The PAVOS+ line of Faraday devices from Electro-Optics Technology (EOT) has been redesigned offering new customizability and features. These components prevent feedback and back reflections, thus adding flexibility and performance at a competitive price. These highly customizable devices provide optimized performance based on your application needs. Features include: Variety of polarizer options Low thermal lensing Ultra-low … Continue reading
Electro-Optics Technology (EOT) is proud to announce the release of the new PAVOS+ Ultra line of Faraday devices. These components offer roughly 1/10th the absorption and thermal lens focal shift. Also, they can theoretically provide ten times lower nonlinear refractive index compared to the standard PAVOS+ isolators. This results in less Kerr Lens focal shift … Continue reading
Electro-Optics Technology (EOT) presents the PAVOS+ Ultra line of Faraday devices, specifically designed to meet the needs of the high power and high energy 1 μm (1010 nm to 1080 nm) laser market. These new components provide stable performance up through 150 W of average power, compared to 80 W for the standard PAVOS+. They … Continue reading
The 40 W Fiber-to-Fiber broadband isolators from Electro-Optics Technology (EOT) are compact, light weight, and employ EOT’s proprietary Fiber Fuse End Cap Technology, thus assuring high reliability and resistance to damage. These devices also have a wide spectral range, providing good isolation over the complete Yb+3 gain bandwidth. These components consume less space in a … Continue reading
At this year’s International Congress on Applications of Lasers & Electro-Optics (ICALEO), the Laser Institute conferred the inaugural William M. Steen Award. This new award recognizes people who have demonstrated significant innovation in the use of lasers for advanced materials processing across several industries. Electro-Optics Technology (EOT) is proud to announce their winning nomination for … Continue reading
Applications such as directed energy and materials processing in the >1 kW regime are now exceeding the limits of current Faraday isolator technology. Such applications often utilize coherent beam combining from fiber lasers or high aspect ratio Nd slab lasers. At >1 kW, existing Faraday isolators can exhibit both high levels of depolarization due to … Continue reading