The sixth ITMA Asia + CITME in Shanghai, China was extremely successful for Groz-Beckert. Over five days of the trade fair in October 2018, the company welcomed over 4,000 international customers and partners to its booth. Around three quarters of the customers at the Groz-Beckert booth came from China, followed by guests from Japan, India and South Korea.
With its 1,733 exhibitors from 28 countries, the trade fair attracted more than 100,000 visitors in total. These visitors were treated to a wide range of state-of-the-art technology for manufacturing and joining textile fabrics. Groz-Beckert was represented in all six product areas – Knitting, Weaving, Felting, Tufting, Carding and Sewing – and presented new transparent insights.
The Groz-Beckert product areas presented their product ranges using the tried-and-tested acrylic glass machines, with some new acrylic glass exhibits. In the Knitting area, for example, a new acrylic glass machine for sock production was added, while the Sewing division presented a new acrylic glass sewing machine.
The Felting (Nonwovens) division showed its staple fiber needle punch line live in Asia – as a 3D print model in 1:18 scale. The original system is available for customers to test in the Technology and Development Center (TEZ) in Albstadt, Germany.
Using the WeavingLoom, a weaving machine replicated in acrylic glass, Groz-Beckert showed heald frames and healds, as well as warp stop motions, drop wires and the PosiLeno® leno system in action. Tufting showed its gauge part system, which impressed with the controlled and coordinated selection of materials and compliance with the tightest tolerances. And the Carding division also presented its clothings on two impressive acrylic glass exhibits, which showed a revolving flat card and a roller card.
The unique transparent insights at the Groz-Beckert booth impressively demonstrated the interplay between the different components in textile machines. They clearly highlight the extremely low tolerances the needles and system parts from Groz-Beckert work in.
