CP13938_RGBX2-M

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Optics - Lenses

One type of lens that is important for optical technology is the CP13938_RGBX2-M lens. It is a light-weight, high-performance, digital transmission lens designed for use in a variety of applications. Its features include integrated autofocus, five axis stabilization, and superior chromatic aberration correction.

The CP13938_RGBX2-M lens is typically used for applications where extremely high resolution is needed. Examples of such applications include medical imaging, satellite navigation and lidar systems, industrial production, machine vision, and surveillance. The high-performance optics provide a stunning image with greater detail and clarity. Its autofocus feature allows for quick and accurate focusing.

The CP13938_RGBX2-M lens utilizes a five axis stabilization system to eliminate blurriness and shake. It utilizes a system of gyroscopes and accelerometers to detect and counterbalance any external forces or vibration. This innovative feature helps to maintain image stability, even in conditions where there is significant movement or shaking. The improved image stability makes accuracy higher when recording difficult to capture scenes as well as when capturing in areas with limited lighting.

In addition to its autofocus and five axis stabilization system, the CP13938_RGBX2-M also features superior chromatic aberration correction. Chromatic aberration is an optical effect that occurs when light passes through a single lens. Light of different colors is refracted differently, resulting in an image which is lacking in clarity. The CP13938_RGBX2-M lens corrects chromatic aberration by utilizing technology which splits the light into different spectral bands and then combines them with a complex algorithm, which minimizes the aberration effect.

Due to its unique features, the CP13938_RGBX2-M lens is an ideal choice for applications where portability and high resolution are critical. It delivers crisp, sharp images with excellent image stability and superior chromatic aberration correction. This ensures it can be used in a variety of applications, such as medical imaging, surveillance, and industrial production.

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