C11812_ANNA-50-6-M

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C11812_ANNA-50-6-M lenses are a type of optical lenses used for a variety of applications, including imaging, scientific research, and medical equipment. They are usually constructed from two different glasses, one semi-spherical and one plano-convex. Depending on the application, the focal length, field of view, and other parameters can be adjusted accordingly.

The key characteristics of C11812_ANNA-50-6-M lenses are their ability to effectively capture light from a wider angle than conventional lenses. This is achieved by utilizing the cone-shaped surface on the semi-spherical glass side, which helps to evenly distribute light from a wide range of angles. Additionally, C11812_ANNA-50-6-M lenses also feature an anti-reflection coating to minimize glare and improve image quality.

The working principle of C11812_ANNA-50-6-M lenses is based on refraction. The cone-shaped glass surface helps to bend light rays as they travel through the lens, thereby forming a sharp image. Depending on the design of the lens, it can be used for magnifying, focusing, or spreading light. This makes C11812_ANNA-50-6-M lenses extremely versatile and applicable to a wide variety of fields.

C11812_ANNA-50-6-M lenses are commonly used in the fields of medicine, imaging, and scientific research. In the medical field, they can be used in endoscopy to view internal organs without the need for surgery. In the imaging field, these lenses can be used for microscopy and telescope imaging. Finally, in the scientific research field, C11812_ANNA-50-6-M lenses are regularly used in optical experiments and astronomical research.

C11812_ANNA-50-6-M lenses are truly remarkable pieces of technology that have numerous applications for everyday life. Their unique design enables them to capture light from a much wider angle than traditional lenses, while their anti-reflection coating ensures that the image produced is of the highest possible quality. Furthermore, their ability to perform magnifying, focusing, or spreading light makes them applicable to numerous fields of research and imaging.

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