Introducing examples of achieving reduced reflection on LCD panels and improved light output of light source lamps and sensor sensitivity. Custom proposals are available.
This document introduces case studies of solving challenges using the vacuum deposition process "Lequa-Dry," which can form an anti-reflective coating (AR coat) on glass and resin at low cost. It includes examples of improved visibility of displays and increased light output due to higher transmittance of lenses. You can also view a comparison table of the advantages of different coating methods, which will help in selecting the appropriate processing method. 【We can solve the following concerns】 ■ I want to make the LCD panel easier to see... ■ I want to increase the light output of the light source lamp, even a little... ■ I want to enhance the sensitivity of near-infrared sensors... *You can view it immediately from "PDF Download." Please feel free to contact us.
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Specifications of the Vacuum Vapor Deposition Treatment "Lequa-Dry" Supported substrates: Glass, acrylic, polycarbonate, PET, etc. Examples of applications: LCD displays, medical monitors, luxury watches, automotive meter panels, car navigation panels, camera lenses, eyeglass lenses, etc. In addition to this, our company also offers treatment methods such as "Lequa-Dry High Grade," which has excellent light resistance and durability against saltwater spray, and "Lequa-Wet," which can process large substrates at a low cost. *For more details, please refer to the materials. Feel free to contact us as well.
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*For more details, please refer to the materials. Feel free to contact us as well.*
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Since its founding in 1971, Nidek has continued to create distinctive technologies and products by merging optical technology and electronic technology. (In 2021, we celebrated our 50th anniversary.) Currently, we are conducting business activities on a global scale, focusing on three main areas: the medical field, the eyewear equipment field, and the coating field. This site introduces the "coating field."