#Research & Development

2021-02-04

Leading technology for high-level research

Textile reinforcements in concrete do not require any corrosion-related covering and thus make building cheaper, more environmentally friendly and more versatile. Completely new architectural solutions can be implemented through the slender construction forms of textile concrete. The Institute for Textile Technology (ITA) at the RWTH Aachen University is investigating what is actually possible. Already between 1999 and 2011, the Construction Composites Research Group developed textile reinforcement structures for concrete structures as part of the Collaborative Research Centre 532.

KARL MAYER’s new BIAXTRONIC® CO at the RWTH Aachen University for innovative semi-finished fibre products

The work was carried out on a KARL MAYER Malimo machine, and then continued at the ITA after 2011. Recent textile projects placed high demands on machine technology and required new investments. Once again, the ITA opted for a model from KARL MAYER. “The Malimo was already a great machine. Unfortunately, it was just getting on a bit,” says Martin Scheurer from the Department of Textile Machinery and ITA, when explaining their choice. He and his colleagues also valued KARL MAYER as a competent partner when it came to questions and service. They are now excited about the newcomer: a BIAXTRONIC® CO was delivered to Aachen at the end of 2020. It had been completely assembled and functionally tested in advance at KARL MAYER Technische Textilien in Chemnitz, since it is a tailor-made model. The high-performance warp knitting machine with course-oriented weft-insertion was equipped with novel functions that will open up new research paths for the ITA and its research partners.

Martin Scheurer, employee at the Department of Textile Machinery and Institute of Textile Technology at the RWTH Aachen University is looking for the research work on the BIAXTRONIC® CO © 2021 KARL MAYER

A made-to-measure model

BIAXTRONIC® CO is predestined for the production of biaxial non-crimp fabrics and composite structures, and was equipped with specific features for its use at the ITA. One of these is KAMCOS® 2. The latest generation of KARL MAYER’s Command System offers an ethernet interface for integrating the machine into an existing network. This enables participation in future-oriented research topics such as Industry 4.0, inline quality control, sociology and process chain networking.

“We are planning to transmit the data from the producing machine via ethernet to the Internet of Production Excellence Cluster at RWTH Aachen University. The cluster deals with production research in high-wage countries,” explains Martin Scheurer. The BIAXTRONIC® CO for the research facility was also equipped with an EL pattern drive. Electronic guide bar control and the ability to vary process parameters inline contribute to the production of locally adapted, tailor-made textiles.

What’s more, the product quality can also be significantly improved. For example, Martin Scheurer wants to use the EL drive to investigate the influence of the warp knitting thread in different lapping variants on the geometry of the roving used and thus on the behaviour of the finished grid structure. Other details that favoured the BIAXTRONIC® CO are a working width that meets standard industrial practices and the possibility of feeding basic substrates such as nonwovens in a standard process.

Research- and practice-based projects

With BIAXTRONIC® CO, ITA researchers want to further develop and produce reinforcement structures for concrete matrices in particular. Functional models and prototypes for other areas of application are also to be produced on the machine. Martin Scheurer and his team want to produce reinforcements for wound dressings and hybrid warp knitted fabrics on a nonwoven substrate, for example. The combination of grid structures with other materials facilitates fundamental research into geotextile applications. Projects for filtration technology can also be implemented. The production of unidirectional (UD) non-crimp fabrics for fibre composites and of flat warp knitted fabrics for heating textiles, which can be used in the mobility sector, are also conceivable. In addition to research and development work, the ITA has its sights set on production practice using the BIAXTRONIC® CO. Users of weft-insertion machines can use the capacities and expertise in Aachen to optimise their production processes, produce prototypes of new textile structures or even test the processing of new materials.

Save the date: discovery awaits

Interested parties can find out what can be done with the BIAXTRONIC® CO on 19 April 2021. To kick off the new year, the ITA invites you to discover the new machine as part of a one-day industrial event. “We look forward to exchanging information with industry and research partners from all over the world,” says Martin Scheurer. He is looking forward to stimulating discussions on the needs and future developments relating to companies in the manufacturing sector in particular.

