High-Power Laser Mirrors Reflect Three Wavelengths

High-Power Laser Mirrors Reflect Three Wavelengths
Laser Components USA Inc.

Laser Components USA Inc. has developed a new coating method, allowing for production of triple mirrors in a single coating run. Not only does this reduce production time, and thus the unit cost, but also yields a higher spectral performance than previous production techniques. Laser optics are commonly optimized for a single wavelength. When using frequency multiplying lasers, however, laser optics must be optimized for each of the wavelengths produced. So-called triple mirrors are used for this purpose, for example in Nd:YAG laser systems that emit at the fundamental wavelength 1064 nm and have harmonics at 532 nm and 355 nm, a high degree of reflectivity at each of these wavelengths is required. Traditionally these coatings were applied in two separate runs, for example a coating for 1064 nm and 532 nm was first applied, followed by a coating for 355 nm. Consequently, production of triple mirrors was time consuming and costly. The triple laser mirrors are produced for custom wavelength combinations to suit any application.

Laser Components USA Inc.
Bedford, NH
603-821-7040
[email protected]
http://www.laser-components.com

Contact Info

Company: Laser Components USA Inc.
Country: United States (USA)
Phone number: 603-821-7040
Fax: 603-821-7041
Read more on

Suggested Articles

The transaction has already been approved by both boards and will close in late 2021.

The overall data center system matters more than the CPU to CIOs, but investors responded poorly to Intel’s lower data centric chip sales

The world’s largest chipmaker saw a 47% decline in data center sales to enterprise and government, even as it forecast a full year 2020 record of $75B