From the Sector

With digitalization transforming the way consumers shop, today’s fashion companies are playing a neverending game of catch-up, as they compete for the attention of a generation of connected, fickle-minded millennials who want it all: personalization, sustainability, quality and speed, accessible at all times, across multiple channels, and at the lowest price. Industry 4.0 is not only revolutionizing how manufacturers operate, but also how brands and retailers need to function, if they want to be fast and agile enough to meet the needs of this demanding new consumer. The stakes are high and how effectively companies harness technology to put the consumer at the heart of their process will be the deciding factor in who comes out ahead and who gets left behind.

Lectra Fashion PLM 4.0 has undergone a drastic reboot to give fashion and apparel companies the speed and agility they need to tackle the challenges of Industry 4.0 head on. Lectra Fashion PLM 4.0, with the widest functional scope on the market, acts as an intelligent nerve center to the digital supply chain, from planning through design to production. This ensures a consistent flow of error-free data between processes, technologies and people. The system connects CAD, industry-standard software such as Adobe Illustrator, company IT systems (such as ERP) and external suppliers, so that actors across the supply chain can work on, save and share information on the platform, ensuring data integrity.
The solution also draws on best practices, fashion-business intelligence and real-world scenarios to automate administrative and repetitive tasks, with templates, standard libraries and shortcuts that allows more time for value-added activities. The final result is a fast, connected digital supply chain that helps fashion companies jump on trends quickly and deliver products that fulfill their customer’s expectations.

Die Hochschule Niederrhein präsentiert ab heute ihre breitgefächerte textile Kompetenz auf der Techtextil 2017 in Frankfurt, der Leitmesse für technische Textilien und Vliesstoffe. Auf einem eigenen Stand präsentieren Prof. Dr. Eberhard Janssen und Prof. Dr. Lutz Vossebein den Fachbereich Textil- und Bekleidungstechnik, das Forschungsinstitut für Textil und Bekleidung und die Öffentliche Prüfstelle.

Von heute, 9. Mai, bis Freitag, 12. Mai, zeigt die Hochschule an ihrem Stand (Halle 3.1 Stand A39) neue Entwicklungen wie Durchstichsensoren, leuchtende Fassaden, 3D-Simulation oder Kernmantelverbundwerkstoffe. Daneben geht es auch um allgemeine Informationen zu den Studiengängen am Fachbereich Textil- und Bekleidungstechnik. Den 60 Quadratmeter großen Stand teilt sich die Hochschule Niederrhein mit dem Mönchengladbacher Unternehmen Textechno und dem österreichischen Unternehmen Lenzing Instruments, beides Hersteller von Mess- und Prüfgeräten für Fasern.
Außerdem ist Prof. Dr. Michael Ernst mit dem Virtual Lab des Fachbereichs in Halle 4 mit einem eigenen Stand vertreten und zeigt die nächste Generation der Produktentwicklung, die zunehmend digital geprägt ist. Die Bereiche Avatargestaltung mittels Body-Scanning-Technologien, Erfassung von Materialparametern für die Simulation, virtuelles Prototyping und die Implementierung der Technologien in einen industriellen Produktentwicklungsprozess stehen hierbei im Fokus und werden mit neuesten 2D und 3D CAD-Technologien umgesetzt.

An exciting new development, resulting from a Swiss collaboration between textile manufacturer Schoeller and auxiliaries and dyes specialists at Textilcolor. ecodye is a new auxiliary concept used, in particular, in polyester dyeing processes. The technology accelerates the dyeing process and contributes to cutting costs, while at the same time helping to preserve the environment with a low level of demand on resources.
Less time, less water, less energy – the new ecodye auxiliary concept allows eco-friendly and cost-saving dyeing processes for polyester yarns and piece goods. It shortens the heating phase, thus accelerating process time by more than 30 percent. At the same time, it reduces energy consumption by 20 percent and the water requirement by 25 percent, as the goods can be cleaned in the cooling dye bath.
In addition, ecodye improves the dyeing levelness in polyester textiles. Spots and dye agglomeration are almost completely avoided, and the precipitation on the goods that arises as a result of polyester oligomers are no longer evident. ecodye provides good shade stability and avoids reproduction problems from batch to batch, thus reducing the rate of double staining and increasing the capacity utilization and productivity of the dyeing mill on a long-term basis.

Following a successful launch phase, ecodye has already been able to provide numerous positive test results. The technology is being used by polyester-processing customers in categories including outdoor, sportswear and technical knitted fabrics, primarily in Europe, South and Middle America, Turkey, Bangladesh and China.