CN13166_LENA-WAS

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CN13166_LENA-WAS is a reflector that has many industrial applications formulated with optical principles. This reflector is made using proprietary technology and has a unique, elliptical shape. It has proven itself to be superior in terms of performance when compared to traditional reflectors for certain tasks.

The applications of CN13166_LENA-WAS reflector range from measuring distances to vibrometry to position sensing. In vibrometry and position sensing, the reflector is placed on the object measured and the angle of reflections can be measured accurately by using an optical reader. The CN13166_LENA-WAS is also used in distance measurement and navigation systems, where the optical reader can be used to accurately determine the distance between objects.

In terms of working principle, CN13166_LENA-WAS reflectors use the principle of total internal reflection. Total internal reflection is defined as the phenomenon of a light ray traveling through a surface, reflecting at the air-glass interface, and exiting the surface in the opposite direction. This occurs because of the different refractive indices between the two mediums – glass and air. The reflectors have a specifically angled inverted cone created that reflects and refracts the light, based on the angle of incidence at which the light enters.

The design of the CN13166_LENA-WAS reflector, with its unique elliptical shape, ensures that the reflected light is focused at a point. This ensures that the light does not spread out and can be easily read by the optical reader. The mathematical models used in designing this reflector are based on coherent wave optics, which considers the interaction between different beams of light.

The CN13166_LENA-WAS reflector has proven itself to be a superior element for various industrial applications. From position sensing to distance measurement, the optical reader with this reflector has been able to accurately measure the angle of reflection and the distance between objects. The reflector also ensures that the light is focused on a point, thereby improving the performance of the optical reader.

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