Description

Laser Safety Window (200 – 450nm, 930 – 1100nm) provides essential protection for operators and personnel working near active laser systems. Designed to safeguard the eyes and skin from harmful laser radiation, this high-quality safety window is suitable for a wide variety of laser environments and applications. Whether installed in system enclosures, door windows, room panels, or control panels, the Laser Safety Window (200 – 450nm, 930 – 1100nm) ensures that individuals outside the Nominal Hazard Zone (NHZ) are fully protected while maintaining excellent visibility of the workspace.

The Laser Safety Window (200 – 450nm, 930 – 1100nm)

is engineered with precise optical density (OD) filters to provide maximum protection across multiple wavelength ranges. Specifically, the window offers an OD rating of 5+ for 200 – 450nm and 930 – 1100nm laser light, effectively blocking harmful radiation from ultraviolet (UV) to near-infrared (NIR) lasers. Additionally, the product meets CE certification standards, with DI R AB5 compliance for 316 – 450nm and DI AB5 compliance for 930 – 1100nm. These certifications ensure that the window meets stringent safety and quality requirements for industrial, medical, and research laser environments.

Despite its high level of protection, the Laser Safety Window (200 – 450nm, 930 – 1100nm) maintains an excellent visual experience. The window provides a Visual Light Transmission (VLT) of 20%, allowing operators to clearly monitor laser processes while minimizing exposure to hazardous radiation. This balance of safety and visibility is particularly important in environments where continuous monitoring of the laser process is required without compromising operator protection.

The window is constructed from high-quality PMMA acrylic/Plexiglass, which is lightweight, durable, and highly transparent. The material offers superior scratch resistance and long-term durability, making it ideal for high-traffic laboratory, industrial, and production settings. Standard sizes are 1000mm by 1200mm (39.4″ x 47.25″), with a thickness of 5mm, ensuring a strong, rigid surface that can be securely mounted in a variety of configurations. The green coloration of the acrylic provides both aesthetic appeal and enhanced optical filtering performance, reducing glare and improving visibility in high-intensity laser environments.

Customization is available for the Laser Safety Window (200 – 450nm, 930 – 1100nm) to meet specific application requirements. Custom sizes can be requested to fit unique enclosures, panel openings, or architectural designs, allowing flexibility for integration into existing laser systems. LaserStar recommends minimum quantity orders for custom windows to maintain manufacturing efficiency while delivering precision-crafted components tailored to the client’s needs.

This safety window is ideal for a broad range of applications across multiple industries. It can be used in laser laboratories, industrial laser cutting and welding stations, medical and research laser systems, electronics manufacturing, and aerospace component processing. The Laser Safety Window (200 – 450nm, 930 – 1100nm) ensures operator safety while allowing clear observation of the laser process, minimizing workflow interruptions and improving overall productivity.

In addition to safety, durability, and optical performance, the Laser Safety Window (200 – 450nm, 930 – 1100nm) offers easy installation and maintenance. The lightweight PMMA construction allows for straightforward mounting using standard hardware, and the surface can be cleaned with non-abrasive solutions to maintain clarity and transparency over time. This combination of practicality, safety, and high optical performance makes the window a reliable choice for any laser facility.

In summary, the Laser Safety Window (200 – 450nm, 930 – 1100nm) from LaserStar provides comprehensive protection, exceptional clarity, and durability for a wide range of laser systems. Its precise optical filtering, CE certification, and robust construction make it an indispensable component for laboratories, industrial facilities, and production environments that rely on safe and efficient laser operations.