Direct replacements for most standard OEM laser lenses, these cool-running lenses provide focal length stability which results in consistent quality cuts.
PROVIDENCE, R.I. (PRWEB) DECEMBER 04, 2019
Laser Research Optics has introduced a line of low absorption CO2 laser lenses that are designed to run cooler than standard lenses to provide focal length stability for consistent cuts.
Laser Research Cool-Cut

CO2 Laser Lenses feature a proprietary coating that absorbs less than 0.15% of laser energy to run cooler than standard lenses and protect against thermal damage. Direct replacements for most standard OEM laser lenses, these cool-running lenses provide focal length stability which results in consistent quality cuts.
Available in 1.5” to 2” dia. sizes from 0.236” to 0.380” thick with focal lengths from 5.0” to 8.5” in 0.5” increments, Laser Research Cool-Cut

CO2 Laser Lenses have a 40-20 scratch-dig surface quality and transmission is greater than 99.0% at 10.6 micron. Longer lasting than standard A/R coated lenses, they are offered unmounted or in customer supplied mounts.
Laser Research Cool-Cut

CO2 Laser Lenses are priced according to size and quantity. Literature and price quotations are available upon request.
For more information contact:
Laser Research Optics
Division of Meller Optics, Inc.
Scott Rouillard, Sales Mgr.
120 Corliss St./P.O.Box 6001
Providence, RI 02940
(401) 331-3838 FAX (401) 331-4004
e-mail:
[email protected] http://www.laserresearch.net[http://ww1]
Lenses feature a proprietary coating that absorbs less than 0.15% of laser energy to run cooler than standard lenses and protect against thermal damage.
Longer lasting than standard A/R coated lenses, Laser Research Cool-Cut

CO2 Laser Lenses are offered unmounted or in customer supplied mounts.
*Try FREE website builder. FREE website transfer and file migration. Use drag and drop tool. START YOUR OWN blog site, business or personal website, or e-commerce store at
www.greengeeks.comLinkback:
https://tubagbohol.mikeligalig.com/index.php?topic=104307.0