COMPACT

SL-C-100 SL-C-200 SL-C-400 SL-C-DPSS-10 SL-C-DPSS-100
COMPACT Series:
Single resonator in compact and economical design built in monolithic housing
100 to 400 mJ can be reached with this laser series Single resonator in compact and economical design built in monolithic housing
100 to 400 mJ can be reached with this laser series Single resonator in compact and economical design built in monolithic housing
100 to 400 mJ can be reached with this laser series The compact DPSS is the best choice for all applications with very limited space for lasers with a small footprint
If lower pulse energies can be accepted, the Compact series offers cost savind lasers with the advantage of diode technology The compact DPSS is the best choice for all applications with very limited space for lasers with a small footprint
If lower pulse energies can be accepted, the Compact series offers cost savind lasers with the advantage of diode technology
SL-C-100 SL-C-200 SL-C-400 SL-C-DPSS-10 SL-C-DPSS-100

Product Data

Available Repetition Rate:
10 Hz 20 Hz
Model
SL-C100-10HZ
Laser Parameters
Repetition Rate
10 Hz
Energy
Pulse Energy @ 1064 nm
> 100 mJ
Pulse Energy @ 532 nm
> 50 mJ
Pulse Energy @ 355 nm
> 25 mJ
Pulse Energy @ 266 nm
> 15 mJ
Pulse Energy @ 213 nm
> 1 mJ
Energy Stability @ 1064 nm (RMS)
< 0,7 %
Energy Stability @ 532 nm (RMS)
< 1,3 %
Energy Stability @ 355 nm (RMS)
< 2 %
Energy Stability @ 266 nm (RMS)
< 2,6 %
Beam Parameters
Pulse Width @ 1064 nm
6 - 10 ns
Pulse Width @ 532 nm
0,5 - 2 ns < PW @ 1064 nm
Pulse Width @ 355 nm
1 - 3 ns < PW @ 1064 nm
Pulse Width @ 266 nm
2 - 4 ns < PW @ 1064 nm
Divergence
< 0,5 mrad
Pointing Stability
< ± 50 µrad
Beam Diameter
~ 4 mm
Temporal Jitter
< ± 1 ns
Operating Parameters
Warranted Lifetime
> 40,000,000 shots
Electrical Supply
230 VAC; 50 Hz; 1,5 kW
Cooling Water
water or water / air
Weights
Laser Head
10 kg
Power Supply
25 kg
Model
SL-C100-20HZ
Laser Parameters
Repetition Rate
20 Hz
Energy
Pulse Energy @ 1064 nm
> 90 mJ
Pulse Energy @ 532 nm
> 45 mJ
Pulse Energy @ 355 nm
> 20 mJ
Pulse Energy @ 266 nm
> 10 mJ
Pulse Energy @ 213 nm
> 1 mJ
Energy Stability @ 1064 nm (RMS)
< 0,8 %
Energy Stability @ 532 nm (RMS)
< 1,5 %
Energy Stability @ 355 nm (RMS)
< 2,5 %
Energy Stability @ 266 nm (RMS)
< 3,1 %
Beam Parameters
Pulse Width @ 1064 nm
6 - 10 ns
Pulse Width @ 532 nm
0,5 - 2 ns < PW @ 1064 nm
Pulse Width @ 355 nm
1 - 3 ns < PW @ 1064 nm
Pulse Width @ 266 nm
2 - 4 ns < PW @ 1064 nm
Divergence
< 0,5 mrad
Pointing Stability
< ± 50 µrad
Beam Diameter
~ 4 mm
Temporal Jitter
< ± 1 ns
Operating Parameters
Warranted Lifetime
> 40,000,000 shots
Electrical Supply
230 VAC; 50 Hz; 1,5 kW
Cooling Water
water or water / air
Weights
Laser Head
10 kg
Power Supply
25 kg
Available Repetition Rate:
10 Hz 20 Hz
Model
SL-C200-10HZ
Laser Parameters
Repetition Rate
10 Hz
Energy
Pulse Energy @ 1064 nm
> 220 mJ
Pulse Energy @ 532 nm
> 140 mJ
Pulse Energy @ 355 nm
