Symphony^® - 532nm Green Laser

In order to generate high power CW 532nm green laser light it is normally necessary to first develop very high levels of 1064nm in the laser cavity. This normally in turn requires that the laser gain medium be pumped with extremely high power 808nm diodes. Naturally these diodes generate heat, the higher their power rating, the greater the heat generated.

KLASTECH understands this but does not wish to resort to large and expensive water chillers to achieve the required level of cooling for these pump diodes.

Fortunately the KLASTECH laser technology can achieve high 532nm laser powers without resorting to such expensive pump diodes in the first place. Due to KLASTECH´s patented platform the conversion efficiency from the fundamental wavelength to the SHG is far higher than in standard architectures and thanks to the unique way the fundamental and second harmonic cavities are tuned to maximize 1064nm light generation, much smaller and less expensive pump diodes can be used.

This means that our Symphony^® laser can produce 1W of 532nm laser light in a small compact package with no water cooling. This in turn leads to highly stable long term power stability and beam pointing whilst, in common with all other KLASTECH DPSS lasers, the Symphony^® is inherently single frequency (<1MHz line width).

Applications for the Symphony^® include large scale interferometry, holography and Ti:Sapphire laser pumping.

This platform is scalable to even higher powers whilst maintaining the same performance criteria The Symphony^®: “Revolutionizing high power DPSS lasers”

Data sheet: Symphony Data Sheet (860 Kb)

Symphony^® is registered trademark of KLASTECH GmbH.