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Using an optical Lens-grade adhesive to adhere a glass to a display’s top surface is known as optical bonding.The primary objective of optical bonding is to enhance display performance in outside settings.The air space between the cover glass and the display is closed off using this technique.
Additionally, optical bonding glass frequently has an anti-reflective coating.The contrast of the display, not its brightness, is what really hinders readability in outside settings.In other terms, the contrast ratio of a display refers to the difference in light intensity between the brightest white pixel and the darkest black pixel.
Contrast is defined as the ratio of the white level to the black level.By minimizing the quantity of ambient light that is reflected, optical bonding primarily serves to raise the contrast ratio of the display. When a display is installed in a high-humidity outdoor setting, a protective glass is adhered in front of the screen to improve readability.
This process is known as optical Lens bonding. There are some elements that impair a conventional display’s readability when it is used outside. The most frequent one is “fog,” or condensation, which develops on the interior surface of the vandal shield of the display.
Sunlight reflection, which results in a mirror-image on the display, is another factor. Optical Lens bonding can be used to resolve both phenomena.
The Global Optical Lens Bonding Machine market accounted for $XX Billion in 2022 and is anticipated to reach $XX Billion by 2030, registering a CAGR of XX% from 2023 to 2030.
the development of thinner, Optical Lens Bonding Machine lighter AR spectacles with high-resolution image quality, outdoor-compatible brightness, and smooth Rx integration, Lumus has launched the release of their second generation Optical Lens Bonding Machine Z-Lens 2D waveguide architecture, which builds upon 2D Maximus.
The optical engine in Lumus’ revolutionary Z-Lens waveguide architecture is 50% smaller while yet maintaining the superior image quality and high brightness efficiency advantages of Maximus.
Additionally, the new architecture gives manufacturers of eyeglasses more freedom to choose where to locate the entrance aperture. This enables substantially more compact AR optics for glasses with a natural appearance that are lighter and more compact.
