German circular knitting machine for premium mattress fabrics

Terrot Textilmaschinen, based in Chemnitz, Germany, will present its UCC 672-ME double-electronic jacquard circular knitting machine at ITMA Asia + CITME 2026 in Shanghai (20–24 November 2026). The 38-inch, E20-gauge machine features 88 feeders and is engineered for premium mattress ticking, upholstery, and technical textiles. At the show, Terrot will demonstrate a specialized mattress fabric incorporating cooling yarns, differentiated comfort zones, and dual-surface ventilation structures.

The UCC 672-ME enables independent three-way needle selection (knit, tuck, miss) on both cylinder and dial—eliminating constraints of mechanical patterning. This allows intricate jacquard patterns, 3D textures, targeted ventilation zones, and reversible fabric constructions. For mattress applications, it supports integrating supportive and comfort-oriented structures into one fabric layer, enhancing functional differentiation without relying solely on finishing.

The machine processes cotton, polyester, viscose, Tencel, and technical yarns—including recycled and bio-based fibers where processing characteristics permit. Its divided dial cam system permits needle changes without removing selection units; switching between knit and tuck structures requires no hardware replacement, reducing development and changeover time. Integrated yarn guidance handles long floats, and take-down configurations support fabric widths up to 1,708 mm. Paint software links digital pattern design directly to machine production.

What it means for fabric buyers: For fabric suppliers in Keqiao or overseas markets focusing on mid-to-high-end mattress covers, functional home textiles, or custom technical fabrics, this technology enables faster prototyping, shorter style changeovers, and value-added differentiation through structural innovation—reducing dependence on post-knitting treatments. Real-world output and quality depend on yarn compatibility, machine setup, and integration with downstream processes.