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Last updated February 17, 2026
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Simultaneous dual-sided knitting synchronization: NikeRecent Research Landscape

Conventional footwear assembly requires labor-intensive stitching and gluing of multiple components which increases production costs and failure points. This lever engineers complex 3D structures directly into the textile to eliminate secondary assembly steps and optimize zonal mechanical properties.

What technical problems is Nike addressing in Simultaneous dual-sided knitting synchronization?

Inadequate anatomical fit

(11)evidences

Standard knitted textiles lack localized rigidity and shape retention required for high-stress footwear components. Integrating thermoplastic elements addresses the failure of traditional knits to maintain structural integrity under mechanical load.

Structural discontinuity in integrated textiles

(7)evidences

Standard knitting processes struggle to integrate vertical reinforcements and openings without compromising the integrity or uniformity of the fabric. Resolving these structural interruptions prevents mechanical failure and localized stretching in high-stress zones.

Insufficient upper structural stability

(5)evidences

Standard knitting processes often fail to create seamless transitions between the upper and the cuff, leading to poor structural integrity and discomfort. Resolving this ensures consistent tension and secure positioning during high-intensity movement.