CN12718_LENA-S-DL

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CN12718_LENA-S-DL Application Field and Working Principle

The CN12718-LENA-S-DL is a reflector designed for use in a wide range of applications. It is an advanced mirror with the ability to reflect or absorb short and long wavelength light sources. In addition, it can be used to control light intensity and colour saturation which makes it ideal for a variety of situations.The CN12718-LENA-S-DL reflector is suitable for both indoor and outdoor applications and is highly versatile due to its many features. Its ability to precisely control the direction, intensity, and colour saturation of the desired light source is particularly advantageous and allows it to be used in a variety of circumstances. For example, it is often used in theatrical and film lighting, to create adjustable lighting effects, for displays in museums or galleries, or in TV studios.The CN12718-LENA-S-DL is made from aluminum, with a durable anodized finish. It is lightweight and portable, making it easy to set up and transport. It is also highly reflective and can be adjusted to a variety of angles, allowing the user to control the direction, intensity, and colour saturation of the desired light source.The working principle of the CN12718-LENA-S-DL is relatively simple. The aluminum surface acts as a mirror, reflecting light from long and short wavelengths sources. This is achieved through the use of a variety of coatings which are applied to the surface of the reflector. These coatings are composed of highly reflective and absorptive materials which control the reflection and absorption of light, allowing for the manipulation of the light’s intensity, colour saturation, and direction.The CN12718-LENA-S-DL reflector is easy to use and allows users to manipulate the light in a variety of ways. It is efficient and cost-effective and can be used in a variety of environments. It is ideal for use in theatrical and film lighting, museums and galleries, TV studio, and other environments where adjustable lighting effects are desired.

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