Hybrid Lasers

Information
Compact Nd:YAG laser systems with the superior beam quality of diode pumping and high peak performance achieved by flash lamp amplification.
  1. Hybrid I
  2. Hybrid II
  3. Hybrid III
  4. Features
  5. Drawings
  6. Options
  Repetition Rate Pulse Energy
(@ 1064 nm)
Pulse Energy
(@ 532 nm)
Pulse Energy
(@ 355 nm)
Pulse Energy
(@ 266 nm)
Stability RMS
(@ 1064 nm)
Hybrid I - 50 50 Hz > 250 mJ > 125 mJ > 70 mJ > 40 mJ < 1.0 %
Hybrid I - 100 100 Hz > 250 mJ > 125 mJ > 70 mJ > 40 mJ < 1.5 %
  Repetition Rate Pulse Energy
(@ 1064 nm)
Pulse Energy
(@ 532 nm)
Pulse Energy
(@ 355 nm)
Pulse Energy
(@ 266 nm)
Stability RMS
(@ 1064 nm)
Hybrid II - 30 30 Hz > 450 mJ > 250 mJ > 125 mJ > 70 mJ < 1.0 %
Hybrid II - 50 50 Hz > 450 mJ > 250 mJ > 125 mJ > 70 mJ < 1.0 %
Hybrid II - 100 100 Hz > 400 mJ > 180 mJ > 100 mJ > 50 mJ < 1.5 %
  Repetition Rate Pulse Energy
(@ 1064 nm)
Pulse Energy
(@ 532 nm)
Pulse Energy
(@ 355 nm)
Pulse Energy
(@266 nm)
Stability RMS
(@ 1064 nm)
Hybrid III - 50 50 Hz > 800 mJ > 350 mJ > 250 mJ > 100 mJ < 2.0 %
Hybrid III - 100 100 Hz > 800 mJ > 300 mJ > 200 mJ > 100 mJ < 2.5 %
  • 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
  • Double pulse option available
  • System can be injection seeded (SLM-option)
  • energy monitor (display in software available)
  • injection seeding
  • beam profile optimization
  • attenuator (manual or motorized)
  • multi-pulse option: pulse separation times as low as 100ns
  • fifth harmonic available
  • various cooling options available depending on repetition rate
  • customization possible