> 70 mJ
Pulse Energy @ 266 nm
> 40 mJ
Pulse Energy @ 213 nm
> 4 mJ
Energy Stability @ 1064 nm (RMS)
< 0,7 %
Energy Stability @ 532 nm (RMS)
< 1,3 %
Energy Stability @ 355 nm (RMS)
< 2 %
Energy Stability @ 266 nm (RMS)
< 2,6 %
Beam Parameters
Pulse Width @ 1064 nm
6 - 10 ns
Pulse Width @ 532 nm
0,5 - 2 ns < PW @ 1064 nm
Pulse Width @ 355 nm
1 - 3 ns < PW @ 1064 nm
Pulse Width @ 266 nm
2 - 4 ns < PW @ 1064 nm
Divergence
< 0,5 mrad
Pointing Stability
< ± 50 µrad
Beam Diameter
~ 5 mm
Temporal Jitter
< ± 1 ns
Operating Parameters
Warranted Lifetime
> 40,000,000 shots
Electrical Supply
230 VAC; 50 Hz; 1,5 kW
Cooling Water
water or water / air
Weights
Laser Head
10 kg
Power Supply
25 kg
Model
SL-C200-20HZ
Laser Parameters
Repetition Rate
20 Hz
Energy
Pulse Energy @ 1064 nm
> 200 mJ
Pulse Energy @ 532 nm
> 120 mJ
Pulse Energy @ 355 nm
> 50 mJ
Pulse Energy @ 266 nm
> 30 mJ
Pulse Energy @ 213 nm
> 3 mJ
Energy Stability @ 1064 nm (RMS)
< 0,8 %
Energy Stability @ 532 nm (RMS)
< 1,5 %
Energy Stability @ 355 nm (RMS)
< 2,5 %
Energy Stability @ 266 nm (RMS)
< 3,1 %
Beam Parameters
Pulse Width @ 1064 nm
6 - 10 ns
Pulse Width @ 532 nm
0,5 - 2 ns < PW @ 1064 nm
Pulse Width @ 355 nm
1 - 3 ns < PW @ 1064 nm
Pulse Width @ 266 nm
2 - 4 ns < PW @ 1064 nm
Divergence
< 0,5 mrad
Pointing Stability
< ± 50 µrad
Beam Diameter
~ 5 mm
Temporal Jitter
< ± 1 ns
Operating Parameters
Warranted Lifetime
> 40,000,000 shots
Electrical Supply
230 VAC; 50 Hz; 1,5 kW
Cooling Water
8 l/min; 2-6 bar; < 20°C
Weights
Laser Head
10 kg
Power Supply
25 kg
Available Repetition Rate:
10 Hz 20 Hz
Model
SL-C400-10HZ
Laser Parameters
Repetition Rate
10 Hz
Energy
Pulse Energy @ 1064 nm
> 400 mJ
Pulse Energy @ 532 nm
> 240 mJ
Pulse Energy @ 355 nm
> 120 mJ
Pulse Energy @ 266 nm
> 50 mJ
Pulse Energy @ 213 nm
> 9 mJ
Energy Stability @ 1064 nm (RMS)
< 0,7 %
Energy Stability @ 532 nm (RMS)
< 1,3 %
Energy Stability @ 355 nm (RMS)
< 2 %
Energy Stability @ 266 nm (RMS)
< 2,6 %
Energy Stability @ 213 nm (RMS)
< 2,8 %
Beam Parameters
Pulse Width @ 1064 nm
6 - 10 ns
Pulse Width @ 532 nm
0,5 - 2 ns < PW @ 1064 nm
Pulse Width @ 355 nm
1 - 3 ns < PW @ 1064 nm
Pulse Width @ 266 nm
2 - 4 ns < PW @ 1064 nm
Divergence
< 0,5 mrad
Pointing Stability
< ± 50 µrad
Beam Diameter
~ 6 mm
Temporal Jitter
< ± 1 ns
Operating Parameters
Warranted Lifetime
> 40,000,000 shots
Electrical Supply
230 VAC; 50 Hz; 1,5 kW
Cooling Water
8 l/min; 2-6 bar; < 15°C
Weights
Laser Head
10 kg
Power Supply
25 kg
Model
SL-C400-20HZ
Laser Parameters
Repetition Rate
20 Hz
Energy
Pulse Energy @ 1064 nm
> 350 mJ
Pulse Energy @ 532 nm
> 210 mJ
Pulse Energy @ 355 nm
> 100 mJ
Pulse Energy @ 266 nm
> 40 mJ
Pulse Energy @ 213 nm
> 7 mJ
Energy Stability @ 1064 nm (RMS)
< 0,8 %
Energy Stability @ 532 nm (RMS)
< 1,5 %
Energy Stability @ 355 nm (RMS)
< 2,5 %
Energy Stability @ 266 nm (RMS)
< 3,1 %
Energy Stability @ 213 nm (RMS)
< 3,2 %
Beam Parameters
Pulse Width @ 1064 nm
