C10385_NIS83-MX-4-SS

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Optics - Lenses is a versatile tool for use in a variety of applications in both scientific and industrial settings. The C10385_NIS83-MX-4-SS is a special type of lens commonly used in a variety of optics applications.

This lens is a wide-angle, flat-field, catadioptric lens with a 43mm image circle diameter. It has a maximum aperture of f/10, a minimum focus distance of twice the focal length and runs at a maximum of f/11. It is designed for intermediate-format digital imaging systems, including digital cinema setups, and provides distortion-free imaging from infinity to the minimum focus distance.

The C10385_NIS83-MX-4-SS provides an excellent level of sharpness, color correction, and image quality. It creates bright and well contrasted images with reduced diffraction, vignetting, chromatic aberration, coma and flare.

The C10385_NIS83-MX-4-SS lens is an ideal choice for applications such as landscape photography, machine vision, industrial imaging, cinematography, copy stand imaging and more. It is also an excellent choice for astro and terrestrial image capturing. It is constructed from high-quality optical glass and precision-machined aluminum components and is coated with an anti-reflective layer. This coating helps reduce glare, ghosting, and other reflections.

The working principle behind the C10385_NIS83-MX-4-SS lens is based on the refraction of light. The lens is designed to focus incoming light rays onto the imaging plane, forming a sharp image. This requires the lens to bend the light that enters the lens in order to focus it onto the imaging plane. The refraction of light is controlled by the lens’ shape, which determines how much light is refracted and the angle at which it is bent. The curved shape also helps reduce chromatic aberration, correcting chromatic aberration in the image.

The C10385_NIS83-MX-4-SS lens is an ideal choice for many different types of optical applications. Its wide angle of view, excellent image quality, and color correction make it an excellent choice for a variety of applications, from machine vision to cinematography.

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