Optical Parametric Oscillators and pump lasers from Lumibird and GWU

Share this on social media:

LUMIBIRD and GWU have reinforced their partnership with the release of the Peacock 532, the first in a series of Optical Parametric Oscillators and pump lasers, integrated on a single platform. The first model in the series includes a compact and rugged CFR-type Nd:YAG laser pumping a state-of-the-art OPO. The whole unit is integrated on a single platform, which can easily be inserted into a complex system. It is the perfect synthesis for all users who want to get a tunable nanosecond pulsed laser source in the NIR.

With its fully automated wavelength selection, real-time output energy control or laser beam shaping capability, the Peacock has an outstanding versatility and will be suitable for all types of environments.

The Peacock integrates all the features that have made Lumibird products so famous around the world. Compactness, robustness, reliability, ease of use... have been the key factors in its development and make it the ideal tool for users who are looking for a high quality laser for demanding applications in the medical, biotechnology or spectroscopy fields.

The Peacock 532 was unveiled for the first time at Bios and Photonics West, January 22-27 in San Francisco, California.

'The Peacock 532 reflects the joint commitment of Lumibird and GWU to provide a highly technical, easy-to-use product,' comments Gérard Le Cam, sales director of the Photonics Division of the Lumibird Group. 'Our customers expect us to provide tools that interface easily with their installation, that operate safely and that are easy to forget. These new lasers fit perfectly with Lumibird's philosophy of making products that become everyday partners for all industrial and laboratory applications.'

Keys features:

  • Tunability from 680 nm to 2200 nm
  • Compact housing with integrated pump laser and OPO
  • All-solid state design for maximum reliability
  • Real-time output energy control
  • Fully automated
  • 19" rack mountable