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IMD In-Mold Panels are decorative and functional plastic panels produced through in-mold decoration technology. During the molding process, printed films are integrated directly into the panel surface, creating durable patterns, icons, and textures. This process improves scratch resistance, wear resistance, and color stability while maintaining a smooth appearance. IMD In-Mold Panels are widely used in consumer electronics, automotive interiors, home appliances, and control interfaces. They support complex designs, thin structures, and high consistency in mass production. With integrated graphics and surface protection, IMD In-Mold Panels help enhance product appearance, usability, and long-term reliability.
  • IMD process panels

    IMD process panels

    IMD Process Panels offer an advanced solution for integrating aesthetics, durability, and functionality into a single molded structure. Utilizing In-Mold Decoration (IMD) technology, these panels combine printed or functional films with polymer substrates during injection molding, ensuring precise alignment and long-lasting adhesion. They support embedded touch sensors, backlighting, and haptic feedback while maintaining scratch resistance, optical clarity, and environmental stability. Widely us...

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  • Custom IMD process panels

    Custom IMD process panels

    Custom IMD Process Panels provide tailored interface solutions by combining decorative, functional, and protective layers into a single molded structure. Through In-Mold Decoration (IMD) technology, these panels integrate printed films, polymer substrates, and embedded features such as touch sensors, backlighting, or haptic feedback. Customization allows precise alignment, unique textures, and specialized designs to meet specific industrial, automotive, or consumer electronics requirements. They...

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  • IMD display panels

    IMD display panels

    IMD Display Panels are advanced interface solutions that integrate decorative, protective, and functional layers into a single molded component using In-Mold Decoration (IMD) technology. These panels combine printed or functional films with polymer substrates during injection molding, ensuring precise alignment and strong adhesion. They can incorporate touch sensors, backlighting, and haptic feedback, providing high durability, scratch resistance, and optical clarity. Widely used in automotive d...

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  • IMD integrated function panels

    IMD integrated function panels

    IMD Integrated Function Panels are precision-engineered components that combine decorative, protective, and functional elements into a single molded unit using In-Mold Decoration (IMD) technology. These panels integrate printed films with polymer substrates during injection molding, allowing embedded touch sensors, LED backlighting, and haptic feedback for enhanced interactivity. They provide superior scratch resistance, optical clarity, and environmental durability, making them suitable for dem...

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  • Smart surface IMD panels

    Smart surface IMD panels

    Smart Surface IMD Panels are high-performance interface components that combine aesthetics, durability, and functionality using In-Mold Decoration (IMD) technology. These panels integrate printed or functional films with polymer substrates during molding, enabling features such as touch sensitivity, backlighting, and haptic feedback. Designed for enhanced scratch resistance, optical clarity, and environmental stability, they are ideal for automotive dashboards, industrial HMIs, consumer electron...

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  • Scratch-resistant IMD touch panels

    Scratch-resistant IMD touch panels

    Scratch-resistant IMD Touch Panels are advanced interface components engineered using In-Mold Decoration (IMD) technology to combine durability, functionality, and aesthetics in a single molded structure. These panels integrate printed or functional films with polymer substrates, providing exceptional scratch resistance, optical clarity, and environmental stability. They support embedded touch sensors, backlighting, and haptic feedback, ensuring precise user interaction and long-term reliability...

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