FCP14968_FLORENTINA-2X2-O

Optics - Lenses covers a number of optical technologies including spectroscopy, imaging, light emission, and diffraction. The category addresses a host of optical phenomena including reflection, refraction, scattering, and dispersion. Different types of lenses exist for a variety of applications; one such example is the FCP14968_FLORENTINA-2X2-O lens. utilized in a diverse range of settings.

FCP14968_FLORENTINA-2X2-O is a double-sided parabolic nanoparticle lens with a working distance of up to 15 millimetres. It is a direct imaging UV-a transparent optical lens with high precision achromatic optics for a vivid and accurate image quality. This lens is highly suitable for use in a variety of fields such as fluorescence imaging, confocal microscopy, aspheric photography, UV-visible spectroscopy, and more. It features a focal length of 10.5 millimetres, which allows for higher resolution and contrast than other conventional lenses.

The working principle of the FCP14968_FLORENTINA-2X2-O is based on the reflection, refraction, and interference of light, which is absorbed, transmitted, and emitted by the lens in order to form an image. The lens is coated with a dielectric structure in order to increase the total internal reflection of the incident light. When light passes through the double-sided lens, the sum of the two parabolic surfaces will increase the focusing effect of the light beams. As the light rays enter the element, they encounter the nanoparticle coating which will further focus and reflect the light.

Due to these optical principles, the FCP14968_FLORENTINA-2X2-O can be used for a wide variety of different applications including 3D printing, microfabrication, metrology, spectroscopy, imaging, optomechanical design, and more. The lens is capable of providing high-resolution images with high depth of field, low chromatic aberration, low distortion, and color fidelity. It is also capable of providing sharp focus on a wide range of subjects which enables accurate manual autofocus. Additionally, it Suitable for use for medical imaging, industrial inspection, robotics, machine vision applications and more.