FN11457_LN1-M2

Optics - Lenses

The FN11457_LN1-M2 is part of a family of advanced optical lenses, created with the purpose of providing superior imaging capabilities to a wide range of applications. The FN11457_LN1-M2 was not only designed for its unique capabilities, but also with cost efficiency in mind.

Application Field

The FN11457_LN1-M2 is most suitable for applications requiring superior imaging quality, such as medical imaging, scientific research, astronomy, machine vision, and automotive vision. It is also ideal for applications requiring rigorous optical performance and high resolution imaging, such as security systems, robotics, and computer monitors. In addition, the FN11457_LN1-M2 can be used in macro photography and many other photography-related applications.

Working Principle

The FN11457_LN1-M2 is equipped with a special optical coating that is designed to reduce internal reflections, which can be detrimental to the overall image quality. The special coating enhances the resolution of the images, resulting in superior imaging compared to other lenses. Additionally, a number of advanced physical lens components are included in the design of the FN11457_LN1-M2, such as aspherical components, an aspheric diffractive optical element, and a unique micro and macro lens arrangement. These elements are used to create high quality images with extremely tight control of aberrations.

The FN11457_LN1-M2 is also optimized for use in low light conditions. It includes a wide-angle lens, which allows for maximum field of view capture. Additionally, it has a low-distortion lens design that is capable of capturing accurate images with minimal optical artifacts. The lens also includes two anti-reflective coating layers which help to reduce reflections from external elements. Finally, the FN11457_LN1-M2 has the ability to capture images with a high dynamic range, which helps to provide clear image detail in both bright and dark areas.

The FN11457_LN1-M2 is an extremely versatile lens, capable of being used in a variety of different imaging applications. It can be used in medical imaging, research, robotics, and more. Its advanced design and superior capabilities make it an ideal choice for professionals in these fields. In addition, its cost-effectiveness and robust optical performance make it a great option for the consumer market as well.