CP12413_LOS-D

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As an important component of optical systems, lenses are widely used in the fields of optical imaging, focusing, collimation, and imaging. This article introduces the LOS-D CP12413 application field and working principle of lenses.

Application Field of CP12413-LOS-D Lenses

The CP12413-LOS-D series lenses are low-dispersion, long-working-distance objective lenses, specifically designed for microscopy applications. The lenses are designed for low chromatic aberration and optimal contrast for imaging samples or objects with high refractive index, such as glass, quartz, diamond and other materials. Thanks to their high optical resolution, high image quality and low distortion, CP12413-LOS-D lenses are ideal for applications with needs for high-speed, reliable, and precise imaging.

The CP12413-LOS-D lenses can be used for a wide range of applications, including microscopy, spectroscopy, fluorescence, bio-sample imaging, noncontact imaging, confocal imaging, high-resolution imaging, nanotechnology, and imaging of submicron particles. The lenses can be combined with various kinds of light or laser for optimal results.

Working Principle of CP12413-LOS-D Lenses

CP12413-LOS-D lenses work mainly through refraction. The refracted light is directed towards the focal point, which is usually located in front of the lens. The lens is made up of multiple curved surfaces, which bend light rays to form an image at the focal point. The curvature of the lenses increases converging power and reduces the angle of incidence, which further reduces aberrations and distortions. The lenses also have low chromatic aberration, which allows them to produce images with better color accuracy.

High-quality CP12413-LOS-D lenses contain multiple elements that are often made of different materials, such as quartz, glass, and diamond. Each element has a different shape and refractive index, which makes them able to correct chromatic and spherical aberrations. The lenses also use anti-reflection coating to reduce reflections and glare. This coating enables the lenses to absorb most of the light, and increase the amount of light that reaches the image.

Conclusion

The CP12413-LOS-D lenses are low-dispersion, long-working-distance objective lenses, specifically designed for microscopy applications. They have excellent optical properties such as high resolution, minimal distortion, and low chromatic aberration. Thanks to their excellent performance, the CP12413-LOS-D lenses are ideal for a wide range of applications, such as microscopy, high-resolution imaging, nanotechnology, and imaging of submicron particles. The lenses are also highly reliable and offer superior image quality.

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