange of flashlamps
  • Maintenance-free pumping chambers with ceramic reflector
  • Excellent beam quality and pointing stability
  • > 25 Watt at 500 ps pulse duration
  • Up to 1000 Hz pulse repetition rate
  • Fully Diode pumped
  • Active Q-switch, < 400 ps Jitter
  • Long diode lifetime, low maintenance
  • Excellent beam quality and pointing stability
  • Robust and stable monolithic design
  • Single longitudinal mode available
  • 266 nm on request
  • > 25 Watt at 500 ps pulse duration
  • Up to 1000 Hz pulse repetition rate
  • Fully Diode pumped
  • Active Q-switch, < 400 ps Jitter
  • Long diode lifetime, low maintenance
  • Excellent beam quality and pointing stability
  • Robust and stable monolithic design
  • Single longitudinal mode available
  • 266 nm on request
  • > 25 Watt at 500 ps pulse duration
  • Up to 1000 Hz pulse repetition rate
  • Fully Diode pumped
  • Active Q-switch, < 400 ps Jitter
  • Long diode lifetime, low maintenance
  • Excellent beam quality and pointing stability
  • Robust and stable monolithic design
  • Single longitudinal mode available
  • 266 nm on request
  • > 25 Watt at 500 ps pulse duration
  • Up to 1000 Hz pulse repetition rate
  • Fully Diode pumped
  • Active Q-switch, < 400 ps Jitter
  • Long diode lifetime, low maintenance
  • Excellent beam quality and pointing stability
  • Robust and stable monolithic design
  • Single longitudinal mode available
  • 266 nm on request

DIMENSIONS & DRAWINGS

Power Supply (L x W x H):
560 x 400 x 425 mm + 19'' 1 RU

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Power Supply (L x W x H):
560 x 400 x 425 mm + 19'' 1 RU

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Laser Head (L x W x H):
555 x 270 x 125 mm
Power Supply (L x W x H):
560 x 400 x 425 mm + 19'' 1 RU

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Power Supply (L x W x H):
560 x 400 x 425 mm + 19'' 1 RU

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Laser Head (L x W x H):
600 x 413 x 125 mm
Power Supply (L x W x H):
560 x 400 x 425 mm + 19'' 1 RU

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Power Supply (L x W x H):
560 x 400 x 425 mm + 19'' 1 RU

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Laser Head (L x W x H):
550 x 556 x 125 mm
Power Supply (L x W x H):
2x 560 x 400 x 425 mm + 19'' 1 RU

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Laser Head (L x W x H):
500 x 269 x 125 mm
Power Supply (L x W x H):
19", 5 RU
SL-MAGNAEVOI-100HZ Drawing

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Laser Head (L x W x H):
500 x 269 x 125 mm
Power Supply (L x W x H):
19", 5 RU
SL-MAGNAEVOI-200HZ Drawing

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Laser Head (L x W x H):
500 x 269 x 125 mm
Power Supply (L x W x H):
19", 5 RU
SL-MAGNAEVOI-500HZ Drawing

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Power Supply (L x W x H):
19", 7 RU
SL-MAGNAEVOII-100HZ Drawing

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Laser Head (L x W x H):
500 x 394 x 125 mm
Power Supply (L x W x H):
19", 7 RU
SL-MAGNAEVOII-200HZ Drawing

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Laser Head (L x W x H):
500 x 547 x 125 mm
Power Supply (L x W x H):
19", 7 RU
SL-MAGNAEVOIII-100HZ Drawing

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Power Supply (L x W x H):
19", 7 RU
SL-MAGNAEVOIII-200HZ Drawing

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Laser Head (L x W x H):
722 x 269 x 125 mm
Power Supply (L x W x H):
19", 5 RU
SL-MAGNAEVOS-1KHZ Drawing

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Laser Head (L x W x H):
~ 759 x 269 x 135 mm
Power Supply (L x W x H):
19", 5 RU
SL-MAGNAEVOS-2KHZ Drawing

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Laser Head (L x W x H):
500 x 269 x 125 mm
Power Supply (L x W x H):
19", 5 RU
SL-MAGNAEVOS-100HZ Drawing

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SL-MAGNAEVOS-500HZ Drawing

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SERVICE & CUSTOMIZATION

UNIQUE SOLUTIONS FOR UNIQUE PROJECTS

With decades of expertise, InnoLas Laser is your trusted partner for innovative R&D projects. We customize our lasers to meet your unique needs, ensuring top-tier performance and results.

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