
( Brand: Laser Research Optics ), ( Manufacturer Part Number: W-1012-XR-UC ), ( Model: IR W-1012-XR-UC ), ( Part Type: Window Laser ), ( Country/region Of Manufacture: United States )
Embark on your laser research journey with the exceptional W-1012-XR-UC Sapphire Uncoated Windows, specifically designed for IR applications. This premium optic window is meticulously crafted to meet the stringent demands of laser research, offering unparalleled performance and durability.
Crafted from high-quality sapphire, a material known for its exceptional hardness and thermal resistance, the W-1012-XR-UC window guarantees superior optical quality and longevity. The uncoated nature of these windows ensures minimal absorption and dispersion of infrared radiation, making them an ideal choice for IR laser research.
The W-1012-XR-UC window is designed with a precise diameter of 101.6mm (4 inches) and a thickness of 12.7mm (0.5 inches), providing a perfect fit for most laser research setups. The window is delivered with a protective quartz cap, ensuring safe handling and storage.
With a transmittance of up to 93% in the IR region, these windows allow for maximum light transmission, enhancing the efficiency of your laser research. Their exceptional thermal and chemical resistance make them suitable for high-power laser applications, while their robust construction ensures longevity even under prolonged exposure to laser radiation.
In conclusion, the W-1012-XR-UC Sapphire Uncoated Windows are a must-have for any serious laser researcher. Their superior optical quality, durability, and resistance to high-power IR laser radiation make them an invaluable tool for advanced research and experiments. Upgrade your laser research setup today with the W-1012-XR-UC Sapphire Uncoated Windows.
Product: W-1012-XR-UC Sapphire Uncoated Windows Laser Research Optics IR 1012-XR-UC
Pros:1. High-Quality Material: Sapphire is known for its durability and resistance to thermal shock, making it an ideal material for laser research optics.
2. Wide Wavelength Range: The 1012 nm infrared (IR) wavelength range is commonly used in laser research, ensuring compatibility with many experimental setups.
3. Uncoated: Uncoated optics have a higher transmission rate in certain wavelengths, which can be beneficial for research purposes.
4. High Transmission: Sapphire has a high transmission coefficient in the IR spectrum, which means more light can pass through the optic, improving the efficiency of your experiments.
Cons:1. Cost: Sapphire is a more expensive material compared to other optic materials, which can increase the overall cost of your research setup.
2. No Coating: While uncoated optics have higher transmission in certain wavelengths, they can also exhibit higher levels of reflection and scattering, which can affect the quality of your results.
3. Fragility: Although sapphire is very durable, it can still be prone to damage if mishandled or subjected to extreme conditions.
4. Limited Applications: The 1012 nm wavelength may not be suitable for all laser research applications, as other wavelengths may be required for different experiments.
Conclusion: The W-1012-XR-UC Sapphire Uncoated Windows Laser Research Optics IR 1012-XR-UC offers high-quality, durable material suitable for a wide range of laser research applications. However, its high cost, potential for damage, and limited wavelength range should be considered. If the benefits of sapphire and the 1012 nm wavelength align with your research needs, this optic could be a valuable addition to your setup. If you have concerns about cost, durability, or wavelength compatibility, you may want to consider other optic materials or wavelength ranges.
Chemically, sapphire is single crystal aluminum oxide al2o3 and useful in a transmission range from. These Plano windows are 25. I did not open.
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Sapphire is the second hardest crystal next to diamonds. Shipping within USA they ones photographed are the shipped to you with your winning bid.
These sapphire windows are manufactured from single crystal sapphire, making them ideal for demanding applications they have extreme surface hardness, high thermal conductivity, dielectric constant and resistance to common chemical acids alkali's. 4mm diameter and a beefy Up for offer is a lot of 4 each, new, sealed, un-opened optically polished sapphire windows by laser Research Optics Mueller.