The 32-910 is a 40mm diameter, 200mm focal length spherical lens, specifically designed for use in optical systems that require high-performance imaging capabilities. Sourced from the renowned optical component manufacturer, Edmund Optics, this lens boasts a convex-convex base shape and a circular geometry, ensuring excellent light transmission and minimal distortion.
The lens is crafted from the high-quality N-K5 glass material, produced by Schott, a world-leading manufacturer of specialized optical glass. This material exhibits exceptional transparency across a wide range of wavelengths, making it an ideal choice for applications that demand precise and accurate light transmission, such as photonics, metrology, and beam manipulation systems.
The 32-910 lens features a 6.07mm edge thickness and an 8mm center thickness, providing robust structural integrity while maintaining minimal optical aberrations. The lens's effective focal length (EFL) of 200mm, combined with its inner and outer radii of 0mm, allows for versatile integration into various optical systems, including imaging setups, laser beam shaping, and optical interferometry.
Notably, this lens is uncoated, providing users with the freedom to apply custom coatings tailored to their specific application requirements. However, it is essential to consider that uncoated lenses may be more susceptible to surface reflections and environmental factors, which could impact overall system performance.