Trend Observation
In the autumn/winter season of 2026, the textile market is undergoing a deep transformation driven by technology. Digital printing has evolved from a supplementary method to an irreplaceable force, accelerating its replacement of traditional rotary screen printing. According to ITMF 2025 data, digital printing accounts for over 35% of global textile print production, expected to reach 45% by the end of 2026. Driven by fast fashion and e-commerce, small-order quick-response (SQD) has become the industry standard, with order volumes shrinking from hundreds of thousands of meters to thousands, and lead times from 45 days to 7-15 days. Traditional rotary screen printing, with its long engraving cycles (7-10 days), high minimums (≥5,000 meters), and costly screen changes, struggles to keep pace; digital printing requires no screens, outputs directly from design files, accepts single-piece orders, and completes production in hours, perfectly matching the market's demand for agility.
The surge in personalization further accelerates this shift. AW 2026 consumer trends show Gen Z and millennials prioritizing uniqueness and self-expression, pushing brands to adopt "limited editions" and "one-of-one" as core selling points. In social commerce scenarios, consumers expect "see-now-buy-now" instant customization. Digital printing technologies (especially single-pass high-speed and high-resolution scanners) reproduce complex designs with full-color gradients and fine detail (up to 1440 dpi), while rotary screens are limited by pattern repeats and color counts, showing inferior detail. Moreover, stricter environmental regulations (e.g., EU zero-discharge initiatives) drive factories to abandon water-intensive, polluting rotary processes; digital printing saves ~60% water and 30% energy, with no paste waste or engraving chemicals, making it an inevitable green choice.
Industrial Impact
Equipment investment patterns are fundamentally shifting. Traditional printing factories increasingly allocate budgets from rotary machines to high-speed digital printers (e.g., Kyocera, EFI Reggiani, MS Printing single-pass models with speeds of 60-90 m/min, approaching rotary efficiency). According to the Global Digital Printing Equipment Market Report, digital equipment investment is forecast to grow 25% in 2026, while rotary investment declines 15%. This trend affects not only large factories; small and medium printers adopt hybrid "digital+traditional" modes, gradually phasing out rotary, while new lines are almost entirely digital. Return on investment shortens—digital machines offer flexible order acceptance and low inventory risk, and despite higher unit costs (¥3-8 million), per-square-meter costs are already superior in fragmented orders.
Supply chain collaboration models are changing. Digital printing requires tight integration of pre-treatment, printing, and post-treatment (steaming, washing). Investment extends beyond the printer to include pre- and post-treatment equipment. Factories need enhanced digital management, such as MES systems for real-time monitoring, ensuring color consistency and delivery reliability. Simultaneously, the design-production link becomes direct: brands or designers upload patterns via cloud platforms, factories quote and schedule instantly. This reduces the bargaining power of traditional agents and intermediaries but strengthens the core position of agile printing factories.