6 - 10 ns
Pulse Width @ 532 nm
0,5 - 2 ns < PW @ 1064 nm
Pulse Width @ 355 nm
1 - 3 ns < PW @ 1064 nm
Pulse Width @ 266 nm
2 - 4 ns < PW @ 1064 nm
Divergence
< 0,5 mrad
Pointing Stability
< ± 50 µrad
Beam Diameter
~ 6 mm
Temporal Jitter
< ± 1 ns
Operating Parameters
Warranted Lifetime
> 40,000,000 shots
Electrical Supply
230 VAC; 50 Hz; 1,5 kW
Cooling Water
8 l/min; 2-6 bar; < 15°C
Weights
Laser Head
10 kg
Power Supply
25 kg
Available Repetition Rate:
50 Hz 100 Hz
Model
SL-CDPSS10-50HZ
Laser Parameters
Repetition Rate
50 Hz
Energy
Pulse Energy @ 1064 nm
> 10 mJ
Pulse Energy @ 532 nm
> 6 mJ
Pulse Energy @ 355 nm
> 2.5 mJ
Pulse Energy @ 266 nm
> 0.5 mJ
Energy Stability @ 1064 nm (RMS)
< 0,5 %
Energy Stability @ 532 nm (RMS)
< 1,0 %
Energy Stability @ 355 nm (RMS)
< 1,5 %
Energy Stability @ 266 nm (RMS)
< 2,0 %
Beam Parameters
Pulse Width @ 1064 nm
10 - 15 ns
Pulse Width @ 532 nm
0,5 - 2 ns < PW @ 1064 nm
Pulse Width @ 355 nm
1 - 3 ns < PW @ 1064 nm
Pulse Width @ 266 nm
2 - 4 ns < PW @ 1064 nm
Divergence
< 0,5 mrad
Pointing Stability
< ± 50 µrad
Beam Diameter
~ 1,5 mm
Temporal Jitter
< ± 1 ns
Operating Parameters
Warranted Lifetime
2 years or 4 x 10⁹ shots
Electrical Supply
208-240 VAC, 50 / 60 Hz, 1.5 kW
Cooling Water
8 l/min; 2-6 bar; < 15°C
Weights
Laser Head
10 kg
Power Supply
25 kg
Model
SL-CDPSS10-100HZ
Laser Parameters
Repetition Rate
100 Hz
Energy
Pulse Energy @ 1064 nm
> 10 mJ
Pulse Energy @ 532 nm
> 5 mJ
Pulse Energy @ 355 nm
> 2.5 mJ
Pulse Energy @ 266 nm
> 0.5 mJ
Energy Stability @ 1064 nm (RMS)
< 0,5 %
Energy Stability @ 532 nm (RMS)
< 1,0 %
Energy Stability @ 355 nm (RMS)
< 1,5 %
Energy Stability @ 266 nm (RMS)
< 2,0 %
Beam Parameters
Pulse Width @ 1064 nm
6 - 10 ns
Pulse Width @ 532 nm
0,5 - 2 ns < PW @ 1064 nm
Pulse Width @ 355 nm
1 - 3 ns < PW @ 1064 nm
Pulse Width @ 266 nm
2 - 4 ns < PW @ 1064 nm
Divergence
< 0,5 mrad
Pointing Stability
< ± 50 µrad
Beam Diameter
~ 1,5 mm
Temporal Jitter
< ± 1 ns
Operating Parameters
Warranted Lifetime
2 years or 4 x 10⁹ shots
Electrical Supply
208-240 VAC, 50 / 60 Hz, 1.5 kW
Cooling Water
8 l/min; 2-6 bar; < 15°C
Weights
Laser Head
10 kg
Power Supply
25 kg
Available Repetition Rate:
100 Hz
Model
SL-CDPSS100-100HZ
Laser Parameters
Repetition Rate
100 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)
< 0,5 %
Energy Stability @ 532 nm (RMS)
< 1,0 %
Energy Stability @ 355 nm (RMS)
< 1,5 %
Energy Stability @ 266 nm (RMS)
< 2,0 %
Beam Parameters
Pulse Width @ 1064 nm
8 - 10 ns
Pulse Width @ 532 nm
0,5 - 2 ns < PW @ 1064 nm
Pulse Width @ 355 nm
1 - 3 ns < PW @ 1064 nm
Pulse Width @ 266 nm
2 - 4 ns < PW @ 1064 nm
Divergence
< 0,5 mrad
Pointing Stability
< ± 50 µrad
Beam Diameter
~ 5 mm
Temporal Jitter
< ± 1 ns
Operating Parameters
Warranted Lifetime
2 years or 4 x 10⁹ shots
Electrical Supply
208-240 VAC, 50 / 60 Hz, 1.5 kW
Cooling Water
8 l/min; 2-6 bar; < 15°C
Weights
Laser Head
10 kg
Power Supply
25 kg

