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| Coad | 668870 | Substrate | UVFS | |
| Type | Plano-Convex Lens | ROC | - | |
| Diameter(mm) | 12.70 | Diameter Tolerance | +0/-0.1mm | |
| Thickness(mm) | 2.00 | Thickness Tolerance | +0/-0.1mm | |
| Wavelength(nm) | 1300 - 2060 | Surface Quality | 60-40 | |
| Focal Length(mm) | 150 | Surface Irregularity | λ/4 | |
| Coating Type | Dielectric Coating | Coating Specifications | AR@1300-2060nm&1.3-2.06um |
Are you tired of power loss in your laser beam, the risk of lens damage, or thermal lensing effects?
Don’t worry! These lenses are manufactured with advanced anti-reflection (AR) thin-film coatings. The near-bulk density of the AR coating minimizes absorption, resulting in extremely high transmittance. This optimization of light transmission significantly enhances beam delivery. For applications requiring enhanced reflection, we also provide high-reflection (HR) coatings, allowing plano-convex lenses to perform exceptionally well in laser systems, especially in high-power laser applications. You are welcome to explore our wide range of lenses with different focal lengths and radii of curvature.
Whatever optical performance you require, our lens series can meet your needs. We offer various focal length and radius of curvature options, and can customize according to your specific application requirements to ensure the best optical performance and laser system efficiency. Feel free to contact us to select the most suitable lenses for your system and drive greater breakthroughs in your laser technology!
Disclaimer: The focal length or radius of curvature (ROC) values given in the product description are calculated reference values at the coating design wavelength and are provided for reference only.
Notes: To ensure optimal performance, store and use the lenses at 25 °C with relative humidity between 40%–60%. If the lens surface becomes contaminated, gently clean it with >99% alcohol and lint-free lens tissue. Do not use rough cloths, water, or cleaners containing abrasive particles, as this may damage the coating.
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