Product Center
Automotive Interiors
As the first enterprise in China to be licensed for the Cubic Printing® water transfer technology of Japan's Taica Corporation, we offer full-process automotive interior processing services with a focus on innovative R&D of smart cockpits. Equipped with independent R&D and full-process manufacturing capabilities, and backed by a number of authoritative quality certifications, we provide one-stop high-end interior solutions for automakers, covering everything from design to mass production.
Visual characteristics: The surface exhibits a rich and diverse range of effects, with a realistic, delicate texture and high color fidelity, presenting a refined, technological aesthetic that is both exquisite and cohesive, resulting in an overall sophisticated and unified visual impression.
Process features: low requirements for product design, excellent weather resistance, and the ability to achieve a wide range of pattern effects; capable of forming complex 3D curved surfaces, supporting touch buttons, translucent displays, precise positioning, and other functions, with a high degree of integration between appearance and functionality.
Process features: low requirements for product design, excellent weather resistance, and the ability to achieve a wide range of pattern effects; capable of forming complex 3D curved surfaces, supporting touch buttons, translucent displays, precise positioning, and other functions, with a high degree of integration between appearance and functionality.
Visual characteristics: Capable of reproducing complex textures such as metallic finishes, wood grain, and dot-matrix translucency; high-precision patterns are integrally bonded to the substrate, with seamless joints and fade-resistant performance that maintains a like-new appearance over the long term. Supports both frontlit and backlit effects, enabling the seamless integration of decorative and functional elements.
Process features: The injection-molded substrate is formed in a single step, making it suitable for flat and gently curved surfaces. For complex, irregular-shaped parts, this process offers high production efficiency, low costs, and excellent part-to-part consistency.
Process features: The injection-molded substrate is formed in a single step, making it suitable for flat and gently curved surfaces. For complex, irregular-shaped parts, this process offers high production efficiency, low costs, and excellent part-to-part consistency.
Visual characteristics: It can clearly render high-precision, complex patterns, delicate gradient colors, and exquisitely fine text; the overall appearance is integrally molded with no visible seams or joints; the surface texture is transparent and smooth; the decorative effect features rich layering and a strong sense of three-dimensionality; and the visual refinement is both highly sophisticated and enduringly aesthetically pleasing.
Process features: high product positioning accuracy and stable molding dimensions; enables personalized surface treatments such as localized matte finishes and texture differentiation; flexible and convenient pattern changes without major mold modifications, resulting in short sampling and redesign cycles; compatible with a wide range of film materials, meeting diverse requirements for appearance, wear resistance, and weatherability.
Process features: high product positioning accuracy and stable molding dimensions; enables personalized surface treatments such as localized matte finishes and texture differentiation; flexible and convenient pattern changes without major mold modifications, resulting in short sampling and redesign cycles; compatible with a wide range of film materials, meeting diverse requirements for appearance, wear resistance, and weatherability.