Loepfe’s WeftMaster Falcon-i yarn control solution is in high demand after its display at the recently held Techtextil show in US. The market for technical textiles in the production of fabrics for airbags, tire cords, filtration materials, architectural fabrics, and sailcloth, is growing steadily. Quality control is an important factor in these fields.
In quality sensitive applications even smallest knots, fluff, filamentation, thick places, and capillary breaks have to be eliminated before being interwoven into the fabric. To monitor such unwanted yarn faults on the running threads, the WeftMaster Falcon-i is installed before or after a weft feeder. The yarn control system ensures reliable control of latest high-tech materials such as carbon fibres, monofilaments, multi-filaments as well as spun yarns in any material composition. Even conductive yarns can be processed without any restriction. The sensor works reliably with coloured yarns and measures unaffected by vibrations. Static electricity or electromagnetic fields also have no influence on the results, as the sensor housing is made from shielding material.Loepfe's WeftMaster Falcon-i yarn control solution is in high demand after its display at the recently held Techtextil show in US. The market for technical textiles in the production of fabrics for airbags, tire cords, filtration materials, architectural fabrics, and sailcloth, is growing steadily. Quality control is an important factor in these fields.#
The sensitivity level of the Falcon-i can be set either manually or automatically. The thread to be monitored is guided through the optical measuring field by yarn guides placed before and after the sensor virtually contact-free. An output signal triggers the required action, as soon as a defect has been detected. The microprocessor-controlled sensor provides many options for connection to machine controls. Furthermore, the weft sensor function can be integrated into Falcon-i. This option allows elimination of a further yarn guiding contact before the fabric production.
Loepfe’s optical yarn defect sensor Falcon-i is not only complementing the various available knotless weaving concepts, but can also be used in many different processes down the textile production chain, wherever an individual yarn monitoring should ensure quality.
Luc Vanoverschelde, product manager at Loepfe said, “Today, technical textiles are included in nearly every aspect of human lives covering a variety of different needs. Especially producers from the US are keen to find simple solutions, which contribute to high-quality end products. The reliable quality control of high-tech materials through the precise sensor technology of Falcon-i has satisfied many of our customer’s needs.” (GK)
Fibre2Fashion News Desk – India