Trend Watch

In the autumn/winter 2026 season, the replacement of traditional rotary screen printing by digital printing is moving from experimentation to large-scale application. As fast fashion cycles shrink to two weeks or even shorter, brands' demand for 'small-batch quick-response' has become a rigid constraint. Traditional rotary screen printing, with its lengthy plate-making process, high minimum order quantities, and limited color options, struggles to respond to market changes. Digital printing, in contrast, requires no screens, directly outputs from digital files, reduces sampling time from days to hours, and allows batches as low as one meter, breaking the spell of minimum order quantities.

This shift is not just a technological upgrade but a reconstruction of business models. The new generation of consumers seeks personalized expression, making limited editions, co-branded items, and customized patterns key selling points in fall/winter collections. Digital printing can easily achieve different patterns on each garment, color gradients, complex geometries, or photographic details—capabilities that rotary printing cannot match. On the AW 2026 runways, from lightweight luxury brands to streetwear labels, the widespread use of digitally printed jacquard knits, silk scarves, and sportswear fabrics confirms the market's acceptance of this technology.

Environmental regulations are also accelerating the replacement. The EU and China are tightening supervision on printing wastewater and heavy metal residues, making the high water consumption and pollution of traditional rotary printing a huge compliance cost. Digital printing uses on-demand inkjet, with high ink utilization and over 70% reduction in wastewater, and eliminates the photosensitive emulsions and heavy metals in plate-making. This makes digital printing not only an efficiency tool but also a highlight in brands' ESG reports. Industry estimates suggest that in AW 2026, digitally printed fabric will account for 25% of total printed fabric, doubling from 2020.

However, the replacement is not immediate. Rotary printing still holds cost advantages in deep backgrounds, high-saturation color blocks, and large solid areas, and high-speed rotary machines are more efficient for large-volume orders. Therefore, the next two years will be an era of 'hybrid production'—digital for quick response and customization, rotary for stable large batches. Yet the trend is clear: digital printing's share will continue to grow, especially in mid-to-high-end fashion, athleisure, and home textiles.

Industry Impact

Equipment Investment Shift for Print Mills

Traditional rotary screen printing machines have an investment payback period of 5-8 years, but order fragmentation is reducing machine utilization and deteriorating ROI. Digital printing machines, though high in initial investment (high-speed single-pass machines can cost tens of millions RMB), have lower maintenance costs, smaller footprints, and no need for screen storage. In 2026, leading print mills are accelerating the 'reduce rotary, add digital' equipment update. For instance, top printing enterprises in Jiangsu and Zhejiang have already increased digital printing capacity to 40% and plan to reach 60% within three years. Equipment manufacturers are also offering cost-effective scanning digital printers, with single-machine prices falling below one million RMB, suitable for small and medium factories.

Supply Chain and Order Model Reconstruction

Digital printing drives the supply chain from 'forecast-production-inventory' to 'sense-respond-customize'. Brands upload designs in real-time via digital platforms, factories immediately produce, and logistics deliver directly to stores or consumers. This requires print mills to have robust IT systems, color management capabilities, and rapid sampling services. Simultaneously, digital printing enables 'virtual sampling', where designers preview effects on screen, reducing physical sample shipments and shortening cross-border communication cycles. For foreign trade companies, this means sample orders can be more frequent and smaller, but with faster delivery commitments.

Industrial Path for Personalized Customization

In AW 2026, personalized customization is no longer exclusive to high-end couture but is descending to the mass market. Digital printing technology supports 'one-piece order', combined with e-commerce pre-sale models, allowing brands to collect orders before production and achieve zero inventory. Print mills are no longer just B2B suppliers but directly connect with consumers (C2M). Some factories have launched online design tools, where consumers upload images to generate digital printed fabrics for apparel, accessories, and home textiles. This model demands higher flexibility in scheduling, quick order changes, and color consistency from factories.

Practical Recommendations

For Buyers: Reconstruct Supplier Evaluation Criteria

  • Prioritize factories with digital printing capacity and verify their color management capabilities (e.g., X-Rite certification) and minimum delivery lead times.
  • Split orders into 'basic styles rotary + fashion styles digital' to balance cost and speed.
  • Require factories to provide virtual sampling services to reduce physical sample waste, and participate in digital color standard setting.
  • Include quick reorder clauses in contracts to ensure priority capacity during peak seasons.

For Designers: Embrace Digital Design Language

  • Learn to use separation software (e.g., Adobe Illustrator, Epson Edge Print) and understand the differences between CMYK and extended color gamuts (e.g., Spot Color).
  • Design with digital printing advantages in mind: gradients, fine lines, high-density patterns; avoid large solid color areas to fully utilize inkjet's subtlety.
  • Use online platforms to test designs, collaborate remotely with factories, and iterate patterns until optimal.
  • Integrate sustainability into designs by choosing eco-friendly digital inks (e.g., water-based, heavy-metal-free).

For Factories: Phased Digital Transformation

  • Step 1: Introduce a high-speed scanning digital printer to replace part of rotary capacity, accumulating data and experience.
  • Step 2: Invest in color management software and hardware, establish digital standardized processes to ensure batch consistency.
  • Step 3: Develop a customer-facing interactive system supporting online ordering and real-time status tracking.
  • Step 4: Collaborate with upstream and downstream partners to build a digital printed fabric library and promote industry standards.

For Foreign Trade Enterprises: Seize Small-Order Quick-Response Opportunities

  • For European and American clients, emphasize digital printing's eco-certifications (e.g., OEKO-TEX) and rapid sampling capabilities to win more trial orders.
  • Build an integrated 'sample-bulk' service: use digital printing for samples, and once approved, quickly transition to mass production.
  • Monitor the dynamics of cross-border e-commerce platforms (e.g., SHEIN, Temu), whose flexible supply chain demands are the blue ocean for digital printing.
  • Train salespeople in digital printing technology to accurately communicate technical parameters and cost structures.

Conclusion

The replacement of rotary printing by digital printing is not a simple technological switch but a transformation of the textile industry from 'economies of scale' to 'economies of scope'. This trend will become increasingly clear in AW 2026. Whether buyers, designers, or factories, only by embracing digitalization can they gain an advantage in the new round of industry reshuffling.