CA12844_LXB2-O-90

The CA12844_LXB2-O-90 is a high-performance aspherical lens for optics applications, which has a wide range of applications in various fields. It is characterized by its excellent image quality, excellent optical performance and low aberration. It is suitable for applications such as medical imaging, optical communication, industrial imaging, and optical measurement.

Application Field

The CA12844_LXB2-O-90 aspherical lens is the ideal choice for applications involving illumination and imaging in the near infrared region. Its excellent chromatic aberration and low spherical aberration give it a wide range of applications. It is especially suitable for medical imaging systems and for applications like lithography, micro-machining, and imaging spectroscopy. It is also suitable for telephone cameras, video surveillance systems, optical communication and industrial imaging systems.

Working Principle

The working principle of the CA12844_LXB2-O-90 aspherical lens is based on the combination of its unique optical design and precision manufacturing. The lens uses an aspherical lens design, with a surface that is curved at certain points, rather than a standard spherical surface. This helps to reduce spherical aberration, which occurs when light rays are bent differently at different points on the lens surface. In addition, an aspherical lens helps to reduce chromatic aberration, the tendency for different wavelengths of light to be focused differently at the focal point. The CA12844_LXB2-O-90 aspherical lens is constructed using advanced optical technologies, including vacuum-casting, polishing, and coating techniques, which help to ensure the highest level of light transmission and image quality.

Advantages

The CA12844_LXB2-O-90 aspherical lens offers several advantages over other optical components. Its aspherical design helps to reduce optical aberrations, which help to ensure high quality imaging. In addition, its wide range of applications means that it can be used in a variety of different optical systems. Finally, its advanced manufacturing technologies help to ensure a high level of optical precision, which helps to improve the overall image quality.