Sprout green DPSS laser offers breakthrough low-noise performance

The Sprout DPSS CW 532 nm laser from Lighthouse Photonics has low-noise performance and offers outstanding value. Featuring Noise Elimination Technology (NET) there are four versions from 5W to 10W ideally suited for Ti:sapphire laser pumping.

Nov 18th, 2009

The Sprout DPSS CW 532 nm laser from Lighthouse Photonics has low-noise performance and offers outstanding value. Featuring Noise Elimination Technology (NET) there are four versions from 5W to 10W ideally suited for Ti:sapphire laser pumping. The laser offers a cost-effective solution for pumping ultrafast and CW Ti:sapphire lasers, as well as other applications. Designed for best-in-class long-term stability, the compact laser head features a Seal enclosure for long lifetime and LockT optical mounting for high reliability. The equally compact power supply contains both the fiber-coupled diode pump laser and an integrated purpose-built closed-loop cooler.
Lighthouse Photonics
Sunnyvale, CA
www.lighthousephotonics.com


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PRESS RELEASE

10W CW DPSS Green Pump Laser

The Sprout DPSS CW 532nm laser is a breakthrough in low-noise performance and offers outstanding value. Featuring Noise Elimination Technology (NET™) there are 4 versions from 5-10W ideally suited for Ti:Sapphire laser pumping.

The sealed, patent-pending Sprout offers a cost-effective solution for pumping ultrafast and CW Ti:Sapphire lasers, as well as other applications. Designed for best-in-class long-term stability, the compact laser head features a Seal™ enclosure for long lifetime and LockT™ optical mounting for superb reliability. The equally compact power supply contains both the fiber-coupled diode pump laser and an integrated purpose-built closed-loop cooler.

Lighthouse Photonics is a pioneer in providing sealed, turn-key, cost-effective, diode-pumped solid-state (DPSS) lasers for scientific research, industrial manufacturing and life sciences. Please direct any questions to John MacKay at 408-752-0740. For more information about Lighthouse Photonics visit our website at www.lighthousephotonics.com

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