#United States #Providence #Laser Research #Zinc Selenide #Optical Components

Introduction to Zinc Selenide Windows

Laser Research Optics has made a significant advancement in the field of optical materials designed for high-energy laser applications. Recently, the company unveiled a new line of custom-made zinc selenide (ZnSe) windows, specifically manufactured to adhere to OEM specifications. These optical components are integral to various directed-energy systems and high-energy lasers (HEL), where precision and performance are paramount.

Specifications and Features

manufactured to meet the rigorous ISO-10110 standards, these ZnSe windows are versatile in size and thickness, ranging from 0.5 inches to 5 inches in outer diameter. Each window can be customized with features that cater to the unique requirements of high-power laser systems, where any optical loss or thermal distortion can severely impact overall performance. Furthermore, customers can select from a variety of shapes, including round, rectangular, and square, with options for plane-convex, plane-concave, or wedged configurations.

The optical coatings applied to these windows enable them to achieve specific wavelengths ranging from 7 to 11 micrometers, further enhancing their functionality in demanding applications. Not only do these features improve the quality of the laser beam, but they also ensure robust performance under high-stress conditions, which is critical in military and industrial environments.

Customization and Precision

Another standout aspect of the Laser Research ZnSe windows is their dimensional precision. They are manufactured with tolerances that can range from ±0.001 inches to ±0.005 inches, depending on the specific configuration. The company offers a variety of surface finishes, with scratch-dig specifications spanning from 10-5 to 80-50, and flatness options ranging from 10 waves to 1/20th wave. This level of precision is essential for applications that demand high fidelity and reliability in laser performance.

Pricing and Availability

Pricing of the Laser Research ZnSe windows is variable, influenced by both configuration and order volume. Customers interested in acquiring these specialized optical components are encouraged to reach out for personalized quotes and additional information.

Conclusion

With the introduction of its new zinc selenide windows, Laser Research Optics continues to solidify its position at the forefront of optical technology. These advancements not only cater to the requirements of high-energy laser systems but also pave the way for future innovations in related fields. As demand for high-performance optical components grows, it is clear that the company is well-prepared to meet these emerging needs.

For more details or inquiries regarding specifications and pricing, potential customers can contact Scott Rouillard, Sales Manager at Laser Research Optics, located in Providence, Rhode Island. The future of optical technology looks promising with these newly introduced ZnSe windows, aimed at performance excellence in demanding applications.