Measuring and control technology made in Germany for efficient production
From 25 to 28 November, Shanghaitex will gather decision-makers from the textile industry in China’s metropolis Shanghai. Mahlo GmbH + Co. KG, the market leader for straightening machines, has been a reliable partner to the industry on the world’s largest market for textile machines for years, says a press release.
At stand W2 D17, the German machine manufacturer will be presenting the latest developments in the field of straightening and controlling on running the web, together with its long-standing sales partner Kuantex.
“We offer solutions for obtaining high-quality goods with more efficient production,” says Clemens Kaplan, Area Sales Manager East Asia at Mahlo.
Visitors to the stand can expect an insight into the broad product portfolio of Mahlo systems. At one of the largest Asian trade fairs for textiles, the automatic straightening system can, of course, be seen.
The Orthopac RVMC-15 weft straightener is the latest generation of a successful product that combines decades of experience with the latest technology. The opto-electronic scanning for distortion detection with oscillating lens and newly revised digital signal processor is probably the most sensitive and versatile system on the market.
Arranged on a carrier bridge, several sensors, evenly distributed over the width, detect the position of the weft yarn simultaneously at different points. The scanning system recognizes and analyses the angular position of weft threads, stitches or tufting rows.
An intelligent control algorithm with self-optimization function, together with the hydraulic or electric roller positioning adapted to it, ensures that all fabric distortions are reliably removed.
With its new generation of 15 machines, Mahlo is also responding to customer demands for the increased connectivity of its machines. mSmart is the name of the German technology leader’s concept, which defines the digital environment.
“Our systems generate data that the customer can immediately use to control goods on-line. In addition, these values are stored in our new data management system and can be retrieved at any time in order to optimize processes and minimize weak points in the process,” explains Kaplan.
Regulated yarn density for uniform basis weight
Visitors to the Mahlo and Kuantex experts will also be able to learn about the latest process for online control of the number of weft threads/meshes rows, which also determines and balances the basis weight.
The FAMACONT PMC-15 uses a sensor to measure the yarn or stitch density and compares it with the target value stored in the recipe data management system. The detected deviation of the yarn density from the nominal value is used to fully automatically regulate the advance during the pinning process on the stenter frame.
The so-called feed-forward control ensures a constant yarn/loop row density and a uniform basis weight. The special feature: the system can analyze both warp and weft yarns. Depending on the fabric speed and fabric type, the opto-electronic TK sensor can detect up to 220 threads/cm, the camera sensors CK and CK HF up to 270 threads/cm depending on the design. The Famacont PMC will be running live at Shanghaitex. That is: Prospective customers can let their goods samples examine directly from place.
Growing market for technical textiles
“In addition to classic woven fabrics, technical textiles are also becoming increasingly important on the Chinese market,” says Kaplan.
Therefore, special systems for this sector will be presented at booth W2 D17. The Orthopac CRVMC-12 and the Orthopac GRVMC-15 are designed for particularly high mechanical loads.
The Qualiscan QMS-12 quality measuring system for measuring basis weight, thickness or moisture also reinforces every textile production line. At Shanghaitex, Mahlo will present the Webpro XS-II, the most compact of its measuring frames.
The experienced experts on site will explain which solution is the right one for the customer’s application. In this way, production processes can be effectively improved.