Page 37 - October-November-2018

36 37

With the aim to T-SCAN Five technologies work hand in hand for configuration with downstream unwinding, slitting
Corporate Highlights
and winding increases process stability. The Surface
highest separation rates
Winder TWW-SD provides an appropriate solution for
In the Foreign Part Separator T-SCAN TS-T5, five
detection technologies ensure an all-time high
spunlace systems, for a variety of thermal bonding
exhibits latest get the best out of separation efficiency: processes as well as for technical nonwovens.
F-module Detection of coloured parts
Winding of master rolls up to 1,800 mm diameter and
system speeds up to 300 m/min can be realised.
G-module Detection of shiny parts
P-module Detection of transparent and
products in Shanghai every single fibre semi-transparent parts GX1 The cylinder clothing that no longer
requires grinding
UV-module Detection of fluorescent parts
The new GX1 clothing has been specifically
LED-module Detection of smallest thread-shaped
developed for all spinning processes in the area of
parts
In cooperation with the Japanese company Murata,
In the world of Trützschler it's all about the core T-Data allow a real-time quality monitoring. IDF Vortex Shortened preparation system for air-jet yarns
the leading manufacturer of air-jet spinning
expertise of "getting fibers into shape". Trützschler is machines, Trützschler has developed a new sliver
committed to achieving the optimum quality level for TC 15 Benchmark in productivity preparation technology. When processing viscose,
natural and man-made fibers to create the basis for two of three draw frame passages can be eliminated.
first-class final products. In Shanghai, all Trützschler This represents an enormous economic advantage.
divisions will exhibit current and new products on a
600 m² area. Highlights of the products on the T-WIND Semi-automatic Surface Winder TWW-SD
display are
Robust master roll winders are used when the
production of ready-for-sale rolls is decoupled from
TD 10 The new Trützschler autoleveller draw frame the nonwovens production. The two-stage

cotton. Improved fibre guidance results in less short
fibre content and significantly better nep separation.
The clothing is basically maintenance-free, but can
also be ground when required.
TC 15 Card NOVOTOP 30 The very special flat clothing
A whole range of individual measures ensure Picture-5 The flat clothing NOVOTOP 30 has been
performance increases compared to the predecessor newly developed for the processing of coarse and/or
machine. In addition to high productivity, the 1.28 m dyed fibers and reclaimed fibers for rotor spinning.
wide Card TC 15 stands for increased sliver
evenness and improved running behaviour.
Trützschler will demonstrate the high flexibility with
TD 10 draw frame
five different sliver coiling systems on the stand.
ITMA ASIA marks the launch of the new Draw Frame
TD 10. It features increased compactness and has a TC 10 The most successful card in China
highly modern regulating system. This results in a Made in China – for China. The Card TC 10 is the
significant increase in control dynamics and an card for the Chinese market. This Trützschler card in
improvement in sliver quality. Despite 20% less space the traditional working width of one metre has been
requirement, it was possible to increase the filter specifically designed for the Chinese market.
once more.
T-MOVE Space saving and increased efficiency
The intelligent SMART CREEL in combination with T-LED The can filling station does more than just save
offers an unprecedented level of functional reliability and space. The new moving head allows a can change at
more comfort for the operator and mill manager.
high delivery speeds. This improves card efficiency. It is ideally suited for use with yarn counts below Ne
Digitalization and connectivity are not only T-MOVE is also designed for JUMBO CANS with 10 and realises high production speeds. The flat type
NT 30 is available as MAGNOTOP and CLASSICTOP.
catchwords at Trützschler: Machines connected to 1,200 mm diameter.

October/November 2018 October/November 2018