Smart Surface Decoration Technology is an advanced surface treatment solution that leverages a combination of multiple composite processes—such as IMD (In-Mold Decoration), INS (In-Mold Stereo Decoration), film lamination, vacuum metallization, texture transfer, and nano-coating—to achieve integrated appearance decoration, functional integration, protection and wear resistance, and touch interacti...
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Many products in our daily lives are the result of CMF (Color, Material, Finish). We draw inspiration from everything around us and leverage technological advancements to greatly expand the application scope of our products.
We are able to produce products with diverse design styles, blending elements such as natural forms and metallic textures. Even the finest surface details and textures are perfectly rendered.
We are committed to providing comprehensive smart surface decoration solutions—covering the entire process from IMD to OMD; and realizing various appearance decoration processes that integrate decoration and display control, such as IMR, IML, IME, INS/FIM, ATS, DST, and Real Material Decoration processes.
The smart surface decoration process is pollution-free and achieves zero emissions, while also enabling large-scale mass production and simultaneously meeting customers' comprehensive requirements for texture, color, patterns, visual effects, tactile feel, functionality, and performance in a single operation.
With the upgrading of consumer demand, the market has raised higher requirements for the appearance texture, color aesthetics, functionality and environmental protection of industrial products. Traditional plastic products with single solid...
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If this is your first encounter with In-Mold Decoration (IMD), you might find yourself overwhelmed by the dazzling array of effects and the complex terminology. Don't worry — this blog is your starting point.
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Once designers get their hands on this powerful tool called IMD, they also need to understand its "temperament." Many beautiful design concepts fail to reach mass production or suffer from low yield rates simply because the proces...
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