Material: High-Quality Quartz Glass
Product Category: Fiber Laser Protective Windows
Design: Large Size Options (40*2/3/5/7, 42*3, 43*2, 45*3, 48*3)
Optical Wavelength: 1064nm
Compatibility: Ideal for Laser Welding/Cutting Heads
Durability: Designed for Long-Term Use in Harsh Environments
**Optimal Performance and Durability**
The D40 Series Fiber Laser Protective Windows Lens is engineered to withstand the rigors of industrial laser applications. Crafted from high-quality quartz glass, these lenses are designed to withstand the extreme temperatures and pressures associated with laser welding and cutting operations. The large size options (40*2/3/5/7, 42*3, 43*2, 45*3, 48*3) ensure that there is a perfect fit for a wide range of laser cutting and welding heads, ensuring optimal performance and durability.
**Versatile Application Scenarios**
Whether you're working in the automotive, aerospace, or metal fabrication industries, the D40 Series Fiber Laser Protective Windows Lens is an essential component for maintaining the efficiency and precision of your laser processes. With its compatibility with various laser welding/cutting heads, this lens is suitable for a multitude of scenarios, from intricate metalworking to large-scale fabrication projects. Its large size options cater to various laser systems, allowing for a seamless integration into your existing equipment.
**Designed for Long-Term Use**
The D40 Series Fiber Laser Protective Windows Lens is not just about performance; it's also about longevity. Designed to withstand the harsh environments of industrial settings, these lenses are built to last. The quartz material ensures that the lens maintains its optical clarity and integrity, even under extreme conditions. This makes the D40 Series an ideal choice for businesses that require reliable and consistent performance from their laser equipment. With its large size options, these lenses are not only versatile but also designed to minimize the need for frequent replacements, reducing downtime and increasing productivity.