KARL MAYER's HKS 2-SE Expands Possibilities for Premium Stretch WARP KNITS

Warp knitted fabrics with a woven look are more in demand than ever in the fashion and apparel industries. Stretch WARP KNITS, in particular, impress with their freedom of movement, breathability, and virtually wrinkle-free wear – thereby opening up new style worlds such as smart casual or business casual. When it comes to the highly efficient production of premium-quality stretch WARP KNITS, the HKS 2-SE has long been the machine of choice. KARL MAYER’s best-selling tricot machine produces standard elastic fabrics characterized by high gauges, smooth, delicate surfaces, and a soft hand feel.

Footwear innovation enabled by warp knitting technology– insights from New Balance

The future of the athletic shoe is increasingly being shaped on warp knitting machines. For KARL MAYER, the footwear industry is one of the most important growth markets – and one of the sectors where innovative textiles can realize their full potential. In his keynote address at the opening of KARL MAYER’s TEXTILE INNOVATION CENTER in Obertshausen in April, Vishnu Prakash Muthusamy, Senior Textile and Materials Engineer at New Balance, explained the opportunities that warp knitting technology opens up for performance, sustainability, and faster development processes, and why textile manufacturers are transitioning from suppliers to development partners.

STOLL: Agreement signed for the divestiture of selected assets

In early 2025, KARL MAYER announced its strategic decision to focus on its core business areas of WARP KNITTING, WARP PREPARATION, and TECHNICAL TEXTILES. As part of this move, the flat knitting machine business under the STOLL brand was discontinued and the production site in Reutlingen was closed in October 2025.

2026 general meeting of the Friends and Supporters of RWTH Aachen at ITA

The Friends and Supporters of RWTH Aachen e. V. (proRWTH) looked back on a successful year of support at their 2026 general meeting. The meeting took place at Institut für Textiltechnik (ITA) of RWTH Aachen and was combined with a joint session of the Executive Board and the Administrative Board. Before the general meeting began, participants were given a guided tour of ITA, providing them with fascinating insights into current research and development topics in textile engineering.

GenuTrace client advisory: Is your cotton supply chain UFLPA ready?

U.S. Customs and Border Protection has released updated operational guidance (CBP Publication No. 5560-0526) expanding its forced labor enforcement framework. The guidance supersedes the original 2022 UFLPA Operational Guidance and now covers all forced labor enforcement authorities — UFLPA, CAATSA, and WROs/Findings — in a single unified document. For cotton importers, the enforcement posture has not softened. It has become more structured, more documented, and more demanding. Learn more about UFLPA.

TERNAfil wins first place at PitchMiUp Night 2026 in Minden

The RWTH spin-off TERNAfil has developed MAXCarbon, a new high-performance hybrid fibre that combines the mechanical performance of carbon with the temperature and corrosion resistance of ceramic materials. For this development, TERNAfil was awarded first prize at the PitchMiUp Night in Minden on 21 May 2026.

Carbon-ceramic hybrid fibre proves its worth – NRW Minister for Science Mona Neubaur congratulates ITA start-up TERNAfil

MAXCarbon technology, a novel carbon-ceramic hybrid fibre developed by ITA spin-off TERNAfil, secured third place at the HIGH-TECH.NRW Demo Day on the TÜV NORD campus in Essen. The technology combines the strength of carbon fibres with the temperature and corrosion resistance of ceramic materials. Mona Neubaur, Minister for Science in North Rhine-Westphalia, congratulated the team on their success and on winning prize money of 4,000 euros.

Reju opens its first R&D Center in the U.S. in Conshohocken, Pennsylvania

Reju, the company specializing in textile regeneration, today announced the opening of a Research and Development (R&D) Center in Conshohocken, Pennsylvania, the company's first proprietary research center in North America. Located within Technip Energies' existing Advanced Materials and Catalysts research center, the lab will allow Reju to accelerate the rollout of its recycling technologies and develop its next-generation circular solutions.

Itema reaffirms its commitment to the Syrian textile industry at NasTex 2026

From July 18th to 21st, Itema will exhibit at NasTex at the Damascus Fairground (Hall 11 – Stand C02), marking its return to one of the Middle East’s historically significant textile markets. Itema will showcase advanced weaving technology designed to support the competitiveness and technological evolution of Syrian manufacturers and announces a new partnership with Growfast Agency as the sole agent of Itema in Syria.