Low cost bars optimized for 808 nm applications

Aug. 18, 2009
The Diode Lasers business unit of Jenoptik's Lasers & Material Processing division (Jena, Germany) offers a cost-effective alternative to bars for for 808 nm medical applications such as hair removal. With an optical output power of 20 watts from a bar with a resonator length of 0.6 mm, Jenoptik says the JDL-BAB-30-19-808-TE-20-0.6 will benefit customers through optimized lifetime for specific usage and high quality. It will be available in the third quarter of 2009.

The Diode Lasers business unit of Jenoptik's Lasers & Material Processing division (Jena, Germany) offers a cost-effective alternative to bars for for 808 nm medical applications such as hair removal. With an optical output power of 20 watts from a bar with a resonator length of 0.6 mm, Jenoptik says the JDL-BAB-30-19-808-TE-20-0.6 will benefit customers through optimized lifetime for specific usage and high quality. The JDL-BAB-30-19-808-TE-20-0.6 will be available in the third quarter of 2009.

Get more information at Jenoptik's website.

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original press release

Product news

Low cost bars for 808 nm applications

The Diode Lasers business unit of Jenoptik's Lasers & Material Processing division now offers, aside from the previously available standard range of bars and single emitters, a cost-effective alternative to bars for medical applications such as hair removal.

With an optical output power of 20 watts from a bar with a resonator length of 0.6 mm, the customer profits not only from an attractive price and optimized lifetime for specific usage, but also from the high level of quality for which the products of the Jenoptik brand are renowned. In addition to the characteristics optimized for medical applications, the bars are also suitable for pump applications for solid-state lasers with low power.
With our new product JDL-BAB-30-19-808-TE-20-0.6, we meet the needs of our customers for high quality at a low price. The start of series production is planned for the third quarter of 2009.

Posted by Barbara G. Goode, [email protected], for BioOptics World.

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