Specifications

Wavelength: 516 nm
Average Output Power: 3 W
Pulse Duration: 0.0025 – 0.0025 ns
Max Pulse Repetition Rate: 80000 kHz
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Features

  • Yb-Fiber Laser-Based: The Emerald Engine is an innovative Yb-fiber-based pump laser, ensuring high performance and reliability.
  • Synchronized Beams: Both Green and IR beams are intrinsically synchronized and jitter-free, providing stable and consistent output.
  • Ultra-Short Pulses: Offers pulses as short as 2 ps with a spectral width of only 10 cm-1, enhancing precision in applications.
  • Stabilized Repetition Rate: The laser repetition rate is stabilized by a cooled base plate, ensuring consistent performance.
  • Control Software: Comes with Windows-based control software for easy operation and integration.
  • Frequency Doubling Unit: The Emerald Engine Duo is equipped with a frequency doubling unit, providing two beams: a frequency-doubled beam at 516 nm (> 3 W) and the undepleted fundamental beam at 1032 nm (> 0.75 W).
  • High-Power Version Available: A high-power version offers > 7 W for the frequency doubled beam and > 3.5 W for the fundamental beam, catering to demanding applications.
  • Customizable Options: Customized alternatives are available upon request to meet specific application needs.
  • Compact Dimensions: Laser dimensions are 730 mm x 345 mm x 163 mm, with chiller dimensions of 330 mm x 197 mm x 279 mm, making it suitable for various setups.
  • Power Requirements: Operates on 100 to 240 V, 50 to 60 Hz, with a maximum power consumption of 1200 W.

Applications

  • Yb-fiber laser-based: Green and IR beams are intrinsically synchronized and jitter-free. Offers pulses as short as 2 ps with a spectral width of only 10 cm-1. Laser repetition rate stabilized by cooled base plate. Windows-based control software included. Sync-out signal.
  • Emerald Engine: An Yb-fiber based pump laser with a pulse width of 2 ps, alternatively 5 ps. Emerald Engine Duo is equipped with a frequency doubling unit. Two beams are available: a frequency-doubled beam at 516 nm (> 3 W) and the undepleted fundamental beam at 1032 nm (> 0.75 W). The two beams are intrinsically synchronized and jitter-free.
  • High-Power Version: Available with an output power of > 7 W for the frequency doubled beam and > 3.5 W for the fundamental beam.