Getzner Textil Launches Revolutionary getzspace® 3D Weaving at Functional Fabric Fair
Getzner Textil AG, a global leader in advanced technical textiles, has unveiled its groundbreaking getzspace® three-dimensional weaving technology. The innovation is designed to transform how performance and protective apparel is made, significantly improving comfort, durability, and sustainability.
Reimagining Performance Textiles
The getzspace® technology enables brands to create next-generation technical garments by integrating three-dimensional structures—such as pockets and reinforcements—directly into the fabric. This eliminates the need for seams and stitching, reducing material waste and simplifying production. As a result, garments become lighter, more resilient, and more comfortable, supporting both performance and eco-efficiency.
“With over 200 years of expertise crafting textiles for diverse sectors—from African fashion and industrial workwear to soundproofing and even hot air balloon materials—Getzner Textil continues to redefine textile innovation,” said Lukas Berthold, Getzner Sales Manager for North America. “By minimizing seams and stitches in key areas, apparel produced with getzspace® achieves unmatched comfort, durability, and creative flexibility.”
Technology with Purpose
At its core, getzspace® integrates pockets, reinforcements, and other 3D structures directly into the woven surface. This seamless construction improves strength-to-weight ratios, enhances comfort, and supports modern garment design with less waste and fewer production steps.
The new technology also demonstrates Getzner’s ongoing commitment to resource-efficient manufacturing and European textile excellence.
Showcasing at Functional Fabric Fair Portland
Getzner Textil will present getzspace® at the Functional Fabric Fair in Portland this fall at booth #234. Alongside this launch, the company will showcase a broad range of innovative fabrics that highlight its long-standing focus on functionality, comfort, and sustainability in textile production.
