Centuries-old traditional textile crafts, such as hand weaving, embroidery, and natural dyeing, are deeply embedded in cultural heritage and have endured for generations. However, the rise of fast fashion and mass production has led to the decline of these practices. Modern textile manufacturing technologies, including automated looms, 3D printing, and computerized dyeing equipment, present a promising solution to revive these crafts. These technologies enhance efficiency, sustainability, and aesthetic preservation while retaining cultural authenticity. This convergence addresses growing consumer demand for products that balance heritage with contemporary functionality. This review explores the intersection of traditional textile processes and modern fabrication technologies with the objectives of conserving cultural heritage, promoting sustainability through eco-friendly processes, and fostering innovation by merging craftsmanship with advanced tools. A qualitative approach was employed, involving a comprehensive literature review of conventional textile methods and cutting-edge technologies. Case studies from the fashion industry were analyzed to identify the best practices. The findings reveal that computerized looms effectively conserve cultural heritage by accurately reproducing traditional designs. The use of green materials minimizes environmental impact while maintaining adherence to traditional practices. Computerized technologies maximize production efficiency by reducing time without compromising quality. Additionally, digital printing integrates traditional designs into contemporary styles, fostering innovation and increasing appeal. In conclusion, blending traditional methods with modern technologies offers a sustainable pathway for the textile industry. This approach preserves cultural heritage while enhancing efficiency and fostering innovation. Collaborative efforts between artisans and technologists are essential to ensure this synergy thrives in addressing contemporary challenges.
Srivastava et al. (Fri,) studied this question.