On May 7, ValleyDelta participated in the 2026 Textile Industry Digitalization Development Conference in Shaoxing, China. Held under the theme “Leading the Textile Hub, Shaping the Future Through Digitalization,” the conference brought together industry leaders, experts, and innovators to explore the next stage of digital transformation in China's textile industry.

Hosted by China Textile City and organized by the China Textile Information Center and the Textile Product Development Center, the event focused on three key topics: digital transformation of dyeing enterprises, AI-powered color management, and end-to-end digital manufacturing.

During the Special Presentation session, ValleyDelta COO Min Yin presented “Data-Driven Dyeing Revolution: Empowering the Textile Ecosystem Through Green Intelligent Manufacturing,” introducing the company's proprietary TDSD® (Textile Digital Smart Dyeing) technology.

Unlike conventional dyeing processes, TDSD® adopts an on-demand "spray and dye instantly" production model that combines productivity with sustainability. Compared with traditional dyeing, the technology delivers 99% water savings, 33% lower energy consumption, and 21% less chemical usage, while its ink system has been certified by OEKO-TEX® ECO PASSPORT.

Designed for today's increasingly fragmented production landscape, TDSD® enables efficient small-batch manufacturing without sacrificing consistency. With over 90% color gamut coverage and highly stable color reproduction, it helps eliminate the long-standing challenge of color inconsistency between sampling and bulk production, enabling manufacturers to transition from conventional production to intelligent manufacturing.

As AI and digital technologies continue to reshape the textile industry, ValleyDelta remains committed to advancing efficiency-driven inkjet innovation. Together with industry partners, the company will continue driving the future of textile manufacturing toward greater efficiency, lower carbon emissions, and smarter, more predictable production.