Features

  • Compact laser head and power supply with small footprint
  • Robust and stable resonator structure
  • Quick and easy change of flashlamps
  • Maintenance-free pumping chamber with ceramic reflector
  • Excellent beam quality and pointing stability
  • Long flashlamp lifetime
  • Uniform super gaussian beam profile available
  • Compact laser head and power supply with small footprint
  • Robust and stable resonator structure
  • Quick and easy change of flashlamps
  • Maintenance-free pumping chamber with ceramic reflector
  • Excellent beam quality and pointing stability
  • Long flashlamp lifetime
  • Uniform super gaussian beam profile available
  • Compact laser head and power supply with small footprint
  • Robust and stable resonator structure
  • Quick and easy change of flashlamps
  • Maintenance-free pumping chamber with ceramic reflector
  • Excellent beam quality and pointing stability
  • Long flashlamp lifetime
  • Uniform super gaussian beam profile available
  • Compact laser head and power supply with small footprint
  • Robust and stable resonator structure
  • Maintenance-free pumping chamber
  • Excellent beam quality and pointing stability
  • Long diode lifetime
  • Double pulse option available
  • Compact laser head and power supply with small footprint
  • Robust and stable resonator structure
  • Maintenance-free pumping chamber
  • Excellent beam quality and pointing stability
  • Long diode lifetime
  • Double pulse option available

