#Techtextil 2022

2022-05-11

Stäubli at Techtextil / Texprocess Frankfurt 2022

TF weaving system for complex multilayers © 2022 Stäubli

With over 125 years of experience in the weaving industry, Stäubli is well known as a leading global manufacturer of high-speed shedding and weaving preparation machinery. When it comes to weaving technical fabrics, profitable and competitive mill operation requires high precision and optimized production speeds. Stäubli machinery provides both, as well as exceptional durability. Visitors to Techtextil / Texprocess 2022 are invited to come by Booth D89 in Hall 12.0 to learn about the entire range of Stäubli machinery and advanced production solutions for new application areas.

Stäubli’s reputation for quality machinery is based on ingenious technologies developed through continual R&D, the use of top-quality materials, and comprehensive service before, during, and after the machinery installation. Stäubli textile machinery is in daily operation around the world, producing all sorts of technical fabrics, including the most demanding. Producing technical fabrics such as one-piece woven (OPW) airbags, custom fabrics for lightweight construction, and artificial grass is subject to highest demands, and these are fully met by the company’s broad range of cam motions, rotary dobbies and Jacquard machines, but also its complete TF weaving systems. In addition, Stäubli provides renowned automation solutions to optimize time consuming weaving preparation processes, such warp tying and drawing-in.

Visitors to the Stäubli booth will see the MAGMA tying machine, which is ideal for processing technical yarns, including PP tape.

Stäubli – Competence in technical weaving and supporting research

A Stäubli TF20 weaving system was recently installed at the Hof University of Applied Sciences, more precisely its Institute for Material Sciences, in Germany. The purpose of this installation is to support the study of new material mixes, especially with carbon and/or ceramics, and new applications for various industries. Here, renowned researchers and their students pursue their daily quest for new materials, studying their behavior in various production processes, including weaving. The institute works with the renowned Fraunhofer Institute, allowing the opportunity to conduct research on ceramic fiber production and processing fabrics.

In such manufacturing processes, every step is crucial and must be executed using specifically adapted machinery operating with the utmost precision. The TF weaving system comes with a shedding solution that offers unlimited binding options and is encapsulated in order to process conductive fibers like carbon. The researchers and students collaborate closely with the Stäubli Textile division, which provides technical assistance for sophisticated bindings, speedy support, and a wide range of services, always with one key objective in mind: to advance the world of technical textiles and allow this market to step ahead.

A selection of technical fabrics woven on the Stäubli TF weaving system can be seen at Booth D89 in Hall 12.0.

Weavers who want to produce technical textiles or who are planning to tackle a challenging weaving project are invited to schedule a talk with the Stäubli team in Frankfurt and find out more about the broad range of machinery designed for producing technical textiles.

MAGMA warp tying machine for technical yarns © 2022 Stäubli

Stäubli showcases advanced weaving technologies at ITMA Asia Singapore 2025

At ITMA Asia 2025 in Singapore, Stäubli will showcase its latest innovations in weaving technology. After several years, the exhibition returns to Singapore — a strategic hub that provides easy access to key textile markets across Southeast Asia. Taking place from 28 to 31 October 2025, this year’s edition focuses on green technologies that promote sustainable development across the textile industry.

Stäubli at Domotex asia/CHINAFLOOR 2025

At the annual Domotex trade fair in Shanghai, China, the focus in the textile sector is on resilient floorings and the associated manufacturing equipment and techniques. Visit us at our agent booth from May 26-28 to learn more about the ALPHA 580 UNIVERSAL carpet weaving system and its applications.

Stäubli presents innovations for 3D weaving and technical textiles at Techtextil North America

At a time when engineering is constantly creating new and cutting-edge solutions that are lighter than ever and more robust, manufacturers are calling on the expertise of the textile industry for flat or 3D weaving of materials such as fiberglass, carbon or aramid. Visitors can discover Stäubli’s cutting-edge technology for 3D and technical textiles – during Techtextil North America, in the German Pavillon in hall B at booth 3334.

Compact, powerful, cost-efficient – KARL MAYER launches its HKS 2-SE TWO

KARL MAYER is launching a new two-bar tricot machine for the elastic sector at ITMA ASIA + CITME 2025. This newcomer is called HKS 2-SE TWO, stands for double customer benefits, and offers even more advantages than the predecessor model. With this innovation, the leading textile machinery company is once again asserting its top position in the market.

VDMA members at ITMA ASIA + CITME in Singapore

With 69 exhibiting member companies, ITMA ASIA + CITME 2025 is once again marked by a strong presence of VDMA companies. Altogether 82 companies from Germany will exhibit at the show, covering about 3,500 square meters of exhibition space, topped only by China and Italy. VDMA initiated a German Pavilion with two group stands (spinning in hall 4 and finishing in hall 7) with a total of 30 exhibitors.

Marzoli unveals its new textile ecosystem at ITMA ASIA + CITME 2025 at Singapore

With the claim “Designed to Impact”, Marzoli showcases its evolution into a complete engineering company for the textile industry. By combining advanced machinery, digital intelligence, science of materials and innovative services, the company enables textile manufacturers unlock new business opportunities, and accelerate their path to innovation and differentiation.