SCHOTT, one of the world's leading companies in quality glass, has developed an innovative new solution for glass printing for those who want to add a new perspective to their designs and products. This innovation, called SCHOTT Duo Design, enables easy printing on the front and back of glass. This innovative printing type made with ceramic ink helps to open the doors of new designs and different perspectives. Thinking that there is no limit to ideas, SCHOTT also hosts unique designs together with the extremely durable and strong prints offered by Duo Design. SCHOTT Duo Design technology, which enables 3D effects to be created, has a fingerprint reduction option, and enables different styles to be created with impressive patterns and ornaments that offer a tactile experience, meets users with 4 different design lines.
Push the limits of printing on glass!
SCHOTT Duo Design, which allows printing on both surfaces of the glass; It offers its users freedom in design with its color options, design lines that can transform the environment into a different place, and innovative solutions. Emphasizing that nothing is impossible with the transformative power of design; It offers 4 different alternatives to users: impressive, natural, soft and accent design.
With the “impressive design” version, it is possible to push the boundaries of familiar images by creating three-dimensional effects. While creating depth with different light and shadow touches in the design, a 3-dimensional effect can be achieved in the design. In the “Natural design” version inspired by nature, images of stone, wood, marble, concrete and carbon fiber can be projected onto the glass surface with their unique tactile experiences. In the "Soft design" version, in which a technology that prevents fingerprints is used, a soft and elegant appearance can be obtained with the transition of matte and bright colors. In the "Emphasis design" version, which promises a minimal design, logos, icons and patterns can be brought to the fore with the accent effect created with high-contrast color transitions.
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