ADDITIONAL OPTIONS

  • Doubler (LBO) for 532 nm operation
  • Tripler (LBO) for 355 nm operation
  • Quadrupler for 266 nm operation
  • Fifth Harmonic for 213 nm operation
  • Dichroic Separators for 532 nm
  • Dichroic Separators for 355 nm
  • Dichroic Separators for 266 nm
  • Dichroic Separators for 213 nm
  • External Chiller 1000 W Lamp: "Compact" @ 10 Hz
  • External Chiller 2 kW: Lamp: up to 10 W @ 1064 nm; DPSS: Comp / 250 / EVO S / EVO I
  • Manual Attenuation Module
  • Motorised attenuator for Compact Series, integrated in Laser Control Software
  • Pointing Laser for SpitLight (red)
  • External synchronized Shutter including beam dump (max. 50 Hz)
  • Sealing window for 1064 / 532 / 355 nm
  • Double Pulse Option (upgradeable), for pulse separation 1 to 1000 µsec
  • Pyroelectric Energy Monitor, integrated in Laser Control Software
  • Allows burst trains up to 3 kHz (up to 90 % of single pulse energy), 4 kHz (up to 60 % of s.p. energy) up to 10 kHz for approx. 10 pulses. EVO III/IV will need 2 power supplies for burst repetition rates > 4 kHz
  • Switching between 532 nm and 266 nm operation via software
  • Doubler (LBO) for 532 nm operation
  • Tripler (LBO) for 355 nm operation
  • Quadrupler for 266 nm operation
  • Fifth Harmonic for 213 nm operation
  • Dichroic Separators for 532 nm
  • Dichroic Separators for 355 nm
  • Dichroic Separators for 266 nm
  • Dichroic Separators for 213 nm
  • External Chiller 1000 W Lamp: "Compact" @ 10 Hz
  • External Chiller 2 kW: Lamp: up to 10 W @ 1064 nm; DPSS: Comp / 250 / EVO S / EVO I
  • Manual Attenuation Module
  • Motorised attenuator for Compact Series, integrated in Laser Control Software
  • Pointing Laser for SpitLight (red)
  • External synchronized Shutter including beam dump (max. 50 Hz)
  • Sealing window for 1064 / 532 / 355 nm
  • Double Pulse Option (upgradeable), for pulse separation 1 to 1000 µsec
  • Pyroelectric Energy Monitor, integrated in Laser Control Software
  • Allows burst trains up to 3 kHz (up to 90 % of single pulse energy), 4 kHz (up to 60 % of s.p. energy) up to 10 kHz for approx. 10 pulses. EVO III/IV will need 2 power supplies for burst repetition rates > 4 kHz
  • Switching between 532 nm and 266 nm operation via software
  • Doubler (LBO) for 532 nm operation
  • Tripler (LBO) for 355 nm operation
  • Quadrupler for 266 nm operation
  • Fifth Harmonic for 213 nm operation
  • Dichroic Separators for 532 nm
  • Dichroic Separators for 355 nm
  • Dichroic Separators for 266 nm
  • Dichroic Separators for 213 nm
  • External Chiller 1000 W Lamp: "Compact" @ 10 Hz
  • External Chiller 2 kW: Lamp: up to 10 W @ 1064 nm; DPSS: Comp / 250 / EVO S / EVO I
  • Manual Attenuation Module
  • Motorised attenuator for Compact Series, integrated in Laser Control Software
  • Pointing Laser for SpitLight (red)
  • External synchronized Shutter including beam dump (max. 50 Hz)
  • Sealing window for 1064 / 532 / 355 nm
  • Double Pulse Option (upgradeable), for pulse separation 1 to 1000 µsec
  • Pyroelectric Energy Monitor, integrated in Laser Control Software
  • Allows burst trains up to 3 kHz (up to 90 % of single pulse energy), 4 kHz (up to 60 % of s.p. energy) up to 10 kHz for approx. 10 pulses. EVO III/IV will need 2 power supplies for burst repetition rates > 4 kHz
  • Switching between 532 nm and 266 nm operation via software
  • Motorised attenuator for Compact Series, integrated in Laser Control Software
