Tracing wool

Shepherd teamed up with Qingjia Technology, relying on Shepherd's profound production experience and rich supply chain resources in the textile field, and innovatively applied the NAO computer artificial intelligence technology developed by Qingjia Technology to achieve real-time simulation and visualization of fabric weaving structures. This technological breakthrough not only vividly showcases the diverse styles of fabrics and ready to wear, but also injects an inexhaustible source of creativity into the market, driving fabric development towards a new realm of infinite possibilities.

OPEN

  • By using the mechanical force and friction of the opening machine, the broken cloth is decomposed and fiberized, separating the fibers in the broken cloth from each other and obtaining individual regenerated wool fibers

  • Regenerated wool fibers are blended with other fibers of different compositions and colors during the spinning process to obtain various types of yarns. By combining innovation in fabrics and garment manufacturing techniques, we have created a diverse range of recycled wool products.

SHREDDING

  • Mix and match the zero fabric according to the color scheme, and use mechanical cutting to form small pieces of suitable size for subsequent processing and obtaining a uniform base color.

  • The process of physical shredding efficiently processes fragmented fabrics, achieves resource recycling, and effectively reduces the impact on the environment.

SORTING & CLEANING

  • Collect the zero fabrics generated during the garment production process, classify them according to wool composition, and further separate them according to the Munsell color system.

  • Each piece of wool fabric is carefully processed by manual labor to remove non wool impurities such as labels and seam fabrics, ensuring Prove their purity and purity.