SP-O-1064

The SP-O-1064 is an all-solid-state AOM Q-switched laser operating at 1064 nm, engineered for high peak power, high repetition rates, and short pulse durations. Optimized for industrial marking applications, this laser delivers excellent processing efficiency on hard and reflective metals such as titanium, Inconel, and tool steel. With average output power up to 17 W and repetition rates reaching 100 kHz, the SP-O-1064 ensures fast marking speeds, high contrast, and stable long-term operation. Its compact air-cooled design, excellent beam quality, and optional pilot laser make it ideal for industrial laser marking systems and OEM integration.

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Features
  • All-solid-state AOM Q-switched laser at 1064 nm
  • High average power up to 17 W
  • High repetition rate range: 10–100 kHz
  • Short pulse duration down to ~10 ns
  • High peak power for efficient hard-metal marking
  • Excellent beam quality with M² < 2
  • Very low beam divergence (<1 mrad)
  • High power stability over extended operation
  • Optional 650 nm pilot laser for easy alignment
  • Compact air-cooled architecture
  • Fast warm-up time (<10 minutes)
  • Long operational lifetime and industrial reliability
Applications
  • Laser marking of titanium and titanium alloys
  • Laser marking of Inconel and nickel-based alloys
  • Tool steel and hardened metal marking
  • Industrial part identification and traceability
  • OEM laser marking systems
  • Precision industrial laser processing
Specifications
Parameter Value
Wavelength (nm) 1064 ±1
Operating Mode Acousto-Optic Q-switched
Average Power (W) 10 W @20 kHz / 15 W @50 kHz / 17 W @100 kHz
Repetition Rate (kHz) 10–100
Single Pulse Energy (µJ) >500 @20 kHz / >300 @50 kHz / >150 @100 kHz
Pulse Duration (ns) ~10 @20 kHz / ~20 @50 kHz / ~30 @100 kHz
Peak Power (kW) ~50 / ~15 / ~5
Average Power Stability (4 hrs) <5%, <3%, <1%
Beam Quality (M²) <2
Beam Divergence, Full Angle (mrad) <1
Beam Diameter at Aperture (1/e², mm) ~4.0
Polarization Ratio >100:1, Horizontal
Pilot Laser (optional) ~5 mW @650 nm
Beam Height from Base Plate (mm) 67.5
Warm-up Time (minutes) <10
Cooling Method Air-cooled
Operating Temperature (°C) 10–35
Power Supply QDI-AOM, 100–240 VAC