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Precision Strip lenses are characterized by their long, thin strip shape, specifically designed to produce specialized lighting effects, making them ideal for strip light applications. Some of these lenses are engineered to correct optical distortion, enhancing their precision in various applications including projection systems, scanning devices, and measuring instruments. They are made from materials such as fused silica, glass, plastic, or other specialized optical substances, chosen based on the specific application and desired optical properties.
Examples of precision strip lenses include their use in projection systems, where they evenly diffuse light from a source in devices like LCD or digital projectors. In scanning devices, such as barcode readers and image scanners, they provide uniform illumination along the scan line. Measuring instruments incorporate these lenses into their optical systems for accurate optical measurements, while lighting equipment, including stage and architectural lighting, uses them to create special lighting effects.
When choosing a precision strip lens, key considerations include the focal length, which determines the lighting range and the degree of light concentration, and the numerical aperture, which affects the lens’s brightness and light-gathering ability. The material should be selected for its suitability to the environment, considering factors like heat resistance, chemical resistance, and transmittance. Additionally, coatings, such as anti-reflective coatings, should be checked to ensure optimal lens performance.
Factory Standard
The precision strip lens is a highly useful optical component for achieving special lighting effects due to its shape and function. Its high precision and special properties make it valuable in various optical systems.
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