Savio Macchine Tessili is set to participate in ShanghaiTex, the 18th international exhibition on textile industry, in China from November 27 to 30, 2017, in hall E1 stand B11. Savio is a leader in yarn finishing machine sector, operating in marketing of automatic winders, continuous shrinkage and bulking winders, two-for-one twisters, and rotor spinning frame. Suring ShanghaiTex, Savio will exhibit the Polar Evolution winding machine, which is a high performance, energy saving and less labour-intensive product for the Chinese customers.
Polar winding machines have been recently developed to the Evolution series, gathering all the innovative solutions in terms of technology, efficiency, quality output and maintenance. The machine on display will be a freestanding fully automated one, provided with new features to process bobbins produced by ring frames not equipped with automatic doffing device.
The company will show new Evo drums for improving package-unwinding performance. In downstream processing, the unwinding behaviour of the package and the take-up speed facilitate process to be more efficient and geared to benefit. Savio has now a full range of grooved drums to cover all yarn types, counts and downstream processes. The EVO drums offer new capabilities to optimise both the unwinding speed of the packages and the package yarn content, through variable number of turns with different winding angles.
The Polar Evolution winding unit is equipped with splicing and tension control devices for ensuring perfect joints and perfect package shape. Air and Moistair splicers boasts a Duo Air Feeding system, for yarn tail preparation and splicing.
Another machine on display will be the Savio Winder 4.0, smart industry solutions for textile mills. These smart machineries can increase the efficiency of the spinning mill and perform predictive maintenance avoiding breakdowns and downtimes. Savio winding machines can be equipped upon request of smart industry solutions for connectivity, data management, remote machine set up and operator real-time interactivity.