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PRISM LIGHT TRANSMISSION PATH
Prisms are used to fold light paths, manipulate image direction and size, and diffract light. In many applications, combinations of prisms are used to achieve several of these effects. In order to des...
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Unveiling the Power of Anti - Reflective Coatings: Enhancing Optical Efficiency
This blog delves into the world of anti - reflective (AR) coatings offered by ATOPTIK for transmission optical components. It explains how AR coatings improve optical efficiency by increasing transmission, enhancing contrast, and eliminating ghosting. The post also covers the durability of these coatings, their application in various optical systems, and the science behind how they work, including the factors affecting their performance. Additionally, it details different types of AR coatings such as MgF₂, VIS 0° and VIS 45°, VIS - NIR, Telecom - NIR, UV - AR and UV - VIS, NIR I and NIR II, and SWIR, along with their specific applications and performance benefits.
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Optical Components
ATOPTIK can process high-precision optical spherical lens, cylindrical lens, prism, window, mirror and so on. Standard size, custom size and other requirements should be met.
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Spherical Lens
ATOPTIK spherical lens is a lens with a fixed radius of curvature on the surface of the lens within the aperture of light. It can be customized according to customer drawings or sample processing to meet the different application needs of customers.
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Visible Glass
Optical glass is one of the most commonly used materials in optical design. It has a high degree of transparency, chemical stability and a high degree of uniformity in physics. Optical glass can be divided into silicate glass, borate glass and phosphate glass according to the main composition.
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Anti-reflection(AR) Coating
Anti-reflection coatings reduce first surface reflection losses, improve contrast and boost the transmission through your optical surface. The anti-reflection film consists of a single layer or multiple layers. These designs are optimized to produce destructive interference with reflected light. This design approach will allow for maximum light transmission without compromising image quality.
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Medicine
ATOPTIK, a global leader in high-precision optical components, leverages submicron-level machining and full-chain customization to advance medical device innovation.
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