This acetate sunglasses design draws inspiration from the deep exploration of color collision and structural hierarchy in modern aesthetics, aiming to create a highly recognizable visual language through the lamination multi-color lamination process. The entire frame uses lamination as the base, skillfully interweaving the mysterious elegance of purple with the fresh vitality of light green. At the  end piece part, precise carving technology is specially adopted, allowing the two colors to outline sharp geometric contours like artistic strokes, resembling stars embedded in the sky or natural veins quietly stretching on the frame. The tension of this color aesthetics extends to the temples, where the embossed effect created by precise carving technology runs through like a flowing rhythm— three-dimensional geometric color blocks project rich light and shadow layers under the light, as if integrating the relief art of architectural aesthetics into accessory design. The lamination process echoes the whole again here, and through the splicing of different textured materials, the embossed feeling not only stays in the visual but also brings a delicate experience in touch. From the finishing touch of the end piece to the coherent design of the temples, every detail tells the design philosophy of symmetry and balance: the color contrast between purple and light green forms a strong visual impact, yet achieves harmony and unity due to the delicate treatment of precise carving; the combination of lamination and embossed texture gives the flat frame a three-dimensional narrative, like a wearable modern artwork that, beyond practical functions, becomes a personal symbol highlighting the wearer's unique aesthetic taste.

This pair of glasses has stricter requirements for the sunglasses manufacturers. Due to the advanced splicing process, light brown, red and yellow are three different colors of acetate materials. After the CNC machine cuts them into different shapes, the acetate blocks of different colors are placed in the corresponding positions in the mold, and then put into the special splicing machine to form under high temperature and pressure from all sides.