
( Brand: Newport ), ( Manufacturer Part Number: 30Q20 ), ( Part Type: Uv Window Laser ), ( Country/region Of Manufacture: United States )
The AR.14 30Q20 UV Fused Silica High-Energy Laser Window with a 30-degree wedge, manufactured by Newport, is a premium optical component engineered for exceptional performance in high-energy laser applications.
This laser window is crafted from ultra-pure, high-quality fused silica, ensuring minimal absorption and scatter, which is crucial for maintaining beam quality and intensity. The UV fused silica material is ideal for applications involving ultraviolet lasers, with a transmission range extending from 193 nm to 2200 nm.
The window features a 30-degree wedge angle, which provides a built-in beam-pointing reference, enabling precise alignment of the laser beam. This design element simplifies the setup process while enhancing the overall system's stability and efficiency.
The AR.14 30Q20 UV Fused Silica High-Energy Laser Window is designed to withstand the rigors of high-power laser environments. It boasts a high thermal conductivity and a low thermal expansion coefficient, preventing thermal stress and damage from prolonged exposure to intense laser beams.
This premium laser window is compatible with a wide range of high-energy laser systems, making it a versatile choice for various applications in research, industry, and defense sectors. With its superior optical properties, robust construction, and ease of integration, the AR.14 30Q20 UV Fused Silica High-Energy Laser Window from Newport is an indispensable tool for those seeking optimal performance in their laser systems.
Product: AR14-30Q20 UV Fused Silica High-Energy Laser Window 30 Degree Wedge (Newport)
Pros:1. High-quality material: Fused silica is a durable and stable material, making it ideal for high-energy laser applications.
2. UV transparency: This product offers excellent UV transparency, suitable for applications that require UV light transmission.
3. Angled window: The 30-degree wedge design allows for efficient beam coupling and minimizes reflection.
4. Precision manufacturing: Newport is a well-known manufacturer known for its precision and quality in optical components.
Cons:1. Cost: As a high-quality, specialized product, it may be more expensive compared to standard optical windows.
2. Availability: Due to its specialized nature, it may not be widely available in all regions, requiring longer lead times for delivery.
3. Limited application range: While suitable for high-energy UV lasers, it may not be compatible with other types of lasers or applications.
Conclusion:The AR14-30Q20 UV Fused Silica High-Energy Laser Window 30 Degree Wedge (Newport) is a high-quality, specialized optical component ideal for specific applications that require high-energy UV laser transmission. Its advantages include excellent UV transparency, precision manufacturing, and efficient beam coupling. However, its cost, limited availability, and application range should be considered before making a purchase.
Recommendation:If your application requires high-energy UV laser transmission, this product could be a suitable choice due to its high-quality construction and efficient design. It's recommended to carefully evaluate your specific needs and compare the costs and benefits with other options to ensure that this product is the best fit for your application.
If you are interested more in the program it came from here is a link. 14 as always, your complete satisfaction is guaranteed.
It has a damage threshold of 10 j cm2 and is 1 wave flat across ca.
The thickness of this amorphous uv fused silica is shipping within USA, combine with my other offer items going on now and save even more. Winning bid to pay 7.
Up for offer is a new 3 diameter fused silica wedged window with 30 arc min of wedge ar coating both sides 400nm-700nm. Specs of a similar Newport mirror can be found here. This window would cost hundreds of dollars from Newport clvi melees grit index.
This is a very versatile window optical flat to have in your lab if you are pumping visible photons so don't hesitate toss winning bid now can go wrong with beautiful optic.