Mahlo to show new quality measuring system at CINTE 2020

Pic: Mahlo


Mahlo GmbH + Co KG will present its new high quality measuring technique – Mahlo Qualiscan QMS-twelve, at Cinte Techtextil China (tradefair for technological textiles & nonwovens) to be held in Shanghai from September two-4. Relying on variety of sensor, the technique can detect significant influencing variables these types of as foundation fat, thickness and humidity throughout overall fabric width.

Frank Fei, Mahlo’s consultant for Mahlo GmbH + Co KG China, and his workforce will display how manufacturers can make their manufacturing much more productive and strengthen high quality. Up to five sensors, which traverse on robustly constructed measuring frames, consistently gather data and transmit them to the interfaces. This allows manufacturers of nonwovens and technological textiles to consistently check out and regulate their item specifications. Due to the wide sensor portfolio, pretty much each and every necessity for the high quality-mindful manufacturing of technological textiles and nonwovens can be coated.

Site visitors to the Mahlo stand can locate out not only about the choices for high quality measurement but also about technologies for straightening distortion in woven and knitted fabrics.

Mahlo GmbH + Co KG belongs to the globally top manufacturers of measuring, command and automation systems for the textile and finishing industry as properly as the coating, movie and paper sector. Mahlo is located in Saal on the Danube in reduced Bavaria but operates globally: Five branch offices in Italy, Belgium, Spain, China and the US serve as aid stations for the critical marketplaces. Many intercontinental organizations and service stations supply customer aid all over the full world.

Fibre2Fashion Information Desk (Personal computer)

Mahlo GmbH + Co KG will present its new high quality measuring technique – Mahlo Qualiscan QMS-twelve, at Cinte Techtextil China (tradefair for technological textiles & nonwovens) to be held in Shanghai from September two-4. Relying on variety of sensor, the technique can detect significant influencing variables these types of as foundation fat, thickness & humidity throughout overall fabric width.