Polyester processing gets a boost with launch of Atlas Matrix system at Konnections 2026

The unveiling of the Atlas Matrix system at Konnections 2026 by Kornit Digital marks a decisive shift in the industrial processing of polyester and poly-blended fabrics, addressing the long-standing technical hurdle of dye migration in synthetic textiles.  As global demand for high-performance activewear and ‘athleisure’ rises to a projected market value of $450 billion by 2028, manufacturers are increasingly seeking digital alternatives to traditional, water-intensive screen printing. This latest system integrates advanced thermal management and a proprietary chemical bonding process that ensures color fastness without compromising the elasticity of synthetic yarns.

Industry analysts observe, by eliminating the need for extensive pre-treatment on heat-sensitive fibers, the technology reduces operational energy consumption by nearly 30 percent compared to conventional legacy systems. The transition from mechanical to digital synthetic printing is no longer a luxury but a operational necessity for brands facing the 2027 EU Digital Product Passport deadline, notes Dr Aris Voulkos, Textile Technologist. Early adoption by boutique technical apparel firms demonstrates a significant reduction in waste-to-market timelines, allowing for localized, on-demand production that mitigates the risks of overstocking. This move signals a broader sector trend where hardware innovation is specifically engineered to bridge the gap between high-speed industrial output and stringent environmental compliance.

Kornit Digital specializes in sustainable, on-demand digital fashion and textile production technologies. Operating primarily in North America, Europe, and Asia-Pacific, the firm focuses on direct-to-garment and direct-to-fabric printing. Founded in 2002, Kornit is currently expanding its presence in the synthetic sports-apparel segment to drive long-term revenue growth and profitability.