CN13452_LENA-X-WAS

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LENA-X-WAS is a series of dielectric optical multilayer designed element specifically developed for applications in reflectors. It was created by CN13452, a Chinese optics company.

This new series of elements are made from several high-precision dielectric optical layers that are stacked together according to the company\'s optimized quasi-Lambertian multilayer design. When assembled, the LENA-X-WAS has excellent angular and spectral properties throughout its operating spectral range.

The design of the LENA-X-WAS sets it apart from traditional optical elements. Its shape and optical structure ensure total internal reflection, greatly improving its reflectivity. Moreover, the element\'s layers are all precisely aligned, increasing its reflectivity over a wide range of wavelengths. As a result, LENA-X-WAS elements are ideal for applications in which light must be efficiently reflected over a broad range of angles and wavelengths.

The most common applications of LENA-X-WAS elements are in solar energy, lasers, displays, lightening, and telecoms. In solar energy applications, the element can be used to focus sunlight in Solar Thermal applications, such as Concentrating Solar Power (CSP) systems. In laser applications, the element can be used to focus or reflect laser beams in a wide variety of applications. In displays, the element can be used as an inner backlight reflector, which helps decrease light loss and improve efficiency.

In addition to its impressive performance characteristics, the LENA-X-WAS has many other advantages. For one, the element\'s multilayer design ensures a longer shelf life compared to traditional optical glass or silicone. Furthermore, the element is less sensitive to environmental factors than traditional lenses, and its multilayer design provides better optical uniformity. Finally, the element\'s manufacture is highly automated, and the design itself can be quickly modified for specific applications.

The working principle of the LENA-X-WAS is based on total internal reflection (TIR), as described above. In simple terms, when light enters the element from one side, the high-precision dielectric layers reflect the light back in the same direction, without losing any energy. Depending on the angle of incidence of the light, the element can reflect a large amount of the incident light over a wide range of angles and wavelength.

Overall, the LENA-X-WAS by CN13452 is an impressive and highly versatile optical element designed for reflector applications. It offers excellent performance over a wide range of angles and wavelengths, and its multilayer design ensures a longer shelf life and improved optical uniformity.

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