CA12122_NIS83-2-D

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

The CA12122_NIS83-2-D (further referred as NIS83-2-D) is an optical lens device that has diverse applications in the fields of advanced imaging, optical microscopy, and laser systems. It is part of the CA12122 family of advanced optics lenses that offer high performance and economy, which are suitable for commercial applications, general laboratory use, education, and research. This optical lens is used in applications that require precision optics and high-performance image capture.

NIS83-2-D lenses are made from a single piece of high quality, optically correctable glass with a single-element optical design. These lenses feature optical elements that are uniform, smooth, and accurately placed in their correct positions. The optimized design of the lens means that it can capture high-resolution images from a wide range of distances, with minimal distortion and minimal artifacts. The lens also has a wide optical aperture which provides superior contrast and clarity in the images.

NIS83-2-D lenses are used primarily in microscopy applications, such as fluorescence imaging systems and confocal laser ones. These lenses are also used in laser systems for precision optics and advanced imaging. The lens is designed to reduce or eliminate the effect of aberrations, which can cause image deterioration. Additionally, the lens has very low chromatic aberration and ghosting, making it ideal for a wide range of imaging applications. Because the NIS83-2-D lens has a narrow angle of view, it is ideal for capturing high resolution images from a wide range of distances.

The NIS83-2-D lens has a relatively wide field of view, and can be used in situations where the object of interest needs to be captured from a wide range of distances. Additionally, because the lens has a wide aperture, it is capable of producing crystal clear images even at higher magnifications. The design of the lens also ensures that the aberrations associated with optical microscopy are kept to a minimum.

The working principle of the NIS83-2-D lens is simple and straightforward. The lens is composed of many individual optical elements, all of which are placed in the correct position for optimum performance. Each optical element focuses light through the lens, and the result is an image with very little aberration or distortion. Additionally, the lens can capture light from a wide range of angles, which accounts for the wide angle of view that the lens offers.

The NIS83-2-D lens is an excellent choice for any application requiring precision optics and advanced imaging. It is designed to reduce or eliminate aberrations, which can cause important image information to be lost or distorted. Additionally, the wide aperture of the lens is ideal for capturing sharp, clear images from a wide range of distances.

The specific data is subject to PDF, and the above content is for reference