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Optics - Lenses: FS15786_FLORENCE-3R-IP-Z60 Application Field and Working Principle

Optics involves the study of light, including how it can be manipulated to transfer information or produce art. The field employs a variety of technology and components that bend, focus, polarize or otherwise control light. One of the most important tools in optics are lenses. FS15786_FLORENCE-3R-IP-Z60 is a type of refractive lens from FLORENCE Optical Company. This article will discuss the applications, working principle, structures and manufacturing technics of FS15786_FLORENCE-3R-IP-Z60 lenses.

Applications of FS15786_FLORENCE-3R-IP-Z60

FS15786_FLORENCE-3R-IP-Z60 lenses are usually used in three main applications: optoelectronics, microscopy, and night-vision devices. The lenses are specifically designed for optoelectronic applications, such as digital cameras. Their unique properties enable them to capture high-quality images in fewer pixels and to provide a much larger field of view than other types of lenses. In microscopy, the FS15786_FLORENCE-3R-IP-Z60 lenses are mainly used for focusing light on delicate samples, and for better resolution in imaging processes. Finally, their superior focusing capability makes them ideal for use in night-vision devices, as they can capture images in low-light conditions with high detail.

Working Principle of FS15786_FLORENCE-3R-IP-Z60

FS15786_FLORENCE-3R-IP-Z60 lenses use the principle of refraction to bend light from one surface to the next. When light enters the lens, it passes through the center of the lens. From then, the light is bent towards the edges, and finally out the edge of the lens. This oblong shape enables the lens to produce high resolution images with a wide field of view. Additionally, there is no chromatic aberration, meaning the colors are more accurately represented than with other types of lenses.

Structure of FS15786_FLORENCE-3R-IP-Z60

FS15786_FLORENCE-3R-IP-Z60 lenses have a special configuration that allows them to achieve their superior performance. The lenses feature multiple layers that can be ordered in various combinations, to meet varying application requirements. Additionally, the lenses have a complex internal structure, consisting of several small refractive elements, that help focus the light more accurately. The elements are made from different types of plastics and glass.

Manufacturing Technics of FS15786_FLORENCE-3R-IP-Z60

FS15786_FLORENCE-3R-IP-Z60 lenses are precision-machined lenses and are designed using advanced optical simulations and calculations. They are also highly automated and require less human intervention than other lenses. The lenses are first precision-molded using specialized molding machinery. This is followed by a series of intricate cutting and orienting steps. Finally, a combination of polishing and coating techniques are used to give the lenses a smooth surface and the desired optical properties.

Conclusion

FS15786_FLORENCE-3R-IP-Z60 lenses are a type of refractive lens from FLORENCE Optical Company. They can be used in optoelectronics, microscopy, and night-vision applications, thanks to their special configuration and multilayered structure. The precise machining and intricate cutting allows the lenses to have superior performance. With refinishing techniques, the lenses can have a smooth surface and accurate colors. This article has discussed the application field, working principle, structures and manufacturing technics of FS15786_FLORENCE-3R-IP-Z60 lenses.

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