Experience Laser Safety Window 920 Acrylic Sheet Low Power Viewing (360-610nm) Tool [vKcGnTWV]

Laser Safety Window 920 Acrylic Sheet

Introducing the 920 series Low Level Laser Safety Window, a cutting-edge acrylic sheet designed to protect against harmful laser wavelengths. This innovative product features specifically engineered dyes that provide maximum optical density of 4+ for superior protection. With a focus on Class 2 and Class 3 laser systems operating between 360-610nm, the 920 series is a reliable choice for ensuring safety in various applications.

• Engineered dyes for maximum optical density
• Protection for Class 2 and Class 3 laser systems
• Custom sizes and shapes available

Key Features and Specifications

This laser safety window is not just a protective barrier; it's a comprehensive solution for laser safety. The 920 series is crafted to meet and exceed US ANSI Z136 standards, ensuring compliance with industry regulations. Each window can be custom cut, molded, and drilled to your CAD specifications, making it versatile for use in enclosures or machine windows. Additionally, filter specifications can be permanently engraved on the window for easy identification.

• Meets and exceeds US ANSI Z136 standards
• Custom cut, molded, and drilled to CAD specifications
• Permanently engraved filter specifications

Practical Applications and Benefits

Whether you're working with industrial machinery or scientific equipment, the 920 series Low Level Laser Safety Window offers practical protection and peace of mind. Its ability to provide protection from a range of laser wavelengths, including those not listed, ensures comprehensive safety. The customizability of the product allows for seamless integration into various applications, making it an essential component for any laser-safe environment. With the 920 series, you can trust in the highest level of safety and performance.

• Comprehensive protection for a range of laser wavelengths
• Customizable for various applications
• Seamless integration into laser-safe environments