CA14507_G2-LXP2-D-P

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The CA14507_G2-LXP2-D-P lens is an optical component designed for applications that involve energy transfer or imaging. It focuses incoming light on to a single point to produce a precise and powerful beam. The lens is suitable for applications in fields such as medical imaging, laser detection, radar, and many other applications in optics. The lens is designed to precisely control the power distribution and focus of input light, enabling the light source to receive the highest possible efficiency from the lens.

The CA14507_G2-LXP2-D-P lens utilizes a unique combination of refractive and diffractive optical elements, which combine to achieve precise and highly controlled light focusing. The lens design enables exceptionally efficient light focusing and energy distribution. In addition, the design provides an efficient light collection and transmission, as well as a wide range of focal length options for different applications.

The CA14507_G2-LXP2-D-P lens is made from optical-grade fluoride crystals that enable excellent light transmission and focusing capability even in extreme temperatures and environments. The lens has a cold-formed, temperature-stable design, which enables the lens to perform accurately and consistently in demanding operating conditions. The lens also provides high transmission and focusing of near infrared through visible light, eliminating chromatic aberrations of visible light.

The primary working principle of the CA14507_G2-LXP2-D-P lens is the principle of refraction. Refraction occurs when light travels through a medium (air, water, glass, etc.) and is scattered and bent, due to the difference in the physical properties of the medium. The CA14507_G2-LXP2-D-P lens uses the principle of refraction to bend the light entering the lens and focus it onto a single point, allowing light to hit a sensor or a target with a powerful precision. By controlling the angle of the refraction, the user can achieve a variety of focal lengths and light distributions for different applications.

The CA14507_G2-LXP2-D-P lens is a powerful and accurate lens suitable for a variety of applications. The lens is designed for imaging as well as energy transfer, allowing a wide range of uses such as medical imaging, laser detection, radar, and many other applications in optics. The lens is made of optical-grade fluoride crystals, enabling a high transmission rate and wide range of focal lengths. The lens design utilizes refractive and diffractive optical elements to precisely focus incoming light onto a single point, providing a powerful beam of light while maximizing energy efficiency. The lens is a powerful tool for many different applications in optics, and is a great option for anyone looking for a highly precise and efficient optical lens.

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