C13117_LENA-SS Optoelectronics

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Optics, the study of light, is a sub discipline of physics and is generally divided into two parts: reflection and refraction. Reflection occurs when light strikes an object and is either absorbed or reflected off its surface, while refraction occurs when light passes through an object and refracts off of its edges or beads. Mirrors reflect light in a predictable, predetermined way that can be utilized to create amazing optical effects. Reflectors are especially useful in the application of light sources. The C13117_LENA-SS is a collimator reflector specifically designed for use in optical applications.

The C13117_LENA-SS reflector is a collimator type reflecting surface measuring 330 x 200 mm with a high aluminum coating and parabolic reflector surface. Its reflector surface is supposed for use with optical distance sensors, laser rangefinders, and optical navigation systems that make use of active illumination. It has an incredibly high reflectivity design, with a reflector area that is biconcave and optimized for maximum reflection performance. In addition, the reflector surface is incredibly strong, with one of the highest anti-scratch capabilities of any reflector on the market today.

The C13117_LENA-SS is equipped with two different arrays, one inside the casing and the other outside. The inner array works as a mirror to reflect incoming light from the source back into the sensor, while the outer array is used to prevent ambient light from entering the reflective surface. This design minimizes the amount of light that is reflected off of the surface, resulting in a higher accuracy of light measurement and a reduction of confusion between the reflected light and other sources of ambient light.

The working principle of the C13117_LENA-SS is fairly simple. As light travels from the external source, the outer array reflects off the inner array before reaching the target. The biconcave shape of the reflector surface then concentrates the reflected light from the inner array toward the sampler, greatly increasing its power and accuracy and ensuring a minimal amount of spillage. This design allows for a very efficient transfer and dispersal of light energy in a single beam, with maximum accuracy.

The C13117_LENA-SS reflector is an important component in a variety of application fields, from industrial to medical. In the industrial sector, they are used to ensure uniform light distribution for processes such as laser cutting and welding. In the medical industry, they are used for accurate illumination in endoscopy, in order to identify areas of possible diseases and other anomalies in the body. They are also used for facial recognition, to identify and verify individuals for access control systems, and to provide positioning and tracking information in maps and navigation systems.

The C13117_LENA-SS reflector is an incredibly versatile device, offering a high reflecting performance and dependability. It is one of the most reliable and actionable pieces of light-related technology on the market, and its versatile application has made it an invaluable asset in a variety of industries. Whether used for displays, orientation, or accuracy applications, the C13117_LENA-SS reflector is a must-have in any professional setting.

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