Stäubli, a global leader in high-performance weaving technologies, is pleased to announce its participation at Techtextil 2026 in Frankfurt, Germany, from 21 to 24 April, the leading international trade fair for technical textiles and nonwovens. As technical textiles continue their rapid expansion across demanding markets such as defense, mobility, aerospace, construction, energy… Stäubli will showcase solutions that help mills produce the next generation of advanced fabrics.
Stäubli will exhibit its trend-setting technologies at the Swiss Pavilion Booth B01.6 in Hall 12.0.
Technical Textiles: A market accelerating toward high-performance innovation
The global rise in demand for reinforcement fabrics, multilayer structures, 3D composites, and high-value industrial textiles is reshaping manufacturing expectations. Reliable equipment, flexible weaving architectures, and precise material handling have become essential for weaving mills pursuing new applications and higher-performance products. This expansion shows how advanced weaving solutions meet changing industry needs. Stäubli’s decades-long know-how in technical weaving positions the company as a key contributor to this transition.
Stäubli weaving systems are widely used to produce demanding technical fabrics — from lightweight reinforcement materials, OPW airbags, to filtration fabrics, medical textiles, and specialized industrial materials.
By combining cutting edge mechanical engineering, advanced electronic control, and long term customer support, Stäubli ensures stable performance and high fabric quality across all applications.
Stäubli Solutions to discover at Techtextil 2026
At this year’s edition, Stäubli will display its MAGMA Tying Machine, a robust and high efficiency solution specifically engineered to handle the increasingly diverse and demanding yarns used in today’s technical textile applications, including polypropylene tapes and other challenging filament structures. MAGMA delivers consistent tying quality while reducing the downtime traditionally associated with warp changes.
Magma warp knotting machine
Stäubli will also present its TF series weaving machines, engineered for the production of advanced 3D, multilayer, and high-performance fabrics using demanding materials such as carbon, glass, and aramid fibers.
• The TF20 offers high-speed capability and a double rapier option, increasing output for industries requiring lightweight composite reinforcements.
• The TF30 ensures gentle yarn handling while supporting highly sophisticated weave structures, making it ideal for aerospace-grade and industrial textiles.
TF weaving system for complex multilayers
Part of our other solutions for technical textiles, the UNIVAL 100 electronic Jacquard machine provides unparalleled flexibility for weaving complex and sophisticated technical fabrics. Featuring individually controlled harness cords and exceptional motion precision, the UNIVAL 100 is particularly suited for 3D weaving and the processing of demanding materials such as glass and carbon fibers.
UNIVAL 100 Jacquard machine for technical fabrics
The Jacquard machine LX 2494 is ideal for weaving technical fabrics on all types of weaving machines. Very robust and wear-resistant, it opens new avenues in heavy fabrics and is designed for many years of daily use with a minimum of maintenance. The Stäubli M6T 3-position module principle makes the machine particularly compact and plays an important role in exploiting its performance potential.
LX 2494 Jacquard machine for technical fabrics
Stäubli’s heavy dobbies deliver the power and precision required for weaving complex, high-tension structures in technical and industrial fabrics. Designed for demanding applications, they ensure exceptional shedding accuracy, stable high-speed performance, and long-term mechanical reliability.
S2688 open-shed rotary dobby for technical fabrics, specially forming fabrics.
S4080 closed-shed dobby for technical fabrics, specially wet felts and dryer fabrics.
Discover Stäubli’s weaving technologies at the Swiss Pavilion Booth B01.6 in Hall 12.0 during Techtexil 2026.
