TECHTEXTIL North America – Supporting innovation in technical textile solutions

TECHTEXTIL North America – International Exhibition for Technical Textiles – is a leading technical textile trade fair bringing together textile engineers, material developers, machinery manufacturers and industrial weaving specialists focused on high-performance applications. As part of the global Techtextil network, it offers a dedicated platform for professionals looking to connect, exchange and evaluate technologies shaping the future of technical textiles.

Stäubli addresses the needs of technical weavers working with demanding specifications: such as high-strength fabrics, reinforcement structures or application-specific materials. Visitors can engage directly with solutions for warp preparation and shedding designed to handle complex yarns, ensure precise shed geometry and maintain stable weaving conditions. The focus is on supporting consistent fabric structure, reducing process variability and enabling reliable production in advanced technical weaving environments.

Meet TECHTEXTIL North America, a leading trade fair for technical textiles, bringing together advanced textile solutions, from warp preparation to high-performance shedding systems using dobby, cam motion, Jacquard and technical weaving machines.

🗓 Next edition : August 4–6, 2026
📍 Raleigh, North Carolina

🌍 United States

3 days dedicated to innovation, advanced applications and industry exchange, with a strong focus on technical weaving for demanding industrial sectors.

What you will find on this page

Technical Textiles: A high-performance and application-driven global market

Technical textiles continue to expand across global markets, supported by increasing demand for engineered materials designed to meet precise functional requirements. This evolution is driven by:

Growing use of application-specific woven textiles in sectors such as mobility, protection, filtration, construction and industrial processing
Strong demand for reinforcement structures, including 3D woven reinforcements combining lightweight properties with high mechanical performance, particularly in composite applications
High expectations in terms of precision, repeatability and compliance with strict performance and quality standards
Ongoing development of advanced yarns, fibers and fabric architectures requiring controlled and stable production environments

To address these requirements, manufacturers focus on reliable and adaptable weaving solutions capable of processing complex materials, maintaining consistent fabric formation and supporting performance-driven applications in technical weaving.

Stäubli’s participation at TECHTEXTIL North America

At Techtextil North America, Stäubli Textile engages with manufacturers and specialists active in technical and industrial weaving, where material behavior, process accuracy and end-use performance are key. The presentation focuses on technologies covering the full weaving sequence, designed to support precise fabric formation and controlled production conditions. From warp preparation, frame weaving and Jacquard weaving to technical weaving solutions for advanced 3D woven structures and application-specific technical fabrics.

The event provides a platform for in-depth discussions with industry professionals working on complex woven structures and application-specific materials. Stäubli addresses practical challenges such as processing high-performance yarns, ensuring stable shed formation and maintaining reproducible fabric characteristics across varying production scenarios.

Through its presence at Techtextil North America, Stäubli underlines its role as a technology partner for technical weaving, delivering solutions that combine reliability, precision and adaptability to meet the requirements of performance-driven textile applications.

Why technical textile manufacturers choose Stäubli

✔ Precision for high-performance applications
In technical weaving, fabric properties are defined by precise process control. Stäubli solutions support accurate warp management and stable shed formation, enabling consistent fabric structures for demanding applications.

✔ Reliable processing of complex materials
Technical fabrics often involve high-performance and sensitive yarns. Stäubli technologies are designed to handle these materials under controlled conditions, ensuring stable operation and reproducible results.

✔ Flexibility for application-specific production
Technical weaving requires adaptability to varying fabric designs and production setups. Stäubli equipment allows efficient adjustments and supports flexible manufacturing across different fabric types and specifications.

✔ Consistent performance in controlled production environments
With strong requirements in quality, repeatability and compliance, manufacturers rely on equipment that ensures stable running conditions and predictable output across production cycles.

✔ Technical expertise and application support
Stäubli works closely with customers through technical exchange, training and support. This collaboration helps address specific weaving challenges and ensures optimal use of technologies in advanced textile applications.

Stäubli’s Textile presence in technical weaving market

The technical weaving market continues to evolve toward highly engineered textiles, where material performance, fabric architecture and process precision directly influence end-use functionality. Manufacturers operate in environments defined by complex yarns, demanding specifications and increasingly sophisticated fabric architectures, including 3D woven structures for composite, protection and industrial applications.

Stäubli supports these requirements through dedicated expertise in warp preparation, shedding technologies and technical weaving solutions for advanced 3D fabrics and engineered textile structures. By ensuring controlled and reliable weaving conditions, Stäubli helps manufacturers manage complex setups and maintain consistent performance across the full production lifecycle—from development and prototyping to industrial-scale manufacturing.