  • Manual Attenuation Module
  • External Chiller 1000 W Lamp: "Compact" @ 10 Hz
  • External Chiller 2 kW: Lamp: up to 10 W @ 1064 nm; DPSS: Comp / 250 / EVO S / EVO I
  • Doubler (LBO) for 532 nm operation
  • Tripler (LBO) for 355 nm operation
  • Quadrupler for 266 nm operation
  • Fifth Harmonic for 213 nm operation
  • Dichroic Separators for 532 nm
  • Dichroic Separators for 355 nm
  • Dichroic Separators for 266 nm
  • Dichroic Separators for 213 nm
  • Double Pulse Option (upgradeable), for pulse separation 1 to 1000 µsec
  • Pyroelectric Energy Monitor, integrated in Laser Control Software
  • Allows burst trains up to 3 kHz (up to 90 % of single pulse energy), 4 kHz (up to 60 % of s.p. energy) up to 10 kHz for approx. 10 pulses. EVO III/IV will need 2 power supplies for burst repetition rates > 4 kHz
  • Pointing Laser for SpitLight (red)
  • Sealing window for 1064 / 532 / 355 nm
  • External synchronized Shutter including beam dump (max. 50 Hz)
  • Switching between 532 nm and 266 nm operation via software
  • Motorised attenuator for Compact Series, integrated in Laser Control Software
  • Manual Attenuation Module
  • External Chiller 1000 W Lamp: "Compact" @ 10 Hz
  • External Chiller 2 kW: Lamp: up to 10 W @ 1064 nm; DPSS: Comp / 250 / EVO S / EVO I
  • Doubler (LBO) for 532 nm operation
  • Tripler (LBO) for 355 nm operation
  • Quadrupler for 266 nm operation
  • Fifth Harmonic for 213 nm operation
  • Dichroic Separators for 532 nm
  • Dichroic Separators for 355 nm
  • Dichroic Separators for 266 nm
  • Dichroic Separators for 213 nm
  • Double Pulse Option (upgradeable), for pulse separation 1 to 1000 µsec
  • Pyroelectric Energy Monitor, integrated in Laser Control Software
  • Allows burst trains up to 3 kHz (up to 90 % of single pulse energy), 4 kHz (up to 60 % of s.p. energy) up to 10 kHz for approx. 10 pulses. EVO III/IV will need 2 power supplies for burst repetition rates > 4 kHz
  • Pointing Laser for SpitLight (red)
  • Sealing window for 1064 / 532 / 355 nm
  • External synchronized Shutter including beam dump (max. 50 Hz)
  • Switching between 532 nm and 266 nm operation via software

DIMENSIONS & DRAWINGS

Power Supply (L x W x H):
480 x 220 x 480 mm
SL-C100-10HZ Drawing

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Power Supply (L x W x H):
480 x 220 x 480 mm
SL-C100-20HZ Drawing

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Power Supply (L x W x H):
480 x 220 x 480 mm
SL-C200-10HZ Drawing

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Laser Head (L x W x H):
365 x 115 x 91 mm
Power Supply (L x W x H):
480 x 220 x 480 mm
SL-C200-20HZ Drawing

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Laser Head (L x W x H):
390 x 135 x 91 mm
Power Supply (L x W x H):
480 x 220 x 480 mm
SL-C400-10HZ Drawing

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Laser Head (L x W x H):
390 x 135 x 91 mm
Power Supply (L x W x H):
480 x 220 x 480 mm
SL-C400-20HZ Drawing

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Power Supply (L x W x H):
480 x 220 x 480 mm
SL-CDPSS10-50HZ Drawing

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Power Supply (L x W x H):
480 x 220 x 480 mm
SL-CDPSS10-100HZ Drawing

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Power Supply (L x W x H):
480 x 220 x 480 mm
SL-CDPSS100-100HZ Drawing

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