SpitLight Standard

Information
Rugged and flexible design built in a monolithic housing with small footprint.

400 to 1000 mJ can be reached with this flash-lamp pumped laser series.
  1. Standard 400
  2. Standard 500
  3. Standard 600
  4. Standard 1000
  5. Features
  6. Drawings
  7. Options
  Repetition Rate Pulse Energy
(1064 nm)
Pulse Energy
(532 nm)
Pulse Energy
(355 nm)
Pulse Energy
(266 nm)
Stability RMS
(1064 nm)
Standard 400-10 10 Hz > 400 mJ > 240 mJ > 120 mJ > 50mJ < 0.7 %
Standard 400-20 20 Hz > 350 mJ > 210 mJ > 100 mJ > 40 mJ < 0.9 %
Standard 400-30 30 Hz > 300 mJ > 180 mJ > 80 mJ > 30 mJ < 1.0 %
Standard 400-50 50 Hz > 200 mJ > 100 mJ > 40 mJ > 25 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)
Standard 500-10 10 Hz > 500 mJ > 300 mJ > 150 mJ > 50 mJ < 0.7 %
Standard 500-20 20 Hz > 400 mJ > 240 mJ > 100 mJ > 50 mJ < 0.9 %
Standard 500-30 30 Hz > 300 mJ > 180 mJ > 60 mJ > 30 mJ < 1.0 %
  Repetition Rate Pulse Energy
(1064 nm)
Pulse Energy
(532 nm)
Pulse Energy
(355 nm)
Pulse Energy
(266 nm)
Stability RMS
(1064 nm)
Standard 600-10 10 Hz > 800 mJ > 480 mJ > 240 mJ > 90 mJ < 0.7 %
Standard 600-20 20 Hz > 700 mJ > 420 mJ > 150 mJ > 60 mJ < 0.9 %
Standard 600-30 30 Hz > 650 mJ > 380 mJ > 120 mJ > 50 mJ < 1.0 %
Standard 600-50 50 Hz > 550 mJ > 320 mJ > 90 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)
Standard 1000-10 10 Hz > 1000 mJ > 600 mJ > 320 mJ > 100 mJ < 0.7 %
Standard 1000-20 20 Hz > 900 mJ > 550 mJ > 300 mJ > 100 mJ < 1.0 %
Standard 1000-30 30 Hz > 800 mJ > 450 mJ > 250 mJ > 100 mJ < 1.5 %
  • Compact laser head and power supply with small footprint
  • Robust and stable resonator structure
  • Quick and easy change of fl ashlamps
  • Maintenance-free pumping chamber with ceramic refl ector
  • Excellent beam quality and pointing stability
  • Long fl ashlamp lifetime
  • Double pulse option available
  • System can be injection seeded (SLM-Option)
  • Uniform super gaussian beam profi le available
  • energy monitor (display in software available)
  • injection seeding
  • beam profile optimization (e.g. uniform super gaussian)
  • attenuator (manual or motorized)
  • flexible resonator design (e.g. stable or instable)
  • multi-pulse option: pulse separation times as low as 100ns
  • fifth harmonic available
  • various cooling options available depending on repetition rate
  • customization possible